The Cytec Custom Switch Module is a highly configurable modular switching solution designed for specialized network and test applications requiring tailored signal routing. Built on an interchangeable control, switch, and display module architecture, it accommodates multiplexers (1xN), non-blocking matrices (NxM), and group switching topologies with minimal Non-Recurring Engineering costs.
Technical Specifications
Switching Density & Architecture
• 4600 Series high-density matrices: up to 2048 two-pole relays per chassis
• Topologies include 64×32 two-pole and 32×32 four-pole matrices
• Group Switches (GX Series): parallel signal handling from 4 to 200 wires per group
Digital Data Switching
• Data rates up to 3.2 Gbps NRZ for RS422, ECL, PECL, LVDS, and CML
• Clock and Data systems extendable to 128×128 configurations
RF & Microwave Switching
• Solid-state 50 or 75 ohm switches: up to 2 GHz
• Microwave relay-based systems: up to 40 GHz
• Coaxial matrices (50-ohm): 200 MHz bandwidth
• VDX Series (75-ohm video/DS3-T3): 200 MHz bandwidth, non-blocking full fan-out
Video Switching
• Solid-state non-blocking matrices: 8×8 to 128×128 configurations
• Small signal bandwidth: 400 MHz
Leakage Current
• Ultra-low leakage: < 1 pA
– Key Features
• Modular design enabling custom matrix, multiplexer, and switch-point configurations
• Group switching reduces driver count for complex signal combinations (power, logic, RF, communication)
• Support for mixed signal types within single system architecture
• Multiple switching fabric technologies: relay-based and solid-state options
– Typical Applications
• Automated test systems (ATE) and custom testing infrastructure
• Aerospace and defense signal routing
• Digital data and clock distribution networks
• RF and microwave signal switching
• Video and composite signal matrix switching
– Compatibility & Integration
Modular construction allows integration into existing Cytec systems through interchangeable control and display modules, supporting diverse signal types across a single platform.
