Smart Cities
APPLICATION GUIDESmart Infrastructure

Introduction

Smart Health

Exploring Emerging
Smart City Opportunities• Dynamics such as a growing population,
an increasing elderly demographic, greaterurbanization, plus rising pollution are all
putting acute pressures on people’s everyday
lives. Society must look at what can be doneto help enrich modern living conditions andmake the world a better place for future
generations to inhabit. This can be achievedby utilizing smart technology.

Contents

Smart Mobility

Overview
Smart Security

Technological trends
Challenges• Across the globe, a multitude of smart city
projects are now under way. These are enabling air quality issues to be tackled and traffic
congestion to be addressed. They are making
public transport more efficient, augmenting
industrial processes, boosting farming production,enhancing healthcare services and making
homes more comfortable and secure.

Smart Agriculture
Smart Factory
Smart Health• Through smart city initiatives, municipal
governments and utility companies are
improving the services that they provide,
while also reducing their capital andoperational expenditure.

Smart Mobility• It must be acknowledged that every smart
city implementation is distinct. Each will havedifferent aspects that need to be consideredand present its own specific problems to
overcome. This means that having access to abroad range of different electronic components
will be required in order to develop fully
effective solutions.

Smart Building• Murata has already built up a strong reputationin the various application areas that this guidediscusses. There are a broad selection of
Murata products that can be specified forsmart city deployment, with details being
given in the following pages.

Smart Cities • Application Guide

Smart Home Appliances
Smart Security

Smart Infrastructure

Smart Factory

Smart Buildings

Smart Agriculture

Contact us

Smart Home

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Contents

Global Smart Cities Market
Expanding Rapidly

Overview• Projections from industry analysts Frost & Sullivan
estimate that the global smart cities market will
experience a compound annual growth rate (CAGR)
of approximately 19% over the coming years.

Technological trends
Challenges• There has already been widespread investment insmart city projects throughout Europe, and further
projects are currently being planned. Among thecities where most activity has been seen are
Barcelona, London and Amsterdam.

Smart Agriculture
Smart Factory
Smart Health
Smart Mobility• Among the most important features of smart cities
are environment monitoring, surveillance, resource
management, more efficient farming, manufacturingwith higher productivity levels and greater efficiencyof healthcare systems. These will help to improveresidents’ quality of life, as well as enhancing theperformance of public services.

Smart Home Appliances
Smart Security
Smart Building
Smart Infrastructure

Contact us

Smart Cities Market, in USD Billion, Between 2019-2026F

Smart Cities • Application Guide© Murata Manufacturing Co. Ltd. Ref: K4EU-1 • Apr 01 2022

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SubscribeRapid Urbanization

Contents

Emerging Mega Trends
Urban Population

62.5%

According to Statista, approximately
62.5% of the population will be living in
the cities by 2050, as compared to 51%
in 2010. Figures compiled by the World
Health Organization (WHO) give very
similar projections.

• Statista states that North America is the most urbanizedcontinent currently, with 82.0% of its population living incities. Latin America and the Caribbean were also
reported as having a high degree of urbanization - as
about 79.0% of the population reside in cities.
• Europe is ranked third in terms of degree of urbanization.
Here 75.0% of the population live in urban areas.

Overview• Many countries in Asia and Africa will face challenges
in meeting the needs of their rapidly growing urban
populations. This will be most noticeable in relation
to housing, transportation, energy systems and otherinfrastructure, as well as for employment and basic
services (such as education and healthcare).

Technological trends
Challenges

Smart Agriculture

Megacities

43

megacities

Smart Factory

A study published by the United Nations(UN) states that, by 2030, the world will
have a total of 43 megacities (i.e. ones
with more than 10 million inhabitants).
Most of these will be situated indeveloping regions of the world.

Smart Health
Smart Mobility
Smart Home Appliances
Smart Security
Smart Building
Smart Infrastructure

Contact us

Degree of Urbanization by Continent, 2020

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Internet of Things
Emerging Mega Trends
IoT Devices Today

10.0
bn

In 2021, there were more than
10 billion active IoT devices.

IoT Devices in the Future

25.4
bn

It is expected that the number of IoT
devices in operation will surpass 25.4
billion by 2025.

• The global IoT market is expected to reach a value of
USD 1,512.8 billion by 2026 (from USD 683.9 billion in2019). That represents a CAGR of 12.0%.

Contents• With the development of new wireless networking
technologies, the emergence of advanced data
analytics, a reduction in the cost of connected devices
and increased cloud platform adoption, the IoT market
is expected to keep growing at a considerable rate.
• Based on forecasts of over 7.33 billion mobile users
by 2023 and more than 1.1 billion connected wearable
devices by 2022, show the IoT is destined to become
one of the smartest collective and collaborative
systems in human history.

Overview
Technological trends
Challenges• Transportation is getting smarter too. Insider
Intelligence projects that in the US connected cars will
constitute 97.0% of the total number of registeredvehicles by 2035.

Smart Agriculture
Smart Factory
Smart Health
Smart Mobility

30%

IoT Hardware

Smart Home Appliances

The most-notable change to the IoT
sector will be around the emergenceof new software that allows forconnection between devices. Hardware
still accounts for 30.0% of the total
value of IoT technology, although trends
suggest its global market value isdecreasing.

Smart Security
Smart Building
Smart Infrastructure

Contact us

Global IoT Market, in USD Billion, Between 2019-2026F

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5G
Emerging Mega Trends
Phone Usage

35 Gb

The Ericsson Mobility Report states thatthe monthly global average data usage
per smartphone now exceeds 10GB,
and this is forecast to reach 35GB by
the end of 2026.

Horizon Project
USD
1.0 bnGovernments are investing in 5G
in a bid to make hyper connectedpublic services. For example, China
has allotted over USD 30 billion to 5G
research and development for the next
five years. The European Commission(EC) has earmarked USD 1 billion to 5G
as part of its Horizon 2020 project.

• According to estimates from Ericsson‘s latest editionof its Mobility Report, the number of 5G smartphone
subscriptions worldwide passed 500 million in 2021,
more than doubling the figure for 2020. In 2022, 5G
subscriptions are on target to reach 1.1 billion and thisis expected to climb to 3.4 billion during 2026.
• 5G-led ubiquitous sensor networks will be at thefoundation of smart city development. The uniqueability of 5G networks to meet differentiated smart cityneeds will be pivotal in enabling greater collaborative
intelligence.
• 5G technology can address the needs of smart
healthcare. Through this, it will be possible for fair,
accessible and inclusive healthcare reform to bepromoted.

Contents
Overview• North America had an 89.3% share in LTE
connections in Q4 of 2020. It was followed by Oceania,
East and Southeast Asia at 78.4%, Western Europe
at 69.73, then Latin America and the Caribbean at
57.59%.

Technological trends
Challenges

Smart Agriculture• In Europe, the total benefit of a full 5G deployment
for open innovation platforms will cost USD 53.2 billion.
However, the benefit in doing so will amount to USD
240.0 billion.

Smart Factory
Smart Health
Smart Mobility
Smart Home Appliances
Smart Security
Smart Building
Smart Infrastructure

5G Coverage

350%

In 2021, 5G coverage grew by astaggering 350.0% to cover 1,336
cities. As a result, 30.0% of the world‘scountries now have 5G coverage.
A year earlier, there were only
378 cities that had 5G.

Smart Cities • Application Guide

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Global 5G Subscription, in Millions, 2020-2026F© Murata Manufacturing Co. Ltd. Ref: K4EU-1 • Apr 01 2022

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Technological trends
Contents
Overview
Technological trends
Challenges

Autonomous Vehicle

Private 5G

DSA

Cloud Computing

These will include drones delivering
packages to various locations, service
machines doing cleaning and restoration
services, plus automated ‘personal
assistants’ helping employees get moredone faster and with greater precision.

5G private networks are isolated
either physically or virtually from public
networks, using different hardware,
virtual machines or network-slices.

Domain-specific architectures (DSAs)
will represent the future of artificial
intelligence (AI) inference. They will
enable adaptable hardware which can
be customized, so that workloads may
run at the highest possible efficiency.
In 2022, AI inferencing will continue tomove away from fixed silicon approaches
and towards DSAs, helping to eliminate
AI productization challenges. With
this new ease of programming, FPGAs
and adaptable SoCs will continue tobecome more accessible for hundreds ofthousands of software developers and AI
scientists - making them the hardware
solution of choice for next generation
applications.

The smart cities that will be so central to
our future society will be underpinned by
5G communication, but also reliant on
a number of other technologies if they
are to function effectively. This is wherecloud computing comes in. Approximately
6 billion people are predicted to live insmart cities by 2045 - that will meansignificant computing capacity will benecessary. Cloud technology will provide
the digital infrastructure for smart cities,functioning as a storage and analysis
system for the data used in everythingfrom autonomous vehicles to farming.

They will be driven by the improved
capabilities from chip vendors (e.g.
Qualcomm, Intel, MediaTek, Broadcom,etc.), advanced and more abundantsensors (e.g. visual-based sensors,
ultrasonic, touch, smell, LiDAR, etc.),high bandwidth low latency connections(e.g. 5G, Wi-Fi 6), and enhanced AI
capabilities/algorithms (e.g. navigation,
point-to-point scheduling, visualinterpretations, etc.).

Smart Cities • Application Guide

Additionally, 5G private networks willfurther transform the factory floor.
The three main components of 5G enhanced mobile broadband (eMBB),
massive IoT and enhanced ultra-reliable
low latency communications (eURLLC)- are utilized to connect a diverse setof devices in a factory. The 2020 3GPP
Release 16 brought advanced support
for 5G non-public networks (NPN), theirdefining characteristic being a network
for private usage and not accessible topublic users’ navigation, point-to-point
scheduling, visual interpretations, etc.)

Smart Agriculture
Smart Factory
Smart Health
Smart Mobility
Smart Home Appliances
Smart Security
Smart Building
Smart Infrastructure

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the Challenges

Contents

What is required and what Murata can offer
Overview• At the foundation of any form of smart city deployment will

Technological trends

be the ongoing collection of large amounts of data. Through theanalysis of this data, the various different services involved canbe planned in ways that are the most efficient, environmentallyfriendly, responsive and cost-effective. Compiling all of this data
calls for mass distribution of IoT devices.

Challenges

Smart Agriculture• With the IoT devices being placed in locations that are
difficult to reach, there is little or no opportunity for technicians
to return to them once they have been deployed - the logisticalcosts would simply be too high. It is therefore vital that such
hardware is built from high reliability components that will
support long-term trouble-free operation. This will mean thatthe need for replacement or maintenance work can be avoided.

Smart Factory
Smart Health
Smart Mobility
Smart Home Appliances
Smart Security• In addition, plug-and-play solutions should ideally be chosen.
This will minimize the set-up period and the engineering effort
involved in configuration, calibration, etc. Smart city services
can then be brought on-line in a much shorter time frame,
meaning that citizens will see the benefits sooner.

Smart Building
Smart Infrastructure• Murata offers a broad selection of relevant components
parts, enabling customers to choose the best fit for their specificapplication requirements without having to make compromises.
These are straightforward to install anddeliver prolonged working lifespans.

Smart Cities • Application Guide

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Contents

Using technology to solve
future food shortage problems

Overview
Technological trends• With a continuously increasing global populace, combined

Challenges

with diminishing land reserves available for farming and accessto a limited workforce, food production is reaching a state ofcrisis. Efforts must be made to ensure that supply can keep
up with demand.

Smart Agriculture• Smart agriculture will see data captured from numerous
sensor nodes - enabling various different ambient parameters(relating to the air, soil, light levels, etc.) to be monitored, as
well as updates on the local weather conditions.

Smart Factory
Smart Health
Smart Mobility• Because this hardware will be situated in an outdoor
environment, it will need to be rugged enough to withstandextreme temperature variations, exposure to wind and rain,
etc. Otherwise there will be a risk of malfunctions occurring.

Smart Home Appliances
Smart Security
Smart Building• Crucial to the success of this monitoring work is ‘barrier
free’ implementation. Use of wireless rather than wireline
communication offers much greater convenience. It will beeasier to add new nodes as they are required, or makechanges to network arrangements.

Smart Infrastructure• Murata wireless modules are highly robust and reliable.
They represent a very lower total cost of ownership, as theneed for repair and maintenance work is lessened considerably.
These modules are also compact and lightweight, enablingthem to attend to AGV/drone applications.

Smart Cities • Application Guide

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Soil sensor

Smart Agriculture
Sensors

Measurement pattern example

Challenges in agricultural environments

Contents

The Murata soil sensor has been developed
to continuously measure the conditions ofmany different agricultural environments.
APPLICATIONS

The three-in-one package includes sensor
elements for accurately determining electricalconductivity (EC), temperature, and moisturein terms of volumetric water content (VWC).
As a result, this device is capable of measuring
all three parameters simultaneously, eitherin
soil or underwater. Specifically, the industry’s
first-ever nine-electrode EC sensor has multiple
measuring patterns that help to eliminate
uncertainty.

Overview• Long term soil condition monitoring
for Agriculture.
• Agriculture irrigation system control

Technological trends- Long term river and pond watercondition monitoring- Aquaculture pond water condition control- Powder dry monitoring and control- Soil and water environment research

Challenges

Smart Agriculture
Smart Factory
Smart Health
Smart Mobility

PRODUCT SPECIFICATIONSFEATURES• EC sensor- Electrical conductivity depends on
contained anion/ cation amount.
(NO3,NH4,H2PO4,K,Ca,Mg,Nacl etc..)• Temperature sensor- Temp. in the soil and water environment.

• Moisture sensor- Measure the electric permittivity,translate to VWC.

Smart Cities • Application Guide• Supply Voltage: 3.0-6.5 V• Active current: 50 mA(max)• EC range: 0-5.0 dS/m
• EC accuracy: ±3 - F.S.
• Moisture range: 0-60 %VWC
• Moisture accuracy: ±3 % F.S.
• Temperature range: -20ºC-70ºC• Temperature accuracy: ±1.1 ºC• Waterproof: IP68
• Interface: UART,RS232E,RS485,SDI-12• Cable length:

3m@UART, 10m@RS232E, 300m@RS485(Verified cable length)

Smart Home Appliances

ADVANTAGES

Smart Security• Simple interface:Three sensors in one package

Smart Building

No effect of saline and temp

Smart Infrastructure• High accuracy moisture measurement:• High accuracy EC:

Certainty and Ability for dry soil

• Rugged and waterproof structure:
Hardness, IP68

• Suitable for wireless transmission:
Low power consumption• Multi interface:

UART,RS232E,RS485,SDI-12

Contact us• Wireless system:

2.4GHz original protocol, BLE© Murata Manufacturing Co. Ltd. Ref: K4EU-1 • Apr 01 2022

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NDIR CO2
sensorSmart Agriculture
Sensors

IMG-CA0014-00
67 x 92 x 20mm

Long-term stability using
auto-calibration
Murata’s CO2 sensor is a product that exhibits
long-term stability and high measurement
accuracy. Its maintainability is improved
through an automatic calibration featureincorporated. This is based on a uniquecalibration curve algorithm and a dual
wavelength non-dispersive infrared (NDIR)
system. One wavelength is for measurement
and the other for reference.

Contents

PRODUCT SPECIFICATIONSFEATURES• Low influence of other gases
by NDIR principle• Excellent temperature
characteristics and high accuracy• Excellent long-term stability
and high reliability by automatic
calibration• Operating temperature: 0 to 50 °C• Storage temperature: -20 to 50 °C• Measurement range:
0 to 2000ppm, 0 to 3000ppm• Accuracy:± (50ppm+5% of reading)Typ. ± (30ppm+2.5% of reading)• Long-term stability (drift):±50ppm/Year @ 1000ppm• Power input: AC/DC 24V, DC12V• Peak power consumption:
Avg. 0.5W/Max. 2.0W
• Output interface: Analog 0 to 5V• Measurement interval: 5s• Dimensions: 67x92x20mm

Overview
Technological trends
Challenges

Smart Agriculture
Smart Factory
Smart Health
Smart Mobility
Smart Home Appliances
Smart Security
Smart Building
Smart Infrastructure

Contact us

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MonoBK and UltraBK
TM

TM

Smart Agriculture
Power Solutions

Line-up | Small POL DC-DC converter
Single output

8.0

MonoBKTM for FPGA

Input Voltage [V]

48.0

42.0

MYSGK02506BRSR

Under devlopment

Contents

5.0

Under devlopment

MYMGC1R83BFPF2RVMYMGC0R88RFLF2RV

MYMGC3R32EFPF2RB

MYWGC3R53FFW92RAE

11.9x15.0x2.4max
Vin=3.3 - 5.5V
Vo1=0.85V/3.2A,
Vo2=0.85V/0.5A,
Vo3=1.2V/0.5A
Vo4=1.8V/1.5A

11.9x15.0x2.4max
Vin=3.3 - 5.5V
Vo=0.85V
Io=8A

11.9x15.0x2.4max
Vin=4.5 - 5.5V
Vo1=1.2V/2.5A
Vo2=1.8V/1.0A,
Vo3=3.3V/2.0A
Vo4=2.5V/1.5A

11.9x15.0x2.4max
Vin=4.5 - 5.5V
Vo1=1.2V/2.5A
Vo2=1.8V/1.0A,
Vo3=3.3V/2.0A
Vo4=2.5V/1.5A

4CH OUTPUT

4CH OUTPUT

4CH OUTPUT

Overview
Technological trends
Challenges

MYMGA5R04RELA5RA
9.0x10.5x5.5max.
Vin=8.0 - 28.0V
Vo=3.3 - 5V
Io=3.5A

14.7x16.3x7.5max.
Vin=13.5 - 42.0V
Vo=5 - 25V
Io=6A

125degC

Smart Agriculture

3.3

5

10

15

Smart Factory20

Output Current [W]
17.0
15.0

Smart Health

MYLSM00502ERPLMYMGK00504ERSR

Input Voltage [V]7.9x7.9x2.3max
Vin=4.5 - 17.0V
Vo=1 - 5.25V
Io=2.5A

7.5x9.0x5.0max
Vin=8.0 - 15.0V
Vo=0.7 - 5V
Io=4A

MYTNA1R84RELA2RA

MYMGK00506ERSR
7.5x9.0x5.0max
Vin=8.0 - 15.0V
Vo=0.7 - 5V
Io=6A

105degC

MYTNC1R84RELA2RA
10.5x9.0x2.1max
Vin=6.0 – 14.4V
Vo=0.7 – 1.8V
Io=4A

MYTNA1R86RELA2RA

105degC

MYTNC1R86RELA2RA
10.5x9.0x2.1max
Vin=6.0 – 14.4V
Vo=0.7 – 1.8V
Io=6A

105degC
12C

MYMGK1R812ERSR

MYMGM1R816ELA5RA

MYMGK1R812ERSR-H

9.0x10.5x5.0max
Vin=7.5 - 15.0V
Vo=0.7 - 1.8V
Io=16A

9.0x10.5x5.6max
Vin=8.0 - 15.0V
Vo=0.7 - 1.8V
Io=12A

105degC

105degCMYMGK1R820ERSR

MYMGM1R824ELA5RA

MYMGK1R820ERSR-H

9.0x10.5x5.0max
Vin=7.5 - 15.0V
Vo=0.7 - 1.8V
Io=24A

PMBus

9.0x10.5x5.6max
Vin=8.0 - 15.0V
Vo=0.7 - 1.8V
Io=20A

105degCMYSGK4R030ERSR
11.0x14.0x8.3max
Vin=4.5 - 15.0V
Vo=0.7 – 4V
Io=30A

105degC
PMBus

Smart Mobility

105degC

Smart Home Appliances

105degC

Smart Security

12C

Smart Building

8.0

MYMGK1R804FRSRMYMGK1R806FRSR

7.5x9.0x5.0max
Vin=4.5 - 8.0V
Vo=0.7 - 1.8V
Io=4A

MYMGK1R812FRSR

Smart Infrastructure

MYMGK1R820FRSR
105degC

7.5x9.0x5.0max
Vin=4.5 - 8.0V
Vo=0.7 - 1.8V
Io=6A

MYMGK1R812FRSR-H

MYMGK1R820FRSR-H

9.0x10.5x5.6max
Vin=4.5 - 8.0V
Vo=0.7 - 1.8V
Io=12A

9.0x10.5x5.6max
Vin=4.5 - 8.0V
Vo=0.7 - 1.8V
Io=20A

105degC

105degC

5.0

Contact us
4.5

2.5

4.0

6.0

12

16

20

24

30

Output Current [A]Smart Cities • Application Guide© Murata Manufacturing Co. Ltd. Ref: K4EU-1 • Apr 01 2022

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Wi-FiSmart Module®

Smart Agriculture
Connectivity

Type 1LD

Wireless communications

Contents

Type 1LD
Murata is market leader in Wi-Fi® modules forembedded systems, providing superior quality,
elevated performance modules for high volume production.

Overview

Murata’s wireless modules will streamline yourassembly operations, thus significantly reducing
customer’s design time. Additionally, we offer
a variety of low-power products for sensor
networks.

APPLICATIONSTechnological trends• Home and building automation

Challenges• Energy management system (EMS)• Simple sensor network• Home security• Healthcare & fitness

Smart Agriculture- Lighting control- Heating, Ventilation, Air-conditioning

Smart Factory
Smart Health

PRODUCT SPECIFICATIONS

Smart Mobility

BLOCK DIAGRAM• Chipset:

Smart Home Appliances- Infineon (CYW43438)+ STM32 (ARM Cortex-M4F)

Smart Security• Size: 8.9 x 7.8 x 1.2 mm

Smart Building• Peripheral Interface:

Smart Infrastructure

GPIO/SPI/UART/I2C/ADC/PWM• Operating Temperature:
FEATURES• Highly integrated• FCC/IC/CE/TELEC compliant• Shielded Ultra Small Wi-Fi® 11b/g/n+ Bluetooth® 5.2 + MCU Module

Smart Cities • Application Guide-40°C to 85°C

• Package: Shielded Resin

Feature rich software hosted on module802.11 b/g/n 65Mbps, Wi-fi® Stack runs
inside, 1MB Flash, 256KB RAM
Infineon WICED, SPP on Bluetooth® and
GATT on Bluetooth® LE are supported by
WICED Qualified for AWS IoT Core devices

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SubscribeBluetooth
Low Energy
Module®

Smart Agriculture
Connectivity

Type MBN52832

Contents

Wireless communications
Overview

Type MBN52832

Technological trends

BLE is an ultra-low power communication
technology that enables several years ofoperation off a button battery. Widespread
adoption is being seen in fields like healthmanagement, fitness and home networks.
BLE has also been adopted as a communication
method by the Continua Health Alliance,a non-profit organization of healthcare
and technology companies.

Challenges

APPLICATIONS• Proximity services• Building automation• Medical/healthcare• Bluetooth beacons

Smart Agriculture
Smart Factory
Smart Health

FEATURES• Powerful MCU core with large RAM
and flash for user application- ARM Cortex M4; 64K RAM; 512K flash• Low power consumption- Tx 7mA @ 3.5dBm (DCDC mode)- Rx 6mA (DCDC mode)• Rich peripheral interface-20 GPIO ports• Very small size: 7.4x7.0x0.9mm (max.)• Fully certified- FCC (US), IC (Canada), ETSI (EU), TELEC (Japan)- BT SIG Certificate• Support both on-board andexternal antenna version- On-board PCB pattern antenna- External patch antenna- External dipole antenna

PRODUCT SPECIFICATIONSBLOCK DIAGRAM
BLE/ANT
Antenna• Chipset: nRF52832 Bluetooth® LE IC• Dimension: 7.4x7.0x0.9mm• Package: LGA• Antenna: on-board or external• Max output power: +4dBm (LDO mode)• Interfaces:

UART, SPI, 20 GPIO, 5ADC, SWD, PWM, I2C• Operating voltage: 1.7V to 3.6V

• Operating temperature range:

Smart Mobility

NFC
Antenna(Optional)

32MHz
X’tal

Smart Home Appliances
Smart Security

To externalor on-board
antenna

Smart Building

VCC
SPI
UART
SWD
GPIO/AIO

NordicnRF52832
Matching
circuit

Smart Infrastructure-40 to 85°C

• OTA firmware upgrade• RoHS compliant• Regulatory certificate:
FCC/IC/ETSI/TELEC• Bluetooth® SIG qualification

32KHz X’tal(for ANT only optional)

BLE
Matching
Antennacircuit X’tal

Inductor for DC/DC(Optional)

nRF52832

Partiallyshieldedresin moldContact us• Bluetooth® 5.0

PWB substrate

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UWB Modules

Smart Agriculture
Connectivity

Wireless communications

Contents

Ultra-wideband (UWB) technology provides
a highly effective means for providing secure
and precise distance measurement. This isbased on determining the time-of-flight (ToF)of radio waves. Murata offers an extensive
portfolio of UWB modules.

Overview
Technological trends

FEATURES

Challenges• Ultra-small dimensions• High quality• Lower power consumption

Smart Agriculture
Smart Factory

APPLICATIONS

Smart Health• Indoor navigation• Smart retail/point-of-sales• Smart building• Smart locks• Tags/tracking• Contactless presence detection

Smart Mobility
TYPE 2BP

TYPE 2DKTYPE 2AB

Smart Home Appliances• Ultra small UWB module which includes NXP’s SR150 UWB chipset,clock, filters and peripheral components.
• 3 Antenna support (3D AoA or 2D
AoA support)• All-in-one UWB + Bluetooth LE combo module which integrates NXP Trimension™ SR040 UWB Chipset, NXP
QN9090 Bluetooth LE + MCU chipset,
On board antenna and peripheral components.
• Ideally suited for UWB Tag/Tracker
which operates by coin-cell battery, andgeneral IoT devices.

• UWB Chip set : Qorvo DW3110/3120• FCC/IC/TELEC Reference Certified(Planed)• Hostless module Integrated Nordic IC/ nRF52840
which also have Blutooth Low Energyfunction for waking up UWB and updating FW.
• Integrated 3-Axis sensor for saving
battery• Reference clock for UWB and MCU areembedded

Smart Security• UWB Chip set: NXP Trimension SR150• Antenna: External• UWB Chip set: NXP Trimension™ SR040• Antenna: Integrated

Smart Building
Smart Infrastructure

Contact us• UWB Chip set: Qorvo DW3110/3120• Antenna: External

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LPWA
ModulesSmart Agriculture
Connectivity

Type 1SC
LBAD0XX1SC

Wireless communications

Contents

Low power wide area (LPWA) networks provide
a power efficient wireless communication
technology for interconnecting devices
together over a long range. LPWA is mostsuitable for applications such as IoT andmachine-to-machine (M2M) communication,
as well as various other situations where lower
cost and lower power consumption are required.
To respond to customers’ needs, Murata hasformed strategic partnerships with market
leaders, and is accelerating the developmentof products using this highly appealing emerging
technology.

Type 1SCThe Type 1SC (LBAD00XX1SC) module is theworld’s smallest Cat. M1/NB-IoT module with
global certification. It supports GPS/GNSS,
OpenMCU, Integrated SIM.
Murata has partnered with Truphone, making
MVNO network communications possible
through the use of eSIM.

FEATURES• Small size

Size attractive to wearables that previously
had no means of cellular connectivity• Standardized

Through PTCRB/GCF certification improved
global interoperability with global wirelessnetworks operators for IoT applications• Low power

Protocol designed specifically for low
current consumption extending battery
lifetime up to 10+ years

Smart Cities • Application Guide

Overview

PRODUCT SPECIFICATIONSAPPLICATIONSTechnological trends• Smart metering• Smart parking• Home security/home automation• Vehicle fleet management• Wearables/trackers• Industrial M2M communication• IoT edge nodes

Challenges

Smart Agriculture
Smart Factory• Support LTE Band:••

Low Bands 5,8,12,13,14 (CAT M1 Only),
17,18,19,20,26,28 - Mid Bands 1,2,3,4,25
Chipset: Altair ALT1250
Modulation: LTE Cat.M1/NB-IoT Release
13 (*Release 14 – SW Upgrade)
Antenna: External
Type Package: Resin Mold
Dimension: 11.1 x 11.4 x 1.5 mm (max)Transmit Power: +23dBm max

Smart Health
Smart Mobility

BLOCK DIAGRAM

Smart Home Appliances••••• Sleep Mode Current:

Smart Security
Smart Building

eDRX Current Consumption (avg)/LTE-M: 43 uA
PSM Current Consumption (avg)/LTE-M: 1.4 uA• RoHS: Yes• Software Features: AT commands,
IPv4/IPv6 stack with TCP and UDP protocol,
SSL/TLS, MQTT, OpenMCU(Optional), GPS/GLONASS(Optional), iUICC(Optional)

Smart Infrastructure• Certified:

FCC/IC/RED/TELEC/KC/NCC GCF/PTCRB• Certified Carrier:Contact us

AT&T, KT, SKT, Pelion, Deutsch Telekom,
Vodafone, Softbank, KDDI, Docomo,
Soracom, Truphone© Murata Manufacturing Co. Ltd. Ref: K4EU-1 • Apr 01 2022

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LPWA
ModulesSmart Agriculture
Connectivity

Type 1SJLBAA0QB1SJ

Wireless communications

Contents

Type 1SJThe Type 1SJ (LBAA0QB1SJ) module is oneof the smallest LoRaWAN™ modules in theindustry.

Overview

This module has a lower power consumption
and higher output than previous products.
Radio Law certification has already beenobtained for major regions.

Technological trends

APPLICATIONS

Challenges• Smart metering• Smart lighting• Smart parking• Smart agriculture• Industrial M2M• IoT edge nodes

Open MCU design support is available.

Smart Agriculture
Smart Factory
Smart Health

PRODUCT SPECIFICATIONS

Smart Mobility

BLOCK DIAGRAM• RF/BB chipset: SX1262• MCU chipset: STM32L0 series

Smart Home Appliances• Peripheral interfaces:

Smart Building• Radio certification:

Smart Infrastructure

CPU: Cortex M0+
RAM: 20KB
Flash: 192KB

Smart Security

UART/SPI/I2C/GPIOs/ADC
FCC, IC, CE

FEATURES• Compact and low cost
• Battery life
10 years• Low Range
10km• Pre-certified radio
regulatory approvals

868 & 915 MHz spectrum

Smart Cities • Application Guide• Module size: 10.0x8.0x1.60mm• Package: Shielded Resin Mold
• Frequencies: EU / US / India / Pacific• Operating temp: -40 to +85 °C• Supply voltage: 2.2V to 3.6V
• RF transmit power:+14dBm / +21.5dBm• RF sensitivity: -135dBm• Frequency band: 860MHz-930MHz

Contact us© Murata Manufacturing Co. Ltd. Ref: K4EU-1 • Apr 01 2022

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Modular
SolutionsµSD adapter

Wireless communications
M.2 boards
Our M.2 modules, co-developed by Embedded
Artists, are designed for evaluation, integrationand ease-of-use. These professionally designed
and proven M.2 modules provide easy evaluationof different Wi-Fi®/Bluetooth® solutions, lower
your risk and shorten your time to market.

Murata’s µSD-M2 adapter board offers an
out-of-the-box experience for NXP i.MX
with Murata’s M.2 module family. All
WLAN/BT- necessary signals are includedon M.2 connector pins (Key ‘E’) including:

FEATURES• Standard M.2 form factor• Reference-certified antennas& snap-off option• UFL connectors for antenna
or conducted testing• Comprehensive interface support
including SDIO, PCIe, UART, PCM,
and radio control lines

Contents
Overview• WLAN SDIO
• WLAN PCIe
• BT H4 UART
• BT PCM/I2S• GPIOs

Technological trends
Challenges

Smart Agriculture
Smart Factory
Smart Health
Smart Mobility

Type 1XA

Dual band
Wi-Fi®11a/b/g/n/ac
2x2 MIMO / RSDB
+ Bluetooth® 5.2 (PCIe)

Type 1XZ

Dual band
Wi-Fi® 11a/b/g/n/ac
2x2 MIMO / RSDB
+ Bluetooth® 5.2 (SDIO)

Type 1YM

Smart Home Appliances

Dual band
Wi-Fi® 11a/b/g/n/ac
2x2 MIMO+ Bluetooth® 5.2

Smart Security
Smart Building
Smart Infrastructure

Type 1DX

Wi-Fi® 11b/g/n+ Bluetooth® 5.1

Smart Cities • Application Guide

Type 1MW

Dual band
Wi-Fi® 11a/b/g/n/ac+ Bluetooth® 5.0

Type 1LVDual band
Wi-Fi® 11a/b/g/n/ac+ Bluetooth® 5.0

Contact us

Type 1ZM

Dual band
Wi-Fi® 11a/b/g/n/ac+ Bluetooth® 5.1© Murata Manufacturing Co. Ltd. Ref: K4EU-1 • Apr 01 2022

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SubscribeFully Modular
Systems
Wireless communications

Murata and Embedded Artists have developed
a full modular system which offers IoT designers
a quick, easy and cost-effective route toworld-class connectivity.

Easily evaluate different Wi-Fi/BT solutions– by just switching M.2 modules
Fast-to-market integration
Less regulatory burden
Use certified antennas
Re-use FCC certification

Contents
Overview
Technological trends

Development kits are available for use as
your evaluation/prototyping platform. The
kits include the hardware and software
components needed to get up-and-runningwith your software development on day 1.

Challenges

Smart Agriculture
Smart Factory
Smart Health
Smart Mobility
1. CHOOSE A COM/OEM BOARD

2. PLUG INTO COM CARRIER BOARD

3. PLUG IN YOUR CONNECTIVITY

4. START YOUR EVALUATION

Smart Home Appliances

Embedded Artists have developed asuite of COM computer-on-module(COM) units and OEM boards, integrating
all core components around a variety of
NXP processors and microcontrollers:

There are two types of carrier boards:
One for i.MXRT family boards (with aslot for the COM or OEM board) and
one which is suitable for the MPU COM
boards and offers...

Choose the Murata/Embedded Artists
M.2 connectivity module appropriate foryour application in terms of:• Pre-loaded software drivers• Comprehensive user manuals• Responsive support

Smart Security

•
•
•
•
•
•
•
•
•
•
•
•

• Support for i.MX8 designs• Support for M.2 Key E interface (typically
Wi-Fi®/BT), including advanced debug features developed in cooperation with Murata
and Cypress• Support for M.2 Key B interface(typically Cellular/SSD)• Support for USB 3.0

i.MX RT1062
i.MX RT1052
i.MX 8M Quad
i.MX 8M Mini uCOM
i.MX 8M Nano uCOM
i.MX 6Quad
i.MX 6DualLite
i.MX 6Ultralite
i.MX 6SoloX
i.MX 7Dual
i.MX 7Dual uCOM
i.MX 7ULP uCOM

Smart Cities • Application Guide

•
•
•
•
•
•

Smart Building

Performance
Power consumption
Range
Cost
Temperature range
Supported standards

Smart Infrastructure

Contact us© Murata Manufacturing Co. Ltd. Ref: K4EU-1 • Apr 01 2022

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A Wide Rangeof WirelessSoldered-down in major
development platforms

Communication Modules

Murata offers an extensive portfolio of wirelessmodules based on Cypress and NXP chipsets.
Modules with integrated MCUs are used in combination with Cypress WICED software. Wi-Fi® andBluetooth® capabilities are also incorporated andthe MCU can be used to run an application.
Other modules are radio-only and they can beused in combination with a MPU (Linux®) or MCU(RTOS).

Wireless communications
Modules with MCU
Type 1LD
Shielded ultra-small Wi-Fi
11b/g/n+Bluetooth 5.2 + MCU• Cypress CYW43438 chipset• STM32 (ARM Cortex-M4F) MCU

Contents

Many of Murata’s extensive range of wirelessmodules are designed into leading development
platforms. These include Linux®, FreeRTOS, etc.

Overview
Technological trends

Type 1GC

Challenges

Shielded ultra-small dual band
Wi-Fi 11a/b/g/n + Ethernet + MCU• Cypress CYW43907 chipset• Processor: ARM Cortex-R4

These modules cover a wide array of different
specifications - from single band Wi-Fi® 2.4GHz
to dual band Wi-Fi® 11ac 2.4GHz and 5GHz with
MIMO. Most of the options also include Bluetooth®.
With this variety of wireless modules Murata cancover a diverse breadth of applications - going all
the way from small connected gadgets or sensor
nodes to high data rate video streaming devices.

Smart Agriculture
Smart Factory
Smart HealthRadio-only modules
Type 1FX
Shielded ultra-small Wi-Fi 11b/g/n• Cypress CYW43364 chipset

Module with MCU
Type ABR
802.11 b/g/n WiFi
• NXP 88MW320 chipset• ARM Cortex-M4 200MHz

Radio-only modules
Type 1ZM
Wi-Fi 11 a/b/g/n/ac
Bluetooth 5.1• NXP 88W8987 chipset

Type 1DX
Shielded ultra-small Wi-Fi 11b/g/n+ Bluetooth 5.1• Cypress CYW4343W chipset• NXP i.MX

Smart Mobility

Arduino Portenta H7- i.MX 8M Mini EVK - Type 1MW- i.MX 8M Nano EVK - Type 1MW- i.MX 7ULP EVK - Type 1DX- i.MX RT Alexa Voice Board - Type 1DX

Smart Home Appliances
Smart Security• Cypress WICED- PSoC® 6 WiFi-BT Pioneer Board &- Prototyping Kit - Type 1DX/Type 1LV- CYW43907 Eval Kit - Type 1GC

Smart Building• ST Micro - Linux®

Smart Infrastructure- STM32MPI Discovery Kit - Type 1DX• Micropython- Arduino Portenta H7 - Type 1DX

Type 1LV
Shielded ultra-small dual band
Wi-Fi 11a/b/g/n/ac + Bluetooth 5.0• Cypress CYW43012 chipset

Contact us

Type 1MW
Shielded ultra-small dual band
Wi-Fi 11a/b/g/n/ac + Bluetooth 5.0• Cypress CYW43455 chipset

i.MX 8M Nano EVK

Smart Cities • Application Guide© Murata Manufacturing Co. Ltd. Ref: K4EU-1 • Apr 01 2022

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Smart Agriculture
Batteries

Micro Batteries

Contents

Murata offers a wide range of primary micro
batteries with high performance and reliability,
taking advantage of 40+ years technology
development and manufacturing expertise.

Overview

Coin Manganese Dioxide
Lithium Batteries

FEATURES• 40+ years technology development
and manufacturing expertize.
• Acquisition of ISO 9001/14001
certification.
• Full automated assemblinglines with high productivity.

Technological trends• High voltage, high energy density

Challenges• Wide range; including
heat-resistant models

Smart Agriculture• ISO/TS16949 certified

Smart Factory
Smart Health
Smart Mobility

Lightweight, High Voltage
and High Energy Density
The battery voltage is 3V, almost
double that of normal alkaline ormanganese batteries.

Excellent discharge
characteristics
Voltage characteristics remain
stable even for a long period ofdischarge.

Excellent long-term reliability
Murata’s innovative sealing
technology minimize battery
self-discharge.

Smart Cities • Application Guide

Smart Home Appliances
Smart Security

Battery

Coin
Manganese
DioxideLithium(CR)

Type

NominalVoltage

Capacity

Operating
Temp.

Features

Standard

3.0V

30-1000mAh-30 to 70ºC

Lineup of 10 models from small size
and thin models to high capacity models

Extended Temp.

3.0V

220-2000mAh-40 to 85ºC

Good balance between wide operating
temperature and affordability

Heat resistant

3.0V

210-1000mAh-40 to 125ºC

Wide operating temperature

Smart Building
Smart Infrastructure

Contact us

High Drain

3.0V

200-500mAh-30 to +70ºC

High peak 50mA pulse (x2 times)
vs. Standard© Murata Manufacturing Co. Ltd. Ref: K4EU-1 • Apr 01 2022

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Contents

Making industrial operations more efficient

Overview
Technological trends• Within factory settings, there is now a shift away from outdated

Challenges

mechanical systems and increasing reliance on automation. Thisis resulting in industrial activities being run more efficiently - with
reduced wastage, lower levels of pollution, less risk of downtime
and substantial energy savings all being realized.

Smart Agriculture• Use of automated and robotic systems means that humanoperatives are not needed to carry out repetitive work, assuch tasks can be offloaded. This is clearly advantageous, as it
eliminates the possible threat of error through fatigue. It alsomeans that staff can be assigned to other functions that will draw
on their experience (thereby making their jobs more fulfilling).

Smart Factory• Through the use of high resolution magnetic sensor technology,
control accuracy can be increased, with higher precision motion
and position data being derived. This is enabling the performanceof the actuators and motors in machinery to be improved reducing energy consumption and extending lifecycles, as well as
safeguarding against potential damage.

Smart Security

Smart Health
Smart Mobility
Smart Home Appliances

Smart Building
Smart Infrastructure• Wireless technology will be pivotal in upgrading older items oflegacy equipment, so that they can be connected to Ethernetbased industrial automation infrastructure. This will need to run
off minimal power reserves, so as to extend operational life.

Contact us• Thanks to advanced sensors, wireless modules, batteries and
DC-DC converters, Murata now plays an important role in making
factories smarter.

Smart Cities • Application Guide© Murata Manufacturing Co. Ltd. Ref: K4EU-1 • Apr 01 2022

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TMR Sensors

Smart Factory
Sensors

CT100

CT100: 1D Linear Sensor
High Linearity, High Resolution
and Low NoiseContents

The CT100 1D linear sensor is characterized
by its wide dynamic range (covering ±50mT)
and also exhibits industry-leading linearity(with a linear error of just ±0.5% at ±20mT).

Overview
Technological trends

FEATURES

These attributes enable improved
measurement reproducibility and negate
the need for compensation circuitry toaddress temperature fluctuations. The
sensor supports a wide operating voltage
range (1.0V to 5.5V). Among its main applications
are linear measurements, proximity sensing
and current sensing.

• Excellent Linearity, < ±0.5%

Challenges• Stable Magnetic Performanceover Temperature

Smart Agriculture- Highly accurate linear measurements.

- No compensation circuitry or software
required to ensure consistent performanceover temperature.
- Reduces development time and cost.

Smart Factory
Smart Health• Low Current Consumption

Contactlesscurrent sensor

Linear sensor
CT100 series (Analog)

Smart Mobility- Draws about 167 μA @ VDD = 5.0 V
which is more than 12x lower current
than other 1D linear sensors.

Smart Home Appliances• Wide Supply Voltage Range

Smart Security- No need for regulator to operate CT100
since it operates over wide range.
- Reduces cost, component countand solution footprint.

Smart Building
Smart Infrastructure• Small Form Factor
Cylinder switch- DFN-6 package occupies only
2.25 mm2 of PCB area.
- Ideal for mobile or wearable devices.

Contact usLinear Encoders

Smart Cities • Application Guide© Murata Manufacturing Co. Ltd. Ref: K4EU-1 • Apr 01 2022

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TMR Sensors

Smart Factory
Sensors

CT310

CT310: 2D Angular Sensor
High Linearity, High Resolution
and Low NoiseContents

The CT310 is a 2D angular sensor with
an operating magnetic range from 25mT to
90mT, plus differential outputs for both sine
(SIN) and cosine (COS) axes. It is intended
for angular position measurement and BLDC
motor control. This device has a very low
angular error of <0.6°, once amplitude
normalization and offset cancellation
have both been applied.

Overview

FEATURES CT 310

Technological trends• Low Angular Error- High precision angle measurements.

Challenges• Stable Magnetic Performanceover Temperature- No compensation circuitry or software
required to ensure consistent performanceover temperature.
- Reduces development time and cost.

Meter
BLDC
motor

2D Angle sensor
CT310 series (Analog)

Note PC

Controlknobs
EncoderSmart Agriculture
Smart Factory• Wide Supply Voltage Range

Smart Health- No need for regulator to operate CT310
since it operates over wide range.
- Reduces cost, component countand solution footprint.

Smart Mobility
Smart Home Appliances• Small Form Factor- DFN-8 package almost 5x smaller
in size than competing solutions.
- Ideal for mobile or wearable devices.

Smart Security
Smart Building
Smart Infrastructure

Contact us

Smart Cities • Application Guide© Murata Manufacturing Co. Ltd. Ref: K4EU-1 • Apr 01 2022

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MonoBK and UltraBK
TM

TM

Smart Factory
Power Solutions

Line-up | Small POL DC-DC converter
Single output

8.0

MonoBKTM for FPGA

Input Voltage [V]

48.0

42.0

MYSGK02506BRSR

Under devlopment

Contents

5.0

Under devlopment

MYMGC1R83BFPF2RVMYMGC0R88RFLF2RV

MYMGC3R32EFPF2RB

MYWGC3R53FFW92RAE

11.9x15.0x2.4max
Vin=3.3 - 5.5V
Vo1=0.85V/3.2A,
Vo2=0.85V/0.5A,
Vo3=1.2V/0.5A
Vo4=1.8V/1.5A

11.9x15.0x2.4max
Vin=3.3 - 5.5V
Vo=0.85V
Io=8A

11.9x15.0x2.4max
Vin=4.5 - 5.5V
Vo1=1.2V/2.5A
Vo2=1.8V/1.0A,
Vo3=3.3V/2.0A
Vo4=2.5V/1.5A

11.9x15.0x2.4max
Vin=4.5 - 5.5V
Vo1=1.2V/2.5A
Vo2=1.8V/1.0A,
Vo3=3.3V/2.0A
Vo4=2.5V/1.5A

4CH OUTPUT

4CH OUTPUT

4CH OUTPUT

Overview
Technological trends
Challenges

MYMGA5R04RELA5RA
9.0x10.5x5.5max.
Vin=8.0 - 28.0V
Vo=3.3 - 5V
Io=3.5A

14.7x16.3x7.5max.
Vin=13.5 - 42.0V
Vo=5 - 25V
Io=6A

125degC

Smart Agriculture

3.3

5

10

15

Smart Factory20

Output Current [W]
17.0
15.0

Smart Health

MYLSM00502ERPLMYMGK00504ERSR

Input Voltage [V]7.9x7.9x2.3max
Vin=4.5 - 17.0V
Vo=1 - 5.25V
Io=2.5A

7.5x9.0x5.0max
Vin=8.0 - 15.0V
Vo=0.7 - 5V
Io=4A

MYTNA1R84RELA2RA

MYMGK00506ERSR
7.5x9.0x5.0max
Vin=8.0 - 15.0V
Vo=0.7 - 5V
Io=6A

105degC

MYTNC1R84RELA2RA
10.5x9.0x2.1max
Vin=6.0 – 14.4V
Vo=0.7 – 1.8V
Io=4A

MYTNA1R86RELA2RA

105degC

MYTNC1R86RELA2RA
10.5x9.0x2.1max
Vin=6.0 – 14.4V
Vo=0.7 – 1.8V
Io=6A

105degC
12C

MYMGK1R812ERSR

MYMGM1R816ELA5RA

MYMGK1R812ERSR-H

9.0x10.5x5.0max
Vin=7.5 - 15.0V
Vo=0.7 - 1.8V
Io=16A

9.0x10.5x5.6max
Vin=8.0 - 15.0V
Vo=0.7 - 1.8V
Io=12A

105degC

105degCMYMGK1R820ERSR

MYMGM1R824ELA5RA

MYMGK1R820ERSR-H

9.0x10.5x5.0max
Vin=7.5 - 15.0V
Vo=0.7 - 1.8V
Io=24A

PMBus

9.0x10.5x5.6max
Vin=8.0 - 15.0V
Vo=0.7 - 1.8V
Io=20A

105degCMYSGK4R030ERSR
11.0x14.0x8.3max
Vin=4.5 - 15.0V
Vo=0.7 – 4V
Io=30A

105degC
PMBus

Smart Mobility

105degC

Smart Home Appliances

105degC

Smart Security

12C

Smart Building

8.0

MYMGK1R804FRSRMYMGK1R806FRSR

7.5x9.0x5.0max
Vin=4.5 - 8.0V
Vo=0.7 - 1.8V
Io=4A

MYMGK1R812FRSR

Smart Infrastructure

MYMGK1R820FRSR
105degC

7.5x9.0x5.0max
Vin=4.5 - 8.0V
Vo=0.7 - 1.8V
Io=6A

MYMGK1R812FRSR-H

MYMGK1R820FRSR-H

9.0x10.5x5.6max
Vin=4.5 - 8.0V
Vo=0.7 - 1.8V
Io=12A

9.0x10.5x5.6max
Vin=4.5 - 8.0V
Vo=0.7 - 1.8V
Io=20A

105degC

105degC

5.0

Contact us
4.5

2.5

4.0

6.0

12

16

20

24

30

Output Current [A]Smart Cities • Application Guide© Murata Manufacturing Co. Ltd. Ref: K4EU-1 • Apr 01 2022

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Wi-FiSmart Module®

Smart Factory
Connectivity

Type 1LD

Wireless communications

Contents

Type 1LD
Murata is market leader in Wi-Fi® modules forembedded systems, providing superior quality,
elevated performance modules for high volume production.

Overview

Murata’s wireless modules will streamline yourassembly operations, thus significantly reducing
customer’s design time. Additionally, we offer
a variety of low-power products for sensor
networks.

APPLICATIONSTechnological trends• Home and building automation

Challenges• Energy management system (EMS)• Simple sensor network• Home security• Healthcare & fitness

Smart Agriculture- Lighting control- Heating, Ventilation, Air-conditioning

Smart Factory
Smart Health

PRODUCT SPECIFICATIONS

Smart Mobility

BLOCK DIAGRAM• Chipset:

Smart Home Appliances- Infineon (CYW43438)+ STM32 (ARM Cortex-M4F)

Smart Security• Size: 8.9 x 7.8 x 1.2 mm

Smart Building• Peripheral Interface:

Smart Infrastructure

GPIO/SPI/UART/I2C/ADC/PWM• Operating Temperature:
FEATURES• Highly integrated• FCC/IC/CE/TELEC compliant• Shielded Ultra Small Wi-Fi® 11b/g/n+ Bluetooth® 5.2 + MCU Module

Smart Cities • Application Guide-40°C to 85°C

• Package: Shielded Resin

Feature rich software hosted on module802.11 b/g/n 65Mbps, Wi-fi® Stack runs
inside, 1MB Flash, 256KB RAM
Infineon WICED, SPP on Bluetooth® and
GATT on Bluetooth® LE are supported by
WICED Qualified for AWS IoT Core devices

Contact us© Murata Manufacturing Co. Ltd. Ref: K4EU-1 • Apr 01 2022

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SubscribeBluetooth
Low Energy
Module®

Smart Factory
Connectivity

Type MBN52832

Contents

Wireless communications
Overview

Type MBN52832

Technological trends

BLE is an ultra-low power communication
technology that enables several years ofoperation off a button battery. Widespread
adoption is being seen in fields like healthmanagement, fitness and home networks.
BLE has also been adopted as a communication
method by the Continua Health Alliance, anon-profit organization of healthcare andtechnology companies.

Challenges

APPLICATIONS• Proximity services• Building automation• Medical/healthcare• Bluetooth beacons

Smart Agriculture
Smart Factory
Smart Health

FEATURES• Powerful MCU core with large RAM
and flash for user application- ARM Cortex M4; 64K RAM; 512K flash• Low power consumption- Tx 7mA @ 3.5dBm (DCDC mode)- Rx 6mA (DCDC mode)• Rich peripheral interface-20 GPIO ports• Very small size: 7.4x7.0x0.9mm (max.)• Fully certified- FCC (US), IC (Canada), ETSI (EU), TELEC (Japan)- BT SIG Certificate• Support both on-board andexternal antenna version- On-board PCB pattern antenna- External patch antenna- External dipole antenna

PRODUCT SPECIFICATIONSBLOCK DIAGRAM
BLE/ANT
Antenna• Chipset: nRF52832 Bluetooth® LE IC• Dimension: 7.4x7.0x0.9mm• Package: LGA• Antenna: on-board or external• Max output power: +4dBm (LDO mode)• Interfaces:

UART, SPI, 20 GPIO, 5ADC, SWD, PWM, I2C• Operating voltage: 1.7V to 3.6V

• Operating temperature range:

Smart Mobility

NFC
Antenna(Optional)

32MHz
X’tal

Smart Home Appliances
Smart Security

To externalor on-board
antenna

Smart Building

VCC
SPI
UART
SWD
GPIO/AIO

NordicnRF52832
Matching
circuit

Smart Infrastructure-40 to 85°C

• OTA firmware upgrade• RoHS compliant• Regulatory certificate:
FCC/IC/ETSI/TELEC• Bluetooth® SIG qualification

32KHz X’tal(for ANT only optional)

BLE
Matching
Antennacircuit X’tal

Inductor for DC/DC(Optional)

nRF52832

Partiallyshieldedresin moldContact us• Bluetooth® 5.0

PWB substrate

Smart Cities • Application Guide© Murata Manufacturing Co. Ltd. Ref: K4EU-1 • Apr 01 2022

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UWB Modules

Smart Factory
Connectivity

Wireless communications

Contents

Ultra-wideband (UWB) technology provides
a highly effective means for providing secure
and precise distance measurement. This isbased on determining the time-of-flight (ToF)of radio waves. Murata offers an extensive
portfolio of UWB modules.

Overview
Technological trends

FEATURES

Challenges• Ultra-small dimensions• High quality• Lower power consumption

Smart Agriculture
Smart Factory

APPLICATIONS

Smart Health• Indoor navigation• Smart retail/point-of-sales• Smart building• Smart locks• Tags/tracking• Contactless presence detection

Smart Mobility
TYPE 2BP

TYPE 2DKTYPE 2AB

Smart Home Appliances• Ultra small UWB module which includes NXP’s SR150 UWB chipset,clock, filters and peripheral components.
• 3 Antenna support (3D AoA or 2D
AoA support)• All-in-one UWB + Bluetooth LE combo module which integrates NXP Trimension™ SR040 UWB Chipset, NXP
QN9090 Bluetooth LE + MCU chipset,
On board antenna and peripheral components.
• Ideally suited for UWB Tag/Tracker
which operates by coin-cell battery, andgeneral IoT devices.

• UWB Chip set : Qorvo DW3110/3120• FCC/IC/TELEC Reference Certified(Planed)• Hostless module Integrated Nordic IC/ nRF52840
which also have Blutooth Low Energyfunction for waking up UWB and updating FW.
• Integrated 3-Axis sensor for saving
battery• Reference clock for UWB and MCU areembedded

Smart Security• UWB Chip set: NXP Trimension SR150• Antenna: External• UWB Chip set: NXP Trimension™ SR040• Antenna: Integrated

Smart Building
Smart Infrastructure

Contact us• UWB Chip set: Qorvo DW3110/3120• Antenna: External

Smart Cities • Application Guide© Murata Manufacturing Co. Ltd. Ref: K4EU-1 • Apr 01 2022

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LPWA
ModulesSmart Factory
Connectivity

Type 1SC
LBAD0XX1SC

Wireless communications

Contents

Low power wide area (LPWA) networks provide
a power efficient wireless communication
technology for interconnecting devices
together over a long range. LPWA is mostsuitable for applications such as IoT andmachine-to-machine (M2M) communication,
as well as various other situations where lower
cost and lower power consumption are required.
To respond to customers’ needs, Murata hasformed strategic partnerships with market
leaders, and is accelerating the developmentof products using this highly appealing emerging
technology.

Type 1SCThe Type 1SC (LBAD00XX1SC) module is theworld’s smallest Cat. M1/NB-IoT module with
global certification. It supports GPS/GNSS,
OpenMCU, Integrated SIM.
Murata has partnered with Truphone, making
MVNO network communications possible
through the use of eSIM.

FEATURES• Small size

Size attractive to wearables that previously
had no means of cellular connectivity• Standardized

Through PTCRB/GCF certification improved
global interoperability with global wirelessnetworks operators for IoT applications• Low power

Protocol designed specifically for low
current consumption extending battery
lifetime up to 10+ years

Smart Cities • Application Guide

Overview

PRODUCT SPECIFICATIONSAPPLICATIONSTechnological trends• Smart metering• Smart parking• Home security/home automation• Vehicle fleet management• Wearables/trackers• Industrial M2M communication• IoT edge nodes

Challenges

Smart Agriculture
Smart Factory• Support LTE Band:••

Low Bands 5,8,12,13,14 (CAT M1 Only),
17,18,19,20,26,28 - Mid Bands 1,2,3,4,25
Chipset: Altair ALT1250
Modulation: LTE Cat.M1/NB-IoT Release
13 (*Release 14 – SW Upgrade)
Antenna: External
Type Package: Resin Mold
Dimension: 11.1 x 11.4 x 1.5 mm (max)Transmit Power: +23dBm max

Smart Health
Smart Mobility

BLOCK DIAGRAM

Smart Home Appliances••••• Sleep Mode Current:

Smart Security
Smart Building

eDRX Current Consumption (avg)/LTE-M: 43 uA
PSM Current Consumption (avg)/LTE-M: 1.4 uA• RoHS: Yes• Software Features: AT commands,
IPv4/IPv6 stack with TCP and UDP protocol,
SSL/TLS, MQTT, OpenMCU(Optional), GPS/GLONASS(Optional), iUICC(Optional)

Smart Infrastructure• Certified:

FCC/IC/RED/TELEC/KC/NCC GCF/PTCRB• Certified Carrier:Contact us

AT&T, KT, SKT, Pelion, Deutsch Telekom,
Vodafone, Softbank, KDDI, Docomo,
Soracom, Truphone© Murata Manufacturing Co. Ltd. Ref: K4EU-1 • Apr 01 2022

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LPWA
ModulesSmart Factory
Connectivity

Type 1SJLBAA0QB1SJ

Wireless communications

Contents

Type 1SJThe Type 1SJ (LBAA0QB1SJ) module is oneof the smallest LoRaWAN™ modules in theindustry.

Overview

This module has a lower power consumption
and higher output than previous products.
Radio Law certification has already beenobtained for major regions.

Technological trends

APPLICATIONS

Challenges• Smart metering• Smart lighting• Smart parking• Smart agriculture• Industrial M2M• IoT edge nodes

Open MCU design support is available.

Smart Agriculture
Smart Factory
Smart Health

PRODUCT SPECIFICATIONS

Smart Mobility

BLOCK DIAGRAM• RF/BB chipset: SX1262• MCU chipset: STM32L0 series

Smart Home Appliances• Peripheral interfaces:

Smart Building• Radio certification:

Smart Infrastructure

CPU: Cortex M0+
RAM: 20KB
Flash: 192KB

Smart Security

UART/SPI/I2C/GPIOs/ADC
FCC, IC, CE

FEATURES• Compact and low cost
• Battery life
10 years• Low Range
10km• Pre-certified radio
regulatory approvals

868 & 915 MHz spectrum

Smart Cities • Application Guide• Module size: 10.0x8.0x1.60mm• Package: Shielded Resin Mold
• Frequencies: EU / US / India / Pacific• Operating temp: -40 to +85 °C• Supply voltage: 2.2V to 3.6V
• RF transmit power:+14dBm / +21.5dBm• RF sensitivity: -135dBm• Frequency band: 860MHz-930MHz

Contact us© Murata Manufacturing Co. Ltd. Ref: K4EU-1 • Apr 01 2022

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Modular
SolutionsµSD adapter

Wireless communications
M.2 boards
Our M.2 modules, co-developed by Embedded
Artists, are designed for evaluation, integrationand ease-of-use. These professionally designed
and proven M.2 modules provide easy evaluationof different Wi-Fi®/Bluetooth® solutions, lower
your risk and shorten your time to market.

Murata’s µSD-M2 adapter board offers an
out-of-the-box experience for NXP i.MX
with Murata’s M.2 module family. All
WLAN/BT- necessary signals are includedon M.2 connector pins (Key ‘E’) including:

FEATURES• Standard M.2 form factor• Reference-certified antennas& snap-off option• UFL connectors for antenna
or conducted testing• Comprehensive interface support
including SDIO, PCIe, UART, PCM,
and radio control lines

Contents
Overview• WLAN SDIO
• WLAN PCIe
• BT H4 UART
• BT PCM/I2S• GPIOs

Technological trends
Challenges

Smart Agriculture
Smart Factory
Smart Health
Smart Mobility

Type 1XA

Dual band
Wi-Fi®11a/b/g/n/ac
2x2 MIMO / RSDB
+ Bluetooth® 5.2 (PCIe)

Type 1XZ

Dual band
Wi-Fi® 11a/b/g/n/ac
2x2 MIMO / RSDB
+ Bluetooth® 5.2 (SDIO)

Type 1YM

Smart Home Appliances

Dual band
Wi-Fi® 11a/b/g/n/ac
2x2 MIMO+ Bluetooth® 5.2

Smart Security
Smart Building
Smart Infrastructure

Type 1DX

Wi-Fi® 11b/g/n+ Bluetooth® 5.1

Smart Cities • Application Guide

Type 1MW

Dual band
Wi-Fi® 11a/b/g/n/ac+ Bluetooth® 5.0

Type 1LVDual band
Wi-Fi® 11a/b/g/n/ac+ Bluetooth® 5.0

Contact us

Type 1ZM

Dual band
Wi-Fi® 11a/b/g/n/ac+ Bluetooth® 5.1© Murata Manufacturing Co. Ltd. Ref: K4EU-1 • Apr 01 2022

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Systems
Wireless communications

Murata and Embedded Artists have developed
a full modular system which offers IoT designers
a quick, easy and cost-effective route toworld-class connectivity.

Easily evaluate different Wi-Fi/BT solutions– by just switching M.2 modules
Fast-to-market integration
Less regulatory burden
Use certified antennas
Re-use FCC certification

Contents
Overview
Technological trends

Development kits are available for use as
your evaluation/prototyping platform. The
kits include the hardware and software
components needed to get up-and-runningwith your software development on day 1.

Challenges

Smart Agriculture
Smart Factory
Smart Health
Smart Mobility
1. CHOOSE A COM/OEM BOARD

2. PLUG INTO COM CARRIER BOARD

3. PLUG IN YOUR CONNECTIVITY

4. START YOUR EVALUATION

Smart Home Appliances

Embedded Artists have developed asuite of COM computer-on-module(COM) units and OEM boards, integrating
all core components around a variety of
NXP processors and microcontrollers:

There are two types of carrier boards:
One for i.MXRT family boards (with aslot for the COM or OEM board) and
one which is suitable for the MPU COM
boards and offers...

Choose the Murata/Embedded Artists
M.2 connectivity module appropriate foryour application in terms of:• Pre-loaded software drivers• Comprehensive user manuals• Responsive support

Smart Security

•
•
•
•
•
•
•
•
•
•
•
•

• Support for i.MX8 designs• Support for M.2 Key E interface (typically
Wi-Fi®/BT), including advanced debug features developed in cooperation with Murata
and Cypress• Support for M.2 Key B interface(typically Cellular/SSD)• Support for USB 3.0

i.MX RT1062
i.MX RT1052
i.MX 8M Quad
i.MX 8M Mini uCOM
i.MX 8M Nano uCOM
i.MX 6Quad
i.MX 6DualLite
i.MX 6Ultralite
i.MX 6SoloX
i.MX 7Dual
i.MX 7Dual uCOM
i.MX 7ULP uCOM

Smart Cities • Application Guide

•
•
•
•
•
•

Smart Building

Performance
Power consumption
Range
Cost
Temperature range
Supported standards

Smart Infrastructure

Contact us© Murata Manufacturing Co. Ltd. Ref: K4EU-1 • Apr 01 2022

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A Wide Rangeof WirelessSoldered-down in major
development platforms

Communication Modules

Murata offers an extensive portfolio of wirelessmodules based on Cypress and NXP chipsets.
Modules with integrated MCUs are used in combination with Cypress WICED software. Wi-Fi® andBluetooth® capabilities are also incorporated andthe MCU can be used to run an application.
Other modules are radio-only and they can beused in combination with a MPU (Linux®) or MCU(RTOS).

Wireless communications
Modules with MCU
Type 1LD
Shielded ultra-small Wi-Fi
11b/g/n+Bluetooth 5.2 + MCU• Cypress CYW43438 chipset• STM32 (ARM Cortex-M4F) MCU

Contents

Many of Murata’s extensive range of wirelessmodules are designed into leading development
platforms. These include Linux®, FreeRTOS, etc.

Overview
Technological trends

Type 1GC

Challenges

Shielded ultra-small dual band
Wi-Fi 11a/b/g/n + Ethernet + MCU• Cypress CYW43907 chipset• Processor: ARM Cortex-R4

These modules cover a wide array of different
specifications - from single band Wi-Fi® 2.4GHz
to dual band Wi-Fi® 11ac 2.4GHz and 5GHz with
MIMO. Most of the options also include Bluetooth®.
With this variety of wireless modules Murata cancover a diverse breadth of applications - going all
the way from small connected gadgets or sensor
nodes to high data rate video streaming devices.

Smart Agriculture
Smart Factory
Smart HealthRadio-only modules
Type 1FX
Shielded ultra-small Wi-Fi 11b/g/n• Cypress CYW43364 chipset

Module with MCU
Type ABR
802.11 b/g/n WiFi
• NXP 88MW320 chipset• ARM Cortex-M4 200MHz

Radio-only modules
Type 1ZM
Wi-Fi 11 a/b/g/n/ac
Bluetooth 5.1• NXP 88W8987 chipset

Type 1DX
Shielded ultra-small Wi-Fi 11b/g/n+ Bluetooth 5.1• Cypress CYW4343W chipset• NXP i.MX

Smart Mobility

Arduino Portenta H7- i.MX 8M Mini EVK - Type 1MW- i.MX 8M Nano EVK - Type 1MW- i.MX 7ULP EVK - Type 1DX- i.MX RT Alexa Voice Board - Type 1DX

Smart Home Appliances
Smart Security• Cypress WICED- PSoC® 6 WiFi-BT Pioneer Board &- Prototyping Kit - Type 1DX/Type 1LV- CYW43907 Eval Kit - Type 1GC

Smart Building• ST Micro - Linux®

Smart Infrastructure- STM32MPI Discovery Kit - Type 1DX• Micropython- Arduino Portenta H7 - Type 1DX

Type 1LV
Shielded ultra-small dual band
Wi-Fi 11a/b/g/n/ac + Bluetooth 5.0• Cypress CYW43012 chipset

Contact us

Type 1MW
Shielded ultra-small dual band
Wi-Fi 11a/b/g/n/ac + Bluetooth 5.0• Cypress CYW43455 chipset

i.MX 8M Nano EVK

Smart Cities • Application Guide© Murata Manufacturing Co. Ltd. Ref: K4EU-1 • Apr 01 2022

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Smart Factory
Batteries

Micro Batteries

Contents

Murata offers a wide range of primary micro
batteries with high performance and reliability,
taking advantage of 40+ years technology
development and manufacturing expertise.

Overview

Coin Manganese Dioxide
Lithium Batteries

FEATURES• 40+ years technology development
and manufacturing expertize.
• Acquisition of ISO 9001/14001
certification.
• Full automated assemblinglines with high productivity.

Technological trends• High voltage, high energy density

Challenges• Wide range; including
heat-resistant models

Smart Agriculture• ISO/TS16949 certified

Smart Factory
Smart Health
Smart Mobility

Lightweight, High Voltage
and High Energy Density
The battery voltage is 3V, almost
double that of normal alkaline ormanganese batteries.

Excellent discharge
characteristics
Voltage characteristics remain
stable even for a long period ofdischarge.

Excellent long-term reliability
Murata’s innovative sealing
technology minimize battery
self-discharge.

Smart Cities • Application Guide

Smart Home Appliances
Smart Security

Battery

Coin
Manganese
DioxideLithium(CR)

Type

NominalVoltage

Capacity

Operating
Temp.

Features

Standard

3.0V

30-1000mAh-30 to 70ºC

Lineup of 10 models from small size
and thin models to high capacity models

Extended Temp.

3.0V

220-2000mAh-40 to 85ºC

Good balance between wide operating
temperature and affordability

Heat resistant

3.0V

210-1000mAh-40 to 125ºC

Wide operating temperature

Smart Building
Smart Infrastructure

Contact us

High Drain

3.0V

200-500mAh-30 to +70ºC

High peak 50mA pulse (x2 times)
vs. Standard© Murata Manufacturing Co. Ltd. Ref: K4EU-1 • Apr 01 2022

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HealthContents

Improving the quality of life for patientsand better utilizing medical resources

Overview
Technological trends
Challenges• The global smart health business is expanding rapidly.
Precedence Research forecasts that it will be worth over $482
billion by 2027.

Smart Agriculture• Until now medical activities were almost exclusively undertaken
within a clinical setting. Over the last decade, however, this haschanged. Now it is possible for a large proportion of this work to
be done without the need for patients to visit a hospital or clinic.

Smart Factory
Smart Health• The data required by medical professionals can be obtainedby employing home-based monitoring. This can be through theregular use of portable equipment, or continuous data acquisition
via body-worn technology. The latest figures from Researchand Markets estimate that there are now more than 50 million
patients worldwide being monitored from their homes.

Smart Mobility• Smart health can be of value in the remote treatment ofpatients, as well as for diagnostic reasons. Data from sensors
can be examined to help improve drug delivery and to makecertain that patients are administering their treatments
correctly (such as smart insulin pens, etc.).

Smart Infrastructure

Smart Home Appliances
Smart Security
Smart Building• At the foundation of home-based monitoring and treatment
are lower power wireless and advanced battery technologies.
Murata has batteries supporting long-term monitoring
implementations and wireless modules to construct gateways
for transporting data to the cloud for analysis.

Smart Cities • Application Guide

Contact us© Murata Manufacturing Co. Ltd. Ref: K4EU-1 • Apr 01 2022

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Wi-FiSmart Module®

Smart HealthConnectivity

Type 1LD

Wireless communications

Contents

Type 1LD
Murata is market leader in Wi-Fi® modules forembedded systems, providing superior quality,
elevated performance modules for high volume production.

Overview

Murata’s wireless modules will streamline yourassembly operations, thus significantly reducing
customer’s design time. Additionally, we offer
a variety of low-power products for sensor
networks.

APPLICATIONSTechnological trends• Home and building automation

Challenges• Energy management system (EMS)• Simple sensor network• Home security• Healthcare & fitness

Smart Agriculture- Lighting control- Heating, Ventilation, Air-conditioning

Smart Factory
Smart Health

PRODUCT SPECIFICATIONS

Smart Mobility

BLOCK DIAGRAM• Chipset:

Smart Home Appliances- Infineon (CYW43438)+ STM32 (ARM Cortex-M4F)

Smart Security• Size: 8.9 x 7.8 x 1.2 mm

Smart Building• Peripheral Interface:

Smart Infrastructure

GPIO/SPI/UART/I2C/ADC/PWM• Operating Temperature:
FEATURES• Highly integrated• FCC/IC/CE/TELEC compliant• Shielded Ultra Small Wi-Fi® 11b/g/n+ Bluetooth® 5.2 + MCU Module

Smart Cities • Application Guide-40°C to 85°C

• Package: Shielded Resin

Feature rich software hosted on module802.11 b/g/n 65Mbps, Wi-fi® Stack runs
inside, 1MB Flash, 256KB RAM
Infineon WICED, SPP on Bluetooth® and
GATT on Bluetooth® LE are supported by
WICED Qualified for AWS IoT Core devices

Contact us© Murata Manufacturing Co. Ltd. Ref: K4EU-1 • Apr 01 2022

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SubscribeBluetooth
Low Energy
Module®

Smart HealthConnectivity

Type MBN52832

Contents

Wireless communications
Overview

Type MBN52832

Technological trends

BLE is an ultra-low power communication
technology that enables several years ofoperation off a button battery. Widespread
adoption is being seen in fields like healthmanagement, fitness and home networks.
BLE has also been adopted as a communication
method by the Continua Health Alliance, anon-profit organization of healthcare andtechnology companies.

Challenges

APPLICATIONS• Proximity services• Building automation• Medical/healthcare• Bluetooth beacons

Smart Agriculture
Smart Factory
Smart Health

FEATURES• Powerful MCU core with large RAM
and flash for user application- ARM Cortex M4; 64K RAM; 512K flash• Low power consumption- Tx 7mA @ 3.5dBm (DCDC mode)- Rx 6mA (DCDC mode)• Rich peripheral interface-20 GPIO ports• Very small size: 7.4x7.0x0.9mm (max.)• Fully certified- FCC (US), IC (Canada), ETSI (EU), TELEC (Japan)- BT SIG Certificate• Support both on-board andexternal antenna version- On-board PCB pattern antenna- External patch antenna- External dipole antenna

PRODUCT SPECIFICATIONSBLOCK DIAGRAM
BLE/ANT
Antenna• Chipset: nRF52832 Bluetooth® LE IC• Dimension: 7.4x7.0x0.9mm• Package: LGA• Antenna: on-board or external• Max output power: +4dBm (LDO mode)• Interfaces:

UART, SPI, 20 GPIO, 5ADC, SWD, PWM, I2C• Operating voltage: 1.7V to 3.6V

• Operating temperature range:

Smart Mobility

NFC
Antenna(Optional)

32MHz
X’tal

Smart Home Appliances
Smart Security

To externalor on-board
antenna

Smart Building

VCC
SPI
UART
SWD
GPIO/AIO

NordicnRF52832
Matching
circuit

Smart Infrastructure-40 to 85°C

• OTA firmware upgrade• RoHS compliant• Regulatory certificate:
FCC/IC/ETSI/TELEC• Bluetooth® SIG qualification

32KHz X’tal(for ANT only optional)

BLE
Matching
Antennacircuit X’tal

Inductor for DC/DC(Optional)

nRF52832

Partiallyshieldedresin moldContact us• Bluetooth® 5.0

PWB substrate

Smart Cities • Application Guide© Murata Manufacturing Co. Ltd. Ref: K4EU-1 • Apr 01 2022

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UWB Modules

Smart HealthConnectivity

Wireless communications

Contents

Ultra-wideband (UWB) technology provides
a highly effective means for providing secure
and precise distance measurement. This isbased on determining the time-of-flight (ToF)of radio waves. Murata offers an extensive
portfolio of UWB modules.

Overview
Technological trends

FEATURES

Challenges• Ultra-small dimensions• High quality• Lower power consumption

Smart Agriculture
Smart Factory

APPLICATIONS

Smart Health• Indoor navigation• Smart retail/point-of-sales• Smart building• Smart locks• Tags/tracking• Contactless presence detection

Smart Mobility
TYPE 2BP

TYPE 2DKTYPE 2AB

Smart Home Appliances• Ultra small UWB module which includes NXP’s SR150 UWB chipset,clock, filters and peripheral components.
• 3 Antenna support (3D AoA or 2D
AoA support)• All-in-one UWB + Bluetooth LE combo module which integrates NXP Trimension™ SR040 UWB Chipset, NXP
QN9090 Bluetooth LE + MCU chipset,
On board antenna and peripheral components.
• Ideally suited for UWB Tag/Tracker
which operates by coin-cell battery, andgeneral IoT devices.

• UWB Chip set : Qorvo DW3110/3120• FCC/IC/TELEC Reference Certified(Planed)• Hostless module Integrated Nordic IC/ nRF52840
which also have Blutooth Low Energyfunction for waking up UWB and updating FW.
• Integrated 3-Axis sensor for saving
battery• Reference clock for UWB and MCU areembedded

Smart Security• UWB Chip set: NXP Trimension SR150• Antenna: External• UWB Chip set: NXP Trimension™ SR040• Antenna: Integrated

Smart Building
Smart Infrastructure

Contact us• UWB Chip set: Qorvo DW3110/3120• Antenna: External

Smart Cities • Application Guide© Murata Manufacturing Co. Ltd. Ref: K4EU-1 • Apr 01 2022

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LPWA
ModulesSmart HealthConnectivity

Type 1SC
LBAD0XX1SC

Wireless communications

Contents

Low power wide area (LPWA) networks provide
a power efficient wireless communication
technology for interconnecting devices
together over a long range. LPWA is mostsuitable for applications such as IoT andmachine-to-machine (M2M) communication,
as well as various other situations where lower
cost and lower power consumption are required.
To respond to customers’ needs, Murata hasformed strategic partnerships with market
leaders, and is accelerating the developmentof products using this highly appealing emerging
technology.

Type 1SCThe Type 1SC (LBAD00XX1SC) module is theworld’s smallest Cat. M1/NB-IoT module with
global certification. It supports GPS/GNSS,
OpenMCU, Integrated SIM.
Murata has partnered with Truphone, making
MVNO network communications possible
through the use of eSIM.

FEATURES• Small size

Size attractive to wearables that previously
had no means of cellular connectivity• Standardized

Through PTCRB/GCF certification improved
global interoperability with global wirelessnetworks operators for IoT applications• Low power

Protocol designed specifically for low
current consumption extending battery
lifetime up to 10+ years

Smart Cities • Application Guide

Overview

PRODUCT SPECIFICATIONSAPPLICATIONSTechnological trends• Smart metering• Smart parking• Home security/home automation• Vehicle fleet management• Wearables/trackers• Industrial M2M communication• IoT edge nodes

Challenges

Smart Agriculture
Smart Factory• Support LTE Band:••

Low Bands 5,8,12,13,14 (CAT M1 Only),
17,18,19,20,26,28 - Mid Bands 1,2,3,4,25
Chipset: Altair ALT1250
Modulation: LTE Cat.M1/NB-IoT Release
13 (*Release 14 – SW Upgrade)
Antenna: External
Type Package: Resin Mold
Dimension: 11.1 x 11.4 x 1.5 mm (max)Transmit Power: +23dBm max

Smart Health
Smart Mobility

BLOCK DIAGRAM

Smart Home Appliances••••• Sleep Mode Current:

Smart Security
Smart Building

eDRX Current Consumption (avg)/LTE-M: 43 uA
PSM Current Consumption (avg)/LTE-M: 1.4 uA• RoHS: Yes• Software Features: AT commands,
IPv4/IPv6 stack with TCP and UDP protocol,
SSL/TLS, MQTT, OpenMCU(Optional), GPS/GLONASS(Optional), iUICC(Optional)

Smart Infrastructure• Certified:

FCC/IC/RED/TELEC/KC/NCC GCF/PTCRB• Certified Carrier:Contact us

AT&T, KT, SKT, Pelion, Deutsch Telekom,
Vodafone, Softbank, KDDI, Docomo,
Soracom, Truphone© Murata Manufacturing Co. Ltd. Ref: K4EU-1 • Apr 01 2022

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LPWA
ModulesSmart HealthConnectivity

Type 1SJLBAA0QB1SJ

Wireless communications

Contents

Type 1SJThe Type 1SJ (LBAA0QB1SJ) module is oneof the smallest LoRaWAN™ modules in theindustry.

Overview

This module has a lower power consumption
and higher output than previous products.
Radio Law certification has already beenobtained for major regions.

Technological trends

APPLICATIONS

Challenges• Smart metering• Smart lighting• Smart parking• Smart agriculture• Industrial M2M• IoT edge nodes

Open MCU design support is available.

Smart Agriculture
Smart Factory
Smart Health

PRODUCT SPECIFICATIONS

Smart Mobility

BLOCK DIAGRAM• RF/BB chipset: SX1262• MCU chipset: STM32L0 series

Smart Home Appliances• Peripheral interfaces:

Smart Building• Radio certification:

Smart Infrastructure

CPU: Cortex M0+
RAM: 20KB
Flash: 192KB

Smart Security

UART/SPI/I2C/GPIOs/ADC
FCC, IC, CE

FEATURES• Compact and low cost
• Battery life
10 years• Low Range
10km• Pre-certified radio
regulatory approvals

868 & 915 MHz spectrum

Smart Cities • Application Guide• Module size: 10.0x8.0x1.60mm• Package: Shielded Resin Mold
• Frequencies: EU / US / India / Pacific• Operating temp: -40 to +85 °C• Supply voltage: 2.2V to 3.6V
• RF transmit power:+14dBm / +21.5dBm• RF sensitivity: -135dBm• Frequency band: 860MHz-930MHz

Contact us© Murata Manufacturing Co. Ltd. Ref: K4EU-1 • Apr 01 2022

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Modular
SolutionsµSD adapter

Wireless communications
M.2 boards
Our M.2 modules, co-developed by Embedded
Artists, are designed for evaluation, integrationand ease-of-use. These professionally designed
and proven M.2 modules provide easy evaluationof different Wi-Fi®/Bluetooth® solutions, lower
your risk and shorten your time to market.

Murata’s µSD-M2 adapter board offers an
out-of-the-box experience for NXP i.MX
with Murata’s M.2 module family. All
WLAN/BT- necessary signals are includedon M.2 connector pins (Key ‘E’) including:

FEATURES• Standard M.2 form factor• Reference-certified antennas& snap-off option• UFL connectors for antenna
or conducted testing• Comprehensive interface support
including SDIO, PCIe, UART, PCM,
and radio control lines

Contents
Overview• WLAN SDIO
• WLAN PCIe
• BT H4 UART
• BT PCM/I2S• GPIOs

Technological trends
Challenges

Smart Agriculture
Smart Factory
Smart Health
Smart Mobility

Type 1XA

Dual band
Wi-Fi®11a/b/g/n/ac
2x2 MIMO / RSDB
+ Bluetooth® 5.2 (PCIe)

Type 1XZ

Dual band
Wi-Fi® 11a/b/g/n/ac
2x2 MIMO / RSDB
+ Bluetooth® 5.2 (SDIO)

Type 1YM

Smart Home Appliances

Dual band
Wi-Fi® 11a/b/g/n/ac
2x2 MIMO+ Bluetooth® 5.2

Smart Security
Smart Building
Smart Infrastructure

Type 1DX

Wi-Fi® 11b/g/n+ Bluetooth® 5.1

Smart Cities • Application Guide

Type 1MW

Dual band
Wi-Fi® 11a/b/g/n/ac+ Bluetooth® 5.0

Type 1LVDual band
Wi-Fi® 11a/b/g/n/ac+ Bluetooth® 5.0

Contact us

Type 1ZM

Dual band
Wi-Fi® 11a/b/g/n/ac+ Bluetooth® 5.1© Murata Manufacturing Co. Ltd. Ref: K4EU-1 • Apr 01 2022

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SubscribeFully Modular
Systems
Wireless communications

Murata and Embedded Artists have developed
a full modular system which offers IoT designers
a quick, easy and cost-effective route toworld-class connectivity.

Easily evaluate different Wi-Fi/BT solutions– by just switching M.2 modules
Fast-to-market integration
Less regulatory burden
Use certified antennas
Re-use FCC certification

Contents
Overview
Technological trends

Development kits are available for use as
your evaluation/prototyping platform. The
kits include the hardware and software
components needed to get up-and-runningwith your software development on day 1.

Challenges

Smart Agriculture
Smart Factory
Smart Health
Smart Mobility
1. CHOOSE A COM/OEM BOARD

2. PLUG INTO COM CARRIER BOARD

3. PLUG IN YOUR CONNECTIVITY

4. START YOUR EVALUATION

Smart Home Appliances

Embedded Artists have developed asuite of COM computer-on-module(COM) units and OEM boards, integrating
all core components around a variety of
NXP processors and microcontrollers:

There are two types of carrier boards:
One for i.MXRT family boards (with aslot for the COM or OEM board) and
one which is suitable for the MPU COM
boards and offers...

Choose the Murata/Embedded Artists
M.2 connectivity module appropriate foryour application in terms of:• Pre-loaded software drivers• Comprehensive user manuals• Responsive support

Smart Security

•
•
•
•
•
•
•
•
•
•
•
•

• Support for i.MX8 designs• Support for M.2 Key E interface (typically
Wi-Fi®/BT), including advanced debug features developed in cooperation with Murata
and Cypress• Support for M.2 Key B interface(typically Cellular/SSD)• Support for USB 3.0

i.MX RT1062
i.MX RT1052
i.MX 8M Quad
i.MX 8M Mini uCOM
i.MX 8M Nano uCOM
i.MX 6Quad
i.MX 6DualLite
i.MX 6Ultralite
i.MX 6SoloX
i.MX 7Dual
i.MX 7Dual uCOM
i.MX 7ULP uCOM

Smart Cities • Application Guide

•
•
•
•
•
•

Smart Building

Performance
Power consumption
Range
Cost
Temperature range
Supported standards

Smart Infrastructure

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A Wide Rangeof WirelessSoldered-down in major
development platforms

Communication Modules

Murata offers an extensive portfolio of wirelessmodules based on Cypress and NXP chipsets.
Modules with integrated MCUs are used in combination with Cypress WICED software. Wi-Fi® andBluetooth® capabilities are also incorporated andthe MCU can be used to run an application.
Other modules are radio-only and they can beused in combination with a MPU (Linux®) or MCU(RTOS).

Wireless communications
Modules with MCU
Type 1LD
Shielded ultra-small Wi-Fi
11b/g/n+Bluetooth 5.2 + MCU• Cypress CYW43438 chipset• STM32 (ARM Cortex-M4F) MCU

Contents

Many of Murata’s extensive range of wirelessmodules are designed into leading development
platforms. These include Linux®, FreeRTOS, etc.

Overview
Technological trends

Type 1GC

Challenges

Shielded ultra-small dual band
Wi-Fi 11a/b/g/n + Ethernet + MCU• Cypress CYW43907 chipset• Processor: ARM Cortex-R4

These modules cover a wide array of different
specifications - from single band Wi-Fi® 2.4GHz
to dual band Wi-Fi® 11ac 2.4GHz and 5GHz with
MIMO. Most of the options also include Bluetooth®.
With this variety of wireless modules Murata cancover a diverse breadth of applications - going all
the way from small connected gadgets or sensor
nodes to high data rate video streaming devices.

Smart Agriculture
Smart Factory
Smart HealthRadio-only modules
Type 1FX
Shielded ultra-small Wi-Fi 11b/g/n• Cypress CYW43364 chipset

Module with MCU
Type ABR
802.11 b/g/n WiFi
• NXP 88MW320 chipset• ARM Cortex-M4 200MHz

Radio-only modules
Type 1ZM
Wi-Fi 11 a/b/g/n/ac
Bluetooth 5.1• NXP 88W8987 chipset

Type 1DX
Shielded ultra-small Wi-Fi 11b/g/n+ Bluetooth 5.1• Cypress CYW4343W chipset• NXP i.MX

Smart Mobility

Arduino Portenta H7- i.MX 8M Mini EVK - Type 1MW- i.MX 8M Nano EVK - Type 1MW- i.MX 7ULP EVK - Type 1DX- i.MX RT Alexa Voice Board - Type 1DX

Smart Home Appliances
Smart Security• Cypress WICED- PSoC® 6 WiFi-BT Pioneer Board &- Prototyping Kit - Type 1DX/Type 1LV- CYW43907 Eval Kit - Type 1GC

Smart Building• ST Micro - Linux®

Smart Infrastructure- STM32MPI Discovery Kit - Type 1DX• Micropython- Arduino Portenta H7 - Type 1DX

Type 1LV
Shielded ultra-small dual band
Wi-Fi 11a/b/g/n/ac + Bluetooth 5.0• Cypress CYW43012 chipset

Contact us

Type 1MW
Shielded ultra-small dual band
Wi-Fi 11a/b/g/n/ac + Bluetooth 5.0• Cypress CYW43455 chipset

i.MX 8M Nano EVK

Smart Cities • Application Guide© Murata Manufacturing Co. Ltd. Ref: K4EU-1 • Apr 01 2022

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Batteries

Smart HealthBatteries

Micro Batteries

MAXIMUM PULSEDISCHARGE
CURRENT(SR44 SERIES)

Ideal for high-performance medical devices
that require large current loads for communication,lighting, camera, mechanical driving, etc.

Contents

120

Overview

80

Silver Oxide Batteries• 40+ years technology development
and manufacturing expertize.
• Acquisition of ISO 9001/14001
certification.
• Full automated assemblinglines with high productivity.

• World leader in silver oxide batteries

3x

Approx.

• World’s first mercury free SR batteries

40

Current [mA]FEATURES

Technological trends
Challenges

Smart Agriculture• 100% made in Japan

Smart Factory0Standard
SR44

Smart HealthHigh Drain
SR44R

Smart Mobility

THE WORLD’S NO.1 SUPPLIER
OF SILVER OXIDE BATTERIES

Smart Home Appliances
Smart Security

Alkaline Manganese Batteries• Excellent high-drain pulse discharge
characteristics• High safety with unique Technology
preventing leakage & swelling

Battery

Alkaline
Manganese
(LR)

Type

NominalVoltage

Capacity

Operating
Temp.

Features

Standard

1.5V

45-120mAh-10 to 60ºC

Affordable, High drain

High Drain

1.5V

150mAh-10 to 60ºC

High peak 120mA pulse (x3 times)
vs. Standard

Standard

1.55V

20-110mAh-10 to 60ºC

Stable discharge performanceHigh Drain

1.55V

45-150mAh-10 to 60ºC

High peak 120mA pulse (x3 times)
vs. Standard

Smart Building
Smart Infrastructure• 100% made in Japan

Silver
Oxide(SR)

Smart Cities • Application Guide© Murata Manufacturing Co. Ltd. Ref: K4EU-1 • Apr 01 2022

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Smart HealthBatteries

Micro Batteries

Contents

Murata offers a wide range of primary micro
batteries with high performance and reliability,
taking advantage of 40+ years technology
development and manufacturing expertise.

Overview

Coin Manganese Dioxide
Lithium Batteries

FEATURES• 40+ years technology development
and manufacturing expertize.
• Acquisition of ISO 9001/14001
certification.
• Full automated assemblinglines with high productivity.

Technological trends• High voltage, high energy density

Challenges• Wide range; including
heat-resistant models

Smart Agriculture• ISO/TS16949 certified

Smart Factory
Smart Health
Smart Mobility

Lightweight, High Voltage
and High Energy Density
The battery voltage is 3V, almost
double that of normal alkaline ormanganese batteries.

Excellent discharge
characteristics
Voltage characteristics remain
stable even for a long period ofdischarge.

Excellent long-term reliability
Murata’s innovative sealing
technology minimize battery
self-discharge.

Smart Cities • Application Guide

Smart Home Appliances
Smart Security

Battery

Coin
Manganese
DioxideLithium(CR)

Type

NominalVoltage

Capacity

Operating
Temp.

Features

Standard

3.0V

30-1000mAh-30 to 70ºC

Lineup of 10 models from small size
and thin models to high capacity models

Extended Temp.

3.0V

220-2000mAh-40 to 85ºC

Good balance between wide operating
temperature and affordability

Heat resistant

3.0V

210-1000mAh-40 to 125ºC

Wide operating temperature

Smart Building
Smart Infrastructure

Contact us

High Drain

3.0V

200-500mAh-30 to +70ºC

High peak 50mA pulse (x2 times)
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Contents

Bringing us closer to an autonomous future

Overview
Technological trends• One of the key elements of future smart cities is certain to be
the automation of transportation networks and the removal of
human involvement from driving. This will enable safer journeys
for citizens, with there no longer being the prospect of accidents
occurring. Rather than needing to worry about concentratingon the road, vehicle occupants will be able to simply relax andenjoy the ride.

Challenges• Industry analysts Statista has predicted that 1 in 10 vehicles
will be fully autonomous by 2030. To support this shift awayfrom human control, high accuracy movement predictions will
be mandated. This will ensure that optimal distance between
vehicles is kept to while they are travelling along highways.

Smart Health• In addition, object detection will be critical - so that any
potential danger on the road ahead can be rapidly reacted
to (with evasive action being taken if necessary).

Smart Security

Smart Agriculture
Smart Factory

Smart Mobility
Smart Home Appliances

Smart Building
Smart Infrastructure• Autonomous vehicles will need to communicate with nearby
infrastructure and other vehicles. V2X will enable valuable
information to be shared, with regard to congestion problems,
speed restrictions, accidents, available parking spaces, etc.
• Murata’s automotive-qualified sensor devices are being
featured in many OEMs’ smart mobility systems. MEMS-basedinertial sensing devices provide accurate data on vehicle
positioning and movement. Likewise, ultrasonic sensors arebeing employed for object detection purposes.

Smart Cities • Application Guide

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High accuracy
MEMS sensor

SCC2000
SCA3300

Smart Mobility
Sensors
Contents

3D MEMS technology enables higher
performance at lower cost.

MURATA BENEFITS & ADVANTAGES:• Gyroscope performance:

Murata offers high performanceaccelerometers, inclinometers,
gyroscopes and combo sensors.
Gyroscope components and combined
sensors (including gyroscope andaccelerometer) are based on our
proven 3D MEMS technology and highly
integrated electronics.
Industrial gyroscopes offer a performancelevel that has typically been available
only for expensive module products.
All products are RoHS compatible andsuitable for lead-free reflow soldering.

Overview- Bias stability- Low noise- Accuracy

Technological trends• Accelerometer performance:

Challenges- Low noise- Offset stability over temperature- Good performance in vibrating environment

Smart Agriculture
Smart Factory
Smart Health
Smart Mobility

ACCELEROMETERS & GYROSFEATURES

Smart Home Appliances• Robust MEMS technology

Smart Security• Field proven reliability & highperformance in demanding
applications

Smart Building
Smart Infrastructure• Good offset stability overtemperature and time
• High accuracy in demanding applications(eg, high temperature variation,high vibration environment, etc.)
Contact us• Excellent mechanical shock endurance• Can withstand high impact/dropping

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Sensors

Low-cost solution for distance detection

Contents

Small and lightweight, ideally suited
for short-distance range detection
and home security.

Overview
Technological trends

APPLICATIONS

Challenges• Robotics (consumer use)
• Room layout scanning

Smart Agriculture
Smart Factory
Smart Health
Smart Mobility
Smart Home Appliances
Smart Security
Smart Building
Smart Infrastructure

Contact us

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Appliances

Contents

Making living spaces more responsive
to people’s needs

Overview
Technological trends• The more widespread use of automation in the home isbringing greater comfort to occupants. It also means that they
do not have to dedicate as much time to their daily householdchores and gives them the freedom to operate domestic
appliances without needing to actually be there.

Challenges

Smart Agriculture• Key to home automation is the integration of wirelesstechnology. Through this, an increasing proportion of appliances
are now becoming connected to the network - rather than justbeing standalone items that can only be operated by pressing abutton or flicking a switch. Instead, actuators can be wirelessly
controlled, allowing remote operation of appliances. The cooking
of food in microwaves can be initiated, so that it is ready to eat
when people return home. Likewise, washing machines may beturned on during the day, to avoid electricity consumption during
peak pricing periods. There is also scope for smart refrigerators
to check if the use-by dates of products they are storing havepassed and then reorder these products.

Smart Factory
Smart Health
Smart Mobility
Smart Home Appliances
Smart Security
Smart Building
Smart Infrastructure• Household electricity and water consumption may be monitored
to check that there is no unwanted wastage. Also indoor air quality
management is starting to be addressed.
• Murata’s low power wireless modules are enabling domestic
appliances to interface with home automation systems andsmart speakers. Magnetic sensors from Murata allow accurate flow
metering. Furthermore, the IonissimoTM family of ionizer products
are helping improve air quality within the home environment.

Smart Cities • Application Guide

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AMR magnetic
sensorSmart Home
Sensors

MRMS543E

Contents

Design flexibility, narrower sensitivity
range and higher reliability
The AMR series consists of sensors
that include an IC to detect changes
in the magnetic resistance of a magneto
resistive element that is effected by an
external magnetic field. This is achieved
from a ferromagnetic NiFe alloy thin filmthat is deposited over the IC circuit.

Overview

CYLINDER CONTROLBY POSITION DETECTION

Technological trends• Part number: MRMS543E• Sensitivity (mT): 0.5 to 3.1• Dimensions (mm): 1.45x1.45x0.55• Features:
FLOW METERING BYROTATION DETECTION• Part number: MRSS29DR-001• Sensitivity (mT): 1.2 to 3.2• Dimensions (mm): 2.9x2.8x1.1• Features:• Applications:- Flow metering for industrial equipment- Position, proximity detection- High-speed rotation detection forindustrial equipment

Smart Health

Smart Factory• Part number: MRMS541E• Sensitivity (mT): 0.9 to 2.7• Dimensions (mm): 1.45x1.45x0.55• Features:

Smart Home Appliances• Applications:

Smart Infrastructure

Smart Security
Smart Building- Typ. 1kHz (min.)- Built-in temp. compensation circuit- Std. performance, compact package- Position, proximity detection- High-speed rotation detection forindustrial equipment• Applications:- Std. open-close, position detection- Low-speed rotation detectionMagnet

MagnetSensorMagnetMagnetMagnetSensorMagnet Sensor

water

MagnetburnerMagnetMagnetAir

SensorMagnetwater

Water meter

Smart Agriculture

Smart Mobility• Part number: MRMS20 series• Sensitivity (mT): 0.5 to 2.5• Dimensions (mm): 2.9x2.8x1.1• Features:water- High accuracy, high-speed detection(Typ. 500Hz (min.))- Built-in temp. compensation circuit- Low voltage, low power operation• Applications:- High voltage operation (3.5 to 30V)
- High speed detection (Typ. 5kHz)- Built-in voltage regulator

OPEN-CLOSE
DETECTION

Challenges

burnerwater
SensorCold Gas Hot
water
water

WaterSensor
boilerMagnetSensorSensorAirburnerwater
Cold Gas Hot
water
water

MagnetContact us

SensorSensorAir

Sensor
Cylinderwater control

SensorCold Gas Hot
water
water

Smart Cities • Application Guide© Murata Manufacturing Co. Ltd. Ref: K4EU-1 • Apr 01 2022

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ionizerSmart Home
Power Solutions
Contents

Ionissimo™ MHM5 series

APPLICATIONS EXAMPLESThis highly reliable and highly safe ionizer
module uses Murata’s exclusive high-voltage
circuit, insulation technology and generator
structure design to efficiently generate ionsat lower voltages. The module structure featuring the drive power supply wired to the ion
generator provides a high degree of design
freedom when incorporating the module into
the finished product.

Overview
Technological trends

Air Conditioner

Clean air from dust
and smell

Challenges

Air Purifier

Smart Agriculture
Refrigerator

In addition, you can select the model thatbest matches your application, controlling theamount of ozone generated without changing
the volume of ions.

Smart Factory

Sterilize refrigerator
and improve food
freshness

Smart Health
Smart Mobility

Dishwasher

SMALL, LOW-VOLTAGE IONIZER

Smart Home Appliances

The Ionissimo can effectively generateions for a comfortable environment

Smart Security• Ionizer’s Ions clean the air dust (PM2.5)
and keep moisture on the skin.
• Ionizer’s Ions remove static charged 		from objects.
• Ionizer’s ozone kill virus/bacteria,
sterilize any surface and preventodor.
• Ionizer’s ozone keep vegetable/fruits
stay for long life and increase Vitamin.

Smart Building

Items

IonizerParts
numberInput
voltageIon amountat 20cm

Ozone
density

MHM305 series

12Vdc-5Mpcs/cc

0.04mg/h

MHM306 series

12Vdc-5Mpcs/cc

0.6mg/h

MHM314 series

12Vdc-8Mpcs/cc

0.1mg/h

MHM400 series (*1)

12Vdc

+5Mpcs/cc

0.1mg/h

MHM402 series

230Vac-4Mpcs/cc

0.4mg/hWashing Machine
Dryer Machine

Sterilize clothes anddish, preventing mold

Smart Infrastructure

Circulator andElectric fan

Contact us*MHM400 series is for static eliminating application. If you would like to use other application, please contact us.

Smart Cities • Application Guide© Murata Manufacturing Co. Ltd. Ref: K4EU-1 • Apr 01 2022

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ozonizer

Smart Home
Power Solutions
Contents

Active Oxygen Module

APPLICATIONS EXAMPLESThis highly reliable and highly safe ozonizer
module uses Murata’s exclusive high-voltage
circuit, insulation technology and generator
structure design utilizing creepage discharge
on the board surface to generate ozone morestably and efficiently.

Overview
Technological trends

Air Conditioner

Clean air from dust
and smell

The module structure featuring the drive power supply wired to the ion generator provides ahigh degree of design freedom when incorporating the module into the finished product.

Challenges

Air Purifier

Smart Agriculture
Refrigerator

Smart Factory

Sterilize refrigerator
and improve food
freshness

Smart Health
Smart Mobility

Dishwasher

SMALL, LOW-VOLTAGE OZONIZER

Smart Home Appliances

Active Oxygen module will help
you to create clean space

Smart Security
Smart Building• AO module’s ozone kill virus/bacteria,
sterilize any surface and prevent odor.
• AO module’s ozone clean waterand sterilize it.
• AO module’s ozone keep vegetable/
fruits stay for long life and increase
Vitamin.
Reduce 90.5% virus after 20minwith very low ozone density 0.1ppm

Items

ActiveOxygen(Ozonizer)

Parts
numberInput
voltageOzone
density

MHM500-00A

12Vdc

1.1mg/h12Vdc

1.0mg/h12Vdc

45mg/hMHM501-00( High reliability )MHM502-01A( High density Ozone )Smart Cities • Application Guide

Washing Machine
Dryer Machine

Sterilize clothes anddish, preventing mold

Smart Infrastructure

Circulator andElectric fan

Contact us© Murata Manufacturing Co. Ltd. Ref: K4EU-1 • Apr 01 2022

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MonoBK and UltraBK
TM

TM

Smart Home
Power Solutions

Line-up | Small POL DC-DC converter
Single output

8.0

MonoBKTM for FPGA

Input Voltage [V]

48.0

42.0

MYSGK02506BRSR

Under devlopment

Contents

5.0

Under devlopment

MYMGC1R83BFPF2RVMYMGC0R88RFLF2RV

MYMGC3R32EFPF2RB

MYWGC3R53FFW92RAE

11.9x15.0x2.4max
Vin=3.3 - 5.5V
Vo1=0.85V/3.2A,
Vo2=0.85V/0.5A,
Vo3=1.2V/0.5A
Vo4=1.8V/1.5A

11.9x15.0x2.4max
Vin=3.3 - 5.5V
Vo=0.85V
Io=8A

11.9x15.0x2.4max
Vin=4.5 - 5.5V
Vo1=1.2V/2.5A
Vo2=1.8V/1.0A,
Vo3=3.3V/2.0A
Vo4=2.5V/1.5A

11.9x15.0x2.4max
Vin=4.5 - 5.5V
Vo1=1.2V/2.5A
Vo2=1.8V/1.0A,
Vo3=3.3V/2.0A
Vo4=2.5V/1.5A

4CH OUTPUT

4CH OUTPUT

4CH OUTPUT

Overview
Technological trends
Challenges

MYMGA5R04RELA5RA
9.0x10.5x5.5max.
Vin=8.0 - 28.0V
Vo=3.3 - 5V
Io=3.5A

14.7x16.3x7.5max.
Vin=13.5 - 42.0V
Vo=5 - 25V
Io=6A

125degC

Smart Agriculture

3.3

5

10

15

Smart Factory20

Output Current [W]
17.0
15.0

Smart Health

MYLSM00502ERPLMYMGK00504ERSR

Input Voltage [V]7.9x7.9x2.3max
Vin=4.5 - 17.0V
Vo=1 - 5.25V
Io=2.5A

7.5x9.0x5.0max
Vin=8.0 - 15.0V
Vo=0.7 - 5V
Io=4A

MYTNA1R84RELA2RA

MYMGK00506ERSR
7.5x9.0x5.0max
Vin=8.0 - 15.0V
Vo=0.7 - 5V
Io=6A

105degC

MYTNC1R84RELA2RA
10.5x9.0x2.1max
Vin=6.0 – 14.4V
Vo=0.7 – 1.8V
Io=4A

MYTNA1R86RELA2RA

105degC

MYTNC1R86RELA2RA
10.5x9.0x2.1max
Vin=6.0 – 14.4V
Vo=0.7 – 1.8V
Io=6A

105degC
12C

MYMGK1R812ERSR

MYMGM1R816ELA5RA

MYMGK1R812ERSR-H

9.0x10.5x5.0max
Vin=7.5 - 15.0V
Vo=0.7 - 1.8V
Io=16A

9.0x10.5x5.6max
Vin=8.0 - 15.0V
Vo=0.7 - 1.8V
Io=12A

105degC

105degCMYMGK1R820ERSR

MYMGM1R824ELA5RA

MYMGK1R820ERSR-H

9.0x10.5x5.0max
Vin=7.5 - 15.0V
Vo=0.7 - 1.8V
Io=24A

PMBus

9.0x10.5x5.6max
Vin=8.0 - 15.0V
Vo=0.7 - 1.8V
Io=20A

105degCMYSGK4R030ERSR
11.0x14.0x8.3max
Vin=4.5 - 15.0V
Vo=0.7 – 4V
Io=30A

105degC
PMBus

Smart Mobility

105degC

Smart Home Appliances

105degC

Smart Security

12C

Smart Building

8.0

MYMGK1R804FRSRMYMGK1R806FRSR

7.5x9.0x5.0max
Vin=4.5 - 8.0V
Vo=0.7 - 1.8V
Io=4A

MYMGK1R812FRSR

Smart Infrastructure

MYMGK1R820FRSR
105degC

7.5x9.0x5.0max
Vin=4.5 - 8.0V
Vo=0.7 - 1.8V
Io=6A

MYMGK1R812FRSR-H

MYMGK1R820FRSR-H

9.0x10.5x5.6max
Vin=4.5 - 8.0V
Vo=0.7 - 1.8V
Io=12A

9.0x10.5x5.6max
Vin=4.5 - 8.0V
Vo=0.7 - 1.8V
Io=20A

105degC

105degC

5.0

Contact us
4.5

2.5

4.0

6.0

12

16

20

24

30

Output Current [A]Smart Cities • Application Guide© Murata Manufacturing Co. Ltd. Ref: K4EU-1 • Apr 01 2022

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Wi-FiSmart Module®

Smart Home
Connectivity

Type 1LD

Wireless communications

Contents

Type 1LD
Murata is market leader in Wi-Fi® modules forembedded systems, providing superior quality,
elevated performance modules for high volume production.

Overview

Murata’s wireless modules will streamline yourassembly operations, thus significantly reducing
customer’s design time. Additionally, we offer
a variety of low-power products for sensor
networks.

APPLICATIONSTechnological trends• Home and building automation

Challenges• Energy management system (EMS)• Simple sensor network• Home security• Healthcare & fitness

Smart Agriculture- Lighting control- Heating, Ventilation, Air-conditioning

Smart Factory
Smart Health

PRODUCT SPECIFICATIONS

Smart Mobility

BLOCK DIAGRAM

Smart Home Appliances• Chipset:- Infineon (CYW43438)+ STM32 (ARM Cortex-M4F)

Smart Security• Size: 8.9 x 7.8 x 1.2 mm

Smart Building• Peripheral Interface:

Smart Infrastructure

GPIO/SPI/UART/I2C/ADC/PWM• Operating Temperature:
FEATURES• Highly integrated• FCC/IC/CE/TELEC compliant• Shielded Ultra Small Wi-Fi® 11b/g/n+ Bluetooth® 5.2 + MCU Module

Smart Cities • Application Guide-40°C to 85°C

• Package: Shielded Resin

Feature rich software hosted on module802.11 b/g/n 65Mbps, Wi-fi® Stack runs
inside, 1MB Flash, 256KB RAM
Infineon WICED, SPP on Bluetooth® and
GATT on Bluetooth® LE are supported by
WICED Qualified for AWS IoT Core devices

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Low Energy
Module®

Smart Home
Connectivity

Type MBN52832

Contents

Wireless communications
Overview

Type MBN52832

Technological trends

BLE is an ultra-low power communication
technology that enables several years ofoperation off a button battery. Widespread
adoption is being seen in fields like healthmanagement, fitness and home networks.
BLE has also been adopted as a communication
method by the Continua Health Alliance, anon-profit organization of healthcare andtechnology companies.

Challenges

APPLICATIONS• Proximity services• Building automation• Medical/healthcare• Bluetooth beacons

Smart Agriculture
Smart Factory
Smart Health

FEATURES• Powerful MCU core with large RAM
and flash for user application- ARM Cortex M4; 64K RAM; 512K flash• Low power consumption- Tx 7mA @ 3.5dBm (DCDC mode)- Rx 6mA (DCDC mode)• Rich peripheral interface-20 GPIO ports• Very small size: 7.4x7.0x0.9mm (max.)• Fully certified- FCC (US), IC (Canada), ETSI (EU), TELEC (Japan)- BT SIG Certificate• Support both on-board andexternal antenna version- On-board PCB pattern antenna- External patch antenna- External dipole antenna

PRODUCT SPECIFICATIONSBLOCK DIAGRAM
BLE/ANT
Antenna• Chipset: nRF52832 Bluetooth® LE IC• Dimension: 7.4x7.0x0.9mm• Package: LGA• Antenna: on-board or external• Max output power: +4dBm (LDO mode)• Interfaces:

UART, SPI, 20 GPIO, 5ADC, SWD, PWM, I2C• Operating voltage: 1.7V to 3.6V

• Operating temperature range:

Smart Mobility

NFC
Antenna(Optional)

32MHz
X’tal

Smart Home Appliances
Smart Security

To externalor on-board
antenna

Smart Building

VCC
SPI
UART
SWD
GPIO/AIO

NordicnRF52832
Matching
circuit

Smart Infrastructure-40 to 85°C

• OTA firmware upgrade• RoHS compliant• Regulatory certificate:
FCC/IC/ETSI/TELEC• Bluetooth® SIG qualification

32KHz X’tal(for ANT only optional)

BLE
Matching
Antennacircuit X’tal

Inductor for DC/DC(Optional)

nRF52832

Partiallyshieldedresin moldContact us• Bluetooth® 5.0

PWB substrate

Smart Cities • Application Guide© Murata Manufacturing Co. Ltd. Ref: K4EU-1 • Apr 01 2022

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UWB Modules

Smart Home
Connectivity

Wireless communications

Contents

Ultra-wideband (UWB) technology provides
a highly effective means for providing secure
and precise distance measurement. This isbased on determining the time-of-flight (ToF)of radio waves. Murata offers an extensive
portfolio of UWB modules.

Overview
Technological trends

FEATURES

Challenges• Ultra-small dimensions• High quality• Lower power consumption

Smart Agriculture
Smart Factory

APPLICATIONS

Smart Health• Indoor navigation• Smart retail/point-of-sales• Smart building• Smart locks• Tags/tracking• Contactless presence detection

Smart Mobility
TYPE 2BP

TYPE 2DKTYPE 2AB

Smart Home Appliances• Ultra small UWB module which includes NXP’s SR150 UWB chipset,clock, filters and peripheral components.
• 3 Antenna support (3D AoA or 2D
AoA support)• All-in-one UWB + Bluetooth LE combo module which integrates NXP Trimension™ SR040 UWB Chipset, NXP
QN9090 Bluetooth LE + MCU chipset,
On board antenna and peripheral components.
• Ideally suited for UWB Tag/Tracker
which operates by coin-cell battery, andgeneral IoT devices.

• UWB Chip set : Qorvo DW3110/3120• FCC/IC/TELEC Reference Certified(Planed)• Hostless module Integrated Nordic IC/ nRF52840
which also have Blutooth Low Energyfunction for waking up UWB and updating FW.
• Integrated 3-Axis sensor for saving
battery• Reference clock for UWB and MCU areembedded

Smart Security• UWB Chip set: NXP Trimension SR150• Antenna: External• UWB Chip set: NXP Trimension™ SR040• Antenna: Integrated

Smart Building
Smart Infrastructure

Contact us• UWB Chip set: Qorvo DW3110/3120• Antenna: External

Smart Cities • Application Guide© Murata Manufacturing Co. Ltd. Ref: K4EU-1 • Apr 01 2022

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LPWA
ModulesSmart Home
Connectivity

Type 1SC
LBAD0XX1SC

Wireless communications

Contents

Low power wide area (LPWA) networks provide
a power efficient wireless communication
technology for interconnecting devices
together over a long range. LPWA is mostsuitable for applications such as IoT andmachine-to-machine (M2M) communication,
as well as various other situations where lower
cost and lower power consumption are required.
To respond to customers’ needs, Murata hasformed strategic partnerships with market
leaders, and is accelerating the developmentof products using this highly appealing emerging
technology.

Type 1SCThe Type 1SC (LBAD00XX1SC) module is theworld’s smallest Cat. M1/NB-IoT module with
global certification. It supports GPS/GNSS,
OpenMCU, Integrated SIM.
Murata has partnered with Truphone, making
MVNO network communications possible
through the use of eSIM.

FEATURES• Small size

Size attractive to wearables that previously
had no means of cellular connectivity• Standardized

Through PTCRB/GCF certification improved
global interoperability with global wirelessnetworks operators for IoT applications• Low power

Protocol designed specifically for low
current consumption extending battery
lifetime up to 10+ years

Smart Cities • Application Guide

Overview

PRODUCT SPECIFICATIONSAPPLICATIONSTechnological trends• Smart metering• Smart parking• Home security/home automation• Vehicle fleet management• Wearables/trackers• Industrial M2M communication• IoT edge nodes

Challenges

Smart Agriculture
Smart Factory• Support LTE Band:••

Low Bands 5,8,12,13,14 (CAT M1 Only),
17,18,19,20,26,28 - Mid Bands 1,2,3,4,25
Chipset: Altair ALT1250
Modulation: LTE Cat.M1/NB-IoT Release
13 (*Release 14 – SW Upgrade)
Antenna: External
Type Package: Resin Mold
Dimension: 11.1 x 11.4 x 1.5 mm (max)Transmit Power: +23dBm max

Smart Health
Smart Mobility

BLOCK DIAGRAM

Smart Home Appliances••••• Sleep Mode Current:

Smart Security
Smart Building

eDRX Current Consumption (avg)/LTE-M: 43 uA
PSM Current Consumption (avg)/LTE-M: 1.4 uA• RoHS: Yes• Software Features: AT commands,
IPv4/IPv6 stack with TCP and UDP protocol,
SSL/TLS, MQTT, OpenMCU(Optional), GPS/GLONASS(Optional), iUICC(Optional)

Smart Infrastructure• Certified:

FCC/IC/RED/TELEC/KC/NCC GCF/PTCRB• Certified Carrier:Contact us

AT&T, KT, SKT, Pelion, Deutsch Telekom,
Vodafone, Softbank, KDDI, Docomo,
Soracom, Truphone© Murata Manufacturing Co. Ltd. Ref: K4EU-1 • Apr 01 2022

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LPWA
ModulesSmart Home
Connectivity

Type 1SJLBAA0QB1SJ

Wireless communications

Contents

Type 1SJThe Type 1SJ (LBAA0QB1SJ) module is oneof the smallest LoRaWAN™ modules in theindustry.

Overview

This module has a lower power consumption
and higher output than previous products.
Radio Law certification has already beenobtained for major regions.

Technological trends

APPLICATIONS

Challenges• Smart metering• Smart lighting• Smart parking• Smart agriculture• Industrial M2M• IoT edge nodes

Open MCU design support is available.

Smart Agriculture
Smart Factory
Smart Health

PRODUCT SPECIFICATIONS

Smart Mobility

BLOCK DIAGRAM• RF/BB chipset: SX1262• MCU chipset: STM32L0 series

Smart Home Appliances• Peripheral interfaces:

Smart Building• Radio certification:

Smart Infrastructure

CPU: Cortex M0+
RAM: 20KB
Flash: 192KB

Smart Security

UART/SPI/I2C/GPIOs/ADC
FCC, IC, CE

FEATURES• Compact and low cost
• Battery life
10 years• Low Range
10km• Pre-certified radio
regulatory approvals

868 & 915 MHz spectrum

Smart Cities • Application Guide• Module size: 10.0x8.0x1.60mm• Package: Shielded Resin Mold
• Frequencies: EU / US / India / Pacific• Operating temp: -40 to +85 °C• Supply voltage: 2.2V to 3.6V
• RF transmit power:+14dBm / +21.5dBm• RF sensitivity: -135dBm• Frequency band: 860MHz-930MHz

Contact us© Murata Manufacturing Co. Ltd. Ref: K4EU-1 • Apr 01 2022

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Modular
SolutionsµSD adapter

Wireless communications
M.2 boards
Our M.2 modules, co-developed by Embedded
Artists, are designed for evaluation, integrationand ease-of-use. These professionally designed
and proven M.2 modules provide easy evaluationof different Wi-Fi®/Bluetooth® solutions, lower
your risk and shorten your time to market.

Murata’s µSD-M2 adapter board offers an
out-of-the-box experience for NXP i.MX
with Murata’s M.2 module family. All
WLAN/BT- necessary signals are includedon M.2 connector pins (Key ‘E’) including:

FEATURES• Standard M.2 form factor• Reference-certified antennas& snap-off option• UFL connectors for antenna
or conducted testing• Comprehensive interface support
including SDIO, PCIe, UART, PCM,
and radio control lines

Contents
Overview• WLAN SDIO
• WLAN PCIe
• BT H4 UART
• BT PCM/I2S• GPIOs

Technological trends
Challenges

Smart Agriculture
Smart Factory
Smart Health
Smart Mobility

Type 1XA

Dual band
Wi-Fi®11a/b/g/n/ac
2x2 MIMO / RSDB
+ Bluetooth® 5.2 (PCIe)

Type 1XZ

Dual band
Wi-Fi® 11a/b/g/n/ac
2x2 MIMO / RSDB
+ Bluetooth® 5.2 (SDIO)

Type 1YM

Smart Home Appliances

Dual band
Wi-Fi® 11a/b/g/n/ac
2x2 MIMO+ Bluetooth® 5.2

Smart Security
Smart Building
Smart Infrastructure

Type 1DX

Wi-Fi® 11b/g/n+ Bluetooth® 5.1

Smart Cities • Application Guide

Type 1MW

Dual band
Wi-Fi® 11a/b/g/n/ac+ Bluetooth® 5.0

Type 1LVDual band
Wi-Fi® 11a/b/g/n/ac+ Bluetooth® 5.0

Contact us

Type 1ZM

Dual band
Wi-Fi® 11a/b/g/n/ac+ Bluetooth® 5.1© Murata Manufacturing Co. Ltd. Ref: K4EU-1 • Apr 01 2022

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SubscribeFully Modular
Systems
Wireless communications

Murata and Embedded Artists have developed
a full modular system which offers IoT designers
a quick, easy and cost-effective route toworld-class connectivity.

Easily evaluate different Wi-Fi/BT solutions– by just switching M.2 modules
Fast-to-market integration
Less regulatory burden
Use certified antennas
Re-use FCC certification

Contents
Overview
Technological trends

Development kits are available for use as
your evaluation/prototyping platform. The
kits include the hardware and software
components needed to get up-and-runningwith your software development on day 1.

Challenges

Smart Agriculture
Smart Factory
Smart Health
Smart Mobility
1. CHOOSE A COM/OEM BOARD

2. PLUG INTO COM CARRIER BOARD

3. PLUG IN YOUR CONNECTIVITY

4. START YOUR EVALUATION

Smart Home Appliances

Embedded Artists have developed asuite of COM computer-on-module(COM) units and OEM boards, integrating
all core components around a variety of
NXP processors and microcontrollers:

There are two types of carrier boards:
One for i.MXRT family boards (with aslot for the COM or OEM board) and
one which is suitable for the MPU COM
boards and offers...

Choose the Murata/Embedded Artists
M.2 connectivity module appropriate foryour application in terms of:• Pre-loaded software drivers• Comprehensive user manuals• Responsive support

Smart Security

•
•
•
•
•
•
•
•
•
•
•
•

• Support for i.MX8 designs• Support for M.2 Key E interface (typically
Wi-Fi®/BT), including advanced debug features developed in cooperation with Murata
and Cypress• Support for M.2 Key B interface(typically Cellular/SSD)• Support for USB 3.0

i.MX RT1062
i.MX RT1052
i.MX 8M Quad
i.MX 8M Mini uCOM
i.MX 8M Nano uCOM
i.MX 6Quad
i.MX 6DualLite
i.MX 6Ultralite
i.MX 6SoloX
i.MX 7Dual
i.MX 7Dual uCOM
i.MX 7ULP uCOM

Smart Cities • Application Guide

•
•
•
•
•
•

Smart Building

Performance
Power consumption
Range
Cost
Temperature range
Supported standards

Smart Infrastructure

Contact us© Murata Manufacturing Co. Ltd. Ref: K4EU-1 • Apr 01 2022

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A Wide Rangeof WirelessSoldered-down in major
development platforms

Communication Modules

Murata offers an extensive portfolio of wirelessmodules based on Cypress and NXP chipsets.
Modules with integrated MCUs are used in combination with Cypress WICED software. Wi-Fi® andBluetooth® capabilities are also incorporated andthe MCU can be used to run an application.
Other modules are radio-only and they can beused in combination with a MPU (Linux®) or MCU(RTOS).

Wireless communications
Modules with MCU
Type 1LD
Shielded ultra-small Wi-Fi
11b/g/n+Bluetooth 5.2 + MCU• Cypress CYW43438 chipset• STM32 (ARM Cortex-M4F) MCU

Contents

Many of Murata’s extensive range of wirelessmodules are designed into leading development
platforms. These include Linux®, FreeRTOS, etc.

Overview
Technological trends

Type 1GC

Challenges

Shielded ultra-small dual band
Wi-Fi 11a/b/g/n + Ethernet + MCU• Cypress CYW43907 chipset• Processor: ARM Cortex-R4

These modules cover a wide array of different
specifications - from single band Wi-Fi® 2.4GHz
to dual band Wi-Fi® 11ac 2.4GHz and 5GHz with
MIMO. Most of the options also include Bluetooth®.
With this variety of wireless modules Murata cancover a diverse breadth of applications - going all
the way from small connected gadgets or sensor
nodes to high data rate video streaming devices.

Smart Agriculture
Smart Factory
Smart HealthRadio-only modules
Type 1FX
Shielded ultra-small Wi-Fi 11b/g/n• Cypress CYW43364 chipset

Module with MCU
Type ABR
802.11 b/g/n WiFi
• NXP 88MW320 chipset• ARM Cortex-M4 200MHz

Radio-only modules
Type 1ZM
Wi-Fi 11 a/b/g/n/ac
Bluetooth 5.1• NXP 88W8987 chipset

Type 1DX
Shielded ultra-small Wi-Fi 11b/g/n+ Bluetooth 5.1• Cypress CYW4343W chipset• NXP i.MX

Smart Mobility

Arduino Portenta H7- i.MX 8M Mini EVK - Type 1MW- i.MX 8M Nano EVK - Type 1MW- i.MX 7ULP EVK - Type 1DX- i.MX RT Alexa Voice Board - Type 1DX

Smart Home Appliances
Smart Security• Cypress WICED- PSoC® 6 WiFi-BT Pioneer Board &- Prototyping Kit - Type 1DX/Type 1LV- CYW43907 Eval Kit - Type 1GC

Smart Building• ST Micro - Linux®

Smart Infrastructure- STM32MPI Discovery Kit - Type 1DX• Micropython- Arduino Portenta H7 - Type 1DX

Type 1LV
Shielded ultra-small dual band
Wi-Fi 11a/b/g/n/ac + Bluetooth 5.0• Cypress CYW43012 chipset

Contact us

Type 1MW
Shielded ultra-small dual band
Wi-Fi 11a/b/g/n/ac + Bluetooth 5.0• Cypress CYW43455 chipset

i.MX 8M Nano EVK

Smart Cities • Application Guide© Murata Manufacturing Co. Ltd. Ref: K4EU-1 • Apr 01 2022

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SubscribeCR Batteries

Smart Home
Batteries

Micro Batteries

Contents

Murata offers a wide range of primary micro
batteries with high performance and reliability,
taking advantage of 40+ years technology
development and manufacturing expertise.

Overview

Coin Manganese Dioxide
Lithium Batteries

FEATURES• 40+ years technology development
and manufacturing expertize.
• Acquisition of ISO 9001/14001
certification.
• Full automated assemblinglines with high productivity.

Technological trends• High voltage, high energy density

Challenges• Wide range; including
heat-resistant models

Smart Agriculture• ISO/TS16949 certified

Smart Factory
Smart Health
Smart Mobility

Lightweight, High Voltage
and High Energy Density
The battery voltage is 3V, almost
double that of normal alkaline ormanganese batteries.

Excellent discharge
characteristics
Voltage characteristics remain
stable even for a long period ofdischarge.

Excellent long-term reliability
Murata’s innovative sealing
technology minimize battery
self-discharge.

Smart Cities • Application Guide

Smart Home Appliances
Smart Security

Battery

Coin
Manganese
DioxideLithium(CR)

Type

NominalVoltage

Capacity

Operating
Temp.

Features

Standard

3.0V

30-1000mAh-30 to 70ºC

Lineup of 10 models from small size
and thin models to high capacity models

Extended Temp.

3.0V

220-2000mAh-40 to 85ºC

Good balance between wide operating
temperature and affordability

Heat resistant

3.0V

210-1000mAh-40 to 125ºC

Wide operating temperature

Smart Building
Smart Infrastructure

Contact us

High Drain

3.0V

200-500mAh-30 to +70ºC

High peak 50mA pulse (x2 times)
vs. Standard© Murata Manufacturing Co. Ltd. Ref: K4EU-1 • Apr 01 2022

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Contents

Assuring safety within the home

Overview• The smart home security sector is currently experiencing a

Technological trends

compound annual growth rate (CAGR) of almost 20%, according
to Verified Market Research. The analyst firm expects this sector
to generate annual revenues of over $8.5 billion by 2028.

Challenges• Previously, security systems tended to be mechanically based. Now
ones that are electronically based are becoming more popular, betteraligning with home automation systems. Flexible DIY platforms canbe used to implement customized security systems.

Smart Agriculture
Smart Factory• With increasing regularity, camera systems are being deployedaround the exterior and interior of people’s homes - enabling
surveillance functions to be benefitted from. In addition, video
doorbells are seeing widespread uptake.

Smart Health• Sensors can be used for door/window positioning and motion
detection. These must have strong immunity to the RF present
around the home. They should also exhibit the ability to withstandexposure to intruders trying to use large magnets to trip locks.

Smart Security

Smart Mobility
Smart Home Appliances

Smart Building
Smart Infrastructure• As well as the energy efficient wireless modules utilized
for transferring data, Murata magnetic sensors are installed
into window and door opening/closing mechanisms, plus antitampering mechanisms. High RF immunity pyroelectric-based
PIR sensors are also being employed for motion detection,
alerting occupants of intruders. Murata batteries and PoE
DC-DC converters are enabling security systems to be powered.

Smart Cities • Application Guide

Contact us© Murata Manufacturing Co. Ltd. Ref: K4EU-1 • Apr 01 2022

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AMR magnetic
sensorSmart Security
Sensors

MRMS581P

Contents

Design flexibility, narrower sensitivity
range and higher reliability
The AMR series consists of sensors
that include an IC to detect changes
in the magnetic resistance of a magneto
resistive element that is effected by an
external magnetic field. This is achieved
from a ferromagnetic NiFe alloy thin filmthat is deposited over the IC circuit.

Overview
Technological trends
Challenges

APPLICATIONS

Smart Agriculture• Door opening detector• Smart lock

Smart Factory
Smart Health
Smart Mobility
Smart Home Appliances

AMR
sensorSmart Security
Smart Building
Smart Infrastructure

MagnetOpen-Close
detection in Door
opening detectors

Smart Cities • Application Guide

Position detectionin Thumbturn

Anti-Tampering
Contact us© Murata Manufacturing Co. Ltd. Ref: K4EU-1 • Apr 01 2022

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SubscribePyroelectric
infrared sensor

Smart Security
Sensors

IRA-S200ST01A01
Ø = 9.2mm

Contents

Extra high sensitivity, lead-type
pyroelectric infrared sensor
Our newly developed low-cost,high-sensitivity, high-RFI (Radio
Frequency Immunity) and high-WLI (WhiteLight Immunity) characteristic lead-type
infrared sensor.
The IRA-S series has an improved RFI
characteristic for the security market tocomply with EN regulation for detectionlevels, such as peripheral circuitry. Its highsensitivity and high reliability make a great
contribution to ergonomics and energy
conservation for a wide range of appliances.

Overview
Technological trends
Challenges

Smart Agriculture
Smart Factory
Smart Health

FEATURES

PRODUCT SPECIFICATIONS• Excellent immunity characteristic
to electromagnetic waves• Easy human movement detection• Wide detection area using lens

• Type: Dual
• Part number: IRA-S200ST01A01• Sensitivity (500K, 1Hz, mVp-p): 4.6• Dimensions (mm): ø9.2x4.7

SECURITYSYSTEM
APPLICATIONS

Smart Mobility
Smart Home Appliances

PIR Sensor

Smart Security
Smart Building• Type: Serial quad
• Part number: IRA-S400ST01A01• Sensitivity (500K, 1Hz, mVp-p): 7.0• Dimensions (mm): ø9.2x4.7

Smart Infrastructure• Benefits- New and cost effective model- High RFI (Radio Frequency Immunity)- For security, automatic ECO switch fordisplay and other applianceContact us

Smart Cities • Application Guide© Murata Manufacturing Co. Ltd. Ref: K4EU-1 • Apr 01 2022

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SubscribeIsolated
DC-DC
converters
for PoE

PSE module

The expanding functionality and sophisticationof these network devices is driving the needfor miniaturization of the power supply section. The combination of these trends has led
to Murata’s development of the MYBSP series
DC-DC converters. Incorporating hardware
classification protocol functions that conformto the IEEE® 802.3af and at PoE communication standard, the product utilizes a sheettype transformer resulting in a miniaturized
design with high dielectric strength.

FEATURES• Compliant to IEEE® 802.3af
or IEEE® 802.3at• Small and low profile SMD type
• Available at Ta=+85°C• Low EMI
• 2250Vdc input-output isolation• Fewer values of external capacitor

Contents

SMALL AND LOW PROFILE

Overview

Traditionaltransformer

PoE solution
An increasing number of network devices are
utilizing PoE to eliminate the need for installing AC power supplies and in order to reduce
wiring.

Smart Security
Power Solutions

Technological trends

PD module

Challenges

Smart Agriculture

Sheet-typetransformer

Smart Factory
Smart Health
Smart Mobility

Murata PoE
modulesSmart Home Appliances
Smart Security

High efficiency
Smaller and thinner size
Available at Ta=+85°C

Smart Building
Smart Infrastructure

Benefits- Reduce PCB space- Lower profile- 72% down
Contact us

Smart Cities • Application Guide© Murata Manufacturing Co. Ltd. Ref: K4EU-1 • Apr 01 2022

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MonoBK and UltraBK
TM

TM

Smart Security
Power Solutions

Line-up | Small POL DC-DC converter
Single output

8.0

MonoBKTM for FPGA

Input Voltage [V]

48.0

42.0

MYSGK02506BRSR

Under devlopment

Contents

5.0

Under devlopment

MYMGC1R83BFPF2RVMYMGC0R88RFLF2RV

MYMGC3R32EFPF2RB

MYWGC3R53FFW92RAE

11.9x15.0x2.4max
Vin=3.3 - 5.5V
Vo1=0.85V/3.2A,
Vo2=0.85V/0.5A,
Vo3=1.2V/0.5A
Vo4=1.8V/1.5A

11.9x15.0x2.4max
Vin=3.3 - 5.5V
Vo=0.85V
Io=8A

11.9x15.0x2.4max
Vin=4.5 - 5.5V
Vo1=1.2V/2.5A
Vo2=1.8V/1.0A,
Vo3=3.3V/2.0A
Vo4=2.5V/1.5A

11.9x15.0x2.4max
Vin=4.5 - 5.5V
Vo1=1.2V/2.5A
Vo2=1.8V/1.0A,
Vo3=3.3V/2.0A
Vo4=2.5V/1.5A

4CH OUTPUT

4CH OUTPUT

4CH OUTPUT

Overview
Technological trends
Challenges

MYMGA5R04RELA5RA
9.0x10.5x5.5max.
Vin=8.0 - 28.0V
Vo=3.3 - 5V
Io=3.5A

14.7x16.3x7.5max.
Vin=13.5 - 42.0V
Vo=5 - 25V
Io=6A

125degC

Smart Agriculture

3.3

5

10

15

Smart Factory20

Output Current [W]
17.0
15.0

Smart Health

MYLSM00502ERPLMYMGK00504ERSR

Input Voltage [V]7.9x7.9x2.3max
Vin=4.5 - 17.0V
Vo=1 - 5.25V
Io=2.5A

7.5x9.0x5.0max
Vin=8.0 - 15.0V
Vo=0.7 - 5V
Io=4A

MYTNA1R84RELA2RA

MYMGK00506ERSR
7.5x9.0x5.0max
Vin=8.0 - 15.0V
Vo=0.7 - 5V
Io=6A

105degC

MYTNC1R84RELA2RA
10.5x9.0x2.1max
Vin=6.0 – 14.4V
Vo=0.7 – 1.8V
Io=4A

MYTNA1R86RELA2RA

105degC

MYTNC1R86RELA2RA
10.5x9.0x2.1max
Vin=6.0 – 14.4V
Vo=0.7 – 1.8V
Io=6A

105degC
12C

MYMGK1R812ERSR

MYMGM1R816ELA5RA

MYMGK1R812ERSR-H

9.0x10.5x5.0max
Vin=7.5 - 15.0V
Vo=0.7 - 1.8V
Io=16A

9.0x10.5x5.6max
Vin=8.0 - 15.0V
Vo=0.7 - 1.8V
Io=12A

105degC

105degCMYMGK1R820ERSR

MYMGM1R824ELA5RA

MYMGK1R820ERSR-H

9.0x10.5x5.0max
Vin=7.5 - 15.0V
Vo=0.7 - 1.8V
Io=24A

PMBus

9.0x10.5x5.6max
Vin=8.0 - 15.0V
Vo=0.7 - 1.8V
Io=20A

105degCMYSGK4R030ERSR
11.0x14.0x8.3max
Vin=4.5 - 15.0V
Vo=0.7 – 4V
Io=30A

105degC
PMBus

Smart Mobility

105degC

Smart Home Appliances

105degC

Smart Security

12C

Smart Building

8.0

MYMGK1R804FRSRMYMGK1R806FRSR

7.5x9.0x5.0max
Vin=4.5 - 8.0V
Vo=0.7 - 1.8V
Io=4A

MYMGK1R812FRSR

Smart Infrastructure

MYMGK1R820FRSR
105degC

7.5x9.0x5.0max
Vin=4.5 - 8.0V
Vo=0.7 - 1.8V
Io=6A

MYMGK1R812FRSR-H

MYMGK1R820FRSR-H

9.0x10.5x5.6max
Vin=4.5 - 8.0V
Vo=0.7 - 1.8V
Io=12A

9.0x10.5x5.6max
Vin=4.5 - 8.0V
Vo=0.7 - 1.8V
Io=20A

105degC

105degC

5.0

Contact us
4.5

2.5

4.0

6.0

12

16

20

24

30

Output Current [A]Smart Cities • Application Guide© Murata Manufacturing Co. Ltd. Ref: K4EU-1 • Apr 01 2022

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Wi-FiSmart Module®

Smart Security
Connectivity

Type 1LD

Wireless communications

Contents

Type 1LD
Murata is market leader in Wi-Fi® modules forembedded systems, providing superior quality,
elevated performance modules for high volume production.

Overview

Murata’s wireless modules will streamline yourassembly operations, thus significantly reducing
customer’s design time. Additionally, we offer
a variety of low-power products for sensor
networks.

APPLICATIONSTechnological trends• Home and building automation

Challenges• Energy management system (EMS)• Simple sensor network• Home security• Healthcare & fitness

Smart Agriculture- Lighting control- Heating, Ventilation, Air-conditioning

Smart Factory
Smart Health

PRODUCT SPECIFICATIONS

Smart Mobility

BLOCK DIAGRAM• Chipset:

Smart Home Appliances- Infineon (CYW43438)+ STM32 (ARM Cortex-M4F)

Smart Security• Size: 8.9 x 7.8 x 1.2 mm

Smart Building• Peripheral Interface:

Smart Infrastructure

GPIO/SPI/UART/I2C/ADC/PWM• Operating Temperature:
FEATURES• Highly integrated• FCC/IC/CE/TELEC compliant• Shielded Ultra Small Wi-Fi® 11b/g/n+ Bluetooth® 5.2 + MCU Module

Smart Cities • Application Guide-40°C to 85°C

• Package: Shielded Resin

Feature rich software hosted on module802.11 b/g/n 65Mbps, Wi-fi® Stack runs
inside, 1MB Flash, 256KB RAM
Infineon WICED, SPP on Bluetooth® and
GATT on Bluetooth® LE are supported by
WICED Qualified for AWS IoT Core devices

Contact us© Murata Manufacturing Co. Ltd. Ref: K4EU-1 • Apr 01 2022

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SubscribeBluetooth
Low Energy
Module®

Smart Security
Connectivity

Type MBN52832

Contents

Wireless communications
Overview

Type MBN52832

Technological trends

BLE is an ultra-low power communication
technology that enables several years ofoperation off a button battery. Widespread
adoption is being seen in fields like healthmanagement, fitness and home networks.
BLE has also been adopted as a communication
method by the Continua Health Alliance, anon-profit organization of healthcare andtechnology companies.

Challenges

APPLICATIONS• Proximity services• Building automation• Medical/healthcare• Bluetooth beacons

Smart Agriculture
Smart Factory
Smart Health

FEATURES• Powerful MCU core with large RAM
and flash for user application- ARM Cortex M4; 64K RAM; 512K flash• Low power consumption- Tx 7mA @ 3.5dBm (DCDC mode)- Rx 6mA (DCDC mode)• Rich peripheral interface-20 GPIO ports• Very small size: 7.4x7.0x0.9mm (max.)• Fully certified- FCC (US), IC (Canada), ETSI (EU), TELEC (Japan)- BT SIG Certificate• Support both on-board andexternal antenna version- On-board PCB pattern antenna- External patch antenna- External dipole antenna

PRODUCT SPECIFICATIONSBLOCK DIAGRAM
BLE/ANT
Antenna• Chipset: nRF52832 Bluetooth® LE IC• Dimension: 7.4x7.0x0.9mm• Package: LGA• Antenna: on-board or external• Max output power: +4dBm (LDO mode)• Interfaces:

UART, SPI, 20 GPIO, 5ADC, SWD, PWM, I2C• Operating voltage: 1.7V to 3.6V

• Operating temperature range:

Smart Mobility

NFC
Antenna(Optional)

32MHz
X’tal

Smart Home Appliances
Smart Security

To externalor on-board
antenna

Smart Building

VCC
SPI
UART
SWD
GPIO/AIO

NordicnRF52832
Matching
circuit

Smart Infrastructure-40 to 85°C

• OTA firmware upgrade• RoHS compliant• Regulatory certificate:
FCC/IC/ETSI/TELEC• Bluetooth® SIG qualification

32KHz X’tal(for ANT only optional)

BLE
Matching
Antennacircuit X’tal

Inductor for DC/DC(Optional)

nRF52832

Partiallyshieldedresin moldContact us• Bluetooth® 5.0

PWB substrate

Smart Cities • Application Guide© Murata Manufacturing Co. Ltd. Ref: K4EU-1 • Apr 01 2022

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UWB Modules

Smart Security
Connectivity

Wireless communications

Contents

Ultra-wideband (UWB) technology provides
a highly effective means for providing secure
and precise distance measurement. This isbased on determining the time-of-flight (ToF)of radio waves. Murata offers an extensive
portfolio of UWB modules.

Overview
Technological trends

FEATURES

Challenges• Ultra-small dimensions• High quality• Lower power consumption

Smart Agriculture
Smart Factory

APPLICATIONS

Smart Health• Indoor navigation• Smart retail/point-of-sales• Smart building• Smart locks• Tags/tracking• Contactless presence detection

Smart Mobility
TYPE 2BP

TYPE 2DKTYPE 2AB

Smart Home Appliances• Ultra small UWB module which includes NXP’s SR150 UWB chipset,clock, filters and peripheral components.
• 3 Antenna support (3D AoA or 2D
AoA support)• All-in-one UWB + Bluetooth LE combo module which integrates NXP Trimension™ SR040 UWB Chipset, NXP
QN9090 Bluetooth LE + MCU chipset,
On board antenna and peripheral components.
• Ideally suited for UWB Tag/Tracker
which operates by coin-cell battery, andgeneral IoT devices.

• UWB Chip set : Qorvo DW3110/3120• FCC/IC/TELEC Reference Certified(Planed)• Hostless module Integrated Nordic IC/ nRF52840
which also have Blutooth Low Energyfunction for waking up UWB and updating FW.
• Integrated 3-Axis sensor for saving
battery• Reference clock for UWB and MCU areembedded

Smart Security• UWB Chip set: NXP Trimension SR150• Antenna: External• UWB Chip set: NXP Trimension™ SR040• Antenna: Integrated

Smart Building
Smart Infrastructure

Contact us• UWB Chip set: Qorvo DW3110/3120• Antenna: External

Smart Cities • Application Guide© Murata Manufacturing Co. Ltd. Ref: K4EU-1 • Apr 01 2022

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LPWA
ModulesSmart Security
Connectivity

Type 1SC
LBAD0XX1SC

Wireless communications

Contents

Low power wide area (LPWA) networks provide
a power efficient wireless communication
technology for interconnecting devices
together over a long range. LPWA is mostsuitable for applications such as IoT andmachine-to-machine (M2M) communication,
as well as various other situations where lower
cost and lower power consumption are required.
To respond to customers’ needs, Murata hasformed strategic partnerships with market
leaders, and is accelerating the developmentof products using this highly appealing emerging
technology.

Type 1SCThe Type 1SC (LBAD00XX1SC) module is theworld’s smallest Cat. M1/NB-IoT module with
global certification. It supports GPS/GNSS,
OpenMCU, Integrated SIM.
Murata has partnered with Truphone, making
MVNO network communications possible
through the use of eSIM.

FEATURES• Small size

Size attractive to wearables that previously
had no means of cellular connectivity• Standardized

Through PTCRB/GCF certification improved
global interoperability with global wirelessnetworks operators for IoT applications• Low power

Protocol designed specifically for low
current consumption extending battery
lifetime up to 10+ years

Smart Cities • Application Guide

Overview

PRODUCT SPECIFICATIONSAPPLICATIONSTechnological trends• Smart metering• Smart parking• Home security/home automation• Vehicle fleet management• Wearables/trackers• Industrial M2M communication• IoT edge nodes

Challenges

Smart Agriculture
Smart Factory• Support LTE Band:••

Low Bands 5,8,12,13,14 (CAT M1 Only),
17,18,19,20,26,28 - Mid Bands 1,2,3,4,25
Chipset: Altair ALT1250
Modulation: LTE Cat.M1/NB-IoT Release
13 (*Release 14 – SW Upgrade)
Antenna: External
Type Package: Resin Mold
Dimension: 11.1 x 11.4 x 1.5 mm (max)Transmit Power: +23dBm max

Smart Health
Smart Mobility

BLOCK DIAGRAM

Smart Home Appliances••••• Sleep Mode Current:

Smart Security
Smart Building

eDRX Current Consumption (avg)/LTE-M: 43 uA
PSM Current Consumption (avg)/LTE-M: 1.4 uA• RoHS: Yes• Software Features: AT commands,
IPv4/IPv6 stack with TCP and UDP protocol,
SSL/TLS, MQTT, OpenMCU(Optional), GPS/GLONASS(Optional), iUICC(Optional)

Smart Infrastructure• Certified:

FCC/IC/RED/TELEC/KC/NCC GCF/PTCRB• Certified Carrier:Contact us

AT&T, KT, SKT, Pelion, Deutsch Telekom,
Vodafone, Softbank, KDDI, Docomo,
Soracom, Truphone© Murata Manufacturing Co. Ltd. Ref: K4EU-1 • Apr 01 2022

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LPWA
ModulesSmart Security
Connectivity

Type 1SJLBAA0QB1SJ

Wireless communications

Contents

Type 1SJThe Type 1SJ (LBAA0QB1SJ) module is oneof the smallest LoRaWAN™ modules in theindustry.

Overview

This module has a lower power consumption
and higher output than previous products.
Radio Law certification has already beenobtained for major regions.

Technological trends

APPLICATIONS

Challenges• Smart metering• Smart lighting• Smart parking• Smart agriculture• Industrial M2M• IoT edge nodes

Open MCU design support is available.

Smart Agriculture
Smart Factory
Smart Health

PRODUCT SPECIFICATIONS

Smart Mobility

BLOCK DIAGRAM• RF/BB chipset: SX1262• MCU chipset: STM32L0 series

Smart Home Appliances• Peripheral interfaces:

Smart Building• Radio certification:

Smart Infrastructure

Smart Security

CPU: Cortex M0+
RAM: 20KB
Flash: 192KB

UART/SPI/I2C/GPIOs/ADC
FCC, IC, CE

FEATURES• Compact and low cost
• Battery life
10 years• Low Range
10km• Pre-certified radio
regulatory approvals

868 & 915 MHz spectrum

Smart Cities • Application Guide• Module size: 10.0x8.0x1.60mm• Package: Shielded Resin Mold
• Frequencies: EU / US / India / Pacific• Operating temp: -40 to +85 °C• Supply voltage: 2.2V to 3.6V
• RF transmit power:+14dBm / +21.5dBm• RF sensitivity: -135dBm• Frequency band: 860MHz-930MHz

Contact us© Murata Manufacturing Co. Ltd. Ref: K4EU-1 • Apr 01 2022

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Modular
SolutionsµSD adapter

Wireless communications
M.2 boards
Our M.2 modules, co-developed by Embedded
Artists, are designed for evaluation, integrationand ease-of-use. These professionally designed
and proven M.2 modules provide easy evaluationof different Wi-Fi®/Bluetooth® solutions, lower
your risk and shorten your time to market.

Murata’s µSD-M2 adapter board offers an
out-of-the-box experience for NXP i.MX
with Murata’s M.2 module family. All
WLAN/BT- necessary signals are includedon M.2 connector pins (Key ‘E’) including:

FEATURES• Standard M.2 form factor• Reference-certified antennas& snap-off option• UFL connectors for antenna
or conducted testing• Comprehensive interface support
including SDIO, PCIe, UART, PCM,
and radio control lines

Contents
Overview• WLAN SDIO
• WLAN PCIe
• BT H4 UART
• BT PCM/I2S• GPIOs

Technological trends
Challenges

Smart Agriculture
Smart Factory
Smart Health
Smart Mobility

Type 1XA

Dual band
Wi-Fi®11a/b/g/n/ac
2x2 MIMO / RSDB
+ Bluetooth® 5.2 (PCIe)

Type 1XZ

Dual band
Wi-Fi® 11a/b/g/n/ac
2x2 MIMO / RSDB
+ Bluetooth® 5.2 (SDIO)

Type 1YM

Smart Home Appliances

Dual band
Wi-Fi® 11a/b/g/n/ac
2x2 MIMO+ Bluetooth® 5.2

Smart Security
Smart Building
Smart Infrastructure

Type 1DX

Wi-Fi® 11b/g/n+ Bluetooth® 5.1

Smart Cities • Application Guide

Type 1MW

Dual band
Wi-Fi® 11a/b/g/n/ac+ Bluetooth® 5.0

Type 1LVDual band
Wi-Fi® 11a/b/g/n/ac+ Bluetooth® 5.0

Contact us

Type 1ZM

Dual band
Wi-Fi® 11a/b/g/n/ac+ Bluetooth® 5.1© Murata Manufacturing Co. Ltd. Ref: K4EU-1 • Apr 01 2022

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SubscribeFully Modular
Systems
Wireless communications

Murata and Embedded Artists have developed
a full modular system which offers IoT designers
a quick, easy and cost-effective route toworld-class connectivity.

Easily evaluate different Wi-Fi/BT solutions– by just switching M.2 modules
Fast-to-market integration
Less regulatory burden
Use certified antennas
Re-use FCC certification

Contents
Overview
Technological trends

Development kits are available for use as
your evaluation/prototyping platform. The
kits include the hardware and software
components needed to get up-and-runningwith your software development on day 1.

Challenges

Smart Agriculture
Smart Factory
Smart Health
Smart Mobility
1. CHOOSE A COM/OEM BOARD

2. PLUG INTO COM CARRIER BOARD

3. PLUG IN YOUR CONNECTIVITY

4. START YOUR EVALUATION

Smart Home Appliances

Embedded Artists have developed asuite of COM computer-on-module(COM) units and OEM boards, integrating
all core components around a variety of
NXP processors and microcontrollers:

There are two types of carrier boards:
One for i.MXRT family boards (with aslot for the COM or OEM board) and
one which is suitable for the MPU COM
boards and offers...

Choose the Murata/Embedded Artists
M.2 connectivity module appropriate foryour application in terms of:• Pre-loaded software drivers• Comprehensive user manuals• Responsive support

Smart Security

•
•
•
•
•
•
•
•
•
•
•
•

• Support for i.MX8 designs• Support for M.2 Key E interface (typically
Wi-Fi®/BT), including advanced debug features developed in cooperation with Murata
and Cypress• Support for M.2 Key B interface(typically Cellular/SSD)• Support for USB 3.0

i.MX RT1062
i.MX RT1052
i.MX 8M Quad
i.MX 8M Mini uCOM
i.MX 8M Nano uCOM
i.MX 6Quad
i.MX 6DualLite
i.MX 6Ultralite
i.MX 6SoloX
i.MX 7Dual
i.MX 7Dual uCOM
i.MX 7ULP uCOM

Smart Cities • Application Guide

•
•
•
•
•
•

Smart Building

Performance
Power consumption
Range
Cost
Temperature range
Supported standards

Smart Infrastructure

Contact us© Murata Manufacturing Co. Ltd. Ref: K4EU-1 • Apr 01 2022

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A Wide Rangeof WirelessSoldered-down in major
development platforms

Communication Modules

Murata offers an extensive portfolio of wirelessmodules based on Cypress and NXP chipsets.
Modules with integrated MCUs are used in combination with Cypress WICED software. Wi-Fi® andBluetooth® capabilities are also incorporated andthe MCU can be used to run an application.
Other modules are radio-only and they can beused in combination with a MPU (Linux®) or MCU(RTOS).

Wireless communications
Modules with MCU
Type 1LD
Shielded ultra-small Wi-Fi
11b/g/n+Bluetooth 5.2 + MCU• Cypress CYW43438 chipset• STM32 (ARM Cortex-M4F) MCU

Contents

Many of Murata’s extensive range of wirelessmodules are designed into leading development
platforms. These include Linux®, FreeRTOS, etc.

Overview
Technological trends

Type 1GC

Challenges

Shielded ultra-small dual band
Wi-Fi 11a/b/g/n + Ethernet + MCU• Cypress CYW43907 chipset• Processor: ARM Cortex-R4

These modules cover a wide array of different
specifications - from single band Wi-Fi® 2.4GHz
to dual band Wi-Fi® 11ac 2.4GHz and 5GHz with
MIMO. Most of the options also include Bluetooth®.
With this variety of wireless modules Murata cancover a diverse breadth of applications - going all
the way from small connected gadgets or sensor
nodes to high data rate video streaming devices.

Smart Agriculture
Smart Factory
Smart HealthRadio-only modules
Type 1FX
Shielded ultra-small Wi-Fi 11b/g/n• Cypress CYW43364 chipset

Module with MCU
Type ABR
802.11 b/g/n WiFi
• NXP 88MW320 chipset• ARM Cortex-M4 200MHz

Radio-only modules
Type 1ZM
Wi-Fi 11 a/b/g/n/ac
Bluetooth 5.1• NXP 88W8987 chipset

Type 1DX
Shielded ultra-small Wi-Fi 11b/g/n+ Bluetooth 5.1• Cypress CYW4343W chipset• NXP i.MX

Smart Mobility

Arduino Portenta H7- i.MX 8M Mini EVK - Type 1MW- i.MX 8M Nano EVK - Type 1MW- i.MX 7ULP EVK - Type 1DX- i.MX RT Alexa Voice Board - Type 1DX

Smart Home Appliances
Smart Security• Cypress WICED- PSoC® 6 WiFi-BT Pioneer Board &- Prototyping Kit - Type 1DX/Type 1LV- CYW43907 Eval Kit - Type 1GC

Smart Building• ST Micro - Linux®

Smart Infrastructure- STM32MPI Discovery Kit - Type 1DX• Micropython- Arduino Portenta H7 - Type 1DX

Type 1LV
Shielded ultra-small dual band
Wi-Fi 11a/b/g/n/ac + Bluetooth 5.0• Cypress CYW43012 chipset

Contact us

Type 1MW
Shielded ultra-small dual band
Wi-Fi 11a/b/g/n/ac + Bluetooth 5.0• Cypress CYW43455 chipset

i.MX 8M Nano EVK

Smart Cities • Application Guide© Murata Manufacturing Co. Ltd. Ref: K4EU-1 • Apr 01 2022

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SubscribeCR Batteries

Smart Security
Batteries

Micro Batteries

Contents

Murata offers a wide range of primary micro
batteries with high performance and reliability,
taking advantage of 40+ years technology
development and manufacturing expertise.

Overview

Coin Manganese Dioxide
Lithium Batteries

FEATURES• 40+ years technology development
and manufacturing expertize.
• Acquisition of ISO 9001/14001
certification.
• Full automated assemblinglines with high productivity.

Technological trends• High voltage, high energy density

Challenges• Wide range; including
heat-resistant models

Smart Agriculture• ISO/TS16949 certified

Smart Factory
Smart Health
Smart Mobility

Lightweight, High Voltage
and High Energy Density
The battery voltage is 3V, almost
double that of normal alkaline ormanganese batteries.

Excellent discharge
characteristics
Voltage characteristics remain
stable even for a long period ofdischarge.

Excellent long-term reliability
Murata’s innovative sealing
technology minimize battery
self-discharge.

Smart Cities • Application Guide

Smart Home Appliances
Smart Security

Battery

Coin
Manganese
DioxideLithium(CR)

Type

NominalVoltage

Capacity

Operating
Temp.

Features

Standard

3.0V

30-1000mAh-30 to 70ºC

Lineup of 10 models from small size
and thin models to high capacity models

Extended Temp.

3.0V

220-2000mAh-40 to 85ºC

Good balance between wide operating
temperature and affordability

Heat resistant

3.0V

210-1000mAh-40 to 125ºC

Wide operating temperature

Smart Building
Smart Infrastructure

Contact us

High Drain

3.0V

200-500mAh-30 to +70ºC

High peak 50mA pulse (x2 times)
vs. Standard© Murata Manufacturing Co. Ltd. Ref: K4EU-1 • Apr 01 2022

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Contents

IoT solutions for smart buildings

Overview
Technological trends• As well as making homes smarter, there are huge opportunities
for greater automation within offices and residential buildings
too. This will help to reduce the operational expenses of theselocations, while curbing their energy consumption andminimizing their ecological impact.

Challenges

Smart Agriculture• Through data captured by wireless-enabled sensor devices,
there is the prospect for heating, climate control and security
functions to be attended to, plus energy control and occupancy
management. Lighting and heating can be switched off in areas
where there are no people present. Ventilation may be turned
up in areas where the temperature is high (due to intense
sunlight).

Smart Factory
Smart Health
Smart Mobility
Smart Home Appliances
Smart Security• Air quality management and occupancy gauging are becoming
increasingly important to facilities managers.

Smart Building• There is also a growing need for structural health monitoringof the buildings themselves - in order to make certain that there
are no safety risks and to better schedule essential maintenancework.

Smart Infrastructure• Murata is a key electronic component provider for smart
building implementations - with a product portfolio that
includes MEMS-based inertial sensors, PIR motion sensors
and infra-red CO2 sensors. These are complemented by awide array of different wireless modules and power solutions.

Smart Cities • Application Guide

Contact us© Murata Manufacturing Co. Ltd. Ref: K4EU-1 • Apr 01 2022

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High accuracy
MEMS sensor

Smart Building
Sensors

SCA3300
SCL3300

Contents

3D MEMS technology enables higher
performance at lower cost.

MURATA BENEFITS & ADVANTAGES:• Gyroscope performance:

Murata offers high performanceaccelerometers, inclinometers,
gyroscopes and combo sensors.
Gyroscope components and combined
sensors (including gyroscope andaccelerometer) are based on our
proven 3D MEMS technology and highly
integrated electronics.
Industrial gyroscopes offer a performancelevel that has typically been available
only for expensive module products.
All products are RoHS compatible andsuitable for lead-free reflow soldering.

- Bias stability- Low noise- Accuracy

Overview
Technological trends• Accelerometer performance:

Challenges- Low noise- Offset stability over temperature- Good performance in vibrating environment

Smart Agriculture
Smart Factory
Smart Health
Smart Mobility

INCLINOMETERS

Smart Home Appliances
Smart Security
Smart Building
Smart Infrastructure
FEATURESACCELEROMETERS & GYROS

Smart Cities • Application Guide• Robust MEMS technology• Field proven reliability & high performance in demanding applications• Good offset stability over temperature and time
• High accuracy in demanding applications(eg, high temperature variation, high vibration environment, etc.)• Excellent mechanical shock endurance• Can withstand high impact/dropping© Murata Manufacturing Co. Ltd. Ref: K4EU-1 • Apr 01 2022

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SubscribePyroelectric
infrared sensor

Smart Buildings
Sensors

IRA-S200ST01A01
Ø = 9.2mm

Contents

Extra high sensitivity, lead-type
pyroelectric infrared sensor
Our newly developed low-cost,high-sensitivity, high-RFI (Radio
Frequency Immunity) and high-WLI (WhiteLight Immunity) characteristic lead-type
infrared sensor.
The IRA-S series has an improved RFI
characteristic for the security market tocomply with EN regulation for detectionlevels, such as peripheral circuitry. Its highsensitivity and high reliability make a great
contribution to ergonomics and energy
conservation for a wide range of appliances.

Overview
Technological trends
Challenges

Smart Agriculture
Smart Factory
Smart Health

FEATURES

PRODUCT SPECIFICATIONS• Excellent immunity characteristic
to electromagnetic waves• Easy human movement detection• Wide detection area using lens

• Type: Dual
• Part number: IRA-S200ST01A01• Sensitivity (500K, 1Hz, mVp-p): 4.6• Dimensions (mm): ø9.2x4.7

LIGHTING
CONTROL

Smart Mobility
Smart Home Appliances

PIR Sensor

Smart Security
Smart Building• Type: Serial quad
• Part number: IRA-S400ST01A01• Sensitivity (500K, 1Hz, mVp-p): 7.0• Dimensions (mm): ø9.2x4.7

Smart Infrastructure• Benefits- New and cost effective model- High RFI (Radio Frequency Immunity)- For security, automatic ECO switch fordisplay and other applianceContact us

Smart Cities • Application Guide© Murata Manufacturing Co. Ltd. Ref: K4EU-1 • Apr 01 2022

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NDIR CO2
sensorSmart Buildings
Sensors

IMG-CA0014-00
67 x 92 x 20mm

Long-term stability using
auto-calibration
Murata’s CO2 sensor is a product that exhibits
long-term stability and high measurement
accuracy. Its maintainability is improved
through an automatic calibration featureincorporated. This is based on a uniquecalibration curve algorithm and a dual
wavelength non-dispersive infrared(NDIR) system. One wavelength is formeasurement and the other for reference.

Contents

PRODUCT SPECIFICATIONSFEATURES• Low influence of other gases
by NDIR principle• Excellent temperature
characteristics and high accuracy• Excellent long-term stability
and high reliability by automatic
calibration• Operating temperature: 0 to 50 °C• Storage temperature: -20 to 50 °C• Measurement range:
0 to 2000ppm, 0 to 3000ppm• Accuracy:± (50ppm+5% of reading)Typ. ± (30ppm+2.5% of reading)• Long-term stability (drift):±50ppm/Year @ 1000ppm• Power input: AC/DC 24V, DC12V• Peak power consumption:
Avg. 0.5W/Max. 2.0W
• Output interface: Analog 0 to 5V• Measurement interval: 5s• Dimensions: 67x92x20mm

Overview
Technological trends
Challenges

Smart Agriculture
Smart Factory
Smart Health
Smart Mobility
Smart Home Appliances
Smart Security
Smart Building
Smart Infrastructure

Contact us

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Wi-FiSmart Module®

Smart Building
Connectivity

Type 1LD

Wireless communications

Contents

Type 1LD
Murata is market leader in Wi-Fi® modules forembedded systems, providing superior quality,
elevated performance modules for high volume production.

Overview

Murata’s wireless modules will streamline yourassembly operations, thus significantly reducing
customer’s design time. Additionally, we offer
a variety of low-power products for sensor
networks.

APPLICATIONSTechnological trends• Home and building automation

Challenges• Energy management system (EMS)• Simple sensor network• Home security• Healthcare & fitness

Smart Agriculture- Lighting control- Heating, Ventilation, Air-conditioning

Smart Factory
Smart Health

PRODUCT SPECIFICATIONS

Smart Mobility

BLOCK DIAGRAM• Chipset:

Smart Home Appliances- Infineon (CYW43438)+ STM32 (ARM Cortex-M4F)

Smart Security• Size: 8.9 x 7.8 x 1.2 mm

Smart Building• Peripheral Interface:

Smart Infrastructure

GPIO/SPI/UART/I2C/ADC/PWM• Operating Temperature:
FEATURES• Highly integrated• FCC/IC/CE/TELEC compliant• Shielded Ultra Small Wi-Fi® 11b/g/n+ Bluetooth® 5.2 + MCU Module

Smart Cities • Application Guide-40°C to 85°C

• Package: Shielded Resin

Feature rich software hosted on module802.11 b/g/n 65Mbps, Wi-fi® Stack runs
inside, 1MB Flash, 256KB RAM
Infineon WICED, SPP on Bluetooth® and
GATT on Bluetooth® LE are supported by
WICED Qualified for AWS IoT Core devices

Contact us© Murata Manufacturing Co. Ltd. Ref: K4EU-1 • Apr 01 2022

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SubscribeBluetooth
Low Energy
Module®

Smart Building
Connectivity

Type MBN52832

Contents

Wireless communications
Overview

Type MBN52832

Technological trends

BLE is an ultra-low power communication
technology that enables several years ofoperation off a button battery. Widespread
adoption is being seen in fields like healthmanagement, fitness and home networks.
BLE has also been adopted as a communication
method by the Continua Health Alliance, anon-profit organization of healthcare andtechnology companies.

Challenges

APPLICATIONS• Proximity services• Building automation• Medical/healthcare• Bluetooth beacons

Smart Agriculture
Smart Factory
Smart Health

FEATURES• Powerful MCU core with large RAM
and flash for user application- ARM Cortex M4; 64K RAM; 512K flash• Low power consumption- Tx 7mA @ 3.5dBm (DCDC mode)- Rx 6mA (DCDC mode)• Rich peripheral interface-20 GPIO ports• Very small size: 7.4x7.0x0.9mm (max.)• Fully certified- FCC (US), IC (Canada), ETSI (EU), TELEC (Japan)- BT SIG Certificate• Support both on-board andexternal antenna version- On-board PCB pattern antenna- External patch antenna- External dipole antenna

PRODUCT SPECIFICATIONSBLOCK DIAGRAM
BLE/ANT
Antenna• Chipset: nRF52832 Bluetooth® LE IC• Dimension: 7.4x7.0x0.9mm• Package: LGA• Antenna: on-board or external• Max output power: +4dBm (LDO mode)• Interfaces:

UART, SPI, 20 GPIO, 5ADC, SWD, PWM, I2C• Operating voltage: 1.7V to 3.6V

• Operating temperature range:

Smart Mobility

NFC
Antenna(Optional)

32MHz
X’tal

Smart Home Appliances
Smart Security

To externalor on-board
antenna

Smart Building

VCC
SPI
UART
SWD
GPIO/AIO

NordicnRF52832
Matching
circuit

Smart Infrastructure-40 to 85°C

• OTA firmware upgrade• RoHS compliant• Regulatory certificate:
FCC/IC/ETSI/TELEC• Bluetooth® SIG qualification

32KHz X’tal(for ANT only optional)

BLE
Matching
Antennacircuit X’tal

Inductor for DC/DC(Optional)

nRF52832

Partiallyshieldedresin moldContact us• Bluetooth® 5.0

PWB substrate

Smart Cities • Application Guide© Murata Manufacturing Co. Ltd. Ref: K4EU-1 • Apr 01 2022

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UWB Modules

Smart Building
Connectivity

Wireless communications

Contents

Ultra-wideband (UWB) technology provides
a highly effective means for providing secure
and precise distance measurement. This isbased on determining the time-of-flight (ToF)of radio waves. Murata offers an extensive
portfolio of UWB modules.

Overview
Technological trends

FEATURES

Challenges• Ultra-small dimensions• High quality• Lower power consumption

Smart Agriculture
Smart Factory

APPLICATIONS

Smart Health• Indoor navigation• Smart retail/point-of-sales• Smart building• Smart locks• Tags/tracking• Contactless presence detection

Smart Mobility
TYPE 2BP

TYPE 2DKTYPE 2AB

Smart Home Appliances• Ultra small UWB module which includes NXP’s SR150 UWB chipset,clock, filters and peripheral components.
• 3 Antenna support (3D AoA or 2D
AoA support)• All-in-one UWB + Bluetooth LE combo module which integrates NXP Trimension™ SR040 UWB Chipset, NXP
QN9090 Bluetooth LE + MCU chipset,
On board antenna and peripheral components.
• Ideally suited for UWB Tag/Tracker
which operates by coin-cell battery, andgeneral IoT devices.

• UWB Chip set : Qorvo DW3110/3120• FCC/IC/TELEC Reference Certified(Planed)• Hostless module Integrated Nordic IC/ nRF52840
which also have Blutooth Low Energyfunction for waking up UWB and updating FW.
• Integrated 3-Axis sensor for saving
battery• Reference clock for UWB and MCU areembedded

Smart Security• UWB Chip set: NXP Trimension SR150• Antenna: External• UWB Chip set: NXP Trimension™ SR040• Antenna: Integrated

Smart Building
Smart Infrastructure

Contact us• UWB Chip set: Qorvo DW3110/3120• Antenna: External

Smart Cities • Application Guide© Murata Manufacturing Co. Ltd. Ref: K4EU-1 • Apr 01 2022

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LPWA
ModulesSmart Building
Connectivity

Type 1SC
LBAD0XX1SC

Wireless communications

Contents

Low power wide area (LPWA) networks provide
a power efficient wireless communication
technology for interconnecting devices
together over a long range. LPWA is mostsuitable for applications such as IoT andmachine-to-machine (M2M) communication,
as well as various other situations where lower
cost and lower power consumption are required.
To respond to customers’ needs, Murata hasformed strategic partnerships with market
leaders, and is accelerating the developmentof products using this highly appealing emerging
technology.

Type 1SCThe Type 1SC (LBAD00XX1SC) module is theworld’s smallest Cat. M1/NB-IoT module with
global certification. It supports GPS/GNSS,
OpenMCU, Integrated SIM.
Murata has partnered with Truphone, making
MVNO network communications possible
through the use of eSIM.

FEATURES• Small size

Size attractive to wearables that previously
had no means of cellular connectivity• Standardized

Through PTCRB/GCF certification improved
global interoperability with global wirelessnetworks operators for IoT applications• Low power

Protocol designed specifically for low
current consumption extending battery
lifetime up to 10+ years

Smart Cities • Application Guide

Overview

PRODUCT SPECIFICATIONSAPPLICATIONSTechnological trends• Smart metering• Smart parking• Home security/home automation• Vehicle fleet management• Wearables/trackers• Industrial M2M communication• IoT edge nodes

Challenges

Smart Agriculture
Smart Factory• Support LTE Band:••

Low Bands 5,8,12,13,14 (CAT M1 Only),
17,18,19,20,26,28 - Mid Bands 1,2,3,4,25
Chipset: Altair ALT1250
Modulation: LTE Cat.M1/NB-IoT Release
13 (*Release 14 – SW Upgrade)
Antenna: External
Type Package: Resin Mold
Dimension: 11.1 x 11.4 x 1.5 mm (max)Transmit Power: +23dBm max

Smart Health
Smart Mobility

BLOCK DIAGRAM

Smart Home Appliances••••• Sleep Mode Current:

Smart Security
Smart Building

eDRX Current Consumption (avg)/LTE-M: 43 uA
PSM Current Consumption (avg)/LTE-M: 1.4 uA• RoHS: Yes• Software Features: AT commands,
IPv4/IPv6 stack with TCP and UDP protocol,
SSL/TLS, MQTT, OpenMCU(Optional), GPS/GLONASS(Optional), iUICC(Optional)

Smart Infrastructure• Certified:

FCC/IC/RED/TELEC/KC/NCC GCF/PTCRB• Certified Carrier:Contact us

AT&T, KT, SKT, Pelion, Deutsch Telekom,
Vodafone, Softbank, KDDI, Docomo,
Soracom, Truphone© Murata Manufacturing Co. Ltd. Ref: K4EU-1 • Apr 01 2022

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LPWA
ModulesSmart Building
Connectivity

Type 1SJLBAA0QB1SJ

Wireless communications

Contents

Type 1SJThe Type 1SJ (LBAA0QB1SJ) module is oneof the smallest LoRaWAN™ modules in theindustry.

Overview

This module has a lower power consumption
and higher output than previous products.
Radio Law certification has already beenobtained for major regions.

Technological trends

APPLICATIONS

Challenges• Smart metering• Smart lighting• Smart parking• Smart agriculture• Industrial M2M• IoT edge nodes

Open MCU design support is available.

Smart Agriculture
Smart Factory
Smart Health

PRODUCT SPECIFICATIONS

Smart Mobility

BLOCK DIAGRAM• RF/BB chipset: SX1262• MCU chipset: STM32L0 series

Smart Home Appliances

CPU: Cortex M0+
RAM: 20KB
Flash: 192KB

Smart Security• Peripheral interfaces:

Smart Building• Radio certification:

Smart Infrastructure

UART/SPI/I2C/GPIOs/ADC
FCC, IC, CE

FEATURES• Compact and low cost
• Battery life
10 years• Low Range
10km• Pre-certified radio
regulatory approvals

868 & 915 MHz spectrum

Smart Cities • Application Guide• Module size: 10.0x8.0x1.60mm• Package: Shielded Resin Mold
• Frequencies: EU / US / India / Pacific• Operating temp: -40 to +85 °C• Supply voltage: 2.2V to 3.6V
• RF transmit power:+14dBm / +21.5dBm• RF sensitivity: -135dBm• Frequency band: 860MHz-930MHz

Contact us© Murata Manufacturing Co. Ltd. Ref: K4EU-1 • Apr 01 2022

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Modular
SolutionsµSD adapter

Wireless communications
M.2 boards
Our M.2 modules, co-developed by Embedded
Artists, are designed for evaluation, integrationand ease-of-use. These professionally designed
and proven M.2 modules provide easy evaluationof different Wi-Fi®/Bluetooth® solutions, lower
your risk and shorten your time to market.

Murata’s µSD-M2 adapter board offers an
out-of-the-box experience for NXP i.MX
with Murata’s M.2 module family. All
WLAN/BT- necessary signals are includedon M.2 connector pins (Key ‘E’) including:

FEATURES• Standard M.2 form factor• Reference-certified antennas& snap-off option• UFL connectors for antenna
or conducted testing• Comprehensive interface support
including SDIO, PCIe, UART, PCM,
and radio control lines

Contents
Overview• WLAN SDIO
• WLAN PCIe
• BT H4 UART
• BT PCM/I2S• GPIOs

Technological trends
Challenges

Smart Agriculture
Smart Factory
Smart Health
Smart Mobility

Type 1XA

Dual band
Wi-Fi®11a/b/g/n/ac
2x2 MIMO / RSDB
+ Bluetooth® 5.2 (PCIe)

Type 1XZ

Dual band
Wi-Fi® 11a/b/g/n/ac
2x2 MIMO / RSDB
+ Bluetooth® 5.2 (SDIO)

Type 1YM

Smart Home Appliances

Dual band
Wi-Fi® 11a/b/g/n/ac
2x2 MIMO+ Bluetooth® 5.2

Smart Security
Smart Building
Smart Infrastructure

Type 1DX

Wi-Fi® 11b/g/n+ Bluetooth® 5.1

Smart Cities • Application Guide

Type 1MW

Dual band
Wi-Fi® 11a/b/g/n/ac+ Bluetooth® 5.0

Type 1LVDual band
Wi-Fi® 11a/b/g/n/ac+ Bluetooth® 5.0

Contact us

Type 1ZM

Dual band
Wi-Fi® 11a/b/g/n/ac+ Bluetooth® 5.1© Murata Manufacturing Co. Ltd. Ref: K4EU-1 • Apr 01 2022

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SubscribeFully Modular
Systems
Wireless communications

Murata and Embedded Artists have developed
a full modular system which offers IoT designers
a quick, easy and cost-effective route toworld-class connectivity.

Easily evaluate different Wi-Fi/BT solutions– by just switching M.2 modules
Fast-to-market integration
Less regulatory burden
Use certified antennas
Re-use FCC certification

Contents
Overview
Technological trends

Development kits are available for use as
your evaluation/prototyping platform. The
kits include the hardware and software
components needed to get up-and-runningwith your software development on day 1.

Challenges

Smart Agriculture
Smart Factory
Smart Health
Smart Mobility
1. CHOOSE A COM/OEM BOARD

2. PLUG INTO COM CARRIER BOARD

3. PLUG IN YOUR CONNECTIVITY

4. START YOUR EVALUATION

Smart Home Appliances

Embedded Artists have developed asuite of COM computer-on-module(COM) units and OEM boards, integrating
all core components around a variety of
NXP processors and microcontrollers:

There are two types of carrier boards:
One for i.MXRT family boards (with aslot for the COM or OEM board) and
one which is suitable for the MPU COM
boards and offers...

Choose the Murata/Embedded Artists
M.2 connectivity module appropriate foryour application in terms of:• Pre-loaded software drivers• Comprehensive user manuals• Responsive support

Smart Security

•
•
•
•
•
•
•
•
•
•
•
•

• Support for i.MX8 designs• Support for M.2 Key E interface (typically
Wi-Fi®/BT), including advanced debug features developed in cooperation with Murata
and Cypress• Support for M.2 Key B interface(typically Cellular/SSD)• Support for USB 3.0

i.MX RT1062
i.MX RT1052
i.MX 8M Quad
i.MX 8M Mini uCOM
i.MX 8M Nano uCOM
i.MX 6Quad
i.MX 6DualLite
i.MX 6Ultralite
i.MX 6SoloX
i.MX 7Dual
i.MX 7Dual uCOM
i.MX 7ULP uCOM

Smart Cities • Application Guide

•
•
•
•
•
•

Smart Building

Performance
Power consumption
Range
Cost
Temperature range
Supported standards

Smart Infrastructure

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A Wide Rangeof WirelessSoldered-down in major
development platforms

Communication Modules

Murata offers an extensive portfolio of wirelessmodules based on Cypress and NXP chipsets.
Modules with integrated MCUs are used in combination with Cypress WICED software. Wi-Fi® andBluetooth® capabilities are also incorporated andthe MCU can be used to run an application.
Other modules are radio-only and they can beused in combination with a MPU (Linux®) or MCU(RTOS).

Wireless communications
Modules with MCU
Type 1LD
Shielded ultra-small Wi-Fi
11b/g/n+Bluetooth 5.2 + MCU• Cypress CYW43438 chipset• STM32 (ARM Cortex-M4F) MCU

Contents

Many of Murata’s extensive range of wirelessmodules are designed into leading development
platforms. These include Linux®, FreeRTOS, etc.

Overview
Technological trends

Type 1GC

Challenges

Shielded ultra-small dual band
Wi-Fi 11a/b/g/n + Ethernet + MCU• Cypress CYW43907 chipset• Processor: ARM Cortex-R4

These modules cover a wide array of different
specifications - from single band Wi-Fi® 2.4GHz
to dual band Wi-Fi® 11ac 2.4GHz and 5GHz with
MIMO. Most of the options also include Bluetooth®.
With this variety of wireless modules Murata cancover a diverse breadth of applications - going all
the way from small connected gadgets or sensor
nodes to high data rate video streaming devices.

Smart Agriculture
Smart Factory
Smart HealthRadio-only modules
Type 1FX
Shielded ultra-small Wi-Fi 11b/g/n• Cypress CYW43364 chipset

Module with MCU
Type ABR
802.11 b/g/n WiFi
• NXP 88MW320 chipset• ARM Cortex-M4 200MHz

Radio-only modules
Type 1ZM
Wi-Fi 11 a/b/g/n/ac
Bluetooth 5.1• NXP 88W8987 chipset

Type 1DX
Shielded ultra-small Wi-Fi 11b/g/n+ Bluetooth 5.1• Cypress CYW4343W chipset• NXP i.MX

Smart Mobility

Arduino Portenta H7- i.MX 8M Mini EVK - Type 1MW- i.MX 8M Nano EVK - Type 1MW- i.MX 7ULP EVK - Type 1DX- i.MX RT Alexa Voice Board - Type 1DX

Smart Home Appliances
Smart Security• Cypress WICED- PSoC® 6 WiFi-BT Pioneer Board &- Prototyping Kit - Type 1DX/Type 1LV- CYW43907 Eval Kit - Type 1GC

Smart Building• ST Micro - Linux®

Smart Infrastructure- STM32MPI Discovery Kit - Type 1DX• Micropython- Arduino Portenta H7 - Type 1DX

Type 1LV
Shielded ultra-small dual band
Wi-Fi 11a/b/g/n/ac + Bluetooth 5.0• Cypress CYW43012 chipset

Contact us

Type 1MW
Shielded ultra-small dual band
Wi-Fi 11a/b/g/n/ac + Bluetooth 5.0• Cypress CYW43455 chipset

i.MX 8M Nano EVK

Smart Cities • Application Guide© Murata Manufacturing Co. Ltd. Ref: K4EU-1 • Apr 01 2022

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Contents

Maximizing the efficiency of energy usage

Overview
Technological trends• Smart metering is now an essential element of modern

Challenges

commercial and residential buildings. Through it, utility bills canbe kept in check and significant environmental benefits realized.
• Research published by Wood Mackenzie Power & Renewables
states that yearly investment in advanced metering infrastructure
is continuing to rise. It will surpass $127 billion by 2025, with close
to 1.3 billion smart meters in operation globally by that time.

Smart Agriculture
Smart Factory
Smart Health• Smart grid networks require streams of constantly updated
data. By leveraging bi-directional communication, supply can becorrectly matched with demand.

Smart Mobility
Smart Home Appliances• Wireless hardware based on cellular IoT protocols (Cat-M1
and NB-IoT) is proving extremely popular in a smart grid context.
It allows reasonable amounts of data to be transferred at very
low power, while also being simple to implement (as supporting
gateway infrastructure does not have to be put in place).

Smart Security
Smart Building
Smart Infrastructure• Murata magnetic sensors are being widely deployed formeasuring gas flow and water flow. Alongside these, there
are the low power wireless modules for carrying the datarequired by smart grids, plus the batteries and DC-DC
converters for powering this hardware.
Contact us

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AMR magnetic
sensorSmart Infrastructure
Sensors

MRUS74S
1.5 mm x 1.8mm

Contents

Design flexibility, narrower sensitivity
range and higher reliability
The AMR series consists of sensors
that include an IC to detect changes
in the magnetic resistance of a magneto
resistive element that is effected by an
external magnetic field. This is achieved
from a ferromagnetic NiFe alloy thin filmthat is deposited over the IC circuit. We
offer more than 30 models that support a
broad range of applications backed by ourexperienced design consulting service.

FLOW METERING BYROTATION DETECTION• Applications:- Flow metering for industrial equipment

Smart Agriculture- Position, proximity detection- High-speed rotation detection forindustrial equipment

Smart Health

Smart Factory• Part number: MRMS541E• Sensitivity (mT): 0.9 to 2.7• Dimensions (mm): 1.45x1.45x0.55• Features:

Smart Home Appliances• Applications:

Smart Infrastructure

Smart Security
Smart Building- Typ. 1kHz (min.)- Built-in temp. compensation circuit- Std. performance, compact package- Position, proximity detection- High-speed rotation detection forindustrial equipment• Applications:- Std. open-close, position detection- Low-speed rotation detectionMagnet

MagnetSensorMagnetMagnetMagnetSensorMagnet Sensor

water

MagnetburnerMagnetMagnetAir

SensorMagnetwater

Water meter- High accuracy, high-speed detection(Typ. 500Hz (min.))- Built-in temp. compensation circuit- Low voltage, low power operation

Smart Mobility• Part number: MRMS20 series• Sensitivity (mT): 0.5 to 2.5• Dimensions (mm): 2.9x2.8x1.1• Features:

water

Challenges• Applications:- High voltage operation (3.5 to 30V)
- High speed detection (Typ. 5kHz)- Built-in voltage regulator

OPEN-CLOSE
DETECTION• Excellent immunity characteristic
to electromagnetic waves• Easy human movement detection• Wide detection area using lensTechnological trends• Part number: MRMS543E• Sensitivity (mT): 0.5 to 3.1• Dimensions (mm): 1.45x1.45x0.55• Features:• Part number: MRSS29DR-001• Sensitivity (mT): 1.2 to 3.2• Dimensions (mm): 2.9x2.8x1.1• Features:

FEATURES

Overview

CYLINDER CONTROLBY POSITION DETECTION

burnerwater
SensorCold Gas Hot
water
water

WaterSensor
boilerMagnetSensorSensorAirburnerwater
Cold Gas Hot
water
water

MagnetContact us

SensorSensorAir

Sensor
Cylinderwater control

SensorCold Gas Hot
water
water

Smart Cities • Application Guide© Murata Manufacturing Co. Ltd. Ref: K4EU-1 • Apr 01 2022

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NDIR CO2
sensorSmart Infrastructure
Sensors

IMG-CA0014-00
67 x 92 x 20mm

Long-term stability using
auto-calibration
Murata’s CO2 sensor is a product that exhibits
long-term stability and high measurement
accuracy. Its maintainability is improved
through an automatic calibration featureincorporated. This is based on a uniquecalibration curve algorithm and a dual
wavelength non-dispersive infrared(NDIR) system. One wavelength is formeasurement and the other for reference.

Contents

PRODUCT SPECIFICATIONSFEATURES• Low influence of other gases
by NDIR principle• Excellent temperature
characteristics and high accuracy• Excellent long-term stability
and high reliability by automatic
calibration• Operating temperature: 0 to 50 °C• Storage temperature: -20 to 50 °C• Measurement range:
0 to 2000ppm, 0 to 3000ppm• Accuracy:± (50ppm+5% of reading)Typ. ± (30ppm+2.5% of reading)• Long-term stability (drift):±50ppm/Year @ 1000ppm• Power input: AC/DC 24V, DC12V• Peak power consumption:
Avg. 0.5W/Max. 2.0W
• Output interface: Analog 0 to 5V• Measurement interval: 5s• Dimensions: 67x92x20mm

Overview
Technological trends
Challenges

Smart Agriculture
Smart Factory
Smart Health
Smart Mobility
Smart Home Appliances
Smart Security
Smart Building
Smart Infrastructure

Contact us

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MonoBK and UltraBK
TM

TM

Smart Infrastructure
Power Solutions

Line-up | Small POL DC-DC converter
Single output

8.0

MonoBKTM for FPGA

Input Voltage [V]

48.0

42.0

MYSGK02506BRSR

Under devlopment

Contents

5.0

Under devlopment

MYMGC1R83BFPF2RVMYMGC0R88RFLF2RV

MYMGC3R32EFPF2RB

MYWGC3R53FFW92RAE

11.9x15.0x2.4max
Vin=3.3 - 5.5V
Vo1=0.85V/3.2A,
Vo2=0.85V/0.5A,
Vo3=1.2V/0.5A
Vo4=1.8V/1.5A

11.9x15.0x2.4max
Vin=3.3 - 5.5V
Vo=0.85V
Io=8A

11.9x15.0x2.4max
Vin=4.5 - 5.5V
Vo1=1.2V/2.5A
Vo2=1.8V/1.0A,
Vo3=3.3V/2.0A
Vo4=2.5V/1.5A

11.9x15.0x2.4max
Vin=4.5 - 5.5V
Vo1=1.2V/2.5A
Vo2=1.8V/1.0A,
Vo3=3.3V/2.0A
Vo4=2.5V/1.5A

4CH OUTPUT

4CH OUTPUT

4CH OUTPUT

Overview
Technological trends
Challenges

MYMGA5R04RELA5RA
9.0x10.5x5.5max.
Vin=8.0 - 28.0V
Vo=3.3 - 5V
Io=3.5A

14.7x16.3x7.5max.
Vin=13.5 - 42.0V
Vo=5 - 25V
Io=6A

125degC

Smart Agriculture

3.3

5

10

15

Smart Factory20

Output Current [W]
17.0
15.0

Smart Health

MYLSM00502ERPLMYMGK00504ERSR

Input Voltage [V]7.9x7.9x2.3max
Vin=4.5 - 17.0V
Vo=1 - 5.25V
Io=2.5A

7.5x9.0x5.0max
Vin=8.0 - 15.0V
Vo=0.7 - 5V
Io=4A

MYTNA1R84RELA2RA

MYMGK00506ERSR
7.5x9.0x5.0max
Vin=8.0 - 15.0V
Vo=0.7 - 5V
Io=6A

105degC

MYTNC1R84RELA2RA
10.5x9.0x2.1max
Vin=6.0 – 14.4V
Vo=0.7 – 1.8V
Io=4A

MYTNA1R86RELA2RA

105degC

MYTNC1R86RELA2RA
10.5x9.0x2.1max
Vin=6.0 – 14.4V
Vo=0.7 – 1.8V
Io=6A

105degC
12C

MYMGK1R812ERSR

MYMGM1R816ELA5RA

MYMGK1R812ERSR-H

9.0x10.5x5.0max
Vin=7.5 - 15.0V
Vo=0.7 - 1.8V
Io=16A

9.0x10.5x5.6max
Vin=8.0 - 15.0V
Vo=0.7 - 1.8V
Io=12A

105degC

105degCMYMGK1R820ERSR

MYMGM1R824ELA5RA

MYMGK1R820ERSR-H

9.0x10.5x5.0max
Vin=7.5 - 15.0V
Vo=0.7 - 1.8V
Io=24A

PMBus

9.0x10.5x5.6max
Vin=8.0 - 15.0V
Vo=0.7 - 1.8V
Io=20A

105degCMYSGK4R030ERSR
11.0x14.0x8.3max
Vin=4.5 - 15.0V
Vo=0.7 – 4V
Io=30A

105degC
PMBus

Smart Mobility

105degC

Smart Home Appliances

105degC

Smart Security

12C

Smart Building

8.0

MYMGK1R804FRSRMYMGK1R806FRSR

7.5x9.0x5.0max
Vin=4.5 - 8.0V
Vo=0.7 - 1.8V
Io=4A

MYMGK1R812FRSR

Smart Infrastructure

MYMGK1R820FRSR
105degC

7.5x9.0x5.0max
Vin=4.5 - 8.0V
Vo=0.7 - 1.8V
Io=6A

MYMGK1R812FRSR-H

MYMGK1R820FRSR-H

9.0x10.5x5.6max
Vin=4.5 - 8.0V
Vo=0.7 - 1.8V
Io=12A

9.0x10.5x5.6max
Vin=4.5 - 8.0V
Vo=0.7 - 1.8V
Io=20A

105degC

105degC

5.0

Contact us
4.5

2.5

4.0

6.0

12

16

20

24

30

Output Current [A]Smart Cities • Application Guide© Murata Manufacturing Co. Ltd. Ref: K4EU-1 • Apr 01 2022

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Wi-FiSmart Module®

Smart Infrastructure
Connectivity

Type 1LD

Wireless communications

Contents

Type 1LD
Murata is market leader in Wi-Fi® modules forembedded systems, providing superior quality,
elevated performance modules for high volume production.

Overview

Murata’s wireless modules will streamline yourassembly operations, thus significantly reducing
customer’s design time. Additionally, we offer
a variety of low-power products for sensor
networks.

APPLICATIONSTechnological trends• Home and building automation

Challenges• Energy management system (EMS)• Simple sensor network• Home security• Healthcare & fitness

Smart Agriculture- Lighting control- Heating, Ventilation, Air-conditioning

Smart Factory
Smart Health

PRODUCT SPECIFICATIONS

Smart Mobility

BLOCK DIAGRAM• Chipset:

Smart Home Appliances- Infineon (CYW43438)+ STM32 (ARM Cortex-M4F)

Smart Security• Size: 8.9 x 7.8 x 1.2 mm

Smart Building• Peripheral Interface:

Smart Infrastructure

GPIO/SPI/UART/I2C/ADC/PWM• Operating Temperature:
FEATURES• Highly integrated• FCC/IC/CE/TELEC compliant• Shielded Ultra Small Wi-Fi® 11b/g/n+ Bluetooth® 5.2 + MCU Module

Smart Cities • Application Guide-40°C to 85°C

• Package: Shielded Resin

Feature rich software hosted on module802.11 b/g/n 65Mbps, Wi-fi® Stack runs
inside, 1MB Flash, 256KB RAM
Infineon WICED, SPP on Bluetooth® and
GATT on Bluetooth® LE are supported by
WICED Qualified for AWS IoT Core devices

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SubscribeBluetooth
Low Energy
Module®

Smart Infrastructure
Connectivity

Type MBN52832

Contents

Wireless communications
Overview

Type MBN52832

Technological trends

BLE is an ultra-low power communication
technology that enables several years ofoperation off a button battery. Widespread
adoption is being seen in fields like healthmanagement, fitness and home networks.
BLE has also been adopted as a communication
method by the Continua Health Alliance, anon-profit organization of healthcare andtechnology companies.

Challenges

APPLICATIONS• Proximity services• Building automation• Medical/healthcare• Bluetooth beacons

Smart Agriculture
Smart Factory
Smart Health

FEATURES• Powerful MCU core with large RAM
and flash for user application- ARM Cortex M4; 64K RAM; 512K flash• Low power consumption- Tx 7mA @ 3.5dBm (DCDC mode)- Rx 6mA (DCDC mode)• Rich peripheral interface-20 GPIO ports• Very small size: 7.4x7.0x0.9mm (max.)• Fully certified- FCC (US), IC (Canada), ETSI (EU), TELEC (Japan)- BT SIG Certificate• Support both on-board andexternal antenna version- On-board PCB pattern antenna- External patch antenna- External dipole antenna

PRODUCT SPECIFICATIONSBLOCK DIAGRAM
BLE/ANT
Antenna• Chipset: nRF52832 Bluetooth® LE IC• Dimension: 7.4x7.0x0.9mm• Package: LGA• Antenna: on-board or external• Max output power: +4dBm (LDO mode)• Interfaces:

UART, SPI, 20 GPIO, 5ADC, SWD, PWM, I2C• Operating voltage: 1.7V to 3.6V

• Operating temperature range:

Smart Mobility

NFC
Antenna(Optional)

32MHz
X’tal

Smart Home Appliances
Smart Security

To externalor on-board
antenna

Smart Building

VCC
SPI
UART
SWD
GPIO/AIO

NordicnRF52832
Matching
circuit

Smart Infrastructure-40 to 85°C

• OTA firmware upgrade• RoHS compliant• Regulatory certificate:
FCC/IC/ETSI/TELEC• Bluetooth® SIG qualification

32KHz X’tal(for ANT only optional)

BLE
Matching
Antennacircuit X’tal

Inductor for DC/DC(Optional)

nRF52832

Partiallyshieldedresin moldContact us• Bluetooth® 5.0

PWB substrate

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UWB Modules

Smart Infrastructure
Connectivity

Wireless communications

Contents

Ultra-wideband (UWB) technology provides
a highly effective means for providing secure
and precise distance measurement. This isbased on determining the time-of-flight (ToF)of radio waves. Murata offers an extensive
portfolio of UWB modules.

Overview
Technological trends

FEATURES

Challenges• Ultra-small dimensions• High quality• Lower power consumption

Smart Agriculture
Smart Factory

APPLICATIONS

Smart Health• Indoor navigation• Smart retail/point-of-sales• Smart building• Smart locks• Tags/tracking• Contactless presence detection

Smart Mobility
TYPE 2BP

TYPE 2DKTYPE 2AB

Smart Home Appliances• Ultra small UWB module which includes NXP’s SR150 UWB chipset,clock, filters and peripheral components.
• 3 Antenna support (3D AoA or 2D
AoA support)• All-in-one UWB + Bluetooth LE combo module which integrates NXP Trimension™ SR040 UWB Chipset, NXP
QN9090 Bluetooth LE + MCU chipset,
On board antenna and peripheral components.
• Ideally suited for UWB Tag/Tracker
which operates by coin-cell battery, andgeneral IoT devices.

• UWB Chip set : Qorvo DW3110/3120• FCC/IC/TELEC Reference Certified(Planed)• Hostless module Integrated Nordic IC/ nRF52840
which also have Blutooth Low Energyfunction for waking up UWB and updating FW.
• Integrated 3-Axis sensor for saving
battery• Reference clock for UWB and MCU areembedded

Smart Security• UWB Chip set: NXP Trimension SR150• Antenna: External• UWB Chip set: NXP Trimension™ SR040• Antenna: Integrated

Smart Building
Smart Infrastructure

Contact us• UWB Chip set: Qorvo DW3110/3120• Antenna: External

Smart Cities • Application Guide© Murata Manufacturing Co. Ltd. Ref: K4EU-1 • Apr 01 2022

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LPWA
ModulesSmart Infrastructure
Connectivity

Type 1SC
LBAD0XX1SC

Wireless communications

Contents

Low power wide area (LPWA) networks provide
a power efficient wireless communication
technology for interconnecting devices
together over a long range. LPWA is mostsuitable for applications such as IoT andmachine-to-machine (M2M) communication,
as well as various other situations where lower
cost and lower power consumption are required.
To respond to customers’ needs, Murata hasformed strategic partnerships with market
leaders, and is accelerating the developmentof products using this highly appealing emerging
technology.

Type 1SCThe Type 1SC (LBAD00XX1SC) module is theworld’s smallest Cat. M1/NB-IoT module with
global certification. It supports GPS/GNSS,
OpenMCU, Integrated SIM.
Murata has partnered with Truphone, making
MVNO network communications possible
through the use of eSIM.

FEATURES• Small size

Size attractive to wearables that previously
had no means of cellular connectivity• Standardized

Through PTCRB/GCF certification improved
global interoperability with global wirelessnetworks operators for IoT applications• Low power

Protocol designed specifically for low
current consumption extending battery
lifetime up to 10+ years

Smart Cities • Application Guide

Overview

PRODUCT SPECIFICATIONSAPPLICATIONSTechnological trends• Smart metering• Smart parking• Home security/home automation• Vehicle fleet management• Wearables/trackers• Industrial M2M communication• IoT edge nodes

Challenges

Smart Agriculture
Smart Factory• Support LTE Band:••

Low Bands 5,8,12,13,14 (CAT M1 Only),
17,18,19,20,26,28 - Mid Bands 1,2,3,4,25
Chipset: Altair ALT1250
Modulation: LTE Cat.M1/NB-IoT Release
13 (*Release 14 – SW Upgrade)
Antenna: External
Type Package: Resin Mold
Dimension: 11.1 x 11.4 x 1.5 mm (max)Transmit Power: +23dBm max

Smart Health
Smart Mobility

BLOCK DIAGRAM

Smart Home Appliances••••• Sleep Mode Current:

Smart Security
Smart Building

eDRX Current Consumption (avg)/LTE-M: 43 uA
PSM Current Consumption (avg)/LTE-M: 1.4 uA• RoHS: Yes• Software Features: AT commands,
IPv4/IPv6 stack with TCP and UDP protocol,
SSL/TLS, MQTT, OpenMCU(Optional), GPS/GLONASS(Optional), iUICC(Optional)

Smart Infrastructure• Certified:

FCC/IC/RED/TELEC/KC/NCC GCF/PTCRB• Certified Carrier:Contact us

AT&T, KT, SKT, Pelion, Deutsch Telekom,
Vodafone, Softbank, KDDI, Docomo,
Soracom, Truphone© Murata Manufacturing Co. Ltd. Ref: K4EU-1 • Apr 01 2022

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LPWA
ModulesSmart Infrastructure
Connectivity

Type 1SJLBAA0QB1SJ

Wireless communications

Contents

Type 1SJThe Type 1SJ (LBAA0QB1SJ) module is oneof the smallest LoRaWAN™ modules in theindustry.

Overview

This module has a lower power consumption
and higher output than previous products.
Radio Law certification has already beenobtained for major regions.

Technological trends

APPLICATIONS

Challenges• Smart metering• Smart lighting• Smart parking• Smart agriculture• Industrial M2M• IoT edge nodes

Open MCU design support is available.

Smart Agriculture
Smart Factory
Smart Health

PRODUCT SPECIFICATIONS

Smart Mobility

BLOCK DIAGRAM• RF/BB chipset: SX1262• MCU chipset: STM32L0 series

Smart Home Appliances• Peripheral interfaces:

Smart Building• Radio certification:

Smart Infrastructure

CPU: Cortex M0+
RAM: 20KB
Flash: 192KB

Smart Security

UART/SPI/I2C/GPIOs/ADC
FCC, IC, CE

FEATURES• Compact and low cost
• Battery life
10 years• Low Range
10km• Pre-certified radio
regulatory approvals

868 & 915 MHz spectrum

Smart Cities • Application Guide• Module size: 10.0x8.0x1.60mm• Package: Shielded Resin Mold
• Frequencies: EU / US / India / Pacific• Operating temp: -40 to +85 °C• Supply voltage: 2.2V to 3.6V
• RF transmit power:+14dBm / +21.5dBm• RF sensitivity: -135dBm• Frequency band: 860MHz-930MHz

Contact us© Murata Manufacturing Co. Ltd. Ref: K4EU-1 • Apr 01 2022

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Modular
SolutionsµSD adapter

Wireless communications
M.2 boards
Our M.2 modules, co-developed by Embedded
Artists, are designed for evaluation, integrationand ease-of-use. These professionally designed
and proven M.2 modules provide easy evaluationof different Wi-Fi®/Bluetooth® solutions, lower
your risk and shorten your time to market.

Murata’s µSD-M2 adapter board offers an
out-of-the-box experience for NXP i.MX
with Murata’s M.2 module family. All
WLAN/BT- necessary signals are includedon M.2 connector pins (Key ‘E’) including:

FEATURES• Standard M.2 form factor• Reference-certified antennas& snap-off option• UFL connectors for antenna
or conducted testing• Comprehensive interface support
including SDIO, PCIe, UART, PCM,
and radio control lines

Contents
Overview• WLAN SDIO
• WLAN PCIe
• BT H4 UART
• BT PCM/I2S• GPIOs

Technological trends
Challenges

Smart Agriculture
Smart Factory
Smart Health
Smart Mobility

Type 1XA

Dual band
Wi-Fi®11a/b/g/n/ac
2x2 MIMO / RSDB
+ Bluetooth® 5.2 (PCIe)

Type 1XZ

Dual band
Wi-Fi® 11a/b/g/n/ac
2x2 MIMO / RSDB
+ Bluetooth® 5.2 (SDIO)

Type 1YM

Smart Home Appliances

Dual band
Wi-Fi® 11a/b/g/n/ac
2x2 MIMO+ Bluetooth® 5.2

Smart Security
Smart Building
Smart Infrastructure

Type 1DX

Wi-Fi® 11b/g/n+ Bluetooth® 5.1

Smart Cities • Application Guide

Type 1MW

Dual band
Wi-Fi® 11a/b/g/n/ac+ Bluetooth® 5.0

Type 1LVDual band
Wi-Fi® 11a/b/g/n/ac+ Bluetooth® 5.0

Contact us

Type 1ZM

Dual band
Wi-Fi® 11a/b/g/n/ac+ Bluetooth® 5.1© Murata Manufacturing Co. Ltd. Ref: K4EU-1 • Apr 01 2022

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SubscribeFully Modular
Systems
Wireless communications

Murata and Embedded Artists have developed
a full modular system which offers IoT designers
a quick, easy and cost-effective route toworld-class connectivity.

Easily evaluate different Wi-Fi/BT solutions– by just switching M.2 modules
Fast-to-market integration
Less regulatory burden
Use certified antennas
Re-use FCC certification

Contents
Overview
Technological trends

Development kits are available for use as
your evaluation/prototyping platform. The
kits include the hardware and software
components needed to get up-and-runningwith your software development on day 1.

Challenges

Smart Agriculture
Smart Factory
Smart Health
Smart Mobility
1. CHOOSE A COM/OEM BOARD

2. PLUG INTO COM CARRIER BOARD

3. PLUG IN YOUR CONNECTIVITY

4. START YOUR EVALUATION

Smart Home Appliances

Embedded Artists have developed asuite of COM computer-on-module(COM) units and OEM boards, integrating
all core components around a variety of
NXP processors and microcontrollers:

There are two types of carrier boards:
One for i.MXRT family boards (with aslot for the COM or OEM board) and
one which is suitable for the MPU COM
boards and offers...

Choose the Murata/Embedded Artists
M.2 connectivity module appropriate foryour application in terms of:• Pre-loaded software drivers• Comprehensive user manuals• Responsive support

Smart Security

•
•
•
•
•
•
•
•
•
•
•
•

• Support for i.MX8 designs• Support for M.2 Key E interface (typically
Wi-Fi®/BT), including advanced debug features developed in cooperation with Murata
and Cypress• Support for M.2 Key B interface(typically Cellular/SSD)• Support for USB 3.0

i.MX RT1062
i.MX RT1052
i.MX 8M Quad
i.MX 8M Mini uCOM
i.MX 8M Nano uCOM
i.MX 6Quad
i.MX 6DualLite
i.MX 6Ultralite
i.MX 6SoloX
i.MX 7Dual
i.MX 7Dual uCOM
i.MX 7ULP uCOM

Smart Cities • Application Guide

•
•
•
•
•
•

Smart Building

Performance
Power consumption
Range
Cost
Temperature range
Supported standards

Smart Infrastructure

Contact us© Murata Manufacturing Co. Ltd. Ref: K4EU-1 • Apr 01 2022

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A Wide Rangeof WirelessSoldered-down in major
development platforms

Communication Modules

Murata offers an extensive portfolio of wirelessmodules based on Cypress and NXP chipsets.
Modules with integrated MCUs are used in combination with Cypress WICED software. Wi-Fi® andBluetooth® capabilities are also incorporated andthe MCU can be used to run an application.
Other modules are radio-only and they can beused in combination with a MPU (Linux®) or MCU(RTOS).

Wireless communications
Modules with MCU
Type 1LD
Shielded ultra-small Wi-Fi
11b/g/n+Bluetooth 5.2 + MCU• Cypress CYW43438 chipset• STM32 (ARM Cortex-M4F) MCU

Contents

Many of Murata’s extensive range of wirelessmodules are designed into leading development
platforms. These include Linux®, FreeRTOS, etc.

Overview
Technological trends

Type 1GC

Challenges

Shielded ultra-small dual band
Wi-Fi 11a/b/g/n + Ethernet + MCU• Cypress CYW43907 chipset• Processor: ARM Cortex-R4

These modules cover a wide array of different
specifications - from single band Wi-Fi® 2.4GHz
to dual band Wi-Fi® 11ac 2.4GHz and 5GHz with
MIMO. Most of the options also include Bluetooth®.
With this variety of wireless modules Murata cancover a diverse breadth of applications - going all
the way from small connected gadgets or sensor
nodes to high data rate video streaming devices.

Smart Agriculture
Smart Factory
Smart HealthRadio-only modules
Type 1FX
Shielded ultra-small Wi-Fi 11b/g/n• Cypress CYW43364 chipset

Module with MCU
Type ABR
802.11 b/g/n WiFi
• NXP 88MW320 chipset• ARM Cortex-M4 200MHz

Radio-only modules
Type 1ZM
Wi-Fi 11 a/b/g/n/ac
Bluetooth 5.1• NXP 88W8987 chipset

Type 1DX
Shielded ultra-small Wi-Fi 11b/g/n+ Bluetooth 5.1• Cypress CYW4343W chipset• NXP i.MX

Smart Mobility

Arduino Portenta H7- i.MX 8M Mini EVK - Type 1MW- i.MX 8M Nano EVK - Type 1MW- i.MX 7ULP EVK - Type 1DX- i.MX RT Alexa Voice Board - Type 1DX

Smart Home Appliances
Smart Security• Cypress WICED- PSoC® 6 WiFi-BT Pioneer Board &- Prototyping Kit - Type 1DX/Type 1LV- CYW43907 Eval Kit - Type 1GC

Smart Building• ST Micro - Linux®

Smart Infrastructure- STM32MPI Discovery Kit - Type 1DX• Micropython- Arduino Portenta H7 - Type 1DX

Type 1LV
Shielded ultra-small dual band
Wi-Fi 11a/b/g/n/ac + Bluetooth 5.0• Cypress CYW43012 chipset

Contact us

Type 1MW
Shielded ultra-small dual band
Wi-Fi 11a/b/g/n/ac + Bluetooth 5.0• Cypress CYW43455 chipset

i.MX 8M Nano EVK

Smart Cities • Application Guide© Murata Manufacturing Co. Ltd. Ref: K4EU-1 • Apr 01 2022

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Smart Infrastructure
Batteries

Micro Batteries

Contents

Murata offers a wide range of primary micro
batteries with high performance and reliability,
taking advantage of 40+ years technology
development and manufacturing expertise.

Overview

Coin Manganese Dioxide
Lithium Batteries

FEATURES• 40+ years technology development
and manufacturing expertize.
• Acquisition of ISO 9001/14001
certification.
• Full automated assemblinglines with high productivity.

Technological trends• High voltage, high energy density

Challenges• Wide range; including
heat-resistant models

Smart Agriculture• ISO/TS16949 certified

Smart Factory
Smart Health
Smart Mobility

Lightweight, High Voltage
and High Energy Density
The battery voltage is 3V, almost
double that of normal alkaline ormanganese batteries.

Excellent discharge
characteristics
Voltage characteristics remain
stable even for a long period ofdischarge.

Excellent long-term reliability
Murata’s innovative sealing
technology minimize battery
self-discharge.

Smart Cities • Application Guide

Smart Home Appliances
Smart Security

Battery

Coin
Manganese
DioxideLithium(CR)

Type

NominalVoltage

Capacity

Operating
Temp.

Features

Standard

3.0V

30-1000mAh-30 to 70ºC

Lineup of 10 models from small size
and thin models to high capacity models

Extended Temp.

3.0V

220-2000mAh-40 to 85ºC

Good balance between wide operating
temperature and affordability

Heat resistant

3.0V

210-1000mAh-40 to 125ºC

Wide operating temperature

Smart Building
Smart Infrastructure

Contact us

High Drain

3.0V

200-500mAh-30 to +70ºC

High peak 50mA pulse (x2 times)
vs. Standard© Murata Manufacturing Co. Ltd. Ref: K4EU-1 • Apr 01 2022

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For details please visit www.murata.com
Note
1

Export Control

3

For customers outside Japan:
No Murata products should be used or sold,through any channels, for use in the design,development, production, utilization,
maintenance or operation of, or otherwise
contribution to (1) any weapons (Weaponsof Mass Destruction [nuclear, chemical or
biological weapons or missiles] or conventional
weapons) or (2) goods or systems speciallydesigned or intended for military end-use
or utilization by military end-users.
For customers in Japan:
For products which are controlled items
subject to the “Foreign Exchange andForeign Trade Law” of Japan, the export
license specified by the law is required forexport.
2

4

Product specifications in this catalog are asof March 2020. They are subject to change or
our products in it may be discontinued without
advance notice. Please check with our sales
representatives or product engineers before
ordering. If there are any questions, pleasecontact our sales representatives or productengineers.
Please read rating and CAUTION (forstorage, operating, rating, soldering,
mounting and handling) in this catalog toprevent smoking and/or burning, etc.

5-6This catalog has only typical specifications.
Therefore, please approve our productspecifications or transact the approval sheet
for product specifications before ordering.

7

Contents

No ozone depleting substances (ODS)
under the Montreal Protocol are used in
our manufacturing process.

Overview

Please note that unless otherwise specified,
we shall assume no responsibility whatsoever
for any conflict or dispute that may occur
in connection with the effect of our and/or a third party’s intellectual property rights
and other related rights in consideration ofyour use of our products and/or information
described or contained in our catalogs. In
this connection, no representation shall bemade to the effect that any third parties areauthorized to use the rights mentioned above
under licenses without our consent.

Technological trends
Challenges

Smart Agriculture
Smart Factory
Smart Health
Smart Mobility
Smart Home Appliances

Please contact our sales representatives
or product engineers before using
the products in this catalog for theapplications listed below, which require
especially high reliability for the preventionof defects which might directly damage athird party’s life, body or property, or when
one of our products is intended for use inapplications other than those specified inthis catalog.

Smart Security
Smart Building
Smart Infrastructure

Aircraft equipment
Aerospace equipment
3 Undersea equipment
4 Power plant equipment
5 Medical equipment
6 Transportation equipment (vehicles, trains, ships, etc.)
7 Traffic signal equipment
8 Disaster prevention / crime prevention equipment
9 Data-processing equipment
10 Application of similar complexity and/or reliability requirements to theapplications listed above
1

2

Contact us

Minato MIRAI Innovation Center

Smart Cities • Application Guide© Murata Manufacturing Co. Ltd. Ref: K4EU-1 • Apr 01 2022

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