Xena Test Modules





Module Families

  • ODIN
  • Speed Range:10 Mbps → 10 Gbps
  • Supports 10/100 Mbps、1G、2.5G、5G、10G
  • Focused on NRZ modulation, ideal for entry-level and foundational Ethernet testing
  • Applications: Basic systems, IoT devices, edge networks, and product validation


  • LOKI
  • Speed Range:10 Gbps → 50 Gbps
  • Supports 10G / 25G / 40G / 50G / 100G(NRZ)
  • Optimized for switch, NIC, and data center interoperability testing
  • Provides reliable and efficient verification for mid- to high-speed Ethernet


  • THOR
  • Speed Range:10 Gbps → 400 Gbps
  • Supports NRZ (10G to 100G) and PAM4 (50G to 400G)
  • Designed for high-speed networking equipment, mainstream switches, and optical interconnect validation
  • Features comprehensive traffic generation, error injection, latency/jitter statistics, and more


  • FREYA
  • Speed Range:10 Gbps → 800 Gbps
  • Designed for next-gen data centers and backbone networks
  • Supports QSFP-DD / OSFP / 800G interfaces
  • Enables advanced Layer 1 and Layer 2 validation


  • EDUN
  • Speed Range:100 Gbps → 1.6 Tbps
  • Next-generation test platform supporting Terabit Ethernet
  • Supports OSFP-1600 interface and 112G/224G SerDes
  • Applications include advanced chip, switch, cable, and module testing


  • CHIMERA
  • Network emulation module
  • Simulates latency, jitter, packet loss, bandwidth shaping, and more at line rate
  • Works with Xena traffic generators to replicate real-world network impairments
  • Ideal for stress testing, resilience verification, and robustness evaluation



Key Features

  • Wide Speed Coverage: From 10 Mbps to 1.6 Tbps, supporting all generations of Ethernet testing needs.
  • Comprehensive L1 Capabilities: Auto-Negotiation (AN), Link Training (LT), error insertion, and PCS/FEC verification.
  • High-Efficiency Automation: Integrates with XenaManager and XOA API, supporting Python scripts and standardized test suites (RFC2544, RFC2889).
  • Modular Architecture: Flexible configurations from a single desktop device to high-density, multi-slot platforms.