Hardware Design

Designing your next electronic system… For Critical Space Hardware For Safety-Regulated Systems For Chip Testing & High-Speed Interfaces For Real-Time Control Systems For Scalable Prototypes For Production-Ready Deployment For Instrumentation & Acquisition Platforms

Designing your next electronic system…
For Critical Space 
Hardware
For Safety-Regulated 
Systems
For Chip Testing 
& High-Speed Interfaces
For Real-Time 
Control Systems
For Scalable 
Prototypes
For Production-Ready Deployment For Instrumentation 
& Acquisition Platforms

We design electronic systems from architecture to deployment—robust, testable, and ready to scale. Our team supports each stage with system-level thinking and hands-on execution.

Why Hardware Design with Emtech

We don’t just design boards—we engineer electronic systems.
Emtech defines, develops, and validates complex hardware platforms for demanding environments.
From high-speed testing systems and radiation-tolerant space hardware to fast-turn prototypes, we guide projects from early design to production support and deployment.

Our Hardware Design Expertise

Automation Targets

-High-speed digital design (up to 10+ Gbps)
-Mixed-signal and analog integration
-Radiation-tolerant practices for critical systems
-Power integrity, signal conditioning, clocking
-Design for test, debug planning, bring-up support

System-Level Engineering

-EGSE for full satellite test interfaces
-Embedded control electronics with integrated logic
-Co-design with FPGA, MCU, and sensor layers
-Custom instrumentation and data acquisition systems

Interfaces & Protocols

PCIe, DDR4, Gigabit Ethernet, USB CAN, UART, RS485, LVDS, MIPI, HDMI




Prototype to Production Transition

BOM definition and optimization
-Test plan design and QA validation
-Production support with vendor selection and documentation

Our Step by Step Development Process

Problems We Solve

We deliver validated designs with bring-up support and production readiness.

We use simulation, simulation, and best layout practices from the first step.
We simulate and apply high-speed layout techniques from the start. Our PCB designs have been validated in lab up to 16 GHz.
We design systems that manage digital, analog, and power layers with precision.
We support BOM optimization, test plan development, and production documentation.
We apply fault-tolerant practices and design-for-compliance methodologies.

Let’s bring your next hardware system to life.

Our engineers design for reliability, scale, and complexity—ready to step in when you are