A.3 · Semiconductor & Silicon Architecture
High-Speed SerDes and Chip IP
PAM4 and NRZ transceivers up to 224 Gbps per lane
What we build
Mixed-signal PHY IP blocks including PAM4/NRZ transceivers up to 224Gbps per lane, adaptive equalizers (FFE/DFE) for >40dB channel loss, clock-data recovery (CDR) circuits, and built-in self-test (BIST) for link health monitoring. Delivered as synthesizable RTL or hardened GDSII.
Capabilities
- PAM4 and NRZ transceivers up to 224 Gbps per lane
- Adaptive FFE/DFE equalizers that recover links across more than 40 dB of channel loss
- Clock-data recovery (CDR) circuits
- Built-in self-test (BIST) for continuous link health monitoring
- Delivered as synthesizable RTL or hardened GDSII
Related services
How it connects
Where it sits in the stack.
This system, and the two it hands off to. None of them can be optimized alone.
SerDes & Chip IP
Mixed-signal PHY IP blocks including PAM4/NRZ transceivers up to 224Gbps per lane, adaptive equalizers (FFE/DFE) for >40dB channel loss, clock-data recovery (CDR) circuits, and built-in self-test (BIST) for link health monitoring.
Advanced Process Control
A distributed, real-time inference engine that ingests 10,000+ sensor data points per second from fab tools (etch, deposition, lithography).
Semiconductor & Silicon · see serviceEDA for Advanced Nodes
A suite of algorithms that convert RTL (Register-Transfer Level) code into a physical GDSII file ready for mask generation.
Semiconductor & Silicon · see serviceBring us the whole stack.
Tell us where latency is costing you, from the die to the data center to the control room. An architect replies with a first read of the problem, not a sales deck.