SI test platforms for evaluating AcceleRate® Slim Direct Attach Cable Assemblies
Overview
As data rates increase, trace length on PCBs decrease. Samtec's high-speed, Flyover® cable assemblies simplify PCB design and limit signal degradation in high data rate applications. The AcceleRate® Flyover® SI Evaluation Kits provide system designers and SI engineers an easy-to-use solution for testing 0.635 mm AcceleRate® Slim Direct Attach Cable Assemblies.
The AcceleRate® Flyover® (x8) SI Evaluation Kit (REF-203425-X.XX-XX) routes eight high-speed differential pairs through Precision RF connectors, an AcceleRate® Slim Cable Assembly and AcceleRate® Slim Sockets.
The AcceleRate® Flyover® (x16) SI Evaluation Kit (REF-212901-X.XX-XX-XX) routes sixteen high-speed differential pairs through Precision RF connectors, an AcceleRate® Slim Cable Assembly and AcceleRate® Slim Sockets.
The AcceleRate® Flyover® SI Evaluation Kits deliver a high-quality system with robust mechanical design. Please contact Samtec's technical experts at KitsAndBoards@samtec.com for additional information.
Features
- Two PCB systems with compact form factor
- Each PCB contains one 0.635 mm AcceleRate® Slim Socket for ARC6 Series (ARF6-XX-X-D-A-K-XR)
- PCBs connect via one 0.635 mm AcceleRate® Slim Cable Assembly (ARC6-XX-XX.X-LU-LX-X-1)
- Kits support multiple cable lengths (8”, 12”, 18” and more)
- Routes high-speed differential pairs from ARF6 connectors to Precision RF connectors
- Supports multiple Precision RF Compression Mount options (2.4 mm/2.92 mm)
- Optimized SI performance via Samtec Final Inch® BOR PCB trace routing
- Enable time domain measurements via direct connection to TDR/TDTs
- Enable frequency domain measurements via direct connection to VNAs
Applications
- Servers
- Storage
- Networking
- Test and measurement
- Wired communication
- Wireless communications
- Embedded computing SoM/CoMs
Ordering Information
Please see drawing REF-203425-X.XX-XX or REF-212901-X.XX-XX-XX for more detail.
Contact KitsAndBoards@Samtec.com for additional ordering information.
