Embedded System Solutions
At Terusemitech, we specialize in end-to-end embedded software and hardware development, delivering robust, high-performance solutions for diverse applications.
Our expertise in embedded software development includes firmware and BSP development with custom firmware and board support packages for ARM and x86 architectures. Middleware and device drivers are optimized for Linux, RTOS, and real-time embedded systems, while secure and efficient bootloader development ensures seamless integration with custom hardware platforms.
In hardware design, we offer multilayer PCB design with high-speed, low-power designs for advanced embedded applications. FPGA-based hardware design includes RTL design, FPGA prototyping, and system validation. Our expertise extends to microcontroller-based solutions, working with ARM, X86, and various MCUs.
With deep industry experience in storage, automotive, networking, and consumer applications, our dedicated team ensures reliability, efficiency, and innovation in every embedded solution we deliver.
What We Do
Strategize
Insemi's industry experts engage in a well-defined discussion with you to get a full understanding of your product requirements. We conduct open-ended discussions and stakeholder interviews to outline business goals, define scope and schedule, review existing infrastructure, etc.
Innovate
The success of product engineering relies on how we innovate. At InSemi, we take your idea to market after continuous research and development. We even help you in idea generation, idea evaluation, and concept development through internal brainstorming, competitor analysis, surveys, and feasibility studies.
Design
The designing phase is the leading step after extensive research, where we have a solution to the problem which needs to be composed in the form of a Principle design. Here we work on architecture designing, major component composition designing, UX designing, rapid prototyping, and design verification.
Manufacture
Leveraging our partner ecosystem, we finally transform the idea into a fully functional product. Combining our expertise in product strategy, production innovation, and product design, we develop/manufacture deploy-ready, error-free designs into sustainable products. Here we focus on hardware design, mechanical design, thermal design, etc.
Our Service Offerings
Board Design
- Schematics and PCB Layout Designing
- Technical Feasibility Analysis
- BoM Cost Feasibility Analysis
- Thermal Simulation
- Pre & Post Layout Signal Integrity Analysis
- Reliability Analysis – FMEA, MTBF Prediction
- PCB fabrication, Assembly, and Testing
- Board Bring-up
- Validation Tests
- Design Verification Tests
- EMI/ EMC and Regulatory Certifications Management
- Production Handover & Support
Embedded Software Design & Development
- Embedded Software Development on RTOS / Linux
- Architecture Design
- Embedded UI Designs
- Programming
- -Assembly Level Programming
- C / Embedded C / C++
- Manual Testing & Test Automation
- Custom Integrations
- API-based Integrations
- Performance Tuning
- Software Maintenance
Firmware Design
- Board Support Packages Development (ARM & x86)
- Boot Loader Development
- Device Driver Development
- Baremetal Firmware Development
- Firmware Validation (Manual and Automated)
- Assembly Level Programming
- Embedded C / C
- OS Migration
- Feature Innovation & Enhancement
- Protocol Stack Integration
- Automated Production Testing
- Manual Production Testing
FPGA/ASIC Verification and Validation
- Test Plan Creation
- Test Bench Architecture
- Test Bench Design & Development
- Test Case Execution
- Multi-level Verification
- Assertion based Verification
- Code Coverage
- Functional Coverage
- Scripting / Script Development
- VHDL/Verilog/System Verilog/UVM/OVM based services
Mechanical Design
- Thermal Design
- Industrial Design
- Concept Drawing to Format Conversion
- Enclosure Design
- Rapid Prototyping
FPGA Design
- End-to-End FPGA based Designs using Devices ranging from Low-density CPLDs to Multi-million gate FPGAs/ SOCs.
- RTL and Test Bench Design (Verilog/VHDL)
- Platform Migration
- IP Core Development
- API based 3rd party IP Core Integration
- Functional and Timing Simulation
- Glue Logic Synthesis
- FPGA based ASIC Prototyping