RE: Interest is growing28 Dec 2020 15:51
Part 1...part 2 to follow
Conventional NICs sit inside servers and pass data to the server CPU where it is processed returned to the NIC so the data can be sent out. This results in delays and variable throughput; wastes valuable server CPU cycles; has greater power consumption with overall reduced performance and at greater overall cost of ownership. Ethernity’s Router-on FPGA-SmartNIC allows the data to bypass the server entirely; this frees up the server for other tasks; latency is minimal; needs reduced power; physical space, and reduces cost. Ethernity’s ACE-NIC is currently the only SmartNIC with a router on its FGPA, and its technology is protected by patents. It can save up to 80% cost compared to software-only solutions using CPUs. It has been optimised for telecoms over 17 years.
5G needs low latency. The ENET ACEnic-100 has been tested against top competitors by South East Asian telecom operators and selected as the best option with its programmability which can be adjusted as needs change. It can also be used in 4G and can make the transition to 5G when required without any further upgrade or significant cost. China and other national Asian operators are moving to field trials. The EU and North America are behind. An Indian OEM has licenced ENET technology and will use it for 3-4.5G and progress to 5G. A European vendor is testing the ACE-NIC100 for 4G cell site gateways with scale to take it to 5G.
There are the monolithic end to end providers- Hauwei; Nokia; Ericcson etc as opposed to companies like Fibrehome/TietoEVRY who will build the best in class solutions for each step of the way. As operators begin to open their networks to optimise performance based on best-in-class at each node of the network, they will use the ENET FPGA SmartNIC for mass deployment of 5G UPF, virtual router for 5G DU, and eventually 5G DU. ENET have also incorporated a pay as you go (PAYG) function so that companies can scale the networks based on their throughput needs, adding ENET functionality as the demand becomes greater.