As network technology continues to advance rapidly, 400G networks are becoming the core standard for data centers, 5G communications, and cloud services. However, traditional 400G testers often face challenges such as high power consumption and bulky design, creating obstacles for customers in real-world applications. Xinertel addresses these challenges with its newly launched E2-400G Test Module, compatible with DarYu 200 chassis. Designed with low power consumption and a compact form factor, this innovative solution redefines network testing efficiency and flexibility, empowering customers to meet high-bandwidth testing demands.
Energy Efficiency and Compact Portability
Traditional 400G testers have high power consumption, which not only increase electricity costs during long-term operation but also lead to heat dissipation issues. Additionally, their large size occupies substantial space, limiting deployment flexibility in labs or data centers. Xinertel's E2-400G Test Module integrates a compact design with low energy consumption, freeing up space and reducing costs while maintaining high performance.
Product Highlights: Small Size, Big Capabilities
1.High-Performance Multi-Rate Support
◆Supports full line-rate testing at 400G, 200G, and 100G speeds, ensuring adaptability across various testing scales.
◆Combines traffic generation, protocol emulation, and automated testing to support diverse network validation scenarios.
2.Lossless Network Testing
◆Supports 400G/200G RoCE (RDMA over Converged Ethernet) and emulates CCL (Collective Communication Library) traffic.
3.Integrated MACsec Testing
◆Provides built-in Media Access Control Security (MACsec) testing to enhance network security validation.
4.Portability and Flexibility
◆Compact and lightweight design, making it ideal for labs, field deployments, and space-constrained data centers.
5.Cost-Effective Testing
◆Optimized low-density test port design caters to small and medium-sized customers, maximizing efficiency and minimizing resource waste.
Key Features
1.Native QSFP-DD 400G interfaces, supporting 2×400G test ports with multi-rate compatibility (400G/200G/100G) and DAC cable.
2.Supports large-scale Layer 2-3 traffic generation and routing/switch protocol emulation.
3.Frame size: 64-16,004 bytes.
4.Timestamp resolution: 2.5ns.
5.Validates extreme performance of protocols including routing, multicast, access, MPLS, VxLAN, and Segment Routing (SR).
6.FPGA-based 100% line-rate traffic generation, statistics collection, and packet capture.
7.Benchmark test suites: RFC2544, RFC2889, RFC3918.
8.Supports lossless network testing.
◆RoCE v2:
• RoCEv2 traffic wizard with unidirectional and bidirectional transmission;
• RoCEv2 frame editor;
• Supports QP-based traffic endpoint selection;
• Number of QPs per port: 8K;
• Statistics based on each QP.
◆PFC/ECN:
• PFC priority setting, packet transmission, and statistics;
• ECN priority setting, CNP interval setting, CNP packet statistics, DCQCN parameter configuration;
• Training task iteration count and time configuration;
• Statistics of task iteration counts, maximum/minimum/average task iteration time.
◆CCL:
• Supports Halving-Doubling, All Reduce and Ring All Reduce algorithms;
• Configurable step counts, transmission time, and packet counts.
◆Millisecond-Level Precision:
• 10s sampling intervals for high-accuracy statistics.
9.MACsec Testing.
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