Hardware Designs
Hardware designed for reliability, performance and manufacturability.
Stop over-engineering and under-delivering. Our 12+ years of domain expertise ensures your complex Industrial, IoT, Test & Measurement and Edge AI products transition from concept to volume manufacturing with one accountable partner. We engineer the consistency and predictability your business demands.
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12
Years Domain Expertise
100
Successful Projects
70
% Repeat Client Rate
Why Clients Choose Teq Diligent for Firmware
⛔ Architecture Gaps & R&D Quality [Issue]
✅ Our Solution: Optimized Hardware Architecture: Our senior engineering team specializes in deep architecture analysis, ensuring optimal component selection, power management and thermal performance. We close crucial R&D gaps by delivering high-quality, manufacturing-friendly designs that minimize costly re-spins.
⛔ Vendor Management Complexity [Issue]
✅ Our Solution: One Accountable End-to-End Partner: We integrate electronic design, enclosure design, prototyping, certifications and volume manufacturing under a single point of accountability. This diligence eliminates vendor management complexity and ensures continuity from concept to production.
⛔ Design for Reliability & High Field Returns [Issue]
✅ Our Solution: Launch Risk Mitigation through DFM/DFT: We build robust hardware that adheres to strict Design for Reliability (DFR) and Design for Manufacturability (DFM) principles from the first schematic. This proactive approach eliminates high-cost field returns, maximizing product longevity and reducing your total cost of ownership.
We are not an Outsourcing Firm; We are Your Dedicated R&D Extension.
✅ We are not staff augmentation. We are an accountable extension of your engineering leadership. We partner with companies that already have strong in-house teams but lack the specialized domain depth or capacity for complex projects. Teq Diligent provides the necessary technical depth, consistency and predictability to accelerate product milestones, allowing your core team to focus on strategic innovation. You gain dedicated senior expertise without the burden of long-term HR overhead or project uncertainty.
✅ Global-Grade Engineering, Guaranteed Reliability Our focus is reliability and first-pass success, not just low cost. With 12+ years of domain expertise and a 70% repeat customer rate, our clients choose us because we combine engineering excellence with end-to-end solutions. We deliver global-grade engineering quality using DFM/DFT checklists and structured processes. This approach minimizes launch risk and secures the measurable ROI that enterprise hardware demands.
Deep Domain Expertise: Hardware for Demanding Systems
We don’t just design PCBs; we engineer certified, high-performance physical products.
Scalable & Secure
Industrial IoT
Test & Measurement
Systems
Display
Systems
Edge AI
Firmware
Vision
Systems
Predictive
Lifecycle Mgmt
Focus
Designing resilient and scalable electronic systems for harsh industrial and regulatory environments.
Key Expertise
✔ Signal and Power Integrity Analysis: Ensuring board performance and stability.
✔ Analog, Digital & Mixed Signal Design: Expertise in sensor conditioning and data acquisition.
✔ PCB Design Optimization: Stack-up, high-speed routing and DFM compliance.
✔ Component Selection & Obsolescence Management: Risk mitigation planning for long-lifecycle products.
Focus
High-performance hardware capable of rugged operation, sensor fusion and on-device Edge AI processing
Key Expertise
✔ High-Density/Complex Board Design: Solutions for miniaturization and more I/O.
✔ Processor & Memory Subsystems: Optimized chipsets for performance and power efficiency.
✔ Wireless Connectivity Implementation: Robust and reliable stacks (Cellular, WiFi, BT).
✔ Thermal and Environmental Management: Ensuring reliable operation in extreme conditions.
Focus
Bridging the gap between electronic design and physical product, ensuring a seamless transition to manufacturing.
Key Expertise
✔ Mechanical & Enclosure Design: Custom housing and user interface (HMI) integration.
✔ Rapid Prototyping & Pilot Runs: Fast, accurate physical validation to minimize re-spins.
✔ DFM/DFT Checklists: Mandatory processes to guarantee manufacturing yields and testability.
✔ Mfg Documentations: Complete, precise documentation for seamless handover.
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 are Your Dependable Partner for End to End Hardware Product Developments.
We take full ownership of electronics development — from concept to manufacturing
✔ Requirement Analysis & System Architecture
✔ Schematic design
✔ PCB Layout
✔ SI/PI/Thermal Analysis
✔ DFT/DFM reviews
✔ Prototype builds
✔ Design Validations
✔ Pre-scan & Certification Support
✔ Manufacturing readiness
✔ Manufacturing support
We ensure the design is production realistic, not just lab-ready.
We cover
End to End Hardware Design Lifecycle
We Provide Engineering Outcomes You Need
High Speed
Digital Design
High-Speed Design is at the core of our engineering practice. 80% of our project involve highspeed boards, multilayer, dense boards
Mixed Signal
Design
Clean analog with fast digital domains. Low noise, Isolation and grounding strategies are important for boards
RF
Design
Electrical, functional, thermal, environmental and pre-compliance EMI/EMC validation woven into the lifecycle
Power
Electronics
Reliable, robust power designs for demanding environments with size and dissipation limitations
Prototype
Builds
Production-intent prototypes with PCB manufacturing, soldering, assembly and traceability
Small Volume
Manufacturing
Pilot runs, small batches managed end-to-end — DFM/DFT, BOM optimization, test jig & QA.
Key
Expertise
✔ 80%+ projects are high-speed designs (DDR4 / PCIe / USB3 / MIPI / GigE)
✔ RF, mixed-signal and power electronics expertise (BLE, LoRa, Wi-Fi, SMPS)
✔ HW Platforms: SoC, FPGA, 8 to 32-bit Microcontroller, 32-bit and 64-bit Microprocessors
✔ Component Packages: BGA, QFN, PLCC, SMD & Through hole
✔ SI/PI workflows (HyperLynx via partner ecosystem) and thermal simulation
✔ RF Designs up to 40GHz
✔ High Speed Designs up to 10Gbps data rates
✔ Mixed signal Designs with noise levels less than 600uV
✔ PCB designs up to 18 layers, blind-burried layer stack-up, impedance controlled layer stack-up
✔ Power management of more than 100 Watt on-board power
✔ Battery power optimization to achieve 5 years of battery backup
✔ Small formfactor designs while maintaining size & power balance
✔ FCC, CE and IC certified hardware designs delivered
✔ DO-254 compliance support for hardware designs
Design Process Overview
Requirement
Define scope, prioritize reliability requirements and establish a clear, accountable roadmap with the client to mitigate future scope creep.
Design
Component selection & Detail Design following DFM/DFT principles and internal checklists to ensure high reliability designs
Develop
Schematics & PCB Layout development. Board Fabrication & Assembly, Electronic Proto manufacturing, Mechanical proto manufacturing and System Assembly
Test
Rigorously validate the quality and performance of the hardware to maximize first-pass success and eliminate high field return risk.
Certify
Pre-scan testing, Environmental testing, Compliance & Certification
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.
Read More
Machine Vision
Camera
5MP CMOS camera is a platform which captures raw images and streams these images over Gigabit Ethernet
Read More
Biometric Access
Control System
Android based Biometric device with 800MHz ARM CPU, DDR3 memory, Ethernet, WiFi and other interfaces.
Read More
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?