Title: Superior Linear Optical Receivers: TeraSignal’s TS9801/02 Revolutionizes AI Infrastructure
In a recent announcement at OFC 2025, TeraSignal unveiled the TS9801/02, a groundbreaking quad 200G PAM-4 linear Transimpedance Amplifier (TIA) equipped with TSLink™ Digital Eye Monitoring (DEM) and adaptive equalization. This innovative solution addresses the growing demand for efficient data center scaling and reliable deployment of low-power 1.6T LRO and LPO modules.
Challenges in mass deployment of linear optics have long plagued network operators due to the absence of digital diagnostics in traditional TIAs. TeraSignal’s TS9801/02 addresses this issue by integrating real-time link diagnostics and adaptive equalization, providing unparalleled performance and stability for linear optics applications.
Key Features of TS9801/02:
– Ultra-low power consumption of 210mW/channel
– Fully differential architecture with high-linearity, low-noise performance
– Integrated TSLink™ Digital Eye Monitoring for real-time BER extraction
– Adaptive equalization for enhanced signal integrity
The TS9801/02 is set to sample to select customers in Q2 2025 and will be showcased at OFC 2025. TeraSignal’s commitment to intelligent interconnect solutions for AI-centric data centers and next-generation computing hardware is evident in the groundbreaking technology of the TS9801/02.
TeraSignal’s focus on power efficiency, reduced latency, and advanced link diagnostics sets them apart as a leader in high-speed data transmission. Their innovations in CMOS design and adaptive link training are reshaping the landscape of intelligent optical connectivity in AI infrastructure.
In conclusion, TeraSignal’s TS9801/02 represents a significant advancement in AI infrastructure optical connectivity, offering real-time link diagnostics and adaptive equalization for optimal performance. Don’t miss the opportunity to experience the future of linear optical receivers with TeraSignal. Visit them at OFC 2025 for a firsthand look at their cutting-edge technology.