Full screen NEXUS-R

High Power Bi-Directional RF Blocking Matrix

General Description:

The NEXUS-Ris 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 direct connection to base stations. Based on latching relay switching technology, it retains the connections even upon power loss. Quintech’s proprietary design minimizes the return 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-Rhas 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



Operating Frequency:

DC – 2.8 GHz

Matrix Type:

Passive Bi-directional Blocking

Switching Technology:

Miniature RF Relay


50 Ω

Maximum Input RF Power:

50W (47 dBm) at 2.5 GHz, 20C

Maximum Hot Switch RF Power:

10W (40 dBm) at 2.5 GHz, 20C

TotalRFPower into 32 Channels:

150W CW, 20C

AmplitudeMatched Channel-to- Channel:

±1 dB Max. @ 2.8 GHz

Isolation (any configuration):

90 dB Min.

Insertion Loss:

11 dB Max. @ 2.8 GHz


14 dB Typ., 10 dB Min.

Switching Speed:

<30 Millisecond/Crosspoint

Switch Cycles to EOL:

>106 (1 million)



Power Requirements:

100-240 VAC Autoranging, 50/60 Hz

Power Consumption:

<100 W

Local Control:

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.

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