End to End Hardware Product Design
End to End Hardware Product Design
Your One Stop Accountable Partner for End-to-End Hardware Product Success.
We are the end-to-end product design partner for Startup to Mid-size companies in Industrial and MedTech. We specialize in solving architecture gaps and mitigating launch risk by delivering global-grade engineering quality, guaranteed reliability and measurable ROI.
Our End to End Engineering Expertise
We don’t just design PCBs; we engineer certified, high-performance physical products.
Hardware
Design

High-speed, mixed-signal, RF and power electronics designed for reliability, SI/PI and manufacturability
Firmware
Development

From baremetal to FreeRTOS and Embedded Linux — firmware that’s power-aware, deterministic and testable
Test &
Validation

Electrical, functional, thermal, environmental and pre-compliance EMI/EMC validation woven into the lifecycle
Certification
& Compliance

Design-for-certification approach for CE, FCC, UL, Bluetooth SIG and environmental standards
Prototype
Builds

Production-intent prototypes with PCB manufacturing, soldering, assembly and traceability
Small Volume
Manufacturing

Pilot runs, small batche managed end-to-end — DFM/DFT, BOM optimization, test jig & QA.
Why Clients Choose Teq Diligent
✅ Engineering Quality Guaranteed: We deliver global-grade engineering quality using proprietary DFM/DFT checklists and internal design processes. This focus on diligence minimizes launch risk and eliminates the concern of substandard outcomes.
✅ Accountable R&D Extension: We are not an outsourcing firm. We act as an accountable extension of your engineering leadership, providing the deep technical expertise your in-house team needs to solve architecture gaps and accelerate milestones.
✅ Measurable ROI and Cost Advantage: Our reliability-first approach translates directly into client ROI: BOM cost savings through optimized designs and a <5% field failure rate, all with the advantage of India’s cost efficiency.
✅ Deep Domain Expertise: We specialize in the high-stakes sectors of Industrial, IoT, Test & Measurement and MedTech. Our 12+ years of experience in these complex verticals ensures a higher degree of success and predictability.
We are Your Dependable Partner for End to End Hardware Product Developments.
Measurable Reliability: Engineering Outcomes We Delivered
Our Client Successes
Trusted by Global Innovators
Our expertise translates directly into measurable client ROI:
✔ Field Failure Rate: Less than 5% (Ensuring high reliability)
✔ Launch Success: Minimize costly re-spins and launch delays
✔ Cost Savings: BOM cost savings through optimized design
✔ Strategic Value: Act as your trusted, long-term design partner
We have delivered reliable hardware and firmware for billion-dollar Test & Measurement companies, SMT line instrument companies in the USA and specialized government organizations, including ISRO.
We Provide Engineering Outcomes You Need
Reliability-First
Hardware
Design
Engineering complex, high-speed boards designed for DFM/DFR principles to eliminate costly field failures and architecture gaps.
First-Pass
Success
Firmware Design
Structured, domain-specific code architecture that ensures device performance, stability and certification readiness.
Full Lifecycle Validation
& Risk Reduction
Rigorous testing (functional, performance, stress) that guarantee product reliability and prevent costly post-launch issues.
Regulatory
Compliance &
Global Readiness
Managed compliance pathways (UL/CE/FCC) to ensure your product is globally ready without vendor management complexity.
Accelerated
Prototyping &
Physical Validation
Fast, accountable physical builds to validate design and UI before commitment to volume production.
Accountable Pilot
Production
to Scale
Seamless transition from design to small-batch manufacturing with full process oversight and quality accountability.
Our End-to-End Development Model: A Single Path to Production
We own the complexity, so you only manage one partner from concept to scale.
Case Studies
High Speed Data
Acquisition System

64 channel CCD data acquisition system is designed around Xilinx’s Kintex Ultrascale FPGA to run image processing algorithms.
Machine Vision
Camera

5MP CMOS camera is a platform which captures raw images and streams these images over Gigabit Ethernet
Biometric Access
Control System

Android based Biometric device with 800MHz ARM CPU, DDR3 memory, Ethernet, WiFi and other interfaces.
12 Years of
Deep
Experience
100+
Projects
Delivered
70%
Repeat
Customers
Global Delivery
India | USA | Singapore
Ready to build your Reliable, Certified and Scalable Hardware Product?