Electronics Design

Design and development of complex electronic systems for medical devices, defence platforms, and regulated industrial products.

Hydrix designs and develops electronic systems for applications where performance, reliability, and compliance are critical. Our engineers work across implantable medical devices, diagnostic platforms, industrial equipment, and defence electronics, delivering robust solutions within strict power, noise, thermal, and integration constraints.

We provide end-to-end support from early architecture and simulation through to board bring-up, verification, and production transfer. Our designs are closely integrated with firmware, mechanical systems, and quality assurance frameworks.

Electronics Design Capabilities

Mixed-signal circuit design
Development of analog front ends and digital control architectures. Expertise in high-resolution data acquisition, signal conditioning, and interface logic.
High-speed and EMC-compliant PCB layout
High layer count high-density layout, controlled impedance routing, signal integrity analysis, speciality PCB dielectrics and stack-up design. Focused on emissions and immunity performance against global EMC standards.
Low-noise analog and biosignal interface design
Precision measurement front ends, ultra-low-noise amplifiers, isolation strategies, and robust grounding for noise sensitive applications.
Power system architecture
Design of DC-DC converters, battery management systems, charging circuits, isolated supplies, and redundant or fail operational power architectures.
Wireless and RF systems
Integration of BLE, LoRa, Wi-Fi, RF modules and custom RF interfaces. Antenna design selection, placement, and matching for constrained mechanical environments.
Security and cryptographic hardware
Hardware support for secure boot, root-of-trust architectures, and cryptographic IC integration.
Design for compliance and manufacturing
Ensuring alignment with IEC 60601, IEC 62368, CISPR 11, ISO 14708, MIL-STD-461, and other standards. DFM and DFT practices embedded throughout the process.

Core Capabilities

Development of analog front ends and digital control architectures. Expertise in high-resolution data acquisition, signal conditioning, and interface logic.

High layer count high-density layout, controlled impedance routing, signal integrity analysis, speciality PCB dielectrics and stack-up design. Focused on emissions and immunity performance against global EMC standards.

Precision measurement front ends, ultra-low-noise amplifiers, isolation strategies, and robust grounding for noise sensitive applications.

Design of DC-DC converters, battery management systems, charging circuits, isolated supplies, and redundant or fail operational power architectures.

Integration of BLE, LoRa, Wi-Fi, RF modules and custom RF interfaces. Antenna design selection, placement, and matching for constrained mechanical environments.

Hardware support for secure boot, root-of-trust architectures, and cryptographic IC integration.

Ensuring alignment with IEC 60601, IEC 62368, CISPR 11, ISO 14708, MIL-STD-461, and other standards. DFM and DFT practices embedded throughout the process.

Why Hydrix

Our electronics engineers are problem solvers who understand the importance of performance, certification, and system integration. Whether it’s a power-constrained wearable, a sensor-rich diagnostic module, or a battlefield-ready control unit, Hydrix delivers electronics that are reliable, efficient, and certifiable.

Explore further capabilities

Product Engineering & Realisation

Human Centered Product Design

Market Strategy & Execution

AI, IoT & Secure Platforms

Recent Projects

Pioneering Cardiac Pacemaker System

Ceryx Medical, a UK-based innovator in bioelectronics, is developing a cutting-edge cardiac pacemaker system designed to enhance heart function by mimicking the body’s natural rhythms. Leverage…

Advancing Radiation Imaging

The CORIS360® is a groundbreaking radiation imaging device designed to enhance safety, efficiency, and operational decision-making in radioactive environments. Launched in 2020 after seven years of development, the device …

Revolutionising Mobile X-Ray Systems

The Carestream DRX-Revolution Nano Mobile X-Ray System is a groundbreaking solution addressing the challenges of traditional mobile X-ray units, including excessive weight, limited maneuverability …

Electronics Design

Electronics Design

Design and development of complex electronic systems for medical devices, defence platforms, and regulated industrial products.

Electronics Design Capabilities

Mixed-signal circuit design

High-speed and EMC-compliant PCB layout

Low-noise analog and biosignal interface design

Power system architecture

Wireless and RF systems

Security and cryptographic hardware

Design for compliance and manufacturing

Why Hydrix

Explore further capabilities

Product Engineering & Realisation

Human Centered Product Design

Market Strategy & Execution

AI, IoT & Secure Platforms

Recent Projects

Pioneering Cardiac Pacemaker System

Advancing Radiation Imaging

Revolutionising Mobile X-Ray Systems