Hardware – Designed for Reliability, Performance and Manufacturability
We design high-speed, mixed-signal, RF and power electronics for products that are built to meet real-world performance, reliability and manufacturing requirements
Talk to Our Engineering Team
We are
Your End-to-End Partner for Production-ready Electronic
Hardware
Whether you’re building an Industrial product, MedTech product, IoT device, Test & Measurement device or vision system — we are one stop shop for your hardware design needs
We design hardware that meets stringent requirements of:
✔ Reliability & Performance
✔ Thermal & EMI/EMC
✔ Safety & Scalability
✔ Power & Formfactor
We take ownership of the complete hardware design cycle so you avoid redesign loops, certification failures and product reliability issues.
We take full ownership of electronics development — from concept to manufacturing
✔ Requirement Analysis
✔ System Architecture
✔ Schematic Design
✔ PCB layout
✔ SI/PI/Thermal Analysis
✔ DFM/DFT reviews
✔ Prototype Builds
✔ Design Validations
✔ Pre-scan & Certification Support
✔ Manufacturing readiness
We ensure the design is production-realistic, not just “lab-ready.”
We cover
Full Hardware Development Lifecycle
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
Boards which require clean analog with fast digital domains. Low noise, Isolation and grounding strategies are important for boards
RF
Boards
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
Technical
Highlights
✔ 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
Why Teq Diligent?
✔ One Stop Shop
We own end to end delivery — from requirements to production. You do not need to manage vendor handoffs.
✔ Reliablity Mindset
Design reviews, Simulations, Analysis, DFM/DFT, testability and testing are given priority in design process.
✔ High-Speed Specialists
Decades of experience in high speed designs. 80% of the projects delivered are complex high speed boards.
✔ FW–HW Co-Design
Tightly integrated Firmware(FW) and Hardware(HW) development reduces integration bugs and redesign cycles.
✔ Certification Approach
Certifications are prioritized. Design decisions guided by compliance to avoid costly lab failures & hardware iterations.
✔ Partner Ecosystem
We coordinate vetted mechanical, prototyping and EMS partners — while retaining responsibility and quality.
Design Process Overview
Requirements: Freeze Specs/ Features, Feasibility Analysis
Architecture: Hardware & Software Architecture, Platform selection, Design planning
Design: Component selection, Detail Design, Pseudo code
Development: BSP development, Firmware Development, Application Development, Schematics & PCB Layout, Test firmware development
Prototyping: Board Fabrication & Assembly, Electronic Proto manufacturing, Mechanical proto manufacturing, System Assembly
Test: Bring-up testing, Functional testing, Module & system level testing, Validation testing
Certification: Pre-scan testing, Environmental testing, Compliance & Certification
Production: Technology transfer to manufacturing lines, Support for ramp-up and volume production, Set-up volume production
12 Years of
Deep
Experience
100+
Projects
Delivered
70%
Repeat
Customers
Global Delivery
India | USA | Singapore
Case Studies
High Speed Data
Acquisition System
64 channel CCD data acquisition system is developed around Xilinx’s Kintex Ultrascale Family FPGA to run image processing algorithms.
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Machine Vision
Camera
5MP CMOS camera is developed to provide 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
Let’s design hardware that works reliably.
Reliable, compliant, production-ready electronics — delivered diligently.