Which FPGA vendors and families do you support?

We work extensively with AMD/Xilinx (Zynq UltraScale+, Versal, Kintex), Intel/Altera (Agilex, Stratix, Cyclone), and Lattice FPGAs, using Vivado, Quartus, and Diamond toolchains.

Can you assist with achieving timing closure on complex, high-utilization designs?

Yes. We analyze critical path bottlenecks, optimize pipelining, refine place-and-route strategies, and restructure RTL code to ensure stable timing closure at high clock frequencies.

Do you provide High-Level Synthesis (HLS) for AI and signal processing?

Yes. We leverage C/C++ HLS workflows alongside traditional HDL to rapidly prototype and optimize heavy DSP, image processing, and edge AI inference blocks.

All Services

SERVICE RTL Design High-Speed Logic SoC Integration

FPGA Design & RTL Development

High-speed RTL design, custom IP core development, real-time signal processing, and low-latency SoC integration.

Talk to an FPGA Engineer View Case Studies

Modern high-throughput systems—from Software-Defined Radio (SDR) and radar processing to ultra-low latency edge AI—generate data rates that overwhelm general-purpose CPUs and OS schedulers.

Real Time Group delivers end-to-end FPGA design, RTL development, and system integration. We move deterministic, high-bandwidth processing into custom programmable logic—filtering, accelerating, and structuring raw data directly at the interface level before it ever reaches the processor.

Deliverables & Methodology

Xilinx Zynq / Versal Intel Stratix / Agilex VHDL / Verilog / SystemVerilog PCIe Gen4/5 u00b7 High-Speed Transceivers AXI Interconnect HLS & DSP Blocks

What We Deliver

RTL Architecture & IP Core Development

Design high-reliability VHDL/Verilog/SystemVerilog modules, custom memory controllers, and streaming data pipelines.

SoC & Embedded Logic Integration

Implement ARM/FPGA processing systems using Xilinx Zynq/Versal and Intel Agilex platforms with high-throughput AXI interfaces.

High-Speed Interfaces & DSP Accelerators

Develop low-latency drivers for PCIe, 10G/100G Ethernet, JESD204B/C, and parallelized DSP algorithms for RF and radar applications.

Timing Closure & Hardware Verification

Execute rigorous constraint optimization, timing closure, linting, simulation testbenches, and in-system hardware validation.

Delivered Projects

Flight Controller

Project Goal Developing Flight Controller based on atmel SAMA5D36, ARM Cortex A5 using Free Rtos operation system.

Embedded, Real-Time, RF

RFSOC SDR

Xilinx RFSoC based SDR

A software-defined radio (SDR) system based on Xilinx's Zynq RFSoC. Combines processing system, programmable logic, and RF data converters for ultra-high frequencies. The project's core — FPGA design and real-time signal processing for defense and advanced communications.

FAQ

Talk to an FPGA Engineer ↗

19+

Years experience

200+

Projects delivered

2M+

Deployed devices

Global offices

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