Avago Technologies Brings High-Bandwidth Parallel Fiber Optic Solutions to High-Performance Computing at SC11

A live joint-demonstration with PLX Technology shows the industry’s first PCI Express (PCIe) Gen3 end-to-end fiber optic link with Avago MiniPOD technology connecting a PC to an I/O expansion box. A separate mechanical sample shows Altera’s optical FPGA concept working in conjunction with Avago MicroPOD technology. Avago is highlighting the demonstration, mechanical sample and exhibiting its broad portfolio of industry-standard pluggable modules, at booth 5315 at SC11 at the Washington State Convention Center from November 14-17.

“Avago is committed to working with innovative technology companies such as PLX and Altera to extend fiberoptic connectivity box-to-box, board-to-board and eventually chip-to-chip,” said Victor Krutul, director of marketing for the Fiber Optics Products Division at Avago. “The unrivaled bandwidth and interconnect density of our embedded parallel optical modules will empower high-performance computing applications to enable the future of cloud computing and virtual servers.”

The PCIe demo shows MiniPOD technology, enabled by PLX® PEX8748 PCIe Gen3 switches, extending box-to-box traffic up to 30 meters with full 64-Gbps bidirectional connectivity. Optical PCIe provides a superior solution for data centers by eliminating the complicated, latency-ridden conversion of standards, extending the reach of PCIe technology.

“Our work with Avago is bringing the premium performance of optical solutions toPCIe Gen3 applications,” said Reggie Conley, senior director, hardware applications, PLX. “Our joint PCIe Gen3 technology is providing maximum throughput with plug-and-play simplicity for next-generation data centers.”

The Altera optical FPGA concept targets applications such as HPC, distributed server clusters, multi-chassis network switches and routers, and high-speed backplanes. The technology combines the advantages of programmable logic, advanced SERDES and high-density optical modules to increase signal integrity and optical port density, as well as reduce PCB area and power consumption.