Quintech QXM2150V64X64CS1AA12000

L-Band 64x64 RF Matrix Switch for SATCOM Signal Routing

This 64x64 L-band RF matrix switch provides flexible, non-blocking signal routing across the 950–2150 MHz satellite IF band for SATCOM and RF distribution applications.

The Quintech QXM2150V64X64CS1AA12000 XTREME 256 RF Matrix Switch is a high-reliability L-band RF matrix switch operating from 950–2150 MHz. Designed for SATCOM signal routing and RF distribution systems, this 64x64 non-blocking matrix switch supports full fan-out architecture, flexible expansion up to 256 ports, and hot-swappable modules for maximum uptime and scalability.

The XTREME 256 series delivers industry-leading performance for complex RF signal management applications including teleports, gateways, and test facilities. Its full fan-out, non-blocking architecture allows any input to be routed to any or all outputs, ensuring maximum flexibility in signal distribution.

Built with hot-swappable RF cards, redundant power supplies, and cooling systems, the unit minimizes downtime and supports mission-critical operations. The integrated control system includes a front panel touchscreen, secure web interface, SNMP, and TCP/IP control, enabling seamless monitoring, automation, and remote management. 

This L-band RF matrix switch is part of Quintech’s XTREME series, designed for scalable RF signal routing solutions in modern satellite communication and teleport infrastructure networks.

Key Features

64x64 full fan-out, non-blocking RF matrix
950–2150 MHz L-band operation
Expandable architecture up to 256 ports
SMA connectors, 50Ω impedance
Hot-swappable RF modules, fans, and power supplies
Redundant power system for high availability
Adjustable input/output gain
Web, SNMP, and TCP/IP remote control

Applications

Satellite Teleports
VSAT Hub Systems
RF Signal Distribution Networks
Broadcast & Monitoring Systems
RF Test Labs

Government and Defense SATCOM Systems

Also available in larger configurations including 128x128 and 256x256 RF matrix switch systems.