レイヤ2-3スイッチング、IPマルチキャストのための業界標準IETF RFCベンチマークです。

The demand for data is growing exponentially and the datacenters need to keep pace. RoCEv2 has proven its usefulness over TCP/IP by providing the lowest latency by far in a legacy Ethernet datacenter.

O-RAN is being adopted by service providers and equipment manufacturers to reduce infrastructure deployment costs and to lower the barrier of integrating innovative product developments.

While Ethernet is the most wide-spread networking technology employed, it inherently operates on a best effort basis to deliver packets across a network. Ethernet Time-Sensitive Networking (TSN) Standards enable Ethernet to become a deterministic networking technology: - Synchronization of network elements: end-points, switches and gateways - Controlled and accountable delay (latency) - Prioritization of traffic classes - Guaranteed bandwidth reservation - Redundancy TSN is made up of many standards that have been and are being developed exclusively to tackle different issues and functionalities. This playbook provides an overview of the various Time-Sensitive Networking protocols and step by step instructions on how to test different use cases using Spirent solutions.