High-Speed Digital Hardware Development - Qmax Systems
HARDWARE DEVELOPMENT

High-Performance DigitalSystems Development.

At Qmax Systems, we bridge the gap between complex conceptual requirements and market-ready hardware. In an era where AI computing, telecom infrastructure, edge servers, and data-intensive applications demand unprecedented speed and reliability, our Hardware Engineering Team delivers robust, scalable, and high-integrity systems tailored for next-generation digital infrastructure.

Our Core Service Offerings

We specialize in high-speed, high-density, and high-reliability digital systems. Our expertise spans across:

1. Advanced Compute & Server Solutions

  • Multicore CPU Systems: High-performance designs utilizing the latest Intel, AMD, and Ampere CPUs, optimized for thermal efficiency and high-speed data throughput.
  • High-Density AI GPU Compute Servers: Custom hardware engineering optimized for parallel processing, designed to house and power high-performance NVIDIA and AMD GPU clusters.
  • Single Board Computers (SBCs) & Server Motherboards: Tailor-made designs for data centers and rugged industrial environments, focusing on Power Integrity (PI) and Signal Integrity (SI).

2. Next-Gen Connectivity & O-RAN Infrastructure

  • 100Gbps Network Interface Cards (NIC): Ultra-high-speed connectivity solutions for high-end blade servers, ensuring maximum bandwidth and minimal latency.
  • O-RAN Distributed Units (DU): Specialized hardware development for Open RAN architecture to accelerate global 5G infrastructure rollouts.
  • Fabric Interface Cards (FIC): Innovative designs for Photonic Resource Units, facilitating seamless optical-to-electrical resource management.

3. Precision Embedded & FPGA Design

  • FPGA-Based Hardware: Custom development (Xilinx/Intel) for hardware acceleration, real-time signal processing, and flexible I/O requirements.
  • Microcontroller Based Products: Robust, power-optimized embedded systems using ARM Cortex-M, ESP32, and PIC architectures for Industrial IoT (IIoT).

Why Partner with Qmax Systems?

FeatureOur Technical Advantage
High-Speed StandardsExpert handling of DDR5, PCIe Gen5/Gen6, 112G SerDes
Physical ComplexityMastery of 30+ layer HDI PCBs with blind/buried microvias
Manufacturing ReadinessComplete DFM, DFA, and DFT implementation
Signal & Power IntegrityAdvanced SI/PI simulation and validation
Global CompliancePre-designed for EMI/EMC, CE, FCC, UL
Lifecycle SupportFrom concept to mass production

We design for performance, reliability, and manufacturability - not just for prototypes.

End-to-End Digital Hardware Engineering Process

Our development lifecycle includes:

Proven Industry Experience

We have successfully delivered 100s advanced digital hardware platforms, including:

  • AI compute servers
  • O-RAN DU systems
  • FPGA accelerators
  • Server motherboards
  • High-speed NICs
  • Embedded controllers

Additional Case Studies can be shared after NDA

Complimentary Technical Consulting Session

We offer a free 1-hour technical consultation with our senior hardware engineering team.

During this session, we will review:

  • +Your system architecture
  • +Performance and scalability targets
  • +Cost and component optimization
  • +Development roadmap
  • +Technical and compliance risks

This session is practical, engineering-driven, and focused on real-world implementation - not sales.

Contact us today to schedule your complimentary consultation and accelerate your product development.

Schedule Complimentary Consultation

Frequently asked questions.

What high-speed design standards does Qmax Systems support?
We specialize in the latest high-speed communication standards, including PCIe Gen 5/6, DDR5, and 112G SerDes. Our engineering team utilizes advanced simulation tools to ensure signal integrity (SI) and power integrity (PI) for data rates exceeding 100Gbps.
Can you design custom hardware for AI and Deep Learning?
Yes. We develop High-Density AI GPU Compute Servers tailored for massive parallel processing. Our designs focus on robust power delivery networks (PDN) and advanced thermal management strategies required to sustain the performance of high-TDP NVIDIA and AMD GPU clusters.
Do you provide O-RAN and 5G infrastructure hardware?
Absolutely. Qmax Systems is active in the O-RAN ecosystem, designing Distributed Units (DU) and specialized Network Interface Cards (NIC). We help telecom providers and private network operators deploy scalable, open-architecture hardware for 5G rollouts.
What processor architectures do you work with for Server Motherboards?
Our expertise spans the leading x86 and ARM-based enterprise architectures, including Intel Xeon, AMD EPYC, and Ampere Altra CPUs. We design custom server motherboards and Single Board Computers (SBCs) that meet specific form factor and environmental requirements.
Do you handle complex, high-layer count PCB designs?
Yes. Our team is experienced in high-density interconnect (HDI) technology, regularly managing 20+ layer PCB stacks with blind and buried micro-vias. We ensure all designs are optimized for DFM (Design for Manufacturing) and DFT (Design for Test) to streamline the transition to mass production.
What is included in the 1-hour complimentary consulting session?
During this session, you will speak directly with a Senior Hardware Architect. We can review your block diagrams, discuss thermal or signal integrity challenges, provide high-level architecture validation, or help refine your hardware roadmap to reduce time-to-market. We can sign an NDA if required.
Hardware Programs

Case Studies

Industrial Controller

Industrial Controller

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Aerospace PCB

Aerospace PCB

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OBD 2 Device with LoRa and BLE

OBD 2 Device with LoRa and BLE

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More Case Studies

Our other Engineering capabilities

Hardware Development Services

Hardware Development Services

End-to-end hardware engineering from schematic to production, covering digital, analog, RF, and power electronics.

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Firmware Development Services

Firmware Development Services

Firmware development, microcontroller selection, and real-time systems optimization for reliable performance.

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Apps and Cloud

Apps and Cloud

Build full-stack software that connects devices to digital experiences.

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