Embedded Hardware Design
From Product Concept to Production-ready Hardware with DFM, DFT & Certification Support
Overview
Every successful embedded product starts with the right hardware. Whether you’re building a new IoT device, medical product, industrial controller, wearable, or consumer electronics solution, your hardware design determines how reliably your product performs, scales, and reaches the market. As the embedded systems market continues to grow from USD 112 billion in 2024 to USD 169 billion by 2030 (Grand View Research) investing in a well-engineered hardware platform has never been more important.
At Glide Technology, we partner with startups, product companies, and enterprises to design embedded hardware that is ready for real-world deployment. Our team works closely with you from concept and system architecture through schematic design, high-speed PCB layout, prototype development, validation, and production support. We also incorporate Design for Manufacturing (DFM), Design for Testability (DFT), and Design for Certification (DFC) early in the design process to reduce development risks, simplify compliance, and accelerate manufacturing.
With experience across Consumer Products , Surveillance , Automation , IOT , Medical Devices, Automotive, and Wearables, we design hardware that meets demanding performance, compliance, and manufacturing standards. Whether you need a hardware design partner or an extension of your engineering team, we help you build reliable, cost-effective, and production-ready embedded hardware that supports your business goals.
Our Process
Embedded Hardware Services - Key Offerings
🔧 Embedded Hardware Expertise &
End-to-End Support
At Glide, we ensure that every hardware component in your product is carefully selected for performance, scalability, and long-term reliability. Our hardware engineering team handpicks processor platforms, microcontrollers, and supporting components tailored to your product’s specific needs.
From early-stage feasibility analysis to certification and manufacturing support, we partner with you throughout the entire product development lifecycle. With our ecosystem of trusted partners, we help bring your embedded hardware vision to life efficiently and at scale.
⚙️ Core Capabilities
Feasibility Analysis & Component Selection – Ensure the right architecture from day one
BoM Optimization & Cost Estimation – Balance performance and cost effectively
Multi-layer PCB Design – High-performance layouts with compact form factors
Power & Performance Optimization – Extend battery life and improve thermal efficiency
Enclosure & Casing Design – Functional, durable, and production-ready designs
Aesthetics & Usability Engineering – Blend form and function for better user experience
Key Expertise
Controllers & Processors
Video & AI Processing SoCs
8-bit / 16- bit/ 32- bit micro
ARM Cortex A8/A9, M family
TI DSP
NXP I. MX family
FPGA
Peripherals
Ethernet
HDMI/ Video/ Audio
I2C/SPI, RS232/RS485
Single Pair Ethernet (10BASE-T1L/T1S)
USB, Bluetooth, BLE, Wi-Fi
Zigbee, Z-Wave, Sub-GHz, Thread, Matter
RFID, NFC
PCB Design Software
Altium Designer
Eagle