1.6TE test platform for transceiver, cable, and system validation: Test 1.6T Ethernet interfaces at full capacity and perform 200G lane analysis at 224G SerDes.
LTS-1600 Series - 1.6T traffic generator and design-validation solution
Overview
The LTS-1600 Series is a powerful 1.6T Ethernet traffic generator, and 1600ZR transceiver design-validation solution. It delivers up to 6.4T total test capacity with four independent coherent ports featuring mixed OSFP-IHS and OSFP-RHS configurations.
Applications
Network equipment manufacturers
Semiconductor vendors and manufacturers
Hyperscaler labs
Data centers for AI infrastructure
Transceiver manufacturing
Cable manufacturers
Highlights
Take the simpler path to trusted 1.6T performance
Configure the LTS-1600 Series for today’s validation requirements, then expand as test capacity grows. Run independent test workflows for transceivers, cables, and coherent optics.
- Scale from one to four 1.6T test ports
- Each port features full capacity to perform 200G lane analysis at 224G SerDes
- Combine OSFP-IHS and OSFP-RHS modules on the same platform
- Run up to four independent coherent test ports in parallel, delivering up to 6.4T total test capacity
- Validate transceivers and cables with the same solution
1.6T Ethernet testing and validation solution
The LTS-1600 Series simplifies 1.6T Ethernet interface validation by delivering full-capacity Ethernet testing.
- Compliant with latest version of 1.6TE IEEE standard 802.3dj
- 1.6T BER test analysis per lane, injection of specific alarms and errors, displaying of inner and outer FEC statistics
- Supporting layer 2, and layer 3 traffic generation capabilities for full 1.6TE bandwidth
- Validate multiple breakout configurations (2 × 800GE, 8 × 200GE) with: BERT analysis per link and alarms, layer 2 and layer 3 traffic generation and error injection across each breakout interface
Fine-tune setups live before formal test runs
Use the LTS-1600 Series’ web-based UI in unrecorded dry-run Live Mode or capture a complete, detailed test run in Recorded Mode. Engineers can experiment with confidence, finalize the configuration, and document only the results they trust.
Use Live Mode for real-time troubleshooting, optimization, and exploratory testing. Adjust configuration parameters while traffic is running and immediately observe impact of changes.
Use Recorded Mode for formal test execution and results capture. Once test begins, configuration settings are locked ensuringe repeatable and traceable measurements. Full test report is generated when test finishes.
