5G bearer network test

◆Background

The 5G era has come, and the well-known sentence "5G commercial, bearer first" in the industry shows the importance of 5G bearer network. The bearer network is a basic resource and must be deployed before the wireless network. The typical application scenarios of 5G are:

Enhanced mobile broadband: eMBB
Ultra-low latency and highly reliable communication: uRLLC
Massive connection: mMTC
5G applications require bearer networks to provide low-latency, high-bandwidth, and high-reliability networks. To meet the requirements of 5G applications, FlexE / 50G PAM4 / EVPN / SR / SR-TE / SR-BE / SRv6 / PCEP and other new technologies Born to be born.

◆Solution

For the low-latency, high-bandwidth, and high-reliability networks that 5G bearer networks can provide, Xinertel provides test solutions:
High bandwidth and low latency: X1-100G (supports multi-rates of 100G / 50G / 40G / 25G / 10G) and X1-400G (supports multi-rates of 400G / 200G / 100G / 50G) series cards are launched by Xinertel Test products of routers, high-end switches, data center switches, and high-performance application layer devices have the characteristics of high performance, high density, high rate, and multi-rate, helping operators, network equipment manufacturers, and enterprise users to easily deal with the rapidity of test services Growth and future business development.
High reliability: Xcompass-S series network damage meter is a field-programmable gate array (FPGA) platform launched by Xinertel, which can provide the most realistic and repeatable network damage simulation test. It has typical damage simulation functions such as bandwidth limitation, delay / jitter, packet loss, out-of-sequence, repeated packets, and physical link damage.
Protocol testing in the 5G bearer network: Xinertel's Renix software platform supports L2VPN, L3VPN, EVPN, SR, SR-TE, SR-BE, SRv6, PCEP, BGP-LS and other protocol functions and performance tests.

◆Solution advantages

· Domestic high-performance network tester
· Support large-scale 2-3 layer traffic and routing exchange protocol simulation
· Single port supports up to 64K traffic independent sending statistics and 128K traffic statistics
· Single port supports up to 4 million discrete routing insertion tables
· Support performance testing of protocols such as routing, multicast, access, MPLS, VXLAN and segment routing (SR)
· FPGA-based 100% line speed traffic generation, statistics and capture functions
· Support RFC2544, RFC2889, RFC3918 and other benchmark test suites
· Support Chinese and English test operation software
· Support Chinese and English test report system