Tribit, a small team of design experts in Russia, has developed a network switching platform called the A10_66SFP+ board that is based on one Intel® Arria® 10 GX FPGA. The Tribit networking platform uses the FPGA’s SerDes transceivers to drive as many as sixty-six 10 Gbps serial ports. Forty-eight of these ports connect to front-panel optical card cages. Of these 48 ports, forty-six ports terminate in SFP+ optical cages that accept 10 Gbps optical modules while the remaining two front-panel ports terminate in small form-factor pluggable (SFP) cages that accept 1 Gbps copper or optical modules. In addition to Ethernet, these ports can use the Intel-supplied physical coding sublayer (PCS) soft IP core to support many different network and I/O standards including 1Gigabit/s SFP, SDH/OTN, and PCIe.
The Tribit A10_66SFP+ board also accommodates two 32-bit DDR4 SDRAM modules and two FPGA Mezzanine Cards (FMC cards) for expansion. The FMC slots can support as many as twenty additional SFP+ optical cages or two 100 Gbps QSFP28 cages using a pair of 100 Gbps FMC gearbox/retimer modules.
The Tribit A10_66SFP+ board is designed to allow rapid development of network appliances
This board demonstrates the Intel Arria 10 GX FPGA’s versatility as a single-chip device, which can be used to develop many types of high-speed networking equipment. The Intel Arria 10 GX FPGA supports multiple high-speed serial ports, backed with a large amount of programmable logic and closely coupled, on-chip, fast SRAM. According to a blog posted on its Web site, Tribit employed an FPGA for this design because the FPGA-based design approach significantly reduces development costs and time to market while creating a versatile, flexible design that can support a variety of networking appliance designs. According to Tribit’s hardware-software development leader Mike Reznikov, his team selected the Intel Arria 10 FPGA because it was the best FPGA in its class, from the team’s perspective.
For more information, please contact Tribit directly.