FPGA Design &
Development
High performance FPGA engineering for real-time, data-intensive systems.
Custom Logic & IP Cores
Design custom FPGA logic and resuable IP for applications that need deterministic, parallel, or highly specialized computation.
We build high-performance DSP and signal-processing pipelines on FPGAs
We accelerate AI/ML workloads on FPGA fabric
We design video, imaging, and high-bandwidth data paths
System Integration
Integrate FPGA fabric with processors, memory, high-speed interfaces, device drivers, and embedded Linux as part of a complete system.
We integrate ARM and FPGA subsystems on heterogeneous SoCs
We implement high-speed interfaces including PCIe, DDR, Ethernet, MIPI, and LVDS
We write custom device drivers and integrate FPGAs with embedded Linux
Verification & Reliability
Validate FPGA designs for timing, functional correctness, robustness, and production use, including safety-critical and radiation-tolerant applications.
We run simulation, emulation, and formal verification
We handle compliance and timing closure
We design radiation-tolerant, safety-critical FPGA systems for aerospace
Prototyping & Acceleration
Use FPGA platforms to prototype ASIC conceps, accelerate hardware development, and validate performance before committing to fixed silicon.
We do rapid FPGA-based prototyping of ASIC designs
We build hardware-in-the-loop (HIL) systems for robotics
We optimize FPGA designs for power, latency, and throughput
Services
When Teams Bring in LeafLabs for FPGA Engineering
Performance Bottlenecks
"Our processor can't keep up with the bandwidth or latency requirements"
We design FPGA architectures for high-throughput, low-latency, and deterministic workloads where CPUs or GPUs are no longer the right fit.
Zynq & Heterogenous Compute
"We need to tightly integrate FPGA logic with ARM processors and embedded software"
We develop systems around Zynq and other heterogeneous SoCs, spanning programmable logic, device drivers, embedded Linux, memory, and system integration.
High-Speed Data Acquisition
"We need to move and process large amounts of sensor or imaging data in real time"
We build FPGA pipelines for high-speed acquisition, streaming, filtering, buffering, and processing across scientific, imaging, and sensing systems.
Existing FPGA Design Recovery
"We have an FPGA design, but it's unstable or not meeting requirements"
We can assess and extend existing HDL, diagnose timing and integration issues, improve verification, and help bring difficult FPGA programs back on track.
Verification & Production Readiness
"The prototype works, but we need confidence that the design is robust enough to ship"
We help teams improve timing closure, test coverage, verification, reliability, and system-level validation for production and long-term deployment.
We turn complexity into control.
Your system is next.
The teams who trust us with their hardest problems.
