The Experts in Reliable RF Signal Management

End-to-End Solutions for RF Signal Routing• Earth Stations and Teleports• Broadcast and CATV Headends• Government and Military• Command & Control Centers• Wireless Lab Test & Measurement Automation

Quintech Electronics & Communications Customer List
Government

Domestic

International

About Quintech:
Quintech Electronics & Communications, Inc. (www.quintechelectronics.com) founded in 1989, is a state-of-the-art
designer and manufacturer of RF signal management communications equipment. The company’s products are globally
distributed and vital for RF signal management. Quintech products are the keystones to the automation of today’s advanced
telecommunication network infrastructures and test laboratories. Our worldwide customers include satellite, government,
wireless telecommunications, broadcast and CATV service providers. Quintech produces RF matrix switches, RF over fiber,
redundancy switches, relay switches, splitters, combiners, amplifiers and DC powering products and equipment. The products
are available in L-band, broadband, IF and wireless frequencies. These RF signal management products are used for monitor
and control, test and measurement, redundancy applications and surveillance. Quintech products are designed for high reliability
and maximized uptime providing years of maintenance free service. We emphasize the design and development of superior RF
signal management products to provide the highest quality systems and solutions for our valued customers.
RF & L-Band Matrix Routers:
The company designs and manufactures the world’s largest configuration matrix switches in the smallest form factor. These arestate of the art products that simplify and facilitate RF signal management solutions. Quintech matrices span frequencies fromDC to 6 GHz. These superior designs are used worldwide in gateways, teleports, broadcast and cable headends.
RF Test Matrices:
Our customers include wireless service providers, network equipment and component manufacturers. Our products are used
for laboratory, R&D and product conformance, interoperability, network load, software regression and manufacturing testing
applications which support legacy network compatibility with MIMO, LTE, LTE-U, WiFi, and other mobility testing. We also
provide Lab Automation and Management software that facilitates wireless lab testing.

Quintech Electronics & Communications, Inc. sells its products worldwide in over 100 countries.

TABLE OF CONTENTS:

About Quintech												Page 3
Broadcast Satellite Government _____________________________________________________XTREME 256				
256 Port RF Fan-Out Matrix Switch				Page 5XTREME 256-C				256 Port RF Fan-In Matrix Switch				Page 6XTREME 160				
80 Port RF Fan-Out Matrix Switch				Page 7XTREME 160-C				80 Port RF Fan-In Matrix Switch					Page 8
XTREME 80				
80 Port RF Fan-Out Matrix Switch				Page 9XTREME 80-C				80 Port RF Fan-In Matrix Switch					Page 10
XTREME 32				32 Port RF Fan-Out Dual Band + S-Band Matrix Switch		
Page 11
XTREME 32-C				32 Port RF Fan-In L-Band + S-Band Matrix Switch		 Page 12
XTREME 32 Hybrid		
Dual 8x8 Hybrid RF Matrix Switch 				Page 13XTREME 32 Bi-Directional
32 Port Fan-Out Bi-Directional RF Matrix Switch			
Page 14
RP1					Modular 1RU Chassis						Page 15
RFM					RF Routing Switch						Page 16
AMP 2150				L-Band Line Amplifier						Page 29
QS/QC
			Signal Distribution						Page 22
LS/LC 2150 Series			
Splitters and Combiners, Active and Passive, L-Band		
Page 23-25
Wireless/ATE________________________________________________________________________
NEXUS-4				6 GHz RF Matrix Switch for Wireless Technologies 		Page 18
NEXUS Wi-5G				6 GHz RF Test Switch						Page 17
NEXUS-M				
6 GHz Bi-Directional RF Mesh Attenuator Matrix			
Page 19
NEXUS-R				
High Power Blocking Bi-Directional RF Matrix			
Page 20
Broadband & CATV __________________________________________________________________XTREME 32 Bi-Directional		
32 Port Fan-Out Bi-Directional RF Matrix Switch			
Page 12
RFM					Monitoring Switch						Page 16
QS/QC
			Signal Distribution						Page 22
LS 1000A				Active Broadband Splitters 					Page 23
LC 1000A 				Active Broadband Combiners 					Page 24
LSC 1000P				Passive Broadband Splitter/Combiner				Page 25			General Products
Evertz Products
Evertz Multiframes			Evertz Rack-Based Modules
Evertz Integrated Receiver Decoders
Evertz 2406/ 2408 			Evertz 2400 ODU		Evertz 7780D4A-ASI		Evertz 7780M4-ASI
		

7800FR, 7801FR Multiframe					Page 30
7807LT-2, 7807LR-2, 7708LT, 7708LR Rack Based Modules
Page 31-32
DVBS/S/S2X MPEG-2/H.264 SD/ HD Receiver Decoder		Page 33-34
Fiber Optic Receiver Transmitter					Page 35
Outdoor Integrated RF Fiber Transmission System		Page 36
Quad ASI TDM-Demux						Page 37
Quad ASI TDM-Mux						Page 38

RF Splitters and Combiners
QS/QC
			Signal Distribution						Page 22
LS 2150A
			Splitters, Active, L-Band						Page 23
LS 2150P
			Splitters, Passive, L-Band					Page 24
LC 2150A
			Combiners, Active, L-Band					Page 25
LS 1000A			
Splitters, Active, 5-1000MHz					Page 26
LC 1000A
			Combiners, Active 5-1000MHz					Page 27
LSC 1000P				Splitter/ Combiner, Passive Broadband				Page 28
				Software______________________________________________________________________________________Q-LAAMP				Lab Automation and Management Package 			Page 21

XTREME 256

256 Port Fan-Out L-Band RF Matrix Switch
General Description:
The XTREME 256 next generation L-band matrix switch features 256 ports in a compact 12 RU
chassis. The XTREME 256 is a full fan-out (distributive), non-blocking switch where an input canbe routed to any or all outputs. The XTREME 256 features an industry exclusive flexible matrix
architecture (patented) that supports both symmetric and asymmetric configurations of 256
combined inputs and outputs in a single chassis. Asymmetric configurations such as 64x192,
96x160, and more can be implemented as well as the standard 128x128 configuration. It is
designed for maximum reliability with redundant and hot-swappable power supplies, fans trays,
and control cards plus RF redundancy. It is also designed for ease of maintenance with built-in selftest (BIST) capability and the ability to hot-swap all active components from the front of the unit.
The XTREME 256 is highly scalable and can easily be expanded up to 2048x2048 using multiple
XTREME 256 modules. Optional integrated expansion ports allow for large systems without
using external expansion modules, significantly reducing system size and number of cables.

XTREME 256

Features & Benefits:• Compact modular design, 256 ports in 12 RU, easily expandable to 2048x2048• Asymmetrical configurations up to 248 outputs in a single chassis• Adjustable gain on inputs and outputs to allow RF performance optimization• Option for fiber optic inputs• Easy hot-swap of all active cards, power supplies, and fan trays from the front• Redundant hot-swap control cards plus independent GUI control system• Remotely controlled via web browser GUI interface, SNMP, TELNET or TCP/IP via
customer supplied PC

Specifications:*1

XTREME 256

Configuration:
RF Connectors:
Impedance:
Operating Frequency:
Frequency Response:

128 Inputs/128 Outputs
F-Type, BNC 75 Ω or 50 Ω, SMA, Mixed or Optical Input Receivers SC/APC or LC/APC
75 Ω or 50 Ω
850-2450 MHz± 1 dB Typ. ± 2 dB Max.
± .2 dB Typ. ± .5 dB Max. Over Any 40 MHz Channel
0 dBm<20 dB @ 0 dB Input Gain
+10 dBm Min.
14 dB Typ. 12 dB Min.
16 dB Typ. 12 dB Min.
75 dB Typ. 65 dB Min.
75 dB Typ. 65 dB Min.
65 dB Typ. 55 dB Min.
-17 dB to +13.5 dB in 0.5 dB Steps-14.5 dB to +33 dB in 0.5 dB Steps-5 dBm to -50 dBm
5 ns Max.
125 ms15” Front Panel Touchscreen
SNMP, TELNET, TCP/IP; Web Browser Interface Via Ethernet
100-250 VAC Autoranging, 50/60 Hz
525 W @ 120 VAC 650 W @ 240 VAC
12 RU Total Rack Space Required, 21” H x 19” W x 20.5” D to Rear Panel (22” Including
Rear Handles)
150 lbs

Input P1dB:
Noise Figure:
OIP3:
Input Return Loss:
Output Return Loss:
Isolation (input-to-input):
Isolation (output-to-output):
Isolation (input-to-output):
Input Gain Range:
Output Gain Range:
RF Sensing:Group Delay:
Switching Time:
Local Control:
Remote Control:
Power Requirements:
Power Consumption:
Size:
Weight:*Specifications may vary with connector type. See individual specification sheet for specific performance data.

1

Specifications valid at unity gain (Input gain = 0 dB , Output gain = 0 dB)(800) 839-3658 • (724) 349-1412 • www.quintechelectronics.com© 2022 Quintech Electronics & Communications, Inc. All products and specifications are subject to change without notice.

5

XTREME 256-C

256 Port Fan-In L-Band RF Matrix Switch
General Description:
The XTREME 256-C next generation L-band matrix switch features 256 ports in a compact
12 RU chassis. The XTREME 256-C is a full fan-in (combining), non-blocking switch where
one or multiple inputs can be routed to an output. The XTREME 256-C features an industry
exclusive flexible matrix architecture (patented) that supports both symmetric and asymmetricconfigurations of 256 combined inputs and outputs in a single chassis. Asymmetric configurations
such as 192x64, 160x96, and more can be implemented as well as the standard 128x128
configuration. It is designed for maximum reliability with redundant power, fans trays, and control
cards plus RF redundancy. It is also designed for ease of maintenance with built-in self-test(BIST) capability and the ability to hot-swap all active components from the front of the unit. The
XTREME 256-C is highly scalable and can easily be expanded up to 2048x2048 using multiple
XTREME 256-C modules. Optional integrated expansion ports allow for large systems without
using external expansion modules, significantly reducing system size and number of cables.

XTREME 256-C

Specifications:*1
Configuration:
RF Connectors:
Impedance:
Operating Frequency:
Frequency Response:
Input P1dB:
Noise Figure:
OIP3:
Input Return Loss:
Output Return Loss:
Isolation (input-to-input):
Isolation (output-to-output):
Isolation (input-to-output):
Input Gain Range:
RF Sensing:
Output P1dB:
Local Control:
Remote Control:Inter-Module Control Data:
Power Requirements:
Power Consumption:
Size:
Weight:Features & Benefits:• Compact modular design, 256 ports in 12 RU, easily expandable to 2048x2048• Asymmetrical configurations up to 248 inputs in a single chassis• Adjustable gain on inputs allow RF performance optimization• Option for fiber optic inputs• Touchscreen local control and embedded web GUI interface• Easy hot-swap of all active cards, power supplies, and fan trays from the front• Redundant hot-swap control cards plus independent GUI control system• Remotely controlled via web browser GUI interface, SNMP, TELNET or TCP/IP via
customer supplied PC
XTREME 256-C
128 Inputs/128 Outputs
F-Type, BNC 75 Ω or 50 Ω, SMA, Mixed or Optical Input Receivers SC/APC or LC/APC
75 Ω or 50 Ω
850-2450 MHz± 3 dB± .75 dB Over Any 36 MHz Channel+6 dBm<23 dB @ 0 dB Gain
+15 dBm
14 dB Typ. 12 dB Min.
15 dB Typ. 12 dB Min.
75 dB Typ. 65 dB Min.
75 dB Typ. 65 dB Min.
60 dB Typ. 55 dB Min.
-17.5 dB to +14 dB in 0.5 dB Steps+10 dBm to -50 dBm+14 dBm
15” Front Panel Touchscreen
SNMP, TELNET, TCP/IP; Web Browser Interface Via Ethernet
XR Bus100-250 VAC Autoranging, 50/60 Hz
525 W @ 120 VAC 650 W @ 240 VAC
12 RU Total Rack Space Required, 21” H x 19” W x 20.5” D to Rear Panel 22” (Including Rear
Handles)
150 lbs*Specifications may vary with connector type. See individual specification sheet for specific performance data.

1

Specifications valid at unity gain (Input gain = 0 dB , Output gain = 0 dB)(800) 839-3658 • (724) 349-1412 • www.quintechelectronics.com
6© 2022 Quintech Electronics & Communications, Inc. All products and specifications are subject to change without notice.

XTREME 160

160 Port Fan-Out L-Band RF Matrix Switch

XTREME 160

General Description:
The XTREME 160 next generation L-band matrix switch features up to 160 ports in a compact 4
RU chassis. The XTREME 160 is a full fan-out (distributive), non-blocking switch where an input
can be routed to any or all outputs. The XTREME 160 features an industry exclusive flexible
matrix architecture (patented) that supports both symmetric and asymmetric configurationsof 160 combined inputs and outputs in a single chassis. Asymmetric configurations such as
32x128, 48x80, and more can be implemented as well as the standard 64x64 configuration.
Optional 13/18V, 22 kHz tone LNB power is available on all input ports. The XTREME 160 isdesigned for maximum reliability with redundant power and control cards.

Features & Benefits:• 50-200 MHz and 850-2450 MHz• Compact modular design up to 160 ports in 4 RU chassis• Asymmetrical configurations up to (48x80, 32x128, 64x96)
in a single chassis• LNB power 750 MA per input 13/18 V with 22 KHz tone

• Fiber optic receivers• Adjustable gain and attenuation on all inputs and outputs allows
the user to adjust the RF level for optimum performance• Fast and easy hot-swap (less than 30 seconds) of any
active cards

Specifications:*1

XTREME 160

Configurations:

64x64, 48x80, 80x48, 32x128, 128x32

RF Connectors:

F-Type, BNC 75 Ω or 50 Ω, SMA, Mixed or Optical Input Receivers SC/APC or LC/APC

Impedance:

75 Ω or 50 Ω

Operating Frequency:

50-200 MHz & 850-2450 MHz

Frequency Response:+/-1.5 dB (950-2150 MHz), +/-2.0 dB (850-2450 MHz)+/-0.5 dB Over Any 36 MHz Channel

Input P1dB:

0 dBm

Noise Figure:

14 dB

OIP3:

+10 dBm

Input Return Loss:

14 dB

Output Return Loss:

14 dB

Isolation (input-to-input):

60 dB

Isolation (output-to-output):

60 dB

Isolation (input-to-output):

55 dB (950-2150 MHz), 50 dB (850-2450 MHz)

Input Gain Range:-23.5 to +8 dB in .5 dB Steps

Output Gain Range:-23.5 to +8 dB in .5 dB StepsLNB Power
Each Port:

0/13/18 V, 22 kHz Tone
Individual ports limited to 750 mA
700 W Total System Power Available to LNB

1Optical Wavelength:

900-1650 nm

Optical Return Loss:

14 dB

Optical Connectors:

SC/APC, LC/APC

Local Control:

8.4” Touchscreen Display

Remote Control:

SNMP, TELNET, TCP/IP, Web Browser Interface Via Ethernet

Power Requirements:

100-240 VAC Autoranging, 50/60 Hz

Power Consumption:

165 W TypicalSize:

4 RU: 7”H x 19”W x 23.25 D”

Specifications valid at unity gain (Input gain = 0 dB , Output gain = 0 dB)*Specifications may vary with connector type and size configuration. See individual specification sheet for specific performance data.

(800) 839-3658 • (724) 349-1412 • www.quintechelectronics.com© 2022 Quintech Electronics & Communications, Inc. All products and specifications are subject to change without notice.

7

XTREME 160-C

160 Port Fan-In L-Band RF Matrix Switch

XTREME 160-C

General Description:
The XTREME 160-C next generation L-band matrix switch features up to 160 ports in acompact 4 RU chassis. The XTREME 160-C is a full fan-in (combining), non-blocking switch
where one or multiple inputs can be routed to an output. The XTREME 160-C features anindustry exclusive flexible matrix architecture (patented) that supports both symmetric andasymmetric configurations of 160 combined inputs and outputs in a single chassis. Asymmetricconfigurations such as 128x32 can be implemented as well as the standard 64x64 configuration.
The XTREME 160-C is designed for maximum reliability with redundant power supplies andcontrol cards.
Features & Benefits:• Compact modular design with a variety of configurations adding to 160 ports in 4 RU
• Easy hot-swap of all RF cards, power supplies and control cards• Option for fiber optic inputs• Independent input and output gain control• Remotely controlled via web browser GUI interface, SNMP, Telnet or TCP/IP via
customer supplied PC• Redundant hot-swap control cards

Specifications:*1

XTREME 160-C

Configurations:

64x64, 80x48, 128x32

RF Connectors:

F-Type, BNC 75 Ω or 50 Ω, SMA, Mixed or Optical Input Receivers SC/APC or LC/APC

Impedance:

75 Ω or 50 Ω

Operating Frequency:

850-2450 MHz

Frequency Response:+/-1.5 dB (950-2150 MHz), +/-2.0 dB (850-2450 MHz)+/-0.5 dB Over Any 36 MHz Channel

Input P1dB:

0 dBm

Noise Figure:

14 dB @ 0 dB Gain

OIP3:

+10 dBm

Input Return Loss:

14 dB

Output Return Loss:

14 dB

Isolation (input-to-input):

60 dB

Isolation (output-to-output):

60 dB

Isolation (input-to-output):

55 dB (950-2150 MHz), 50 dB (850-2450 MHz)

Input Gain Range:-23.5 to +8 dB in .5 dB Steps

Output Gain Range:-23.5 to +8 dB in .5 dB Steps

Local Control:

8.4” Touchscreen Display

Remote Control:

SNMP, TELNET, TCP/IP, Web Browser Interface Via Ethernet

Power Requirements:

100-240 VAC Autoranging, 50/60 Hz

Power Consumption:
Size:

160 W
4 RU: 7”H x 19”W x 23.25 D”*Specifications may vary with connector type. See individual specification sheet for specific performance data.
*Specifications may vary with connector type and size configuration. See individual specification sheet for specific performance data.

(800) 839-3658 • (724) 349-1412 • www.quintechelectronics.com
8© 2022 Quintech Electronics & Communications, Inc. All products and specifications are subject to change without notice.

XTREME 80

80 Port Fan-Out L-Band RF Matrix Switch

XTREME 80

General Description:
The XTREME 80 next generation L-band matrix switch features 80 ports in a compact 2 RU
chassis. The XTREME 80 is a full fan-out (distributive), non-blocking switch where an input
can be routed to any or all outputs. The XTREME 80 features an industry exclusive flexible
matrix architecture (patented) that supports both symmetric and asymmetric configurations of
80 combined inputs and outputs in a single chassis. Asymmetric configurations such as 16x64,
24x40, and more can be implemented as well as the standard 32x32 configuration. Optional
13/18V, 22 kHz tone LNB power is available on all input ports. The XTREME 80 is designed for
maximum reliability with redundant power and control cards.

Features & Benefits:• 50-200 MHz and 850-2450 MHz or 50-1000 MHz frequency range •• Compact modular design up to 80 ports in 2 RU chassis•• Asymmetrical configurations up to (32x32, 16x64, 24x40)
in a single chassis•• LNB power 750 mA per input 13/18 V with 22 KHz tone
• Option for fiber optic inputs

Fiber optic receivers
Adjustable gain and attenuation on all inputs and outputs allows
the user to adjust the RF level for optimum performance
Fast and easy hot-swap (less than 30 seconds) of any
active cards

Specifications:*1

XTREME 80

Configurations:

16x64, 24x40, 32x32, 40x24, 64x16, 32x48, 20x48, 60x20, 48x32

RF Connectors:

F-Type, BNC 75 Ω or 50 Ω, SMA, Mixed or Optical Input Receivers SC/APC or LC/APC

Impedance:

75 Ω or 50 Ω

Operating Frequency:

50-200 MHz & 850-2450 MHz or 50-1000 MHz

Frequency Response:+/-1.5 dB+/-0.5 dB Over Any 36 MHz Channel

Input P1dB:

0 dBm

Noise Figure:

13 dB @ 0 dB Gain

OIP3:

+10 dBm

Input Return Loss:

14 dB

Output Return Loss:

14 dB

Isolation (input-to-input):

60 dB

Isolation (output-to-output):

60 dB

Isolation (input-to-output):

55 dB

Input Gain Range:-19.5 dB to +12 dB (32x32); -24 to +8 dB for (16x64)

Output Gain Range:-15.5 dB to +16 dB, All Builds

LNB Power
Each Port:

0/13/18 V, 22 kHz Tone
Individual ports limited to 750 mA
500 W of Total System Power Available to LNB

1Optical Wavelength:

900-1650 nm

Optical Return Loss:

14 dB

Optical Connectors:

SC/APC, LC/APC

Local Control:

Front Panel 2.2” Display and Rotary Switch Joystick

Remote Control:

SNMP, TELNET, TCP/IP, Web Browser Interface Via Ethernet

Power Requirements:

100-240 VAC Autoranging, 50/60 Hz

Power Consumption:

165 W Typical, 345 W with LNB Option (32x32), 255 W with LNB Option (16x64)

Size:

2 RU: 3.5”H x 19”W x 23.25 D”

Specifications valid at unity gain (Input gain = 0 dB , Output gain = 0 dB)*Specifications may vary with connector type. See individual specification sheet for specific performance data.

(800) 839-3658 • (724) 349-1412 • www.quintechelectronics.com© 2022 Quintech Electronics & Communications, Inc. All products and specifications are subject to change without notice.

9

XTREME 80-C

80 Port Fan-In L-Band RF Matrix Switch

XTREME 80-C

General Description:
The XTREME 80-C next generation L-band matrix switch features 80 ports in a compact
2 RU chassis. The XTREME 80-C is a full fan-in (combining), non-blocking switch where
one or multiple inputs can be routed to an output. The XTREME 80-C features an industry
exclusive flexible matrix architecture (patented) that supports both symmetric and asymmetricconfigurations of 80 combined inputs and outputs in a single chassis. Asymmetric configurations
such as 64x16 can be implemented as well as the standard 32x32 configuration. The XTREME
80-C is designed for maximum reliability with redundant power supplies and control cards.
Features & Benefits:• Compact modular design with a variety of configurations adding to 80 ports in 2 RU
• Easy hot-swap of all RF cards, power supplies and control cards• Option for fiber optic inputs• Independent input and output gain control• Remotely controlled via web browser GUI interface, SNMP, Telnet or TCP/IP via
customer supplied PC• Redundant hot-swap control cards

Specifications:*1

XTREME 80-C

Configurations:

32x32, 64x16

RF Connectors:

F-Type, BNC 75 Ω or 50 Ω, SMA, Mixed or Optical Input Receivers SC/APC or LC/APC

Impedance:

75 Ω or 50 Ω

Operating Frequency:

850-2450 MHz

Frequency Response:+/-1.5 dB+/-0.5 dB Over Any 36 MHz Channel

Input P1dB:

0 dBm

Noise Figure:

13 dB @ 0 dB Gain

OIP3:

+10 dBm

Input Return Loss:

14 dB

Output Return Loss:

14 dB

Isolation (input-to-input):

60 dB

Isolation (output-to-output):

60 dB

Isolation (input-to-output):

55 dB

Input Gain Range:-14.5 to +17 dB

Output Gain Range:-19.5 to +12 dB (32X32)

Local Control:

Front Panel 2.2” LCD Display with Rotary Switch Joystick

Remote Control:

SNMP, TELNET, TCP/IP, Web Browser Interface Via Ethernet

Power Requirements:

100-240 VAC Autoranging, 50/60 Hz

Power Consumption:
Size:

160 W
2 RU: 3.5”H x 19”W x 23.25 D”*Specifications may vary with connector type. See individual specification sheet for specific performance data.
1

Specifications valid at unity gain (Input gain = 0 dB , Output gain = 0 dB)(800) 839-3658 • (724) 349-1412 • www.quintechelectronics.com
10© 2022 Quintech Electronics & Communications, Inc. All products and specifications are subject to change without notice.

XTREME 32

32 Port Fan-Out Dual Band + S-Band RF Matrix Switch

XTREME 32

General Description:
The XTREME 32 Dual Band matrix switch is a full fan-out (distributive) non-blocking signal
management solution that routes an input to any or all outputs. The design features an industry
exclusive architecture that supports both symmetric and asymmetric configurations of 32
combined inputs and outputs in a compact 1 RU chassis. Hot-swappable redundant power
supplies, I/O Modules, and a field replaceable cooling fan provide maximum reliability.

Features & Benefits:• 50-200 MHz, 850-2500 MHz & 950-3500 MHz operating range• Flexible matrix configurations (16x16, 4x28, 8x24)• LNB power 750 mA per Input 13/18 V with 22 kHz tone
• Option for fiber optic inputs

•
•
•
•
•

Adjustable input and output gain
Redundant hot-swappable power supplies
Hot-swappable input and output adapters
Dual gigabit ethernet ports
Field replaceable cooling fan

Specifications:*1

L-BandS-BandConfigurations:4x28, 8x24, 12x20, 16x16, 20x12, 24x8, 28x4

16x16

RF Connectors:

F-Type, BNC 75 Ω or 50 Ω, SMA, Mixed or Optical Input
Receivers SC/APC or LC/APC

SMA

Impedance:

75 Ω or 50 Ω

50 Ω

Operating Frequency:

50-200 MHz

950-2150 MHz

850-2500 MHz

950-3500 MHz

Frequency Response:+/- 2.5 dB+/- 1.5 dB+/- 2.5 dB+/- 2.0 dB

Any 36 MHz:
Input P1dB:+/- 0.8 dB+/- 0.5 dB+/- 0.7 dB+/- 0.5 dB Max.

13 dBm Max.

14 dBm Max.

14 dB max

0 dBm

Noise Figure:Default Gain:

20 dBm Max.

Max Input Gain:

10 dB Typical*

OIP3:

9 dBm Min.

10 dBm Min.

9 dBm Min.

8 dBm Min.

Input Return Loss:

12 dBm Min.

14 dBm Min.

12 dBm Min.

14 dB

Output Return Loss:

12 dBm Min.

14 dBm Min.

12 dBm Min.

14 dB

Isolation (input-to-input):

60 dB

Isolation (output-to-output): 60 dB
Isolation (input-to-output):

55 dB

Input Gain Range:-19.5 to 12 dB in 0.5 dB Steps

Output Gain Range:-15.5 to 16 dB in 0.5 dB StepsLNB Power
Each Port:

0/13/18 V, 22 kHz

45 dB-20.5 to 11 dB in .5 dB steps

250 W available, Individual ports limited to 750 mA
Short Circuit Protection with Automatic Reset
Status: Under Current (<50mA), Short and Normal

Optical Wavelength:

900-1650 nm

Optical Return Loss:

14 dB

Optical Connectors:

SC/APC, LC/APC

Remote Control:

SNMP, TELNET, TCP/IP, Web Browser Interface Via Ethernet

Power Requirements:

100-240 VAC Autoranging, 50/60 Hz 5A Max.

Power Consumption:

100W Typical, 200 W Max. with LNB Optional

Local Control:
Size:

Front Panel 2.2” LCD Display with Rotary Switch Joystick
1 RU: 1.75”H x 19”W x 18.5 D”*Specifications may vary with connector type. See individual specification sheet for specific performance data.
1
Specifications valid at unity gain (Input gain = 0 dB , Output gain = 0 dB)(800) 839-3658 • (724) 349-1412 • www.quintechelectronics.com© 2022 Quintech Electronics & Communications, Inc. All products and specifications are subject to change without notice.

11

XTREME 32-C

32 Port Fan-In L-Band + S-Band RF Matrix Switch

XTREME 32-C

General Description:
The XTREME 32-C next generation L-band matrix switch features 32 ports
in a compact 1 RU chassis. The XTREME 32-C is a full fan-in (combining),
non-blocking switch where one or more inputs can be routed to any output. The
XTREME 32-C features an industry exclusive flexible matrix architecture that supports
both symmetric and asymmetric configurations of 32 combined inputs and outputs
in a single chassis. Asymmetric configurations such as 28x4, 24x8, and more canbe implemented as well as the standard 16x16 configuration. The XTREME 32-C isdesigned for maximum reliability with redundant and hot-swappable power supplies.

Features & Benefits:• 50-200 MHz, 850-2500 MHz & 950-3500 MHz operating range• Compact design with a variety of configurations adding to 32 ports in 1 RU
• Easy hot-swap power supplies, fan and adapters• Independent input and output gain control• Option for fiber optic inputs• Remotely controlled via web browser GUI interface, SNMP, Telnet or TCP/
IP via customer supplied PC

Hot-swappable input and output adapters
Flexible matrix configurations (16x16)
Redundant hot swappable power supplies
Dual gigabit ethernet ports
Field replaceable cooling fan

Specifications:*1

L-BandS-BandConfigurations:4x28, 8x24, 12x20, 16x16, 20x12, 24x8, 28x4

16x16

RF Connectors:

F-Type, BNC 75 Ω or 50 Ω, SMA, Mixed or Optical Input Receivers SC/APC or LC/APC

SMA

Impedance:

75 Ω or 50 Ω

50 Ω

Operating Frequency:

850-2500 MHz

Frequency Response:+/- 2.0 dB+/- 0.5 dB Max.
(Over any 36 MHz Channel)

Input P1dB:

0 dBm

Noise Figure:

13 dB @ 0 dB Gain
(One Connection)

13 dB Max.
(22 dB Full Fan-In)

15 dB Max. (24 dB Full FanIn)

Default Gain:

13 dB @ 0 dB Gain
(One Connection)

13 dB Max. (22 dB Full Fan-In)

15 dB Max. (24 dB Full FanIn)

9 dB Typical*(21 dB Full Fan-In)

10 dB Typical*(23 dB Full Fan-In)

10 dBm Min.

8 dBm Min.

50-200 MHz & 950-2150 MHz

Max Input Gain:

1

•
•
•
•
•

950-3500 MHz+/- 3.0 dB+/- 0.7 dB Max.
(Over any 36 MHz Channel)

OIP3:

10 dBm Min.

Input Return Loss:

14 dB

Output Return Loss:

14 dB

Isolation (input-to-input):

60 dB

50 dB

45 dB

Isolation (output-to-output):

60 dB

50 dB

45 dB

Isolation (input-to-output):

55 dB

50 dB

45 dB

Input Gain Range:-14.5 to 17 dB in 0.5 dB Steps -19.5 to 12 dB in .5 dB steps-19.5 to 12 dB in .5 dB steps

Output Gain Range:-18.5 to 13.0 dB in 0.5 dB
Steps-20.5 to 11 dB in .5 dB steps

Local Control:

Front Panel 2.2” LCD Display with Rotary Switch Joystick

Remote Control:

SNMP, TELNET, TCP/IP, Web Browser Interface Via Ethernet

Power Requirements:

100-240 VAC Autoranging, 50/60 Hz

Power Consumption:

100W TypicalSize:

1 RU: 1.75”H x 19”W x 18.5 D”-20.5 to 11 dB in .5 dB steps

Specifications valid at unity gain (Input gain = 0 dB , Output gain = 0 dB)*Specifications may vary with connector type. See individual specification sheet for specific performance data.

(800) 839-3658 • (724) 349-1412 • www.quintechelectronics.com
12© 2022 Quintech Electronics & Communications, Inc. All products and specifications are subject to change without notice.

XTREME 32

Dual 8x8 Hybrid RF Matrix Switch
General Description:
The XTREME 32 Hybrid matrix switch is an L-band matrix switch that features a non-blocking
8x8 splitting matrix and a non-blocking 8x8 combining matrix with hot-swap I/O cards,
redundant power supplies, and control module in a compact 1 RU chassis. Dual 10/100/1000
Ethernet ports allow for redundant control connections.
XTREME 32

Features & Benefits:• 850-2500 MHz operating range• Redundant hot-swappable power supplies• Hot-swappable input and output adapters• Adjustable input and output gain

Specifications:

•
•
•
•

Dual gigabit ethernet ports
Field replaceable cooling fan
Fan-out LNB power option on input adapters
Option for fiber optic inputs

Full Fan-out

Full Fan-in

Configurations:

8x8

RF Connectors:

F-Type, BNC 75 Ω or 50 Ω, SMA, Mixed or Optical Input Receivers SC/APC or LC/APC

Impedance:

75 Ω or 50 Ω

Operating Frequency:

950-2150 MHz

850-2500 MHz

950-2150 MHz

850-2500 MHz

Frequency Response:Any 36 MHz:+/- 1.5 dB+/- 3 dB+/- 1.5 dB+/- 2.5 dB+/- .5 dB+/- .7 dB+/- .5 dB+/- .5 dB

Input P1dB:

0 dBm Min.

Noise Figure:

13 dB Max.

14 dB Max.

13 dB Max.

21 dB Max.

OIP3:

10 dBm Min.

10 dBm Min.

10 dBm Min.

10 dBm Min.

Input Gain Range:-15.5 to 16 dB in 0.5 dB steps-17.5 to 14 dB in 0.5 dB steps

Output Gain Range:-14.5 to 17 dB in 0.5 dB steps-13.5 to 18 dB in 0.5 dB steps

Isolation (input-to-input):

60 dB Min.

60 dB Min.

60 dB Min.

60 dB Min.

Isolation (output-to-output):

60 dB Min.

60 dB Min.

60 dB Min.

60 dB Min.

Isolation (input-to-output):

55 dB Min.

50 dB Min.

55 dB Min.

50 dB Min.

Input Return Loss:

14 dB Min.

14 dB Min.

Output Return Loss:

14 dB Min.

14 dB Min.

Power Requirements:

100-240 VAC Autoranging, 50/60 Hz

Power Consumption:

110 W typical

Local Control:

Front panel 2.2” display and rotary knob

Remote Control:

SNMP, TELNET, TCP/IP, Web Browser Interface Via Ethernet Remote Panel

8x875 Ω or 50 Ω

0 dBm Min.

Specifications valid at unity gain (Input gain = 0 dB , Output gain = 0 dB)*Specifications may vary with connector type. See individual specification sheet for specific performance data.
1(800) 839-3658 • (724) 349-1412 • www.quintechelectronics.com© 2022 Quintech Electronics & Communications, Inc. All products and specifications are subject to change without notice.

13

XTREME 32

32 Port Fan-Out Bi-Directional RF Matrix Switch

XTREME 32

General Description:
The XTREME 32 DOCSIS 3.1 compatible matrix switch is a full fan-out (distributive)
non-blocking signal management solution that routes an input to any or all
outputs. The design features an industry exclusive architecture that supports both
symmetric and asymmetric configurations of 32 combined inputs and outputs in
a compact 1 RU chassis. Hot-swappable redundant power supplies, I/O Modules, and a field
replaceable cooling fan provide maximum reliability.

Features & Benefits:• 5-1800 MHz operating range• Bidirectional configuration ideal for DOCSIS 3.1 testing• Redundant hot-swappable power supplies• Option for fiber optic inputs•••

Hot-swappable input and output adapters
Dual gigabit ethernet ports
Field replaceable cooling fan

Specifications:*1

XTREME 32

Configurations:

16x16 (Standard)

RF Connectors:

F-Type, BNC 75 Ω or 50 Ω, SMA, Mixed or Optical Input Receivers SC/APC or LC/APC

Impedance:

75 Ω

Operating Frequency:

5-54 MHz54-1218 MHz

1218-1800 MHz

Frequency Response:Any 6 MHz Flatness:+/- 4 dB+/- 2.5 dB+/- 2 dB+/- 0.5 dB+/- 0.5 dB+/- 0.5 dB

Input P1dB:

30 dBm Min.

Insertion Loss:

26

27

30

OIP3:

40 dBm Min.

Input Return Loss:

7 dB Min. >10 dB Typical

Output Return Loss:

7 dB Min. >10 dB Typical

Isolation (input-to-input):

60 dB

Isolation (output-to-output):

60 dB

Isolation (input-to-output):

50 dB

Local Control:

Front Panel 2.2” LCD Display with Rotary Switch Joystick

Remote Control:

Dual 10/100/1000 Base Tx Ethernet Ports, SNMP, V2c, v3 TCp/ IP,
Quintech 2.15 Protocol (Port 9100) Web server: TELNET

Power Requirements:

100-240 VAC Autoranging, 50/60 Hz 5A Max.

Power Consumption:
Size:

55W Typical
1 RU: 1.75”H x 19”W x 18.5 D”*Specifications may vary with connector type. See individual specification sheet for specific performance data.
1
Specifications valid at unity gain (Input gain = 0 dB , Output gain = 0 dB)(800) 839-3658 • (724) 349-1412 • www.quintechelectronics.com
14© 2022 Quintech Electronics & Communications, Inc. All products and specifications are subject to change without notice.

RP1

Modular 1RU Chassis
w/LNB Power Insertion and Redundancy Switch Cards

RP1

General Description:
The RP1 1RU modular chassis provides centralized power control and signal redundancy options. Hot-Swappable redundant power supplies, I/O
Modules, and a field replaceable cooling fan provide maximum reliability. Eight card slots provide combinations of up to 16 Bias-T DC Power Inserters, eight 2x1 RF sensing and LNB power redundancy switch with Q-SENSE©, or 16 quick disconnect switchable DC power outputs. Remotecontrol is available via web browser GUI, SNMP, or Quintech API protocol over TCP/IP.
Features & Benefits:•
700-3000 MHz operating range•
Eight hot-swappable card slots with flexible configurations•
LNB status monitoring•
10 MHz reference distribution to all slots•
Redundant hot swappable power supplies•
Field replaceable cooling fan
Dual LNB Bias-T Card Specifications:

Type:

Dual

Each Port:

Selectable 0/13/18 VDC, 22 kHz Tone
400 mA nominal (550 mA peak inrush), 750 mA (2 pin)
Short Circuit Protection with Automatic Reset

StatusUnder Current (<50 mA), Short, and Normal

Operating Frequency (MHz):

950-2150 MHz

950-2500 MHz

700-3000 MHz

Insertion Loss (Max):

1 dB

1 dB

1.5 dB

Return Loss (Min):

14 dB

12 dB

10 dB

Isolation (Min):

65 dB

10 MHz Input Power Level (Max):

0 dBm

RF Connectors:

F(f), BNC(f) 75 Ω or 50 Ω, SMA

2x1 Redundancy Switch Card Specifications:Type:

2x1 w/RF Sensing

Operating Frequency (MHz):

950-2150 MHz

950-2500 MHz

700-3000 MHz

Insertion Loss:

3 +/-0.5 dB

3 +/-1 dB

3.5 +/-1 dB

Return Loss (Min):

14 dB

13 dB

10 dB

Isolation (Min):

50 dB

50 dB

45 dB

RF Sensing Range:-50 to 0 dBm

Max Input Power:

24 dBmRF Connectors:

F(f), BNC(f) 75 Ω or 50 Ω, SMA

Chassis Specifications:Power Requirements:

100-240 V~, 50/60 Hz

Power Consumption:

10 W Standby, 200 W Fully Loaded

Local Control:

2.2” LCD Display with Rotary Control Knob

Computer Control:

TCP/IP, Web Browser Interface, or SNMPSize:

1 RU (1.75” H x 19” W x 18.5” D)

Weight:12 lbs. Gross (boxed), 9 lbs. net*Specifications may vary with connector type. See individual specification sheet for specific performance data.

(800) 839-3658 • (724) 349-1412 • www.quintechelectronics.com© 2022 Quintech Electronics & Communications, Inc. All products and specifications are subject to change without notice.

15

RFM

RF Routing Switches
General Description:
The RFM is a routing switch that transparently passes RF signals. Quintech’s
proprietary design provides lossless switching while minimizing noise
figure through the switch. It’s compact design fits 16x1 in a 1 RU chassis
and the switches can be cascaded to expand to 256x1. The RFM is used
for centralized test and measurement applications and monitoring large
numbers of RF signals.

RFM

Features & Benefits:• 5-1800 MHz continuous frequency range covering all DOCSIS 3.1 to1200 MHz and to future 1800 MHz frequencies• L-band 950-2150 MHz frequency range• Unity gain switching with low noise figure• Pay as you grow, expandable in the field to 256x1• Remote control over TCP/IP via open source API• Web browser interface for easy setup and configuration
Applications:• Remote testing of CATV headends and monitoring of upstream anddownstream paths• Automate testing of multiple devices under test to shared analyzer

Specifications*

RFM

Configuration:

16x1 (Up to 256x1 with Additional Modules)

RF Connector:

F-TypeF-Type, SMA

F-Type, SMA

Impedance:

75 Ω

50 Ω, 75 Ω

50 Ω, 75 Ω

Operating Frequency:

5-1800 MHz

950-2500 MHz

5-2500 MHz

P1dB:+4 dBm

+5 dBm

+4 dBmNoise Figure:< 13 dB<14 dB<16 dBOIP3:

15 dBmInsertion Loss:

0 dB @±1.5 dB

0 dB @±1.5 dB

0 dB @±3 dB

Input Return Loss:

13 dB

13 dB

13 dB

Output Return Loss:

14 dB

14 dB

13 dB

Isolation:

50 dB

50 dB

45 dB

Remote Control:

Ethernet Port: TCP/IP, Web Browser Interface or SNMP

Control Module Connectors:

RJ45, XR Bus

Expansion Module Connectors:

XR BusPower Requirements:

100-240 VAC, 50/60 Hz

Power Consumption:

9W

Size:

1RU: 1.75” H x 19” W x 18.5” D*Specifications may vary with connector type. See individual specification sheet for specific performance data.

(800) 839-3658 • (724) 349-1412 • www.quintechelectronics.com
16© 2022 Quintech Electronics & Communications, Inc. All products and specifications are subject to change without notice.

NEXUS Wi-5G
6 GHz RF Test Matrix

NEXUS Wi-5G

General Description:
The NEXUS Wi-5G is a wideband 600 MHz to 6 GHz bi-directional RF attenuator matrix
test system which enables automated testing of 2x2 to 8x8 MIMO connections. 64 sets ofintegrated fixed attenuators and 0 to 60 dB programmable attenuators provide up to 90 dB of
total attenuation per connection. The NEXUS Wi-5G can connect any input port to one or all
output ports and any output port to one or all input ports using integrated wideband splitters andcombiners. Unused connections can be turned off using internally terminated 100 dB isolation
switches. The NEXUS Wi-5G enables interoperability, coexistence and testing of current
and emerging standards. The matrix is used for roaming, handover, beam forming, wirelessmesh network test and validation of network equipment. Its frequency range covers 4G/LTE
5G Wireless and WiFi 6. Circuit-switched fallback testing can be conducted in a controlledenvironment isolated from commercial signals, emulation of mobility scenarios, interband
carrier aggregation and WiFi interference tests are easily configured. Regression testing canbe completed in reduced time enhancing laboratory ROI.
The NEXUS Wi-5G used in conjunction with Quintech’s proprietary Q-LAAMP® software
management platform provides a ready-to-use test system with an intuitive GUI and user
configurable RF fading applications.
Features & Benefits:• 600 MHz to 6 GHz continuous frequency range covering all major wireless andtechnologies• 64 Total 0 to 60 dB programmable attenuators in 0.5 dB steps• High power handling up to 30 dBm• Integrated splitters and combiners support 2x2 up to 8x8 MIMO connection testingSpecifications:*
Configuration:
RF Connectors:
Impedance:
Operating Frequency:
Matrix Type:
Switching Technology:
IIP3:
P1dB:
Fixed Attenuation:
Variable Attenuation:
Isolation Port A to Port A:
Isolation Port B to Port B:
Isolation Port A to Port B:
On/ Off Isolation:1
Return Loss:
No Damage Signal Level:
Power Requirements:
Power Consumption:
Remote Control:
Software:Size:
Weight:

NEXUS Wi-5G
4x8, 8x8
N-type, SMA, QMA, TNC, 4.3-10
50 Ω
600-6000 MHz
Passive Bi-Directional, Non-Blocking, Full Fan-In/Fan-Out
Solid State>60 dBm>36 dBm
35 dB @ 6 GHz
0 to 60 dB Attenuation in 0.5 dB Steps
100 dB Single Connection, 45 dB Multiple Connections
80 dB Single Connection, 45 dB Multiple Connections
100 dB
100 dB
13 dB Min.
+36 dBm Max.
100-240 VAC Autoranging, 50/60 Hz
20 W
Ethernet, TELNET, SNMP, or TCP/IP Via Customer Supplied Control System, XR Bus for Expansion
Fast Ethernet API Protocol, Embedded Web Server and API Protocol, Q-LAAMP Option
3 RU 5.25” H x 19” W x 25.25” D
40 lbs. Gross (Boxed), 30 lbs. Net

70 dB Min. normalized to insertion loss of path
*All product designs and specifications subject to change without notice. See individual specification sheet for specific performance data.

1(800) 839-3658 • (724) 349-1412 • www.quintechelectronics.com© 2022 Quintech Electronics & Communications, Inc. All products and specifications are subject to change without notice.

17

NEXUS-4

6 GHz Bi-Directional RF Attenuator Matrix Switch

NEXUS-4

General Description:
The NEXUS-4 is a bi-directional fully non-blocking 32x32 RF matrix switching systemthat can route any input ports to any output ports in a 6 RU chassis. With the frequency
range of 400 MHz to 6 GHz and the capability of expanding to 64x64, it enables large
scale wireless testing that involves many MIMO base stations and devices. The builtin programmable attenuators and efficient automation interface provide ease-of-use
testing of signal fade and emulation of mobility scenarios. It can dramatically increaselab efficiency by eliminating manual patch panel and cabling as it can be remotelyreconfigured for different test setups consistently in seconds. The utilization of NEXUS-4
RF matrices will expand your testing capabilities, improve ROI of lab instruments, andreduce time to market.
Features & Benefits:• 400 to 6000 MHz frequency range covering all major wireless technologies• Support 32x32 RF ports in 6 RU with modular design expandable to 64x64• Solid state switching and attenuation for consistent, repeatable and glitchlessperformance; reconfigure any test setup in seconds• Fully non-blocking splitting and combining that supports MIMO testing• Emulate free space incremental path loss of 0 to 60 dB in 0.5 dB steps• High power handling of up to 30 dBm (1w)
• Management software Q-LAAMP enables resource and time allocation for high lab
efficiency

Specifications:*

NEXUS-4

Configuration:
RF Connectors:
Impedance:
Operating Frequency:
Matrix Type:
Switching Technology:
OIP3:
P1dB:
Fixed Attenuation:1
Variable Attenuation (at Each Cross
Point):
Isolation Port A to Port A:
Isolation Port B to Port B:
Isolation Port A to Port B:
On/ Off Isolation:
Return Loss:
No Damage Signal Level:
Power Requirements:
Power Consumption:
Local Control:
Remote Control:

Up to 32 Port A/32 Port B in a Single 6 RU Chassis
N-type, SMA, QMA, TNC, 4.3-10
50 Ω
400-700 MHz
700-4000 MHz
Passive Bi-directional, Fully Non-blocking
Solid State
60 dBm Min.
40 dBm Min.
37 dB Typical
45 dB Max.
0 to 60 dB Attenuation in 0.5 dB Steps

Software:Size:
Weight:Certifications:

4000-6000 MHz

46 dB Typical

100 dB Single Connection, 50 dB Multiple Connections
80 dB Single Connection, 50 dB Multiple Connections
100 dB
70 dB Min.
70 dB Min.
65 dB Min.
10 dB
14 dB
10 dB
+40 dBm Max.
100-240 VAC Autoranging, 50/60 Hz
63 W
Front Panel 2.2” LCD Display with Rotary Switch Joystick
Ethernet, TELNET, SNMP, or TCP/IP Via Customer Supplied Control System, XR Bus for
Expansion
Embedded Web Server and API Protocol, Fast Ethernet Option, Q-LAAMP Option
6 RU: 10.5” H x 19” W x 25” D
117 lbs in 32x32 Configuration
FCC Part 15, CE, NRTL, TUV*All product designs and specifications subject to change without notice. See individual specification sheet for specific performance data.

(800) 839-3658 • (724) 349-1412 • www.quintechelectronics.com
18© 2022 Quintech Electronics & Communications, Inc. All products and specifications are subject to change without notice.

NEXUS-M

6 GHz Bi-Directional RF Mesh Attenuator Matrix

NEXUS Wi-5G

NEXUS-4

General Description:
The NEXUS-M is a bi-directional 32 port mesh attenuator matrix where any port can connect
to any or all remaining ports. With wideband frequency range spanning 400 MHz to 6 GHz,the matrix can be used for automating UHF, LTE, Bluetooth, WiFi, CAT-M, NB-IoT, and GPS
component and software application tests. Each connection has an independently controlled
variable attenuator, allowing power levels to be controlled between nodes. With millisecond
switching speeds, software and firmware regression tests can be performed over many
network configurations in a much shorter time compared to manual configuration of a patch
panel. Easily configure string and mesh constellation networks for beam hopping latency
measurements and network resiliency when adding or dropping nodes in software defined
networks. The utilization of NEXUS-M RF mesh matrices will help reduce time to market of
new hardware and software, and improve firmware compliance tests.
Features & Benefits:• 400-6000 MHz frequency range covering all major wireless technologies• Available in 8, 16 or 32 port systems• Solid state switching and attenuation for consistent and repeatable performance• Emulate over-the-air incremental path loss
• Q-LAAMP management software enables resource and time allocation for lab
operation efficiency

Specifications:*

NEXUS-M

Configuration:
RF Connectors:
Impedance:
Operating Frequency:
Matrix Type:
Switching Technology:
P1dB:
Fixed Attenuation (Max):
Variable Attenuation:
On/Off Isolation:
Return Loss:
No Damage Signal Level:
Local Control:
Remote Control:

8, 16, 32 Port Systems
N(f), SMA(f)50 Ω400-6000 MHz
Passive Bi-directional
Solid State
43 dBm
400-700 MHz: 40 dB, 700-4000 MHz: 45 dB, 4000-6000 MHz: 50 dB
0 to 60 dB in 0.5 dB Steps (25 dB Dynamic Range Between Connected Ports)
70 dB Normalized to 0 dB Attenuation State
400-700 MHz: 10 dB, 700-4000 MHz: 14 dB, 4000-6000 GHz: 10 dB+43 dBm
Front Panel 2.2” LCD Display with Rotary Switch Joystick
Ethernet, TCP/IP Via Customer Supplied Control System

Software:Power Requirements:
Certifications:

API Protocol, Q-LAAMP Embedded Web GUI
100-240 VAC, 50/60 Hz
FCC Part 15, CE, NRTL, TUV*Specifications may vary with connector type. See individual specification sheet for specific performance data.

(800) 839-3658 • (724) 349-1412 • www.quintechelectronics.com© 2022 Quintech Electronics & Communications, Inc. All products and specifications are subject to change without notice.

19

NEXUS-R

High Power Bi-Directional RF Blocking Matrix
General Description:
The NEXUS-R is a passive bi-directional blocking matrix switch that can relay 32
A ports to 32 B ports. It is designed to handle high power up to 50 W for directconnection to base stations. Based on latching relay switching technology, it retains
the connections even upon power loss. Quintech’s proprietary design minimizes thereturn signal and insertion loss through the switch while maximizing the isolation
between ports. Its low loss and distortion preserves signal integrity for performance
testing while the high isolation prevents crosstalk between test equipment. As a result,the NEXUS-R has superior RF performance and can be used in highly demanding
applications such as base station beam forming testing.
Features & Benefits:• Latching relays ensure cross points remain connected upon loss of power• All active components, including RF matrix cards and power supply, are field
replaceable• Multiple modules can be combined to create larger matrices

NEXUS-R

Specifications:*

NEXUS-R

Operating Frequency:

DC – 2.8 GHz

Connector Type:
Matrix Type:
Switching Technology:
Impedance:
Maximum Input RF Power:
Maximum Hot Switch RF Power:
Total RF Power into 32 Channels:
Amplitude Matched Channel-toChannel:
Isolation (Any Configuration):
Insertion Loss:
Return Loss:
Switching Speed:
Switch Cycles to EOL:Power Requirements:
Power Consumption:
Local Control:
Remote Control:

N-TypePassive Bi-directional Blocking
Miniature RF Relay
50 Ω
50 W (47 dBm) at 2.5 GHz, 20C
10 W (40 dBm) at 2.5 GHz, 20C
150 W CW, 20C±1 dB Max. @ 2.8 GHz

Software:Size:
Mounting:
Weight:90 dB Min.
11 dB Max. @ 2.8 GHz
14 dB Typ., 10 dB Min.
<30 Millisecond/Crosspoint>106 (1 Million)
100-240 VAC Autoranging, 50/60 Hz<100 W
Front Panel Keypad with LCD Display
Ethernet Port; TELNET or TCP/IP Via Customer Supplied Control System, XR Bus for
Expansion
Embedded Web Browser Interface
12 RU: 21” H x 19” W x 25.25” D Including Rear Handles
Handles and Rack Mounts Attached to Front or Rear of Box
190 lbs Gross (Boxed), 107 lbs Net*Specifications may vary with connector type. See individual specification sheet for specific performance data.

(800) 839-3658 • (724) 349-1412 • www.quintechelectronics.com
20© 2022 Quintech Electronics & Communications, Inc. All products and specifications are subject to change without notice.

Q-LAAMP

Quintech Lab Automation and Management Package
General Description:
Quintech Electronics proprietary Laboratory Automation and Management
Package, Q-LAAMP, provides lab managers the ability to manage andallocate resources such as base stations and RF instruments among
many shared users. Using the NEXUS RF Matrix, this software manages
resource allocation to labs and users without a patch panel and manual
operations. Its web-based user interface provides easy access from any
PC or tablet browser. Q-LAAMP also includes other intuitive features thatfacilitate testing, monitoring and troubleshooting.
Q-LAAMP makes lab management and resource sharing easy andsignificantly increases lab efficiency, reduce test time and save costs.
Features & Benefits:• Schedule and resource management• Enables multiple users to share the same lab environment• Shared resources can be independently allocated• Secure remote control and access to Q-LAAMP to avoid unauthorizedchanges• Color-coded port level monitoring allows quick troubleshooting• Port labeling to avoid confusion in a multi-user changing lab environment(800) 839-3658 • (724) 349-1412 • www.quintechelectronics.com© 2022 Quintech Electronics & Communications, Inc. All products and specifications are subject to change without notice.

21

QS/QC Series Signal Distribution
Extended L-Band Splitters & Combiners
General Description:

The QS/QC Series product line builds upon the well-known and proven Quintech
LS and LC products. The QS/QC Series brings Quintech’s excellent flatness andlinearity to the extended L-band frequency range and provides adjustable LNB
power options to meet all of your signal distribution needs now and in the future.
QS/QC

Features & Benefits:
•
•
•
•

•
50Ω 950-4000 MHz or 75Ω 850-3000 MHz Operating Range•
Multiple configurations available in a 1RU Enclosure•
1X4 (single, dual, quad),1X8 (single dual), 1X16 (single, dual), 1x32 (single)
LNB Power: 750 mA 13/18 V with 22 kHz Tone, or 24V fixedSpecifications:*

Passive and Active Configurations available
Power Supply Status Monitoring
Single and Redundant DC or AC power options

850-3000 MHz

950-4000 MHz

Available Configurations

1X2 (single, dual, quad), 1X4 (single, dual, quad), 1X8 (single or dual), 1X16 (single or dual), 1X32 (single)

Configuration:

1x4

RF Connectors:

F-Type, BNC

SMA (f)

Impedance:

75 Ω

50 Ω

Operating Frequency:
Insertion Loss:(Passive) (Splitter)

1x16

1x4

1x8

850-3000 MHz-8 +/- 2.0 dB-11 +/- 3.0 dB-11 +/- 2.0 dB-8 +/- 2.0 dB-11 +/- 3.0 dB

0 +/- 2.0 dB-15 +/- 2.0 dB-8 +/- 1.5 dB-11 +/- 2.0 dB

0 +/- 1.0 dB

0 +/- 2.0 dB

0 +/- 1.0 dB

0 +/- 1.5 dB

0 +/- 2.0 dB

0 +/- 1.0 dB

0 +/- 1.0 dB

0 +/- 1.0 dB

850-3000 MHz(Combiner) 25 dB Max.

950-4000MHz(Splitter) 10 dB Max.

950-2450 MHz(Combiner) 22 dB Max.

(Splitter) 8 dB Max.

10 dBm Min

10 dBm Min

10 dBm Min

850-3000 MHz
12 dBm

12 dBm(Combiner) 23 dB Max
950-2450 MHz(Splitter) 8 dB Max.
Input Return Loss:

0 +/- 1.0 dB

0 dBm each input(Splitter) 10 dB Max.

OIP3: Default Gain

0 +/- 2.0 dB

950-2450 MHz

0 dBm minNoise Figure:-15 +/- 2.0 dB

950-4000MHz

950-2450 MHz
Input P1dB:-15 +/- 3.0 dB

950-2450 MHz

850-3000 MHz
0 +/- 2.0 dB

1x16

950-4000MHz-15 +/- 3.0 dB

950-2450 MHz-8 +/- 1.5 dB

Insertion Loss:(Active) (Combiner)

1x8(Combiner) 20 dB Max.
10 dBm Min
950-4000MHz

12 dBm950-2450 MHz

12 dBm950-2450 MHz

14 dBm

14 dBm

14 dBm

14 dBmOutput Return Loss:

14 dBm

14 dBm

14 dBm

14 dBmIsolation: Port to Port (SameDivider)

18 dBm

18 dBm

18 dBm

14 dBmIsolation: Between Dividers:

50 dBm50 dBm50 dBm50 dBmPower Requirements:
AC Input Range*:

100-240 VAC Autoranging 50/60 Hz 5A Single and Redundant Power options available

DC Input Range*:

12-24V DC, or -48VDC* via 2-pin quick connect Single and Redundant Power options available

Max Input Power (No Damage)

20 dBm (30 VDC max on any port)

LNB Power*:
10W Typical power consumption
plus customer LNB Power Load

AC Input Options: Switched 24V @500mA*

Size:

1 RU (1.75” H x 19” W x 7” D)

Weight:

6 lbs. gross (boxed) 3lbs. net

DC INput Options: Switched LNB Power (voltage matches input)
13V/18V, 22Hz tone switchable @ 750mA max*

* Denotes optional features**Typical refers to expected product performance that is useful in application of the product but is not covered by the product warranty*Specifications may vary with connector type. See individual specification sheet for specific performance data.

(800) 839-3658 • (724) 349-1412 • www.quintechelectronics.com
22© 2022 Quintech Electronics & Communications, Inc. All products and specifications are subject to change without notice.

LS 2150A Series

Active (Amplified-Zero Loss) L-Band Splitters
General Description:
The LS 2150 series of active L-band (950-2150 MHz) splitters permit simple
splitting of RF signals to multiple destinations. Configurations available from4 to 64 ports, including dual and quad units. A variety of powering options
and features are available. Active units will power LNBs. The active splitters
are DC blocked on all outputs.
Features & Benefits:• Convenient, centralized rack mount designs improve cablemanagement• Microstrip design provides better performance and reliability• Larger configurations eliminate cascading for better performance• Active (zero loss) splitters allow for ease in RF design• Greatly improves cable management by allowing for easy access tocable routing and easing identification of cabling• Reduces cable connector failures by eliminating the need for frequent
manual connects/disconnects

LS12 2150A 12-way
Active L-Band Splitter

LS32 2150A 32-way
Active L-Band Splitter

LS64 2150A 64-way
Active L-Band Splitter

Specifications:* LS04 2150A

LS08 2150A

LS12 2150A

LS16 2150A

Configuration: 1x4
1x8
1x12
1x16
RF
F-Type, BNC F-Type, BNC F-Type, BNC F-Type,
Connectors:
75 Ω or 50 Ω 75 Ω or 50 Ω 75 Ω or 50 Ω BNC 75 Ωor 50 ΩImpedance:
75 Ω, 50 Ω
75 Ω, 50 Ω
75 Ω, 50 Ω
75 Ω, 50 Ω
Operating950-2150
950-2150
950-2150
950-2150
Frequency:
MHz
MHz
MHz
MHz
Frequency± 1 dB± 1 dB± 2 dB± 2 dB
Response:
P1dB:+3 dBm
0 dBm-5 dBm
0 dBm
Input Return
14 dB
13 dB
13 dB
14 dB
Loss:
Output Return 15 dB
16 dB
12 dB
12 dB
Loss:
Insertion
0 ± 2 dB
0 ± 2 dB
0 ± 2 dB
0 ± 2 dB
Loss:
Isolation:
18 dB
18 dB
18 dB
18 dB
Power
18-24 VDC
18-24 VDC
18-24 VDC
18-24 VDC
Requirements: Via 2-pin
Via 2-pin
Via 2-pin
Via 2-pin
Quick
Quick
Quick
Quick
Connect
Connect
Connect
Connect
100-240 AC
100-240 AC
100-240 AC
100-240 AC
50/60 Hz50/60 Hz50/60 Hz50/60 HzLNB Power:
18 VDC
18 VDC
18 VDC
18 VDC
Power
3W
3W
3W
3W
Consumption:Size:
1 RU: 1.75”
1 RU: 1.75”
1 RU: 1.75”
1 RU: 1.75”
H x 19” W x
H x 19” W x
H x 19” W x
H x 19” W x
6.5” D6.5” D6.5” D6.5” D
Weight:4.5 lbs
5 lbs
5 lbs
5 lbs
Gross
Gross
Gross
Gross
(Boxed),(Boxed),(Boxed),(Boxed),2.0 lbs Net
2.7 lbs Net
2.5 lbs Net
2.5 lbs Net

LS24 2150A

LS32 2150A

LS48 2150A

LS64 2150A

1x24
1x32
1x48
1x64
F-Type, BNC F-Type, BNC F-Type, BNC F-Type, BNC
75 Ω or 50 Ω 75 Ω or 50 Ω 75 Ω or 50 Ω 75 Ω or 50 Ω
75 Ω, 50 Ω
950-2150
MHz± 2 dB75 Ω, 50 Ω
950-2150
MHz± 2 dB75 Ω, 50 Ω
950-2150
MHz± 2 dB75 Ω, 50 Ω
950-2150
MHz± 2 dB-10 dBm
12 dB-10 dBm
12 dB-10 dBm
12 dB-10 dBm
12 dB

12 dB

12 dB

12 dB

12 dB

0 ± 2 dB

0 ± 2 dB

0 ± 2 dB

0 ± 2 dB

18 dB
18-24 VDC
Via 2-pin
Quick
Connect
100-240 AC
50/60 Hz
18 VDC
5W

18 dB
18-24 VDC
Via 2-pin
Quick
Connect
100-240 AC
50/60 Hz
18 VDC
5W

18 dB
18-24 VDC
Via 2-pin
Quick
Connect
100-240 AC
50/60 Hz
18 VDC
6W

18 dB
18-24 VDC
Via 2-pin
Quick
Connect
100-240 AC
50/60 Hz
18 VDC8W

2 RU: 3.5”
H x 19” W x
14” D10.5 lbs
Gross(Boxed),7 lbs Net

2 RU: 3.5”
H x 19” W x
14” D11 lbsGross(Boxed),6.2 lbs Net

3 RU: 5.25”
H x 19” W x
20” D15.4 lbs
Gross(Boxed),9.4 lbs Net

3 RU: 5.25”
H x 19” W x
20” D15.5 lbs
Gross(Boxed),9.2 lbs Net*Specifications may vary with connector type. See individual specification sheet for specific performance data.

(800) 839-3658 • (724) 349-1412 • www.quintechelectronics.com© 2022 Quintech Electronics & Communications, Inc. All products and specifications are subject to change without notice.

23

LS 2150P Series

Passive L-Band Splitters
General Description:
The LS 2150 series of passive L-band (950-2150 MHz) splitters permit simple
splitting of RF signals to multiple destinations. Configurations available from 2
to 32 ports, including dual and quad units. A variety of features are available.
The passive splitters are power and 10 MHz passing on port 1.
Features & Benefits:• Convenient, centralized rack mount designs improve cable management• Microstrip design provides better performance and reliability• Larger configurations eliminate cascading for better performance• Greatly improves cable management by allowing for easy access tocable routing and easing identification of cabling• Reduces cable connector failures by eliminating the need for frequent
manual connects/disconnects

LS 2150 Passive Splitter

LS 2150 Passive Splitter

LS08 2150P

AC Adapter1

Specifications:* LS02 2150P

LS04 2150P

LS08 2150P

LS12 2150P

LS16 2150P

LS24 2150P

Configuration: 1x2
RF
F-Type,BNC 75 ΩConnectors:
or 50 ΩImpedance:
75 Ω, 50 Ω
Operating950-2150 MHz
Frequency:
Frequency± 0.5 dB
Response:
Insertion
4 dB ± 0.5 dB
Loss:
Input Return
11 dB
Loss:
Output Return 15 dB
Loss:
Isolation:
18 dB
Size:
1 RU: 1.75”
H x 19” W x
6.5” D
Weight
3.5 lbs Gross(Boxed), 2.5
lbs Net1x4
F-Type,BNC 75 Ωor 50 Ω75 Ω, 50 Ω
950-2150 MHz

1x8
F-Type,BNC 75 Ωor 50 Ω75 Ω, 50 Ω
950-2150 MHz

1x12
F-Type,BNC 75 Ωor 50 Ω75 Ω, 50 Ω
950-2150 MHz

1x16
F-Type,BNC 75 Ωor 50 Ω75 Ω, 50 Ω
950-2150 MHz

1x24
1x32
F-Type,F-Type,BNC 75 Ω
BNC 75 Ωor 50 Ωor 50 Ω75 Ω, 50 Ω
75 Ω, 50 Ω
950-2150 MHz 950-2150 MHz± 1 dB± 1 dB± 2 dB± 2 dB± 2 dB± 2 dB

8 ± 1 dB

11 ± 1.5 dB

17 ± 2 dB

18 dB ± 2 dB

21 ± 2 dB

22 ± 2 dB

13 dB

12 dB

14 dB

14 dB

10 dB

10 dB

14 dB

14 dB

14 dB

14 dB

13 dB

13 dB

18 dB
1 RU: 1.75”
H x 19” W x
6.5” D
3.4 lbs Gross(Boxed), 2.2
lbs Net

18 dB
1 RU: 1.75”
H x 19” W x
6.5” D
3.7 lbs. Gross(Boxed),2.7 lbs Net

20 dB
1 RU: 1.75”
H x 19” W x
6.5” D4 lbs Gross(Boxed),3 lbs Net

18 dB
1 RU: 1.75”
H x 19” W x
6.5” D4 lbs Gross(Boxed),3 lbs Net

20 dB
20 dB
2 RU: 3.5” H x 2 RU: 3.5” H x
19” W x 14” D 19” W x 14” D
9.5 lbs Gross(Boxed), 6.5
lbs Net

LS32 2150P

9.5 lbs Gross(Boxed),6.5 lbs Net*Specifications may vary with connector type. See individual specification sheet for specific performance data. Call for other available configurations and options.
1
Adapters sold separately(800) 839-3658 • (724) 349-1412 • www.quintechelectronics.com
24© 2022 Quintech Electronics & Communications, Inc. All products and specifications are subject to change without notice.

LC 2150A Series

Active (Amplified-Zero Loss) L-Band Combiners

LC12 2150A
12-way Active L-Band Combiner

General Description:
The LC 2150A series commercial quality active L-band combiners meet strictlevel, match, and loss specifications achieved through the use of Quintech’s
proprietary microstrip and SMT technology. These unity gain combiners
operate over the satellite L-band (950-2150 MHz) frequency range andenable the combining of RF signals with repeatable performance over theentire frequency range and across all I/O ports.

LC24 2150A
24-way Active L-Band Combiner

Specifications:*
Configurations:
RF Connectors:
Impedance:
Operating Frequency:
Frequency Response:
P1dB:
Noise Figure:
Input Return Loss:
Output Return Loss:
Insertion Loss:
Isolation:
Power Requirements:
Power Consumption:
Size:
Weight:LC12 2150A
12x1
F-Type, BNC 75 Ω or 50 Ω
75 Ω or 50 Ω
950-2150 MHz± 2 dB-2 dBm (Each Input)
19 dB
12 dB
12 dB
0 ± 2 dB
18 dB
18-24 VDC Via 2-Pin Quick Connect Barrier
Strip16W
1 RU: 1.75” H x 19” W x 6.5” D
5.3 lbs Gross (Boxed), 2.8 lbs Net

LC24 2150A
24x1
F-Type, BNC 75 or 50
75 Ω or 50 Ω
950-2150 MHz± 2.5 dB
-5 dBm (Each Input)
27 dB
12 dB
12 dB
0 ± 2.5 dB
18 dB
18-24 VDC Via 2-Pin Quick Connect Barrier
Strip113 W
2 RU: 3.5” H x 19” W x 14” D
10 lbs Gross (Boxed), 6.5 lbs Net*Specifications may vary with connector type. See individual specification sheet for specific performance data.
1
A/C adapter sold separately(800) 839-3658 • (724) 349-1412 • www.quintechelectronics.com© 2022 Quintech Electronics & Communications, Inc. All products and specifications are subject to change without notice.

25

LS 1000A Series

Active (Amplified - Zero Loss) Splitters
General Description:
The LS series is a commercial quality line of (5-1000 MHz) active broadband
RF splitters that meet strict level, match, and loss specifications achieved
through the use of Quintech’s proprietary technology. Custom configurations
available.
Features & Benefits:• Convenient, centralized rack mount designs improve cable management• Microstrip design provides better performance and reliability• Larger configurations eliminate cascading for better performance• Active (zero loss) splitters allow for ease in RF design• Greatly improves cable management by allowing for easy access tocable routing and identification of cables• Reduces cable connector failures by eliminating the need for frequent
manual connects/disconnects

LS16 1000A
16-way Active Broadband Splitter

LS32 1000A
32-way Active Broadband Splitter

For distribution of cable feed to individual drops - downstream only
Specifications:*

LS16 1000A

LS32 1000A

LS48 1000A

LS64 1000A

Configurations:

1x16

1x32

1x48

1x64

RF Connectors:

F-Type, BNC 75 Ω

F-Type, BNC 75 Ω

F-Type, BNC 75 Ω

F-Type, BNC 75 Ω

Operating Frequency:

5-1000 MHz

5-1000 MHz

5-1000 MHz

5-1000 MHz

Frequency Response:± 2.5 dB

± 2 dB± 2 dB± 2 dB

P1dB:+6 dBm

+6 dBm

+3 dBm

+3 dBmInput Return Loss:

13 dB

14 dB

14 dB

14 dB

Output Return Loss:

14 dB

15 dB

15 dB

15 dB

Insertion Loss:

0 + 2 dB @ 500 MHz

0 ± 2 dB @ 500 MHz

0 ± 2 dB @ 500 MHz

0 ± 2 dB @ 500 MHz

Isolation:

16 dB

18 dB

16 dB

18 dB

Power Requirements:

18-24 VDC Via 2-Pin
Quick Connect 100-240
VAC, 50/60 Hz

18-24 VDC Via 2-Pin
18-24 VDC Via 2-Pin
Quick Connect 100-240 Quick Connect 100-240
VAC, 50/60 Hz
VAC, 50/60 Hz

18-24 VDC Via 2-Pin
Quick Connect 100-240
VAC, 50/60 Hz

Power Consumption:

13 W

17 W

20 W

25 W

Size:

1 RU: 1.75” H x 19” W
x 6.5” D

2 RU: 3.5” H x 19” W
x 14” D

3 RU: 5.25” H x 19” W
x 20” D

3 RU: 5.25” H x 19” W
x 20” D*Specifications may vary with connector type. See individual specification sheet for specific performance data.

(800) 839-3658 • (724) 349-1412 • www.quintechelectronics.com
26© 2022 Quintech Electronics & Communications, Inc. All products and specifications are subject to change without notice.

LC 1000A Series

Active Broadband Combiners
General Description:
The LC 1000A series is a commercial quality line of (5-1000 MHz) active
broadband RF combiners that meet strict level, match, and loss specifications
achieved through the use of Quintech’s proprietary technology. Custom
configurations available.
Features & Benefits:• Convenient, centralized rack mount designs improve cable management• Microstrip design provides better performance and reliability• Larger configurations eliminate cascading for better performance• Active (zero loss) combiners allow for ease in RF design• Greatly improves cable management by allowing for easy access tocable routing an identification of cables• Reduces cable connector failures by eliminating the need for frequent
manual connects/disconnects

LC64 1000A
64-way Active Broadband Combiner

Specifications:*
Configurations:
RF Connectors:
Impedance:
Operating Frequency:
Frequency Response:
P1dB:

LC16 1000A
16x1
F-Type, BNC 75 Ω
75 Ω, 50 Ω
5-1000 MHz± 2.5 dB
+8 dBm Each Input

Input Return Loss:
Output Return Loss:
Insertion Loss:
Isolation:
Power Requirements:

14 dB
7 dB
0 ± 2 dB @ 500 MHz
16 dB
18-24 VDC Via 2-Pin Quick
Connect Barrier Strip
14 W
1 RU: 1.75” H x 19” W x 6.5” DPower Consumption:
Size:

LC32 1000A
32x1
F-Type, BNC 75 Ω
75 Ω, 50 Ω
5-1000 MHz± 2.5 dB
+1 dBm Each Input(Single Carrier Equivalent)
12 dB
12 dB
0 ± 2 dB @ 500 MHz
16 dB
18-24 VDC Via 2-Pin Quick
Connect Barrier Strip
17 W
2 RU: 3.5” H x 19” W x 14” D

LC64 1000A
64x1
F-Type, BNC 75 Ω
75 Ω, 50 Ω
5-1000 MHz± 2.5 dB
-2.0 dBm Each Input
17 dB
12 dB
0 ± 2 dB @ 500 MHz
20 dB
18-24 VDC Via 2-Pin Quick
Connect Barrier Strip
24 W
3 RU: 5.25” H x 19” W x 20” D*Specifications may vary with connector type. See individual specification sheet for specific performance data. Call for additional configuration or powering. AC adapter soldseparately(800) 839-3658 • (724) 349-1412 • www.quintechelectronics.com© 2022 Quintech Electronics & Communications, Inc. All products and specifications are subject to change without notice.

27

LSC 1000P Series

Passive Broadband Splitter/ Combiner
General Description:
The LSC 1000P series are commercial quality passive broadband RF
splitters/combiners that meet strict level, match, and loss specifications
achieved through the use of Quintech’s proprietary microstrip and
SMT technology. They operate over the 5-1000 MHz frequency range
and enable the splitting or combining of RF signals with repeatableperformance over the entire frequency range and across all I/O ports.

LSC04 1000P 4-way
Passive Broadband Splitter/Combiner

LSC32 1000P 32-way
Passive Broadband Splitter/Combiner

Specifications:* LSC04 1000P

LSC08 1000P

LSC16 1000P

LSC32 1000P

LSC48 1000P

LSC64 1000P

Configuration:

8x1

64x1

16x1

32x1

48x1

RF Connectors: F-Type , (BNC 75 F-Type, (BNC 75
Ω Optional)Ω Optional)

4x1

F-Type, (BNC 75
Ω Optional)

F-Type , (BNC 75
Ω Optional)

F-Type, (BNC 75 F-Type , (BNC 75
Ω Optional)Ω Optional)

Impedance:

75 Ω, 50 Ω

75 Ω, 50 Ω

75 Ω, 50 Ω

75 Ω, 50 Ω

75 Ω, 50 Ω

75 Ω, 50 Ω

Operating
Frequency:

5-1000 MHz

5-1000 MHz

5-1000 MHz

5-1000 MHz

5-1000 MHz

5-1000 MHz

Frequency
Response:± 2 dB± 2 dB± 2.5 dB

± 2.5 dB

± 2 dB± 2.5 dB

Insertion Loss:

7.5 dB ± 1 dB

11.5 dB ± 2 dB

15 dB ± 2.5 dB

18 dB ± 2.5 dB

21 dB ± 2 dB

23 dB ± 2.5 dB

Return Loss:

14 dB

12 dB

14 dB

12 dB

13 dB

12 dB

Isolation:

16 dB

16 dB

20 dB

20 dB

16 dB

20 dB

Size:

1 RU: 1.75” H x
19” W x 6.5” D

1 RU: 1.75” H x
19” W x 6.5” D

1 RU: 1.75” H x
19” W x 6.5” D

1 RU: 1.75”H x
19”W x 6.5” D

3 RU: 5.25” H x
19” W x 20” D

3 RU: 5.25” H x
19” W x 20” D

Weight:

3.5 lbs Gross(Boxed),2.5 lbs Net

3.5 lbs Gross(Boxed),2.5 lbs Net

4 lbs Gross(Boxed),3 lbs Net

4.5 lbs Gross(Boxed),3.5 lbs Net

12 lbs Gross(Boxed),9 lbs Net

14 lbs Gross(Boxed),9.62 lbs Net*Specifications may vary with connector type. See individual specification sheet for specific performance data. Call for additional configuration or powering.

(800) 839-3658 • (724) 349-1412 • www.quintechelectronics.com
28© 2022 Quintech Electronics & Communications, Inc. All products and specifications are subject to change without notice.

AMP 2150

L-Band Line Amplifier

AMP 2150

AMP 2150 Dual L-Band Line Amplifier

AMP 2150/4 Quad L-Band Line Amplifier

General Description:
The AMP 2150 series of L-band line amplifiers provide high gain as well
as optional DC path continuity. These amplifiers are manufactured utilizing
highly reliable surface mount technology and advanced microstrip RF
circuitry and are typically deployed in satellite telecommunication networks
to compensate for L-band signal paths through long coaxial cable runs.
Housed in either a standard 1 RU rack mount enclosure or a rugged
weatherproof extruded housing, the AMP 2150 series amplifiers are theoptimum choice for any L-band satellite communications application.
Features & Benefits:• High (adjustable) gain over full bandwidth• Housed in a rugged, weatherproof extruded aluminum enclosure orin a 1 RU rack mount chassis• Passes a 10 MHz reference signal• LNB power available

AMP 2150 Inline

Specifications:*

AMP 2150

AMP 2150 (Dual Rack Mounted)

AMP 2150 (Quad Rack Mounted)

RF Connectors:

F-Type or BNC 75 Ω or 50 Ω

F-Type or BNC 75 Ω or 50 Ω

F-Type or BNC 75 Ω or 50 Ω

Operating Frequency:

700-2150 MHz

700-2150 MHz

700-2150 MHz

Frequency Response:± 1 dB± 1 dB± 1 dB

Input P1dB:-10 dBm-10 dBm-10 dBm

Noise Figure:

8 dB at +20 dB Gain

8 dB at +20 dB Gain

8 dB at +20 dB Gain

OIP3:

+4.5 dBm (with 20 dB Gain and Pin +4.5 dBm (with 20 dB Gain and Pin= -30 dBm)
= -30 dBm)

+4.5 dBm (with 20 dB Gain and Pin= -30 dBm)

Input Return Loss:

12 dB

12 dB

12 dB

Output Return Loss:

12 dB

12 dB

12 dB

Gain Range:

0 dB to +24 dB Adjustable by Internal 0 dB to +24 dB, Adjustable From thePot (Factory Preset to 20 dB)
Front Panel (Factory Preset to 20 dB)

0 dB to +24 dB, Adjustable From the
Front Panel (Factory Preset to 20 dB)

10 MHz Insertion Loss:

1.5 dB ± 0.5 dB @ +20 dB Gain

1.5 dB ± 0.5 dB @ +20 dB Gain

1.5 dB ± 0.5 dB @ +20 dB Gain

Group Delay:

0.3 ns

0.3 ns

0.3 nsPower Requirements:+18 to +24 VDC, 190 mA+18 to +24 VDC, 190 mA+18 to +24 VDC, 190 mA

Power Consumption:

4.6 W

4.6 W/ AMP Module

4.6 W/ AMP Module

Power Connectors:

Via Output Connector J-hooks

Via Output Connector (AC Optional)

Via Output Connector (AC Optional)

Size:

1.25” H x 3.25” W x 5” L

1 RU: 1.75”H x 19”W x 6.5”D

1 RU: 1.75”H x 19”W x 14”DWeight:0.5 lbs

3.6 lbs Gross (Boxed), 2.6 lbs Net

9 lbs Gross (Boxed), 8 lbs Net

OperatingTemperature:-10° to +60° C-10° to +60° C-10° to +60° C*Specifications may vary with connector type. See individual specification sheet for specific performance data. Call for custom configurations.

(800) 839-3658 • (724) 349-1412 • www.quintechelectronics.com© 2022 Quintech Electronics & Communications, Inc. All products and specifications are subject to change without notice.

29

7800FR, 7801FR
Multiframes

7801FR

General Description:
The award winning Evertz 7800 family of multiframes provide flexibility in thetruest form. With simultaneous processing capability of RF, Fiber, ASI, IP, 3G,
HD/SD and more, these frames are designed to grow with the rapid changing
needs of the facility and are available in a wide variety to defined below.
Standard features of all 7800series multiframes include dual frame genlock
providing stable reference signal across the internal bus to all installed modules
which minimizes the cost spent on genlock distribution, global frame status
alarming to provide quick alert to operations in the event of a failure, andinterchangeable modules between all frames (both processing module andcompanion rear plate)

7800FR

Features & Benefits:• 7800FR(-QT) houses up to 15 processing modules in 3RU• 7801FR houses up to 4 processing modules in 1RU• Dual frame genlock for internal reference distribution• Front extractable modules, power supplies and fans
• AC, DC and Hybrid AC/DC power supply configurations available• Auto-ranging power supplies operating between 100V-240V AC and
36V-60V DC• Backwards compatible with Evertz 7800/7700 series modules• Frame status contact contact closure alarm in event of failure

7801FR

7800FR
Specifications:*

7801FR

7800FR

Size:

Standard Rack Mountable 19” Wide 1RU

Standard Rack Mountable 19” Wide 3RU

Capacity:

Up to 4 single or 2 dual slot modules inany combination

Up to 15 single slot modules in any combination

Control:

True SNMPVistaLINK® PRO via 7801FC

True SNMP VistaLINK® PRO via 7700FC/7800FC

Air Flow Cooling:

Front to Side Exhaust Side Mounted Fans

Front to Rear Exhaust Rear Mounted FansPower:Up to 125 Watts 24 watts of power per slot

Up to 360 Watts 24 watts of power per slot

Power Supply Configurations:Single PS

Standard with all frames

Dual/Redundant PS

Optional

InletsSeparate inlets per PS

Electrical:

100V to 240V AC, 50/60Hz
Autoranging Voltage

36V to 60V DC
Autoranging Voltage

Max Operating Current: 1.3A @ 100V/60Hz
0.55A @ 240Hz/50Hz

11A @ 48V DC

Max Power
Consumption / Max
Module Load:± 2.5 dB

± 2 dB

Fuses:+6 dBm

+6 dBmNoise level:

13 dB

14 dB

Physical Dimensions:

14 dB

15 dB

Module Capacity:

0 + 2 dB @ 500 MHz

0 ± 2 dB @ 500 MHz

Weight:

7800FR 17.4lbs (7.9kg) empty
7800FR-48VDC 17.5lbs (7.9kg) empty

7801FR 10.0lbs (4.5kg) empty*Specifications may vary with connector type. See individual specification sheet for specific performance data.

(800) 839-3658 • (724) 349-1412 • www.quintechelectronics.com
30© 2022 Quintech Electronics & Communications, Inc. All products and specifications are subject to change without notice.

7807LT-2, 7807LR-2, 7708LT, 7708LR
Rack-Based Modules••

Single channel and dual channel Transmit and Receive modules are available in a single slot. hot-swappable form
factor. Evertz RF over Fiber modules offer very flat frequency response of +/-1.SdB (worst case) resulting in linear
performance and better CNR.
Standard Tx & Rx models offer an optical budget of 16dBm for up to 45km transport. For applications with limited
fiber or longer distance transport. these modules are available in coarse wavelength division multiplexing and dense
wavelength division multiplexing options for transport over 100km.
EDFA options are also available.

•
•
•
•
•
•
•
•

Features
Full remote monitoring & control via network monitoring service
13/lBV + 22kHz LNB powering
Full power RF output per RF port for monitoring or distribution
RF connectors available with BNC 50 or 75Ohm, F-Type, SMA-10 to 50 dB of manual and automatic gain control (AGC) in l dB step
Fiber connectors available with SC or FC connectors and UPC or APC finish
Dense wavelength division multiplexing options available for multiplexing up to 96 RF signals over a single fiber•(800) 839-3658 • (724) 349-1412 • www.quintechelectronics.com© 2022 Quintech Electronics & Communications, Inc. All products and specifications are subject to change without notice.

31

(800) 839-3658 • (724) 349-1412 • www.quintechelectronics.com
32© 2022 Quintech Electronics & Communications, Inc. All products and specifications are subject to change without notice.

7882IRD Series

DVBS/S/S2X MPEG–2/H.264 SD/HD Integrated Receiver Decoders(800) 839-3658 • (724) 349-1412 • www.quintechelectronics.com© 2022 Quintech Electronics & Communications, Inc. All products and specifications are subject to change without notice.

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7882IRD Series

DVBS/S/S2X MPEG–2/H.264 SD/HD Integrated Receiver Decoders(800) 839-3658 • (724) 349-1412 • www.quintechelectronics.com
34© 2022 Quintech Electronics & Communications, Inc. All products and specifications are subject to change without notice.

Evertz 2406LR/ 2408LT

L-Band/Wideband Standalone Fiber Receiver Series

Evertz 2406LR

RX Specifications:*

Evertz 2406LR

Operating Frequency:

88 MHz - 3000 MHz

Output IMD:

< -55 dBc @ -3 dBm Output and 25 dB Gain

P1dB:

+28 dBm

RF Gain:-6 dB to +24 dB in 2 dB Steps

Return Loss:> 15 dB 88 MHz – 2300 MHz

Optical Connector:

FC/APC

Optical Wavelength:1270 to 1610 nm

Max Optical Input Power:+3 dBmRF Connector:

F-Type, 50 Ω BNC

Power:

4.8 – 5.2V DC

Size:

5.4”L x 2.4”W x 1.2”HEnvironment:

IP65*Specifications may vary with connector type. See individual specification sheet for specific performance data.

Evertz 2408LT

RX Specifications:*

Evertz 2408LT

Operating Frequency:

88 – 3000 MHz

RF Input Power:-60 dBm to -10 dBm

Output IMD:

< -55 dBc @ -15 dB Input and Min. GainLNB Power:

13 V, Off and 0 Hz, 22 kHz

RF Gain:+2 to +30 dB in 2 dB Steps

Return Loss:

88 – 500 MHz > 11 dB
500 MHz – 3000 MHz > 15 dB

Optical Connector:

FC/APC

Optical Wavelength:1310 nm

Optical Power Output:+2 dBmLaser Type:DFBRF Connector:

F-Type, 50 Ω BNC

Power:

4.8 – 5.2V DC

Size:

5.4”L x 2.4”W x 1.2”HEnvironment:

IP65*Specifications may vary with connector type. See individual specification sheet for specific performance data.

(800) 839-3658 • (724) 349-1412 • www.quintechelectronics.com© 2022 Quintech Electronics & Communications, Inc. All products and specifications are subject to change without notice.

35

Evertz 2400 ODUOutdoor Integrated RF Fiber Transmission System
General Description:
The 2400ODU-8 is a compact, weatherproof enclosure that provides aconvenient, pre-integrated package for fiber transport of satellite and othersignals within the extended L-Band range. The 2400ODU-8 can house up
to 8x active fiber transmit (2408LT) or receive (2406LR) modules and an
8-channel power supply (2400PSUA-8).
The 2400ODU comes with mounting brackets to be conveniently mounted
directly on or near the antenna structure.

2400 ODUThis turnkey solution provides fiber transport of up to 8x RF signals overindividual fibers or multiplexed over a single fiber, and power the connected
LNBs.
The 2400ODU-8 also features built-in surge protectors for lightning protection
and has options for integrated fiber multiplexer, 10MHz reference transport,
RF protection switching, splitters, Bias-Tee and more.
Features & Benefits:• Fiber link provides electrical isolation between antenna and facility,
mitigating ground loop and lightning issues• Weather–sealed enclosure with durable powder coat finish• Wide operating temperature range• Lightning protection included on RF inputs/outputs• LNB current monitoring for advance warning of LNB failure• Serial and Ethernet data transceivers available for remote antenna
control, monitoring and other applications• All modules are field–replaceable and hot–swappable• SmartMON™ monitoring without a separate data connection• Redundant power supply

Chassis Specifications:*

Evertz 2400 ODUSlots:

8

Channels (max):

8

Power Consumption:<1 Amp Per Input

Size:

9” D x 16” W x 16” H

Weight (chassis only):

11 lbsEnvironment:-30 to +80°C*Specifications may vary with connector type. See individual specification sheet for specific performance data.

(800) 839-3658 • (724) 349-1412 • www.quintechelectronics.com
36© 2022 Quintech Electronics & Communications, Inc. All products and specifications are subject to change without notice.

7780D4A-ASI

Quad ASI TDM-Demux(800) 839-3658 • (724) 349-1412 • www.quintechelectronics.com© 2022 Quintech Electronics & Communications, Inc. All products and specifications are subject to change without notice.

377780M4-ASI

Quad ASI TDM-Mux(800) 839-3658 • (724) 349-1412 • www.quintechelectronics.com
38© 2022 Quintech Electronics & Communications, Inc. All products and specifications are subject to change without notice.

(800) 839-3658 • (724) 349-1412 • www.quintechelectronics.com© 2022 Quintech Electronics & Communications, Inc. All products and specifications are subject to change without notice.

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