BA-1600 - 1.6T Bit Analyzer

World-class series of 1.6T electrical BER testers, with 4 and 8 channel PAM4 coding options for ultimate flexibility

主要优点

Full lifecycle validation for 1.6T, 800G and 400G across lab, fab and live environments

Superior hardware design: native electrical interface, excellent signal quality, clean eye diagram and low error floor

High-performance signal integrity and BER testing for validating compliance and performance in next-gen 1.6T designs

Flexible, cost-effective: choose 8 channel unit for transceiver testing, or 4-channel unit for high-speed component testing

User-friendly GUI streamlines workflows, and reduces learning curves

PAM4 support for validating high-speed signaling performance

FEC generation and analysis testing to ensure data integrity over ultra-fast connections

Real-time FEC analysis: testing of pre/post FEC BER, symbol error distribution and FEC margin

Powerful equalizer and channel simulator: powerful equalizer includes CTLE

I²C register read/write access enables the direct control and monitoring of device parameters for fast, low-level diagnostics and efficient debugging

‘Save-and-load’ functionality for all applicable parameters reduces valuable time and ensures test consistency

Automation simplifies complex test configurations and speeds up validation

应用

Test and validation of 1.6T transceivers

Testing high throughput in manufacturing

800G/1.6T interconnect testing

Hyperscalers and AI data centers

描述

The BA-1600 1.6T Bit Analyzer provides full lifecycle coverage from lab to fab, delivering both speed and simplicity through API-controlled automation. It supports 8-channel PAM4 coding with data rates of 106.25, 53.125, and 26.5625 GBd per lane.

The BA-1600 1.6T Bit Analyzer in a nutshell:

Supports 1.6T PAM4 testing as an electrical BERT.
Validates 1.6T Ethernet for R&D, production, and test labs.
Enables FEC generation and analysis.

Take 1.6T from lab to fab, and beyond

The move to 1.6T is transforming networking through advancements in transceiver technology and disaggregated networks. These innovations tackle scalability, efficiency, and cost challenges while enabling critical connectivity for AI. Implementing 1.6T requires rigorous testing for seamless integration and compatibility with existing infrastructure.