FPGA SIGNAL PROCESSING INFRASTRUCTURE

Sub-frame switching latency without OS overhead

Dedicated hardware architecture engineered for continuous multi-screen routing across command environments.

0.016ms

latency

144

outputs

8K

native res

CHASSIS SPECIFICATIONS

Core Hardware Categories

Modular I/O topologies configured for high-density commercial deployments.

SERIES 01
SERIES 02
SERIES 03

FPGA Video Wall Controllers

4K60 Matrix Routers

AV-over-IP Nodes

Pure parallel processing silicon for zero frame tearing and synchronized multi-panel display arrays.

Uncompressed cross-point signal switching with real-time EDID management and zero drop rates.

Low-bandwidth optical and copper transport modules engineered for 24/7 continuous operations.

TELEMETRY & UPTIME

Verified Operational Stability

99.999%

uptime benchmark

24/7

continuous duty

0.0ms

frame drift

144

max displays

SIGNAL PATH

Deterministic Hardware Routing

01
02
03

Input Capture

FPGA Processing

Synchronized Output

Ingestion of multi-format HDMI, SDI, and IP streams directly into hardware frame buffers.

Parallel cross-point matrix switching executed at the silicon level without operating system intervention.

Frame-locked transmission across complex video wall arrays with pixel-to-pixel mapping.

Ready for Enterprise Deployment?

Connect directly with our Hong Kong engineering desk for custom chassis configurations and RFQ submissions.