Shipping IP
Hardware Proven

SLVS‑EC IP Core

Baud 3 • 1× / 2× / 4× / 8× lanes • AXI Ready

A lane‑scalable SLVS‑EC receiver/transmitter core designed for high‑speed Sony sensors. Clean AXI interfaces, deterministic alignment, and a full SystemVerilog BFM‑driven verification suite. Reference bridges to PCIe and CoaXPress are included.

Turnkey reference designs included

ZCU106 · KCU116 · Aper‑Oculus carrier — build scripts and constraints ready to run.

Baud 3
5 Gbps per lane
1× / 2× / 4× / 8×
Lane Modes
PCIe & CXP
Working Bridges
SLVS‑EC PHY × Lanes
Lane 1
Lane 2
Lane 3
Lane 4
Lane 5
Lane 6
Lane 7
Lane 8
Lane Bonding & Alignment
Control (AXI4‑Lite)
Registers
Events
Triggers
Video Path (AXI4‑Stream)
DMA

SLVS‑EC for High‑Speed Sensors

Baud‑3 capable SLVS‑EC IP with lane bonding up to 8 lanes. Clean AXI interfaces and ready‑made bridges to PCIe and CoaXPress accelerate your bring‑up.

1× / 2× / 4× / 8× Lanes

Configurable lane count with deterministic lane bonding, alignment FIFOs, and skew compensation across all modes.

Baud 3 (5 Gbps) Per Lane

High-speed operation validated in hardware at Baud 3 with clean clocking and robust reset/bring-up sequences.

Bridges to PCIe & CoaXPress

Reference pipelines included: SLVS‑EC → PCIe DMA and SLVS‑EC → CoaXPress, enabling capture or conversion designs.

Sensor‑Proven

Validated with Sony IMX547, IMX530, and IMX421 on Xilinx ZCU106, KCU116, and the Aper‑Oculus carrier.

Why this IP

Throughput

Up to ~40 Gbps aggregate with deterministic alignment across lanes.

Low‑Jitter Timing

Careful CDC and recovered‑clock handling for stable capture.

Modularity

PHY shim, link decode, packing, and control layers are cleanly separated.

Ready to integrate SLVS‑EC?

Ship faster with a Baud‑3 capable, lane‑scalable IP core and working designs for ZCU106, KCU116, and Aper‑Oculus.

BFM testbenches included
PCIe & CoaXPress bridges
1× / 2× / 4× / 8× lanes