Communications
PLX Claims Industry's Highest Port-Count PCI Express Switches for Communications Market
PLX Technology has announced two new PCIe Gen 2 switches designed with 24 ports, the most in the industry, to meet the connectivity demands of complex communications systems. The new PLX® ExpressLane™ PEX 8625 (24 lanes, 24 ports) and PEX 8636 (36 lanes, 24 ports) switches are supported by visionPAK™, the market's only software suite of system debug tools, evaluation and signal-integrity utilities.
A keThe new PEX 8625 and PEX 8636 communications switches are designed primarily for the control plane to provide connectivity to a large number of endpoints such as ASICs and FPGAs. A control plane, by the nature of data traffic, thrives in low latency and these PLX switches enable system designers to build control planes with the industry's lowest latency.
PLX customers are on the cutting edge of product development, and we therefore design solutions tailored to specific markets such as communications, said David Raun, PLX vice president of marketing and business development. With our unique ability to differentiate on both silicon and software for those customers, along with our broad selection of PCI Express Gen 2 solutions shipping today -- and with Gen 3 close on the horizon -- PLX is well positioned to continue to increase its leading market share.
PEX 8625 and PEX 8636 also offer Non-Transparency (NT) for system redundancy. PLX continues to be the only vendor providing the NT feature in all 22 of its Gen 2 switches. Additionally, an exclusive set of diagnostic and monitoring features, called visionPAK, are also integrated into all PLX Gen 2 switches and are focused on getting designs to market faster. Offered standard via the PLX software design kit (SDK), visionPAK includes the ability to access internal data paths and state machines for debugging systems; a tool to measure Rx eye width inside the device for validating signal integrity; a function to inject errors to check system behavior; loopback Tx to debug data paths, and the capability for packet performance/activity monitoring.