SCIENCE
Tyco Electronics Exhibits High-Speed Products at SC10
Tyco Electronics (TE) will showcase its latest high-speed interconnects and cable assemblies at SC10, booth #4413, November 15-18 at the Ernest N. Morial Convention Center, New Orleans, Louisiana.
At the event, TE will participate in the SCinet infrastructure build out that includes an InfiniBand network -- a tradition at SC10 that involves the development of a meaningful datacenter infrastructure supported by products from multiple SC10 exhibitors. This infrastructure will provide the necessary network resource for the entire exhibition. TE will demonstrate its broad interconnect capabilities by providing the QSFP copper and QSFP active optical cables to support the InfiniBand network of Quad Data Rate (QDR) 40, 80 and 120-Gbps circuits.
TE will further demonstrate its fiber optics capabilities by linking the QDR circuits to a server in its booth through TE 100-meter QSFP cables. This server will stream a live 3D graphics flight simulator video, sourced from the central SCinet Infrastructure, in the TE booth -- allowing attendees to experience a "cockpit" view of a flight over Salt Lake City, Utah.
In addition, TE will illustrate high-speed capabilities through a demonstration of its next-generation I/O connectors that support 4 x 25G channels.
TE products on display will include STRADA Mesa, STRADA Whisper and RJ point five connectors; active copper cable assemblies; and various magnetics products.
A fresh addition to the product display this year will be new high-speed InfiniTwist cables. The cables were developed earlier this year to improve cable management, reduce parallel-pair termination issues, decrease time-delay skew and improve mode conversion.
TRENDING
- A new method for modeling complex biological systems: Is it a real breakthrough or hype?
- A new medical AI tool has revealed previously unrecognized cases of long COVID by analyzing patient health records
- Incredible findings from the James Webb Space Telescope reshape our understanding of how galaxies form