Orthogone + AMD

Premier Partner for Advanced FPGA & Embedded System Design

AMD

Full-Stack Engineering for AMD Adaptive Computing Platforms

Orthogone is a Premier Member of the AMD Adaptive Computing Partner Program, recognized for its proven ability to deliver complex, high-performance systems using AMD’s full suite of adaptive computing technologies — including Zynq UltraScale+, Versal, Artix, AMD Ryzen and Embedded+ x86 SoCs.

We are Orthogone

AMD FPGA Design Partner Bringing your Vision to Life

From edge devices to high-bandwidth platforms, we combine hardware, embedded software, and system design to help you bring AMD-powered innovations to market faster — and with confidence. ​

The Orthogone Advantage

We master the entire AMD FPGA ecosystem

Our core strength goes beyond FPGA and SoC design. Orthogone’s engineers are FPGA-first thinkers — with a deep command of programmable logic, system timing, embedded software, and board-level integration. We also offer complete embedded platform development, leveraging both programmable logic and x86 processing power to build scalable, real-time solutions across medical, aerospace, automotive, and industrial sectors.

AMD Embedded+ Platform Expertise

  • Embedded x86 CPUs + programmable logic
  • Heterogeneous compute system design
  • PCIe Gen 3/Gen 4 integration with high-throughput interfaces
  • Driver and BSP development for Linux & RTOS platforms

Advanced FPGA & SoC Integration

  • Zynq UltraScale+, Versal Prime, Artix-7, RFSoC
  • ULL IP Cores: Ethernet MAC/PCS, PCIe DMA, TCP/UDP offload
  • Simulation, synthesis, timing closure, and debug

Full Software Stack Development

  • Embedded Linux (Yocto, Mentor MEL), Nucleus RTOS, custom BSPs
  • Bare-metal control and real-time firmware
  • Cloud connectivity and secure data pipelines

System Co-Design and Architecture

  • PCB and high-speed board design
  • Multi-processor communication models
  • Application-specific optimization (AI, RF, signal integrity)

We are an AMD FPGA Design Partner

Embedded FPGAs are our DNA

This document contains insights from real-world successes across aerospace, medical, and automotive solutions.

Ultra-Low Latency FPGA Framework for Financial Trading. Engineered for Speed, Designed for High-Frequency Trading.

Orthogone’s ULL FPGA Framework is a high-performance solution designed for ultra-low latency applications in financial trading. Our solution seamlessly integrates the AMD Alveo X3 series(X3522PV) and UL3524 for FPGA-based fintech applications with critical latency needs. 

It delivers pre-built FPGA IP cores and a full development environment to prototype and deploy trading systems with minimal delay. Targeted towards leading investment banks, exchanges, proprietary traders, and hedge funds to leverage the latest technology and stay ahead of the competition.

Key features

• ULL 10G MAC/PCS, TCP/IP, UDP/IP, PCIe DMA controller IP cores 
• RTL implementation for layers 2/3/4: ARP, IPv4, ICMP, TCP, UDP 
• Optimized for AMD UltraScale+ FPGA and Alveo platforms 
• Zero-copy C/C++ API for high-efficiency application integration 
• Full debug, monitoring, and simulation environment 
• Linux-compatible drivers, APIs, and statistics framework

Real-World Projects with AMD Platforms

High-Speed X-Ray Platform (Zynq + Artix-7) ​​

Orthogone delivered a mammography imaging system with 4 Artix FPGAs and Zynq UltraScale+, achieving real-time image capture and transfer over 10G Ethernet.

“Our aim is to maintain our lead in the premium market for mammography detectors. To do that, we need high-speed communications from the detectors, and that’s definitely an area where we knew that Orthogone could help us… They brought expertise, especially in anything having to do with digital design, memory configuration, and FPGA programming.”

François BoucherDirector of Engineering, Analogic

Digital Payload for Low-Orbit Satellite (Versal Prime)

Direct radiating arrays, wideband MIMO, and secure communication layers built on AMD Versal — optimized for low-earth orbit satellite constellations.

Ultra-wideband PCIe Digitizer with AWG

4 synchronized AMD FPGAs with JESD204B ADC/DAC, PCIe Gen3 x16 interfaces, and custom trigger/sync logic in a modular, industrial-grade platform.

Coherent Lidar Prototype (Zynq UtraScale+ RFSoC)

Zynq RFSoC-based solution integrating high-speed analog/digital interfaces in a tight form factor — ideal for next-gen sensing applications.

Working with Orthogone Technologies - AMD FPGA Design Partner

Why Engineers Choose Orthogone

World-class FPGA and SoC design services
Full-stack integration from board to cloud
Production-grade IP, frameworks, and support
Flexible engagement with fixed-price, time & materials, or licensing

Let’s Build the Next Breakthrough Together

Talk with our AMD Experts and let’s advance together.