Ethernity Displays Carrier Ethernet Aggregation Switch Router on COTS Servers with Multiple FPGA SmartNICs Architecture at MWC2018
Meets demand for traffic aggregation and integration of Carrier Ethernet on NFV platform at the network edge
Stand 2K63, Hall 2, MWC2018, Barcelona, Spain – Ethernity Networks (AIM: ENET.L), a leading supplier of data processing technology on programmable logic for high-end carrier grade data processing offload, today demonstrated a scalable Carrier Ethernet aggregation Switch Router platform on a COTS server that utilizes OVS DPDK as a fabric between multiple ENET FPGA SmartNICs hosting multiple 10GE ports.
This unique implementation of the ENET Flow Processor offers cost-efficient Carrier Ethernet functionality in virtualised networks while maintaining the COTS nature of NFV environments. This overcomes the significant challenge that communications service providers (CSPs) face in achieving carrier-grade performance upon virtualisation of their network infrastructures. Ethernity’s solution provides SLA support, OAM, routing, multi-protocol interworking, and security that cannot be deployed efficiently with software-only implementations, while eliminating vendor lock-in.
Once Carrier Ethernet is integrated into the server with the ENET FPGA SmartNIC, the ENET Flow Processor can be used for VNF offloading, including vFW, vRouter, vBRAS, and vEPC, providing further gains in CPU efficiency and lower latency.
“Virtualisation of a network loses its value if the price of virtualisation is the loss of carrier-grade services,” said David Levi, CEO of Ethernity Networks. “At Ethernity, we resolve performance, security, and power consumption issues to provide the best of both telecom worlds – virtualised and traditional – with guaranteed quality of experience.”