Vixel's New 9000 Series Fabric switches employ a unique crossbar switching architecture for superior performance and are the only Fibre Channel fabric switches that employ a no-single point-of-failure at the port level design.
The LX2500 is the next generation in low-latency crossbar switching devices designed to complement Systran's FibreXpress(R) and FibreXtreme(R) product lines as well as Fibre Channel devices from other manufacturers.
Complementing its OC-192c network processing solutions, within the next 12 months MMC will also extend its matching nPX family of switch fabrics from its present 20 Gbps full-duplex (40 Gbps aggregate) capacity to 160 Gbps (320 Gbps aggregate) crossbar switching capacity.
Key Features of the GalNet-II Architecture The GalNet-II Architecture incorporates a variety of new technologies developed to meet the needs of Galileo's customers: -0- -- Frame-in-Cell(TM) hybrid crossbar switching that supports a total bandwidth of approximately 12 gigabits/second with a single chip today; scalable to hundreds of gigabits/second.
Key Features of the GalNet-II Architecture The GalNet-II Architecture incorporates a variety of new technologies developed to meet the needs of Galileo's customers: -0- -- Frame-in-Cell(TM) hybrid crossbar switching that supports a total bandwidth of approximately 12 gigabits/second with a single chip today; scalable to hundreds of gigabits/second.
The LS family is composed of the LS081 8 port crossbar switching fabric, the LS101 24 port crossbar switching fabric, the LS201 26 port crossbar switching fabric, the LS211 48 port crossbar switching fabric, the LS100 Quad port Fast Ethernet controller, and the LS105 Secondary Address Translation Cache.
