Enable lossless Terabit Ethernet validation for AI, cloud, and hyperscale networks Test silicon, optics, cables, and switches under real-world traffic conditions Support advanced Layer 1 signal integrity and Layer 2/3 performance testing Simulate complex network scenarios including congestion, latency, and BER analysis Validate interoperability across next-generation 224G SerDes-based systems Reduce deployment risk through controlled pre-production testing Optimise performance of AI infrastructure and high-speed data centres Enable scalable testing from component level to full system validation

Supports 1.6Tbps, 800GE, 400GE, 200GE, 100GE Ethernet testing Built on 224G & 112G SerDes architecture Supports OSFP-1600 (RHS/IHS) optical and copper interfaces Layer 1–Layer 3 testing including signal integrity and protocol validation Advanced FEC, PCS diagnostics, and link training support Compatible with PRBS testing for BER measurement and signal validation Supports RFC2544, RFC2889 and other benchmarking test suites Automated testing using XenaManager and Xena OpenAutomation (XOA) Python-based automation for scalable test workflows Compact, lab-friendly hardware design for development environments

Test Scenarios for Terabit Ethernet

Silicon Chip Testing Validates new semiconductor devices at Layer 1 using signal integrity and BER testing. Enables FEC, PCS lane alignment, and error injection analysis for chip-level validation. Cable & Transceiver Testing Tests DACs, active cables, and optical transceivers. Includes equaliser tuning, BER optimisation, and automation for LPO/LRO optics and high-speed links. Network Equipment Testing Validates switches and NICs for Layer 1–3 performance including forwarding, latency, VLAN handling, QoS, and interoperability using traffic emulation. Data Centre Testing Ensures full system readiness before deployment by testing interoperability, configuration stability, and real-world traffic behaviour in large-scale data centre environments.

Supports Ethernet speeds: 1.6TE / 800GE / 400GE / 200GE / 100GE SerDes technology: 224G and 112G NRZ/PAM4 Interface: OSFP-1600 (RHS or IHS), optical and copper support Testing coverage: Layer 1 signal integrity, Layer 2 traffic generation, Layer 3 validation Automation: CLI, XOA, Python-based frameworks Test scenarios: Silicon validation, cable testing, transceiver testing, switch benchmarking, data centre validation Supported methodologies: PRBS, RFC2544, RFC2889, BER analysis, link training tests Deployment: Lab-based development, QA, and production validation environments

Xena Z1608 Edun – 1.6Tbps Terabit Ethernet Traffic Generator

Products by manufacturer

Teledynelecroy

Xena Z1608 Edun – 1.6Tbps Terabit Ethernet Traffic Generator

Products by manufacturer

Teledynelecroy

Xena Z1608 Edun – 1.6Tbps Terabit Ethernet Traffic Generator

Powering next-generation AI, cloud, and hyperscale Ethernet testing up to 1.6Tbps with 224G SerDes accuracy

Z1608 Edun is a high-performance Ethernet traffic generator designed for Terabit-era networking, enabling testing up to 1.6Tbps using advanced 224G and 112G SerDes technologies. Built for AI, cloud, hyperscalers, semiconductor validation, and next-gen networking equipment, it delivers scalable Layer 1 and Layer 2 testing with precision and reliability.

It supports multiple Ethernet speeds including 1.6TE, 800GE, 400GE, 200GE, and 100GE, making it ideal for validating switches, NICs, transceivers, and high-speed interconnects.

The platform enables deep validation across silicon testing, cable and transceiver evaluation, network equipment benchmarking, and full data centre performance testing, ensuring readiness for real-world Terabit Ethernet deployments.

Advanced Test, Measurement & Network Assurance Solutions

Helping organisations design, deploy, validate and maintain reliable communications networks with industry-leading technology and local engineering expertise.