English

Professional Studio AudioDIGITAL AUDIO MIXING CONSOLE

Audio Equipment
Communication Systems

NTX

Overview

Usability: Excellent operability(1) Each channel has ten encoders (NTX800) or six encoders (NTX600). The equipment consists of two encoders, an HA/Trimcontrol encoder and a Pan control encoder, and eight (NTX800) or four (NTX600) function switching encoders, realizing

The NTX Audio Mixing Console is a digital mixing console suitable for live broadcasting and program recording mainly on the X
CORE that performs audio routing and audio signal processing.
The X CORE has a MEDIA port that supports ST2110-30, AES67, and ST2022-7 standards, being compatible with IP-basednext-generation broadcast systems.
Various adjustment knobs and switches are arranged on the console, realizing stress-free operability. It is a digital mixing
console that implements various functions to enhance the efficiency of producing programs.

intuitive operability like an analog console.
(2) Channel and bus parameters can also be manipulated in the center section. A touchscreen panel and encoders allow allparameters to be manipulated without leaving the center section.
(3) It is equipped with a full-color LCD display which can clearly show channel names and corresponding parameter values.
Excellent visibility is achieved by using both numerical values and visual graphs for setting the parameters.
(4) Center section operations, such as input matrix switching, meter settings, and monitor control, are also possible in the
input section. When a large-scale system is being built or multiple operators are working, the necessary operations can be
performed in every part of the console.
(5) It supports a free layout allowing free assignment of input channels and various master faders. Free layout is possible
regardless of channel types.
NTX Series 取扱説明書

2D-53-XXXXXXXX

Audio block diagram
3-2.

X CORE / Audio signal processing diagram

Features
Original technologies: Latest technologies(1) X CORE and IO FRAME are connected by the IP-based protocol and are compatible with the AoIP standard.
(2) X CORE adopts high-performance audio signal processing with a unique hybrid system of DSP and FPGA. It realizes
reduction in rack space and low power consumption through high-density mounting.
(3) A newly developed signal processing algorithm and high-precision 64-bit floating point arithmetic improve the sound quality
in the audio processing, such as equalizer and dynamics.

Operational safety: High safety(1) Duplication of the power supply for all units in the system(2) Duplication of the transmission paths within the system(3) Duplication of the IO FRAME interface card and the internal audio system, ensuring a high level of safety.
(4) Microphone input achieves headroom 36 dB, enabling construction of a system resistant to sudden excessive input.
(5) The audio signal processing part and the audio routing part are configured based on firmware, realizing high stability.
6

7

NTX

CONECTIODIAGRAMCONNECT IO
DIAGRAMSPEC
Sync#1

Sync#2■

X CORE#1

X CORE#2

CONSOLE

Supply voltage■

Maximum fader number■Bank/layer■

Number of fader groups

■

DSP maximum processing number

■

120ch
6 bank / 2 layer■

Transmission

20 - 20 kHz (Fs = 48 kHz)

frequency range

20 - 40 kHz (Fs = 96 kHz)

Digital audio signal

AES3id compliant
1Vp-p（75Ω unbalanced）

64 groups

Input: 16 to 24 Bit
Output: 24 Bit

1024 ch■

DSP maximum processing bit number■

Sampling frequency

48 kHz / 96 kHz■

Sync signal input

AES3id/WORD

Input/output level: -18/-20 dBFs

64 BitVIDEO (NTSC/PAL)

On-line Computer
Sync#1AC100 - 240V 50/60Hz■

MIC input level-64 to +10 dBu■

HA headroom

30/36 dB■

LINE input/output level

0/+4 dBu

PTPv2 (when ST-2110 is connected)

Sync#2■

PTP
Primary

Primary■

Network switch

PTP Sync Gen.

Transmission

20 - 20kHz（Fs=48kHz）

frequency range

20 - 40kHz（Fs=96kHz）

X CORE lines

Maximum 4,096 ch (input)
Maximum 4,096 ch (output)

Secondary

Secondary

External system

IO FRAME

NETWORK Card

PLL接続の場合

PLL connection

Sync1

Sync2

■ TU-6455 NETWORK Card
Network interface card for ST2110

Ethernet LAN

Number of MEDIA Ports
Number of Control Ports
Number of MEDIA port channels
Number of MEDIA port streams

XCORE ←→ IO FRAME Connection diagram (enlarge)

AoIP Protocol

IO FRAME

Synchronization
MEDIA/CTRL Port communication speed
Compatible SFP module

SFP Port 1 x Primary & 1 x Secondary
1 x CTRL Port48 kHz: 512 ch
96 kHz: 256 ch
7
SMPTE ST 2110-30
SMPTE ST 2022-7
AES67-2018
PTP V2/Packet Synchronization
1 Gbps
1000BASE-T/RJ45
1000BASE-LX/SMF

IO FRAME ①

Video equipment
External equipment,
etc.
IO FRAME ②

89

NT/ NTX Tamura Resource Network Technology

OptionCommon to NT and NTX
Optioncardcard■ MADI Card

Audio interface card of MADI 64ch input / 64ch output.
Switching Optical In / Coaxial In, SRC ON/OFF setting, setting change of 64ch/56ch for IN/OUT are possible.

■ 8ch DSUB MIC/LINE IN Card

Audio interface card of analog 8ch input.
Mic/Line setting can be changed.

Number of Occupied slots
Mic/Line input
Number of Channels[Mic input] Input level[Mic input] Input inpedance[Line input] Input level[Line input] Input inpedance

1 slotbalanced type
8ch
-64dBu ~ +10dBu
4kΩ or more
-12~+12dBu (0.1dB step select)
600 / 10kΩ or more

■ 8ch DSUB LINE OUT Card

Number of Occupied slots
FormatNumber of input channels
Number of output channels
Channel alignment
Input sampling frequency (SRC ON)
Input sampling frequency (SRC OFF)
Number of Input bits
Output sampling frequency
Number of Output bits
[Coax] Input inpedance[Coax] Output inpedance[Opt] Supported optical cable

Audio interface card of analog 8ch output.

Number of Occupied slots
Line output
Number of Channels

1 slotbalanced type
8ch

■ Da nte Card

This card is audio interface card to connect to Dante network.
It is possible to maximum 64 channels input, 64 channels output.

-12 ~ +12dBu(0.1dB step select)

Output level
Output inpedance

Sampling frequency (Fs)
Input / Output (Fs=48kHz)
Input / Output (Fs=96kHz)
Transmission Protocol
Dante Connector55Ω

■ 8ch BNC AES3 IN Card

Audio interface card of 8 channel AES3 input. Change of the ON/OFF setting of SRC is possible.
In the 16-channel BNC REAR PANEL, 1-8 of the BNC connector corresponds to the slot on the left of two occupied
slots, 9-16 to the input/output connector of the corresponding to the slot on the right.

Number of Occupied slots
FormatNumber of Channels
Input inpedance
Input sampling frequency (SRC ON)
Input sampling frequency (SRC OFF)
Number of Input bits

1 slotAES-3id
8ch AES375Ω unbalanced type32~100kHz
48 / 96kHz (Synchronized with the system clock)16~24bit■ 8ch BNC AES3 OUT Card

Audio interface card of 8 channel AES3 output.
In the 16-channel BNC REAR PANEL, 1-8 of the BNC connector corresponds to the slot on the left of two occupied
slots, 9-16 to the input/output connector of the corresponding to the slot on the right.

Number of Occupied slots
FormatNumber of Channels
Output inpedance
Output signal level
Output sampling frequency
Number of output bits

1 slotAES-3id
8ch AES375Ω unbalanced type1 Vp-p48 / 96kHz (Synchronized with the system clock)24bit■ HD-SDI Card / 3G-SDI Card / 12G-SDI Card

Supported SDI formats
Embedded audio standard
Input sampling frequency
Number of Input bits
Number of Input channels
Loop Through output

10

HD-SDI Card TU-6418
3G-SDI Card TU-6442
1 slot1 slot720p 50/59.94/60Hz 1035i 59.94/60Hz 1080i 50/59.94/60Hz
1080p 23.98/24/25/29.97/30Hz 1080psF 23.98/24Hz
1080p 50/59.94/60Hz
1080psF 25/29.97/30Hz
SMPTE299M
SMPTE299M
48kHz
48kHz
16~24bit
16~24bit
8ch / IN BNC
8ch / IN BNC
Reclock active through output Reclock active through output

48kHz / 96kHz
Max 64 input, 64 output
Max 32 input, 32 output
Dante
RJ-45 type /Neutrik etherconConnector

Audinate®, the Audinate logo and Dante are trademarks of Audinate Pty Ltd.

■ GPIO Card

Interface card for 24-input / 16-output of general-purpose control signals.

[GPI]
Function
Link Function FU/BT
Link Function Remote
Link Function AVL
System Tally 1
System Tally 2
System Tally 3
Monitor Cut
Monitor Dim
Output Matrix switching
Send Ext Int Disable
Input Only
TB interruption
OSC interruption
Moni Source switching
GPI REM Sw

Description
When On, the specified FU function is set to On or BT is On
When On, the specified remote function is set to On
When On, AVL function is set to On
When On, indicator LAMP1 for OSC and TB prohibit control is lighted
Indicator LAMP 2 is lighted
Indicator LAMP 3 is lighted
When On, the specified monitor is disconnected
When On, the specified monitor is dimming
When On, Out Source of specified TR-Link channel is altered
When On, the Ext Int function of the specified Bus is disabled
For GPI Link
When On, TB audio interruption is generated in the specified Bus
When On, OSC interruption is generated in Master Bus
When On, Monitor Source is changed
When On, console [REM] button is On[GPO]Interface card compatible with HD-SDI card / 3G-SDI / 12G-SDI.

Number of Occupied slots

1 slotAES-10 / AES-10id
48kHz : 56 / 64ch 96kHz : 28 / 32ch
48kHz : 56 / 64ch 96kHz : 28 / 32ch
Double channel
48 / 96kHz ±100ppm
48 / 96kHz (Synchronized with the system clock)16~24bit
48 / 96kHz
24bit
75Ω unbalanced type75Ω unbalanced typeISO/IEC 9314-3. MM 62.5/125nm
Numerical Aperture 0.275

12G-SDI Card
1 slot2160/59.94p

SMPTE ST299
48kHz
16~24bit
32ch

Function
Link Function Remote
Console Mode Notification
OSC On Notification
GPI Link
PFL On/Off Notification
AFL On/Off Notification
FU On
TB status Notification
Mic OnDescription
On output when the function is in the specified status
On output for the specified Console Mode
On output when OSC is On
Output being linked with the specified GPI stateOutput PFL On/Off status
Output AFL On/Off status
Output FU On/Off status of specified FU number
Output of TB interrupt status to specified Bus
Output of Mic On status of specified FU number11

NTX800 with Tamura Resource Network Technology

NTX600 with Tamura Resource Network Technology

Dimensions

Dimensions

NTX800 CONSOLE

NTX600 CONSOLEA (REFR CHART BELOW FOR TOTAL WIDTH)<A: TOTAL WIDTH ACCORDING TO NUMBER OF BAY>

12

A (REFR CHART BELOW FOR TOTAL WIDTH)<A: TOTAL WIDTH ACCORDING TO NUMBER OF BAY>

13

with Tamura Resource Network Technology

with Tamura Resource Network Technology

NT880 with Tamura Resource Network Technology

Excellent operability
Two parameter operation methods
Two methods are available for channel parameter
operation, namely, the center-assign method, whichassigns channels on a panel at a single location, and thechannel-based method, which performs the operation foreach channel as in the case of an analog console.
When you want to concentrate on a single channel sound,the center-assign method is most suitable because it
allows you to operate all parameters at once.
On the other hand, the channel-based method isconvenient when urgency is required, for example, during
live broadcasting, because it allows the engineer tooperate multiple channels at the same time.
These two operation methods are suitable for different
situations.
NT880 allows operation using either method so that bothmethods can be selected in accordance with the situationand the level of preference of a mixing engineer.
For the channel-based method in particular, highoperability for a quick response to the situation thatchanges moment by moment is achieved by placing 14
encoders per channel in order to minimize the function
switching operation.

Channel layout editing functions“Add new channels,” “delete channels no longer in use,”or “add a new microphone channel to existing active
channels because another microphone has been added.”
As in the case of these examples, it will be ideal if you canflexibly change the channel layout in accordance with thesituation instead of having a channel layout that is fixed
once it is set.
To enable such an operation, NT880 is provided withsophisticated channel layout editing functions (such as
channel addition, deletion, copying, and cut and insert) on
the touch panel.
This feature intuitively and instantaneously enables mixing
engineers to set up an ideal channel layout.

Flagship model pursuing optimal ease ofoperation to enable high-level creative work

Expandable to large-scale systems
Number of physical faders
NT880 can be configured with up to 150 physical faders.
Two or more consoles in different cabinets can be
operated as a single console system as long as thenumber of installed faders is within the maximum numberof faders. (*1)

Operator-specific section concept
When two or more engineers perform mixing operations at
the same time, other engineers’ work can be interrupted
or their specific settings may be lost if one engineer needs
to perform an operation that affects the entire console.
To prevent such inconveniences, TAMURA has introduced
the section concept.
A ‘section’ specifies the operation range of one engineer.
The extent of the effect from one operation is confined tothe designated section only.
A mixing engineer can also set Pre-Fader Listen (PFL) and
After-Fader Listen (AFL) solo functions independently foreach section. Therefore, engineers are provided withconditions under which they appear to be working on
separate console systems.
One console system can be divided into a maximum offour sections.
16

High-performance processor
NT880 has a control system that is built on theassumption of simultaneous operations by two or moreengineers.
Even if there is a simultaneously imposed workload of four
engineers, there is no delay in the response time of theoperation panel displays or the adjustments made foraudio.
(*1) There are cases in which restrictions apply to the installation position,
distance, and other factors.

17

NT880 with Tamura Resource Network Technology

Specifications

Dimension

ConsoleAudio control parameters

Bank / Layer

150 faders

Trim+24dB~-24dB

6Bank / 2Layer

Delay

5000ms or more

32Group

FilterFilter1 (HPF/Notch)
Filter2 (LPF/Notch)

Number of fader groups

Audio channel (Fs=48kHz)
Master Bus

Maximum 24 buses(3 surround)Group Bus

Maximum 32 buses

Aux Bus

Maximum 48 buses

N-1 / MT Bus

Maximum 128 buses

AFL

1363

+10dBu~-64dBu

Equalizer

4Band(Support for all frequency bands)

Dynamics

Compressor 2 channels
Gate/Expander 1channel

189

30 Fader1697

1 surround

AFL / PFL

3 stereoPFL

1 stereo

Main Monitor

1 surround+stereo

Sub Monitor

5 channels (Stereo)

40 FaderAudio block diagram
INPUT
IN
KEY
INS

1-1024

MAS
GROUP
AUX
N-1/MT
PFL/AFLDIR OUT

2031

GROUP
EXT
INS

1-32

EXT
TB

EXT
TB

MAS
GROUP
AUX
N-1/MT
PFL/AFLDIR OUTINS
TB

PFL/AFL
1-128(N-1+MT=Max128)

N-1

MT

MAS
AUX
PFL/AFL
1-128(N-1+MT=Max128)

MT

MAS

MAS

PFL/AFL

N-1

18

1243

1037

Maximum number of physical faders

HA Gain607

AC100-240V 50/60Hz

700

Supply voltage

EXT
TB

50 Fader1/2/3(SURR)
AUX

AUX

1-48

MONITOR
1(SURR)
2-6(ST)

2365

MONI

PFL

60 Fader19NT660 with Tamura Resource Network Technology

Flexible Operation
New parameter operation method
The arrangement of seven encoders on the compact surface
allows channel-oriented operation, which is useful in urgent
situations such as live broadcast.
Also, the equipment uses a new operation method, bay-oriented
operation, in order to allow the user to concentrate on controlling
one channel in hand.
In bay-oriented operation, functions to control channel
parameters are incorporated into all the encoders in the samebay as that of the channel. This allows simultaneous access tomost of the parameters on a channel.
You can freely switch between these two operation methods,
instead of configuring initial settings to select either of them. It is
possible to select the appropriate method according to thecircumstances, which can realize efficient creation of contents.
When using all channel parameters, you can perform centerassign operation, through which parameters arecomprehensively manipulated on the touch panel.

Greatly Enhanced Functions
Touch Panel Surround Panner

Inheriting Enhanced Functions

In order to support creation of high-level surround sound, it has
been made possible to perform surround panning with thetouch panel.
You can select mouse mode, which determines the pan position
by taking into consideration in what direction and at what
distance you drag, in addition to normal mode, in which theexact touched position is specified as the pan position.
Also, the use of the Pan Link function allows you to
automatically specify the pan position of the R-side microphone
according to that of the L-side microphone when using two
monaural microphones as a stereo pair.
The equipment supports creation of surround sound during abroadcast requiring immediate responses, not simply by
replacing a joystick but by allowing comfortable operation.

You can use the same sound processing parameters as
those of the higher-grade model NT880.
Two compressors are used for each individual channel,
and algorithms for full-four-band EQ and the like areexactly the same.
Also, the equipment has a delay compensation function
for multistage bus assignment, allowing creation ofdetailed sound.

User Level Setting
The equipment has the Administrator Lock mode, which
limits the range of operation.
When an operator who does not understand the entire
audio system, such as a director, uses the equipment,
this mode can disable, in advance, functions that may
lead to fatal erroneous operation.

Consolidated Control of Bus Outputs
As the process of content creation is becoming more
complicated, the number of bus outputs to be monitored
is increasing.
In an environment where installation spaces are limited, it
may be difficult to arrange external meter units.
Therefore, the equipment is capable of simultaneously
displaying the meter readings of 80 buses in the bottomof the channel meter.
You can always display the output meter readings ofbuses to be monitored without changing the screen or
settings.
Since the operator can at any time freely change thebuses to be metered, it is possible to build an
appropriate metering system according to thecircumstances.

DAW Control Functions

High-spec Compact Model Where Functions of theHighest-grade Model Are Kept within Reach

20

In order to ensure efficient use of facilities,
post-production work is occasionally carried out even ina sub broadcast studio.
The equipment is compatible with DAW control functions
in order to support post-production work in a sub studio.
(Option)Channels for DAW control are not held in the same
specific layer, but can be freely placed in any bank andany layer, similarly to normal audio channels.
For example, on the same control surface, it is possible
to control music tracks with a DAW while operating anarration recording microphone.
The equipment also incorporates other functions to
support complicated post-production work, such as
automation mode control and track arming.

21

NT660 with Tamura Resource Network Technology

NETWORK INTERFACE

Specifications

Overview

Audio control parameters

ConsoleSupply voltage

AC100-240V 50/60Hz

Maximum number of physical faders
Bank / Layer

HA Gain+10dBu~-64dBu

20/30/40/50 faders

Trim+24dB~-24dB

6Bank / 2Layer

Delay

5000ms or more

32Group

FilterFilter1 (HPF/Notch)
Filter2 (LPF/Notch)

Number of fader groups

Audio channels (Fs=48kHz)
Master Bus

Maximum 24 buses(3 surround)Group Bus

Maximum 32 buses

Aux Bus

Maximum 48 buses

N-1 / MT Bus

Maximum 128 buses

AFL

Equalizer

4Band(Support for all frequency bands)

Dynamics

Compressor 2 channels
Gate/Expander 1channel

The device converts TR LINK signals of NT Series (NT880/NT660/NT900/NT900C) into IP signals compatible with SMPTE
ST2110.

Conversion system between NT Series TR LINK and ST2110
The system converts NT Series TR LINK signals to ST2110 signals via NETWORK INTERFACE.
The connection of the IO FRAME to the ST2110 network enables transmission of audio signals to and from the ROUTER andcontrol of the HA GAIN/P48 settings of MIC/LINE IN CARD.

NT Series ROUTER

TR LINK

1 surround

AFL / PFL

3 stereoPFL

1 stereo

Main Monitor

1 surround+stereo

Sub Monitor

3 channels (Stereo)

NETWORK CARDNETWORK INTERFACETrNET IF CARD

Mutual conversion between
TR LINK and IP

ST2110Primary network switch

Dimension
20 FaderST2110 network
Secondary network switch
40 Fader30 Fader912

1250

ST21101588

IO FRAME (STAGE BOX)NETWORK CARD
* NETWORK INTERFACE converts media independently for INTERFACE1 (left) and INTERFACE2 (right).
825

50 FaderSpecifications

1926

607

700

990

Item

Specifications

Power supply

AC100 - 240V 50/60Hz × 2

Power consumption

200W or lessInterface

TrNET IF CARD

(maximum 2)

NETWORK CARD

(maximum 2)

TrNET IF CARD

Original protocol of Tamura

NETWORK CARD

SMPTE ST2110

ProtocolSMPTE ST2022-7

22

23

NT660 with Tamura Resource Network Technology

Specifications
AUDIO signal（1）AUDIO signal transmission
It outputs 512ch FS48kHz audio signals inputted from the TR LINK to the IP network.
It outputs 512ch FS48kHz audio signals inputted from the IP network to the TR LINK.
* The channel rows are the same for TR LINK and IP (ch1 of TR LINK becomes ch1 of IP).
* There is no audio MTX function inside NETWORK INTERFACE.

(2) Bit number conversion
It performs conversion between TR LINK 32bit floating point and IP 24bit fixed point.
(3) Audio level offset
It is equipped with a voice level offset function used for the purpose of securing the digital reference level (18 dB FS or 20
dB FS) and the microphone headroom (30 dB or 36 dB). (Level setting is performed with WEB UI.)

Control signal
Control signals between TR LINK and IP are either processed within NETWORK INTERFACE or converted into each otherbefore transmission.

Voice synchronization
TrNET IF CARD operates in sync with the audio signal input from TR LINK.
NETWORK CARD operates by synchronizing audio with the PTP signal input from the IP network.
* If TR LINK (ROUTER) and the IP network (PTP) are not synchronized, noise may appear in the audio.
* Each CARD installed in NETWORK INTERFACE does not have the function of built-in sample rate converter. The synchronized state should always
be maintained.

The specifications and standards that NETWORK CARD complies with are shown in the table below.
No

Name of standard

Overview

1

AES67 2018

AES standard for audio applications of networks - High performance streaming audio over IP interoperability

2

SMPTE ST 2110 10

Professional Media Over Managed IP Networks : System Timing and Definitions

3

SMPTE ST 2110 30

Professional Media Over Managed IP Networks : PCM Digital Audio4

SMPTE ST 2022 7

Seamless Protection Switching of SMPTE ST 2022 IP Datagrams

5

NMOS IS 04

Discovery and Registration Specification

6

NMOS IS 05

NMOS Device Connection Management Specification

Digital Audio Mixer24

NT110 with Tamura Resource Network Technology

Operability of trust

Rio Remote■ Compact design mountable in a EIA 19 inch width rack
■ 2 Layer (AB sides per each Layer), 3 Banks enable 80ch
Logic CH with 16ch physical faders incorporated.
■ Incorporated Surround sound monitor output enables
Surround sound product ion at Outside broadcasting field.
■ 2 sets of NT016 can be Cascaded to have a Physical 32ch.

Overview
Rio Remote is a function to remotely control the head amp parameters(HA GAIN and +48V) of
YAMAHA R SERIES I/O RACK from NT110 via Dante.
By connecting NT 110 and R SERIES to the same Dante network.
it remote control the head amp parameters of R SERIES in real time while mutually transmitting voice.

Fader Console (option)

Dante
Network■ 16 Analog input/output (MONO),
AES3id2 input/output (STEREO),
and 2 auxiliary input (STEREO) as the standard equipment■ Audio formats such as AES, MADI, SDI, DANTE can be linked

TAMURA NT110
MIXER
with
Dante CARD

with NT016 via 2 expansion slots.
(option)■ External Remote Control for Input/Output can be achieved
via GPIO cards installed in the expansion slots for various

AUDIO

YAMAHA R SERIES
I/O RACKHA REMOTE CONTROL

Corresponding modelsapplications.

Maker■ Sampling Frequency;48K/96KHz, selectable for High-quality
audio program production.

■ Availability of Power redundancy which is a prime
requirement for live broadcasting events for the highest

TAMURATAMURA
YAMAHA
YAMAHA
YAMAHA
YAMAHA
YAMAHA

Product
NT110 Digital Audio Mixer
TU-6439 Dante CARD
Rio3224-D
Rio1608-D
Ri8-D
Rio3224-D2
Rio1608-D2

As of October 2018

Digital Audio Mixer
NT110 Dante OPTION CARD
I/O RACKI/O RACKI/O RACKI/O RACKI/O RACK

reliability.
■ Audio digital signal processing redundancy despite of the sizeof portable mixer. (option)

Multi Meter
Corresponding models
This is a multi meter that measures and displays the
LOUDNESS value, VU value, PEAK value of the input signal.
AES 3 - 2009 and LTC (TIME CODE), GPI are carried in the
input.

Main function

Portable Model with Inherited Functions
RE-Liability of NT Series• Various LOUDNESS calculation display• VU / PEAK / TRUE PEAK indication• LTC indication• AES 3 - 2009 digital audio input• GPI (start / stop / pause of average LOUDNESS operationand load of PRESET)

26

27

NT110 with Tamura Resource Network Technology

Specifications

Control Panel Description

Overall Rating

Audio control parameters■ Dimensions (without Side panel)▪Front panel■ Audio Reference Input Level

490(W)×222(H)×606(D)mm(Analog MIC)

+10 ~ -64dBμ(Protruding parts not included)(Analog LINE)

+4dBμ430(W)×220.5(H)×550(D)mm(Analog LINE)

16.5 kg■ AC

100 - 240V, 50/60Hz■ DC

12V/14.8V■ Power Consumption

PRESET PROGRAM
DSP/ONAIR■ Audio Reference Output Level(FRONT/SIDE PANEL not included)■ Weight

TOUCH PANEL▪Rear panel

BUS MASTER+4dBμ-10~ 40˚C■ Number of faders

16 Fader■ Bank/Layer

AES3/METER/SYNC

LINE OUT

MIC/LINE INPUT

TB/COMM/SUB/AES3■ Audio Reference Input/Output Level(Digital)

MONITOR+10dBFS / -64dBFS■ HA Headroom

20~30 dB
TALK BACK

150W■ Operating free-air temperature range

POWER SW

OSC

OptionSELECT ENCODER■ DSP CARD (BACK UP REDUNDANT DSP)

3Bank/2Layer

MIXER CONTROL■ OPTION CARD

Audio Channels (Fs=48kHz)■ Master Bus

AES3id IO CARD（4ch IN + 4ch OUT BNC）

2ch (5.1Surround+STEREO)■ Summing Bus

1ch (5.1Surround+STEREO)■ PFL Bus

1ch (Stereo)■ Monitor Out

Dante CARD

■ Multi Meter■ Storage case1ch (Stereo)

Dimensions
222

TB
INS

APFL

TB
INS

16ch DIR OUT(MONO/ST/5.1)

COMM
EXT

CASCADEIO SLOTMADI CARD

M1 8chM2 8chMONITORMONIMONI1 6ch
MONI2/3/4 2ch

APFL

MONI1(5.1/ST)
MONI2/3/4(ST)

MAS
SUM
APFL

MAS

(MONO/ST/5.1)
MAS
SUM

MADI

16

606

APFL

MAS

(MONO/ST/5.1)SUM

1-48chMASTER

APFL

APFL
INS

MAS
SUM

SUM

MAS

MAS
SUM

SUM

INPUT

IO CARD SLOTDSP CARD SLOTLINE OUT CARD

Audio block diagramIN

DC INPUT / NFB

FADER

MIC / LINE IN CARD

1ch (5.1Surround)■ Headphone Out

AC INPUTMADI CARD（1Coax/1Opt）

16ch (MONO)■ AFL BusBANK/LAYERGPIO CARD

MAS
SUMCASCADE

APFL

MADI

430
490
IO SLOTMADI CARD

28

29

NT110 with Tamura Resource Network Technology■ LINE OUT Card

Option card

This card is audio interface card that outputs line level analog audio
signals.

■ DSP Card

This card is a card with built in audio signal processing, audio routing
and control functions.
It is possible to form a redundant system is to implement a card.

Sampling frequency (Fs)
LAN Connector
Dimensions
Weight48kHz / 96kHz
RJ-45 type171(W)×49.5(H)×304(D)mm
590g

Audio interface card of 4ch AES3 input / 4ch AES3 output.

Interface card for input of VCA control signals.

■ GPIO Card

Interface card for 16-input / 16-output of general-purpose control
signals.

General-purpose control
signal inputs(GPI INPUT)

16ch electrically isolated opto-coupler inputs
37-pin D-type connector(male)

General-purpose control
signal outputs(GPI OUTPUT)
Dimensions
Weight■ AES3id Card

■ VCA Card (for NT MATRIX)

16ch open-collector outputs
37-pin D-type connector(female)129(W)x40(H)x152(D)mm
168g

LINE OUTPUT(CH1~CH8)
Audio Reference Input Level
Output inpedance
GeneralTransmission frequency range (Fs=48kHz)
Transmission frequency range (Fs=96kHz)
Sampling frequency (Fs)
Dimensions
WeightConnector

0dBu/+4dBu
less than 55Ω
20 - 20,000Hz
20 - 40,000Hz
48kHz/96kHz
129(W) x 40(H) x 152(D)mm
190g
25pin D-type connector (female)

VCA INPUT(CH1~CH16)
Reference voltage
Compatible potentiometer
GeneralDimensions
WeightConnector+5V DC
Linear curve, 10kΩ
129(W) x 40(H) x 152(D)mm
160g
25pin D-type connector (male) x2■ MADI Card

Audio interface card of MADI 64ch input / 64ch output

NT MIXNT Mix (Windows software, free of charge) is used for displaying the touch panel of the NT110, establishing various settings,
AES3 id INPUT
FormatNumber of Channels
Input Sampling frequency
Number of input bits
Connector

Format
AES3id compliant
4ch AES3
48kHz/96kHz (SRC Off)
30kHz~100kHz (SRC On)
16~24bit
BNC(Coaxial/75Ω) x4

AES3 id OUTPUT
FormatNumber of Channels
Output Sampling frequency
Number of output bits
Connector

AES3id compliant
4ch AES3

Weight

BNC(Coaxial/75Ω) x4

24bit

Number of input channels

64ch/56ch (Fs 48kHz)
32ch/28ch (Fs 96kHz)

Number of output channels

64ch/56ch (Fs 48kHz)
32ch/28ch (Fs 96kHz)

Dimensions
Weightrestoring the settings, etc.

16~24bit

BNC (Coaxial/75Ω)
129(W)x40(H)x152(D)mm
180g

129(W)x40(H)x152(D)mm
210g

48kHz / 96kHz
Max 64 input, 64 output

Input / Output (Fs=96kHz)

Max 32 input, 32 output
Dante
RJ-45 type /Neutrik etherconConnector
129(W)x40(H)x152(D)mm
150g

AudinateR, the Audinate logo and Dante are trademarks of
Audinate Pty Ltd.
30

Number of output bits

MM 62.5/125µm (SC Connector)

Input / Output (Fs=48kHz)

Weight48kHz/96kHz

Number of input bits

Optical Connector

Sampling frequency (Fs)

Dimensions

Output Sampling frequency

Coaxial Connector

This card is audio interface card to connect to Dante network.
It is possible to maximum 64 channels input, 64 channels output.

Dante Connector

48kHz/96kHz (SRC Off)
48kHz/96kHz±100ppm (SRC On)

24bit■ Dante Card

Transmission Protocol

Input Sampling frequency

48kHz/96kHz

GeneralDimensions

AES10 compliant■ MIC/LINE IN CARD

This card is audio interface card that inputs microphone level and line
level analog audio signals.

MIC/LINE INPUT(CH1~CH4)
Audio Reference Input Level
Headroom
Input inpedancePhantom power supply(1ch)LINE INPUT(CH5~CH8)
Audio Reference Input Level
Input inpedance
GeneralTransmission frequency range (Fs=48kHz)
Transmission frequency range (Fs=96kHz)
Sampling frequency (Fs)
Dimensions
WeightConnector-64dBu - +10dBu
20 - 36 dB
More than 4kΩ
48V/10mA
0dBu/+4dBu
More than 10kΩ
20 - 20,000Hz
20 - 40,000Hz
48kHz/96kHz
129(W)x40(H)x152(D)mm
210g
25pin D-type connector(female)x2

Mixing operation of NT110 is performed in the Mixer menu.
When the connection status is Online, this screen operates linked to the control panel of the NT110
and can be used as a redundant control panel during operation.
The selection of Bank / Layer on this screen is independent from NT110. Therefore, it can also be used as an extended fader
panel when the number of physical fader on NT110 is insufficient.
NT Mix download pagehttps://www.tamura-ss.co.jp/jp/31Overview
NT MATRIX is a system interface with a built-in DSP processor that performs routing matrix, mixing, and various processing ofaudio signals. It supports various forms of use by combining audio input and output cards and control cards. It also supports
redundancy of power supply input and redundancy of audio signal processing unit (optional), and therefore is ideal for relaying, live
broadcasting, program recording, and television and radio studios requiring high reliability.

Features
Function - rich function(1) 160 ch x 160 ch AUDIO MATRIX ROUTER(2) Configurable DSP audio signal processing(3) Six card slots (two of which support 64 ch audio input and output)(4) Analog, digital audio I/O cards and option for GPIO and VCA control cards(5) LOGIC function for logical setting of button ON/OFF status of GPIO and the touch panel(6) GUI application that allows flexible configuration of user interface(7) Size appropriate for mounting on EIA 19 inch rack

Original technologies - advanced technology

Operational safety - high safety(1) B uilt-in high dynamic range audio signal processing by(1) Redundant configuration with two AC inputs for power

32-bit floating point arithmetic.
Mixing without considering the internal level diagram ispossible(2) Selection of the signal processing function by the DSP
configuration

supply(2) DSP CARDs equipped with audio signal processor andcontroller can be redundantly configured to support
various applications requiring high reliability (optional)(3) The system is constructed on a firmware basis that
does not use advanced OS and therefore achieves highstability and high-speed startup

Audio Interface Unit

33

NTMATRIX with Tamura Resource Network Technology

NT MATRIX System
Windows PC

Custom UI• Equipped as standard with GUI software that can customize operation parts• DSP parameters are freely assigned to operation parts

Dedicated app
or custom app• Parts such as buttons, faders, meters, lamps, texts, etc. are available as operation parts
Custom panel

SETTING/CONTROLNT MATRIX

AUDIO INPUT
Maximum 160ch

CONTROL

AUDIO OUTPUT
MTX/MIX/DSP• Customization is possible for the operation parts such as their color, characters, and sizes• Graphical and design-friendly GUI can be constructed by the bitmap import function• Test of GUI operation in the offline environment by EMULATE MODE

Maximum 160ch
CONTROL

CONTROL

GPIO TALLYVideo system

Dimensions
430

92

530

439

Specifications
Items

Specification

AUDIO ROUTER

160ch x 160ch

DSP PROCESS

32in x 32out DSP x 6

DSP FUNCTION

32in x 32out Mix Matrix or Filter/Limitter , AUD , Internal OSC

CONTROL PORTLAN/RS422SERIAL/GPIO/VCA

SYNCHRONIZED INPUT SIGNAL

WORD CLOCK/VIDEO

POWER SUPPLY

AC100-240V 50/60Hz

OPERATION TEMPERATURE-10 ~ 40 ºC

EXTERNAL DIMENSIONS (WxDxH)

482 x 554 x 133

24

Option (Common to NT110 refer to P.30~31)

133

482

34

Items

Specification

DSP CARD

Redundancy DSP CARD

MIC/LINE INPUT CARDMIC INPUT 4ch + LINE INPUT 4ch

LINE OUTPUT CARD

LINE OUTPUT 8ch

AES3id CARD

AES3id INPUT 4ch + AES3 id OUTPUT 4ch

MADI CARDMADI INPUT 1ch + MADI OUTPUT 1ch(OPTICAL & COAXIAL)

Dante CARD

Dante 1ch (Primary & Secondary)

GPIO CARDGPI INPUT 16ch + GPI OUTPUT 16ch

VCA CARD

VCA INPUT 16ch
35

NTMATRIX with Tamura Resource Network Technology

Example of application

OTC system

Audio Router (Matrix)

Overview
The NT MATRIX OTC system has the function of performing audio processing for an automatic transmission system of news programs.

NT MATRIXAES3Digital
(75Ω)

16AES

MADI 64CHAES IN&OUT(4CH)

AES IN&OUT(4CH)

MADI 64CHAES IN&OUT(4CH)

AES IN&OUT(4CH)

DSP1
LAN

MADI

Analog Line

AES3Digital

160 x 160 Full Matrix ex.
Line in (64ch)

64CH

OUT MTX
LAN

DSP2
LAN
LAN Switch

AES3Digital(75Ω)

This system receives instructions on the audio part from the OTC system (video equipment) that automatically transmits the program
according to the program progress chart (scenario, cue sheet), and performs audio matrix switching and volume control with a fader.

NT MATRIX OTC system

Controller

SWITCH PANEL*Newly developedStandard PC application
Or custom panel (custom made)
64CH

MADI analog conversion

32AES

16AES

AES3 in (96ch/48AES)Line out (64ch)
AES3 out (96ch/48AES)

Analog Line

CONTROLNT MATRIX
32AES

MADI / AES3 conversion

REMOTE FADER*Newly developed

AES3Digital

AUDIO OUT

AUDIO IN

OTC protocol

Embedded*Newly developed

N-1 Sending back system

The system automatically sends out
programs according to the program
progress chart

Volume(TRIM/24ch)

NT MATRIX

Video system (automatic news delivery system: OTC)MADI

VCA 8CH

VCA 8CHGPIO 16in & 16out

VCA 8CH
Meter Data

GPI
OA/APS/TB

DSP1
LAN

MADI

DSP2
LAN

Switch On/Oﬀ
LAN

LAN Switch

NT660+REMOTE FADER OTC system

NT880/NT660 OTC system

Each REMOTE FADER channel is specified as NT660

The NT880 Input fader is remotely controlled by the fader

MTX audio input material by the OTC system. The

level and fade time, specified by serial command control

CONSOLE FADER channel and REMOTE FADER channel,

inputted via an OTC terminal.

assigned as MTX audio input material, operate being

When the fader is touched during the operation oflinked together.

changing the audio level, the change operation is

MADI analog conversion
N-1 IN 24ch
SUB IN 4ch(APS/OSC/EXT/TB)

terminated, keeping the audio level fixed.
OTC system

N-1 OUT24ch

IO FRAME

NT660 CONSOLEGPIO CARD

Output Matrix
NT MATRIX

OTC system
IO FRAME

RS422 SERIAL

RS422 SERIAL

NT660 CONSOLEGPIO CARDPRIMARY ROUTERPRIMARY ROUTERSECONDARY ROUTERSECONDARY ROUTERREAR PANELREAR PANEL

GPI (20ch)
MADI

GPIO 16in & 16out

GPIO 16in & 16out

LINE OUT (8CH)

VCA 8CHGPO (20ch)/LED Power supply
Volume(4ch)

SW HUB
MADI IN

LINE OUT 4CH(MIXER OUT-SOLO A/B/C/D
AUX1/2/3/4)

LAN1

SW HUB

PRI

PRI

SEC

SEC
HOST PC

HOST PCLAN2

REMOTE FADER

36

37

NTMATRIX with Tamura Resource Network Technology

OTC system

Dimensions

Function▪ REMOTE FADER Dimensions

1 REMOTE FADER
TU-6453 REMOTE FADER is a 5-channel operation panel equipped with a motor fader. The display which displays the source
name of a channel, fader name, and fader level, etc. and the illumination type pushbutton switch are carried.

SET BUTTONAUD BUTTON(1) SET BUTTON
When the SET button is pressed while the TU-6454 SWITCHPANEL button is selected, the source defined for the SWITCH

OLED DISPLAY

PANEL button is set as the input source for the channel.
The set source name is displayed in OLED DISPLAY.

BUTTON1
BUTTON2(2) AUD BUTTON、BUTTON 1、BUTTON 2

NAME PLATEThe use of this button is defined on the connection destination
device. Button operation can be set with DIP SWITCH on therear panel.

FADER(3) OLED DISPLAY
Displays channel information and REMOTE FADER information.
MATRIX SOURCE NAMEFADER NAMEFADER LEVEL[MATRIX SOURCE NAME]▪ SWITCH PANEL Dimensions

The name of the input source to the channel is displayed.

[FADER NAME]
Displays the name of the fader channel.

[FADER LEVEL]
Displays the level value set by the fader.

2 SWITCH PANEL
TU-6454 SWITCH PANEL is an operation panel equipped with 40 illuminated pushbutton switches.

(1) BUTTON 1 to 40

BUTTON 1

lluminated pushbutton switch. The operation and use of this
BUTTON 8

button are defined in the connection destination device.

BUTTON 40
BUTTON 33
（1）
38

39

Communication System

INDEX
DECT Based WirelessIntercom System
P. 42~49

DECT Based
Wireless intercom system
Analog WirelessIntercom System
P. 50~52“DECT Based wireless intercom system” isTamura Corporation’s new digital wireless intercom system that inherits theintercom system technologies developed over time and complies with the
new DECT format (ARIB STD- T101).
DECT Based wireless intercom system allows for
improved convenience and large-scale system design,
while maintaining the usability that enables intuitive operation.

Wireless
Monitoring System
P. 53~55

DECT Based wireless intercom system is a communication toolthat achieves both innovation and familiarity.

DECT Based Wireless Intercom System• The main controller allows for both touch-panel control and knob-based adjustments that inherit Tamura’s previous intercom series.
Control display

Headset volume adjustment

Control display

Headset volume adjustment• Up to 16 antennas can be connected per main controller. When connecting 5 or more cell stations, connecting the main controller tothe power supply can supply the power to all of the antennas.

• Seamless handover is adopted for the movement of personal stations between antennas. As the next antenna is detected
beforehand, the seamless handover enables smooth transfer between antennas and seamless communication during station
movements.
PowerswitchPowerindicator

PowerswitchPowerindicator

Switching screenLine level
volumeAdjustment
Talkback volume

PGM
volumeHeadsetconnection

PC
connection

Line level
volumeAdjustment
Talkback volume

PGM
volumeHeadsetconnection

PC
connection

When the personal station moves away from the antenna, the handover operation starts.
Move ▶▶▶

Switching screen

ch.1

ch.2

Connected

Personal
stationAntenna 1

Not connected
Antenna 2

The station connects to the antennas at the origin and the destination simultaneously.

• Audio lines can be organized into 4 groups per system. The main controller is equipped with 4W/2W external connections, whichmake linking with wired intercom systems as easy as before.

ch.1

ch.2

Connected
Ethernet Ethernet
unit 2
unit 1

Sync
unit

HYB
unit 4

HYB
unit 3

HYB
unit 2

HYB
unit 1

PGM
input

OpticalI/O

AC100V
input

Ethernet Ethernet
unit 2
unit 1

Sync
unit

HYB
unit 4

HYB
unit 3

HYB
unit 2

HYB
unit 1

PGM
input

OpticalI/O

AC100V
input

FG

Make-contact Power supply
outputinput

FG

Antenna 2

The station is disconnected from the origin to complete the handover operation.

ch.1
Make-contact Power supply
outputinput

Personal
stationAntenna 1

Connected

×

Disconnected
Antenna 1

ch.2

Personal
stationConnected
Antenna 2• Two audio groups can be assigned to the personal station to allow you to listen to the two groups simultaneously.

• Ethernet cable is used for the communication line between the antenna and the main controller. In addition, an optical cable is used
to support longer distances, which can be extended to a maximum of 2.5 km.

Each volume adjuster is operated through knob control, which has been a popular feature of Tamura’s previous intercom systems.
It allows you to adjust the volume intuitively and respond instantly without the need to look at equipment when busy in the field.

When a PoEHUB is used, Ethernet cable also allows for a star network configuration.
• 10 personal stations can be connected per antenna, and up to 60 personal stations can be connected per system for simultaneous
Antennacalls only.

Line A LED

Line B LED

When combined with dedicated command-receiving devices, a total of 176 personal stations (48 personal stations for simultaneous

TALK switch(with a fixing feature)

calls and 128 personal stations for receiving commands) can be connected so as to enable large-scale system configuration.

Simultaneous calls only

Max. 60
personal stations for
simultaneous calls
connected calls

42

Combined with dedicated command-receiving devices
Max. 48
personal stations for
simultaneous calls
connected+

Max. 128
personal stations forreceiving commands
connected

Volume adjuster
Volume adjuster
for power SW
for Line B
and Line A reception
reception

Headsetconnector• The system uses the 1.9-GHz band (DECT ARIB STD-T101), which does not overlap the Wi-Fi or other bands, reducing crosstalk.
The system also reduces the crosstalk risk by channel transfer, when detecting any radio wave for an existing PHS or Tamura’s
previous digital wireless intercom systems.

43

DECT Based Wireless Intercom System
Main Controller MK-C96

Charger MK-E96• Controls the entire system, when connected to an active
antenna.
• Equipped with a line-specific volume adjustment feature forexternal interfaces.
External interface(4W/2W unit)
Ethernet unit
(for connecting to an active antenna)
PGM input
Optical interface(for connecting to an active antenna)
Make-contact
Structure
Power supply
Power consumption
Environment
WeightDimensions• Charger for battery pack (PBA-4120)
AC100 V• Charging is possible for PBA-4120
itself or for equipment on which
PBA-4120 is mounted.

4 lines* The product consists of a battery
charger alone.

4 lines
1 line1 line4-line dry make-contact (Dsub15PIN)
Rack-mount type EIA=2U
AC100V~240V
Approx. 40W–10˚C~50˚C (excl. the display panel LCD)
7kg
H88×W480×D350 (mm)Battery packYBA-4120
Build-to-order manufacturing

Build-to-order manufacturing
Batteries used: Two AA
alkaline batteries.
* Batteries not included

PBA-4120
Build-to-order manufacturing

Batteries used: Nickel-metal
hydride secondary batteries(2.4V)

Headset MK-316C/MK-316CTSW / HS-316C / HS-126D
MK-316C/MK-316CTSW

Active Antenna MK-A96(Condenser type)

HS-316C

HS-126D(Condenser type)(Dynamic type)

1.6kΩ

200Ω

• Communicates wirelessly with personal stations throughcontrol via the main controller.
No. of personal stations
connected per antenna

Structure
Power supply
Power consumption
Environment
WeightDimensions

When 10 personal stations are connected
for simultaneous calls only and dedicatedcommand-receiving devices are included: 8command-receiving devices + 128 personal
stations for simultaneous calls only
Wall-mounted and microphone standmounted
Proprietary PoE or DC12V~24V
Approx. 9W–10~50˚C
500g
H135xW153xD45 (mm)Excluding the dimensions of the protrusions

Appearance

Equipped with switch

Impedance

Power Supply MK-P96

Microphone–55V
AC100V~240V
Rack-mount type EIA=2U
Approx. 160W
–10~50˚C
6kg
H88×W480×D350 (mm)Personal Station MK-B96A

Receiver–73.0dB–73.0dB–86dB

100Ｈz ~ 10kHz

100Ｈz ~ 10kHz

100Ｈz ~ 7kHz

Impedance

16Ω

300Ω

8Ω

Rated input

1mW

10mW

10mW

Maximum permissible input

300mW

300mW

500mW

Output sound pressure level

101.5dB

121dB

112dB

Frequency characteristics

20Hz ~ 9kHz

100Hz ~ 3.5kHz

50Hz ~ 5kHz

* HS-316C is exclusive for personal station.

Main System Specifications• Communicates wirelessly with active antennas.
• Supports the assignment of two audio groups and volume
adjustment for each group.
Frequency characteristics
Power supply

Continuous use time
Environment
WeightDimensions
44

Sensitivity
Frequency characteristics• Used to supply power to active antennas. (Required when 5
or more active antennas are connected per main controller.)
Output voltage
Power supply
Structure
Power consumption
Environment
WeightDimensions

1.6kΩ

100Hz~7kHz
AA alkaline battery x 2, orAA nickel metal hydride secondary battery x 2Approx. 8 hours(AA alkaline battery x 2)
Approx. 12 hours(AA nickel metal hydride secondary battery x 2)
-10~50˚CApprox. 218g
(Contain an alkaline dry battery, Excluding leather
cases)
H100×W85×D27 (mm)Excluding the dimensions of the protrusions

Item

Specification

Max. no. of stations connected per system

60 personal stations for calls or
48 personal stations for calls + 128 command-receiving devices

Max. no. of personal stations connected per active antenna
Max. no. of active antennas connected per system
No. of call groups per main controller
No. of personal station groups for simultaneous listening
Frequency characteristics
Radio system / Operating frequency
Personal station multipath support
Handover method
Communication distance (line-of-sight)
Between the main controller and active antenna
Continuous use time for personal station1016
4
2 (independent volume adjustments enabled)
100Hz~7kHz
ARIB STD-T101 / 1.9GHz band
Polarization diversity
Seamless handover
Approx. 300m
Ethernet cable (max. 100m) or optical cable (max. 2.5km)
Approx. 8 hours (AA alkaline battery x 2)
45

DECT Based Wireless Intercom System
System Configuration Examples

System Configuration Examples

Basic configuration

When using optical cable
A maximum of four units can be connected in cascade.

Active antenna:Max. 4 lines

Active antenna:Max. 4 lines

Optical media converter

Ethernet cable(LAN cable)

1

2

3

100m

4

Optical cable (single mode)

100m

100m

100m

Call groups: Max. 4 groups(4W/2W)

Group 1

Group 2

Power

Group 3

Group 4

1

2

3

Power

max 2.5km

4Call groups: Max. 4 groups(4W/2W)

Max. Configuration
Ethernet cable(LAN cable)

Configuration Example Using HUB

Eth(L ernAN etca cab
bl le
e)

Max
16
units
Star distribution

Active antenna:Max. 4 lines

Ethernet cable(LAN cable)

PoE HUB
Active antenna:Max. 4 lines

100m

100m

100m

100m

max100m

m

Use a power supply when connecting 5 or more active

ax

1

2

3

4

Call groups: Max. 4 groups(4W/2W)

10

0m

1
2
3
4
Call groups: Max. 4 groups(4W/2W)
・PHS radio stations and different types of radio stations for digital cordless telephones operate in the operating frequency band of this equipment.
Due consideration has been given to this equipment so as to prevent radio wave interference with other radio stations that use the same frequency band.
However, should the equipment cause any harmful radio wave interference to another radio station, immediately stop emitting radio waves, and then contact our inquiry service
desk, which is provided on the back of this catalog, to discuss how to prevent such crosstalk.
・All of the product screen images are inset composite images.

46

47

DECT Based Wireless Intercom System

DECT Based Wireless Intercom System
Portable system

LINE1 :

Switch for (function) setting

LAN :LINE input/output
Simultaneous signal input/output
connector 1 (Canon 3 pin)

H.S :Headset connector

SW&VOL :LINE2 :

Power switch and headset
volume control

LINE input/output
connector 2 (Canon 5 pin)

IN/OUT/TB/PGM:

PGM/DC :LINE level volume control switch

Connector for PGM and power input

Portable MK-H96
It is a portable system that can fully realize the high functional performance of a
DECT type intercom system.

Item

The functions of the main unit and other important units are integrated, and ten
handsets can be connected, enabling establishment of two talk groups.
It is battery-powered and can be used outdoors where power supply is not possible.

Ten handsets can beconnected.

It enables building two talkgroups and simultaneous
listening.

GROUP 1

Specifications

Number of handsets connected
10 units
per a portable controller
External interface

2 systems (LINE input)

PGM input

1 system

Power supply

DC 8.0 V to 16.0 V

Environment-10℃ to 50℃

Dimensions

H129×W89×D36(mm)(excluding dimensions of protrusions)

Weightabout 455 g

GROUP 2

Battery box MK-D96
Main specifications of the system
Item

48

Specifications

Maximum number of connected handsets per a portable controller

10 units

Number of talk groups per a portable controller

2

Number of simultaneous listening groups for a handset

2 (independent volume adjustment is possible)

Audio frequency characteristics

100Hz ~ 7kHz

Radio system / frequency used

ARIB STD-T101 / 1.9 GHz band

Multipath compatible handsets

Polarized wave diversity

Communication distance (line of sight)

about 300 m

Handset continuous use timeabout 8 hours (two AA alkaline batteries)
about 10 hours (two AA Ni-MH rechargeable batteries)

Battery box for eight AA alkaline batteries or Ni-MH secondary
batteries
Item
Dimensions
WeightSpecifications
H142×W89×D22(mm)(excluding dimensions of protrusions)about 160 g (excluding cables and batteries)

49

Analog Wireless Intercom System

Analog Wireless Intercom System

1 : 4 Simultaneous Communication System■ Land mobile station

Antenna power 1mW or less, for surface movement business

Base Station

YFF- 4530
Specifications

Wireless Intercom System

Structure: Rack mounting type
Power supply: AC 100 V
Number of calls: 1:8 simultaneous calls
Circuit configuration: Unit structure
Number of antennas: 2 (transmission/reception shared)
Channel setting: Station selection is easy with quartz control PLL synthesizer
systemStandards: Technical standard conformance has been certificatedEnvironment: -10~+50˚C
Weight: Approx. 7.0 kg
Dimensions: Width: 480mm; height: 88mm; depth: 250mm(not including protruding portions)

Personal Station

YMT- 4120
Specifications
Structure: Compact, light, and drip-proof
Power supply: AA alkali cell×2 Continuous use time is 20 hours
Call: Interactive simultaneous call
Antenna: Helical antenna or whip antenna for transmission/reception
Channel setting: Station selection is easy by quartz control PLL synthesize system
Environment: 10~+50˚C
Weight: Approx. 220g (battery pack YBA-4120 included)
Dimensions: Width: 85.4mm; height: 82mm; depth: 22.5mm(not including protruding portions)HS-316C

Command receiving device

3.5f Monaural

YRT- 4120

Specifications
Structure: Compact, light, and drip-proof
Power supply: AA alkali cell×2 Continuous use time is 23 hours
Call: Interactive simultaneous call
Antenna: Helical antenna or whip antenna for transmission/reception
Channel setting: Station selection is easy by quartz control PLL synthesize system
Standards: Technical standard conformance has been certificatedEnvironment: −10~+50˚C
Weight: Approx. 210g (battery pack YBA-4120 included)
Dimensions: Width: 85.4mm; height: 82mm; depth: 22.5mm(not including protruding portions)This intercom system is equipped with simple operability and basic performanceas wireless equipment.
Using an antenna distribution method, the system can cover dead zones of radio

Antenna

CAW-4510

waves with multiple antennas.

Battery packYBA-4120
Production on order

AA alkali cell×2
Specifications
Type: Dipole type
Applied frequency: 413~454MHz
Type: λ/2 half wavelength type
Junction type: M type
Impedance: 75Ω
Weight: Approx.800g (attachment base included)
Dimensions: Width: 325mm; height: 287.5mm; depth: 91.5mm* Batteries are not included

PBA-4120
Production on order
Nickel-hydrogenbattery (2.4 V)

50

51

Analog Wireless Intercom System
Electrical characteristics
Base Station
YFF-4530
Radio wave type

Helical antenna or whip antenna

75Ω

50Ω

Transmission: 454MHz band,
Reception: 413MHz band

Frequency rand
Number of frequencies

Transmission: 413MHz band,
Reception: 454MHz band

Quartz control PLL synthesizer system

Frequency stability

With in ±4ppm

Compander characteristic

Whether indoors or outdoors, the system ensures stable communication areas withhigh sound quality.
The system’s small light-weight receiver and small transmitter in the same shape areeasy to carry around with no burden.

With in 1mW (+20 -50%) Total of antenna terminal–

2.5 μW or less–Modulation scheme

Direct frequency modulation–

Voice frequency

3 kHz or less (300Hz~3kHz)–

Neighboring channel leak power

60 dB more than carrier wave power–• There are two types of transmitters: a long-antenna typeOccupied frequency BandwidthWith in 8.5 kHz–

designed for a long transmission distance (WTO-0703A)±2.5kHz less than when carrier frequency without modulation–

Strength intensity of spurious
radiation

Frequency deviation
Reception system

Double superheterodyne

Reception sensitivity

0 dB μV or less at SINAD 12 dB

Squelch sensitivity

Tone SQ: 0 dBμV or less, Noise SQ: 0 dBμV or lessCabinet radiation

4nW or less

Audio frequency characteristic• The transmitter mixer can change transmitter frequency
and turn it on and off by remote control.
• It is possible to use a microphone cable to connect between thetransmitter mixer and the transmitter.

and a portable type designed for mobility (WTP-0705).
• One frequency is selected from 4 frequencies(74.58MHz / 74.64 / 74.70 / 74.7) for a channel.
Up to 3 frequencies can be used in the same area.
• Focusing on stability, a transmission output of 10 mW (0.01 W) is
designed even with a small power, achieving high-quality soundWithin 300 Hz~3kHz

with a frequency response of 100 Hz to 8 kHz.

0 dBm, balanced 600Ω (4W)
-20 dBu, unbalanced 220Ω
(2W)

Line input/output
Microphone input-60 dBm, balanced 600Ω
Inside; 1W (8Ω),
Outside: 1W (8Ω)-20~+10 dBm unbalanced
600Ω

Speaker output
Program input
Power supply use range

AC100V ± 15%: 1.5A

Use environment

License Free

Main features

Transmission compressor 2: 1, Reception expander 1: 2

Antenna power

CommonReception: 454MHz band

12.5 kHz (Interleave 6.25 kHz)

Oscillation system

Wireless Monitoring System
FM70MHz Band Output 10 mW

Downward (master unit transmission): 24 waves, upward (slave unit) 72 waves

Separation

Reception–

Half wavelength dipole
antenna

Antenna impedanceTransmission

Command receiving device
YRT-4120

F3E/F2D (however, use is inhibited only with F2D)

Antenna type

Frequency
commonPersonal Station
YMT-4120–−60 dBm, unbalanced 600Ω–

15 mW or more (at 8Ω)–At 3.0 V: 150 mA or less

At 3.0 V: 120 mA or lessWarning lamp flashes at 2.3 V or lessTemperature: -10~+50˚C, Humidity: with in 35~90%

Frequency within license
[BS]

[PS]

Downward transmission frequency

Upward transmission frequency

ChannelNo.

Frequency(MHz)

ChannelNo.

Frequency(MHz)

ChannelNo.

Frequency(MHz)

ChannelNo.

Frequency(MHz)

ChannelNo.

Frequency(MHz)

ChannelNo.

Frequency(MHz)

ChannelNo.

Frequency(MHz)

ChannelNo.

Frequency(MHz)1

454.05000

2454.05625

1413.70000

2413.70625

25

413.85000

26

413.85625

49

414.00000

50

414.00625

3454.06250

4454.06875

3413.71250

4413.71875

27

413.86250

28

413.86875

51

414.01250

52

414.01875

5454.07500

6454.08123

5

413.72500

6

413.73125

29

413.87500

30

413.88125

53

414.02500

54414.03125

7454.08750

8454.09375

7

413.73750

8

413.74375

31

413.88750

32413.89375

55

414.03750

56

414.04375

9454.10000

10454.10625

9

413.75000

10413.75625

33

413.90000

34413.90625

57

414.05000

58414.05625

11454.11250

12454.11875

11413.76250

12413.76875

35

413.91250

36413.91875

59

414.06250

60

414.08875

13454.12500

14454.13125

13

413.77500

14413.78125

37

413.92500

38

413.93125

61

414.07500

62414.08125

15454.13750

16454.14375

15413.78750

16413.79375

39

413.93750

40413.94375

63

414.08750

64414.09375

17454.15000

18454.15625

17413.80000

18413.80625

41413.95000

42413.95625

65414.10000

66

414.10625

19454.16250

20

454.16875

19413.81250

20

413.81875

43

413.96250

44413.96875

67414.11250

68

414.11875

21

454.17500

22454.18125

21

413.82500

22

413.83125

45

413.97500

46413.98125

69

414.12500

70

414.13125

23

454.18750

24454.19375

23413.83750

24

413.84375

47413.98750

48

413.99375

71414.13750

72

414.14375

52

53

Wireless Monitoring System
Example 1

Example 2

Receiver
WRP-0705(Unlimited)

Transmitter

Receiver
WRP-0705(Unlimited)

Receiver
WRP-0705(Unlimited)

Transmitter
WTO-0703A

Receiver
WRP-0705(Unlimited)

Receiver
WRP-0705(Unlimited)

Receiver
WRP-0705(Unlimited)

Transmitter
WTP-0705

Receiver
WRP-0705(Unlimited)

WTO-0703A
Rf power output

10mW

The Number of Channels

４Channels PLL TypeInput

–60 / –20 / +4 dBm (600Ω)

Structure

Wall-mounting and microphone standmounting system

Power Source

DC10V(supplied by WFF-0711A)
DC7 ~ 15V(External Power)
More than 18 hours(AA alkaline×2)

Environment–10℃ ~ +50℃

Weight680g (Including batteries)

Dimensions

Width: 105mm; Height: 130mm; Depth: 35mm
(not including protruding portions)LINE in x 2 Systems
MIC inReceiver
WRP-0705(Unlimited)

Transmitter mixer
WFF-0711A

Channel scan function

Transmitter mixer
Area

A

1ch

Channel scan

(74.58MHz)

Area

B

WFF-0711A
Input

LINE ×2 MIC ×1(600Ω)

OutputLINE ×1 (Transformer Balanced)

Channel Change

Remote Control, 4 Channels

Frequency Characteristic

100Hz ~ 10kHz

Environment–10℃ ~ +50℃

Power Source

AC100V / DC12V

Wight

2.5kg

Dimensions

Width: 260mm; Height: 77mm; Depth:250mm(not including protruding portions)

3ch(74.70MHz)

Since the receiver has a channel scan function, it is possible to automatically change the channel,
even if the channel of the transmitter is changed or the system is moved to a different area.

Transmitter54

WTP-0705

Receiver

WRP-0705

Rf Power Output

10ｍW

Receive Sensitivity

The Number of Channels

４ channels ＰＬＬ typeType of ReceptionLess than 2μV (SINAD12)Space Diversity

Input–60 / –20 / +4 dBm (600Ω)

The Number of Channels

４ Channels ＰＬＬ type

Structure

Portable size

Structure

Portable size

Power Source

DC1.5V (AA alkaline)

Power Source

DC1.5V (AA alkaline)

Available Time

More than 10 hours (1 AA alkaline）

Available Time

More than 18 Hours

Environment–10℃ ~ +50℃

Environment–10℃ ~ +50℃

Weight100g (Including battery)

Wight

100g (Including Battery)Dimensions

Width: 60mm; Height: 80mm; Depth:19mm(not including protruding portions)

Dimensions

Width: 60mm; Height: 80mm; Depth: 19mm
(not including protruding portions)55Dimensions

Dimensions

DECT Based Wireless Intercom System

DECT Based Wireless Intercom System

MK-C96

MK-H96

Maincontroller

Portable controller

To the tip of the antenna 128±5
125 ±2121.4 ±2

44 ±0.5

2

3

4

1

2

ETHER Units

350

25.4 ±0.5

65 ±0.5

129.4 ±2

4W/2W Units

4-M3

To the tip of the antenna 234±51

Can be rotated through 180˚

89 ±2

Dust cover

36 ±2

Note: Appearance color: Black leather-tone finish

MK-A96
Activeantenna

480
465

4-6x10(Ellipse)

225

Can be rotated through 180˚

MK-P96

155

135

88

76.2

153

Lot No.

Subcontroller

51
44.5

Metal fittings

Connector dust coverMK-316C

Personal Station

HEADSET

350

MK-B96

Neckband85

26.8

Microphone

)
75
(R

Earphone (receiver)Flexible tube(φ4)

φ18

100
120.8

480
465

φ2.5 Earphone jackLocking screw

4-6x10(Ellipse)
DECT Based Wireless Intercom System

Cable clip

76.2
88
POWER SUPPLY

MK-P96

φ3.3
Coupling connector
Cord with connector
SR-30-10PQ-6P
(850)

56

Cord length 300 +40/-0

Outside color• Neck band : Red• Others : Black
Unit : mm

57

Dimensions

Dimensions

Analog Wireless Intercom System

Wireless Monitoring System

YFF-4530

YMT-4120

WTP-0705

WTO-0703A

Land mobile station Base Station

Personal Station

Transmitter

TransmitterAC 100 V power supply
External PGM input Line switching AF mixing
input connector
switchspeaker jack connector
connector

Antenna connector(M type)22.5

FG terminal

Originating/receiving call 2W connector
Originating/receiving call 4W connector

424

85.4

57

0˚
18

Test head set connector
Microphone input connector

82

480
465
ChannelMonitor setting
Display switching Switch Display panel
speaker Switch

130

80

149

Element part can berotated through 360˚

810 (Maximum length)

Expansion/contraction typerod anten

35

19

105

180 (Minimum length)

Fuse(3A)
I/O interface60

6x10(Ellipse)

Battery pack:YBA-4120AA alkali cell x2

AA alkali cell x1

Main power switch
Power supply indicator
Backlight
switchMicrophone volume adjustment volume
Monitor speaker volume adjustment volume
Line level adjustment volume
Side tone adjustment volume
PGM volume adjustment volume

Reception unit switch
Squelch switch
Transmission switch

CAW-4510

WFF-0711A

WRP-0705

Command receiving device

AntennaTransmitter mixer

Receiver22.5

YRT-4120

91.5
325

40

50

85.4
Element part can berotated through 360°DIPOLE ANTENNA
CAW-4510NO.

TAMURA

77

(8)

180˚

22.8

287.5

45

57

250

19±2

φ56

82

4

GR switch(internal)

80

260

Receiver

120
83.5
35

60

12

AA alkali cell x170

252-φ4.5

Unit: mm5859

https://www.tamura-ss.co.jp/
1-19-43 Higashi-Oizumi, Nerima-ku, Tokyo, 178-8511, Japan
Sales Management Department, Information Equipment Division

TEL: 050-3664-0562 FAX: 03-3978-2005

4F Second Esaka-Sansho Building 3-27-27 Tarumizu-cho, Suita-shi, Osaka, 564-0062, JapanWest Japan Sales Office, Information Equipment Division
TEL: 050-3664-0562 FAX: 06-4861-7728
Please note that specifications and appearance are subject to change without notice for improvement.

The information is current
as of December 2022.
A-2028E-22