Smarter, smaller, sophisticated – embedded at its best
A Nexus Of Embedded Systems
Concept to manufacturing – systems that solve challenges
For equipment manufacturers, delivering nothing short of the best is the mandate and expectations. Meeting this promise calls for enhancing product performance within budget limitations, and bespoke embedded systems development is the key. We help manufacturers and suppliers with 360-degree embedded concepts for design and development services – from ideas to development and deployment.
Spotlight On Embedded Systems
Development, customization, integration – one-solution-hub
End-to-end embedded product development – from chip design, test, and PCB engineering through post-silicon support.
Value added by customizing the platform, including HMI and mechanical enclosure, and through an EN9100-certified process.
Focus areas include :
System design | Hardware and mechanical development | BSP and firmware development | Middleware integration | Third-party application integration | Application development | Testing and validation | Production management | Product cycle support | Embedded Hardware Design
From The Expert’s Eye
Embedded systems steps & strategic perspective
Staying true to our commitment to quality, we accelerate product development life cycles while assuring the best output across the automotive, industrial, IoT, and avionics sectors.
Detailing Our Expertise
Embedded designs, software, and development know-how
- Turnkey Product
Development - SOM & EVK Solutions
- Embedded Design Services
- Embedded Software
- Focused Domains
Turnkey Product Development
Tessolve offers end-to-end product design services in the embedded domain from concept-to-manufacturing under an ODM model with experience in domains like Automotive, Turnkey Product Development, Industrial & IoT.
SOM & EVK Solutions
Our SOM & EVK solutions allow Customers to start their software development for embedded systems development prior to manufacturing and help faster time to market.
Embedded Design Services
When it comes to interconnected industrial assemblies, manufacturing floors, and laboratory equipment – we bring the connectivity of the embedded system to the next level, transforming IoT-supported devices and other technologies like Bluetooth, wifi, and radar with our silicon engineering prowess.
Embedded Software
In our embedded engineering services, our engineers focus on ODM products – IoT physical devices to software applications, leveraging in-house IoT Bricks and custom development capabilities.
Focused Domains
With a strong understanding of the specific requirements and constraints of each industry, as well as a solid foundation in the underlying technologies used in embedded systems, our engineers ensure that the final product meets sector-specific unique needs in embedded systems.
Why Choose Tessolve for Embedded Systems?
Tessolve is the leading semiconductor and systems engineering company that provides end-to-end solutions, including embedded systems services, to customers whose teams have white-labeled more than 40+ products.
Embedded systems design company has expertise in designing end-to-end embedded products in automotive, avionics, and industrial market segments. Clients can achieve better and high-quality results at affordable rates by availing of embedded systems services from Tessolve.
Some of our salient features that makes us industry specialist are :
- End-to-end product engineering: We work closely with our clients to understand their requirements, market trends, and target audience. They collaborate on defining the embedded systems concepts, identifying key features, and establishing design goals. Team has expertise in product design to cost based on the volume manufacturing needs.
- SOM & System Solutions: Tessolve invests continuously in engineering solutions to stay ahead of market needs through its Center of Excellence activities where we continuously build hardware and software solutions which accelerate time to market.
- Quality Management System: Tessolve embedded BU has EN9100 certified QMS
- Expert Team: We are proud of our team of 400+ skilled embedded engineers with extensive knowledge in enclosure design, hardware & software development, test automation & product test & validation. Team has expertise in taking the product through the Regulatory qualification activities & certification process before moving the design to volume manufacturing managed by our own internal Supply Chain team.
- State of the art Labs : We have invested into state of the art laboratories for product level testing, post silicon validation & automotive validation.
Our SOM & EVK Solutions
In-house modules built on strong partner collaborations
Tessolve has its own SOM Module Family MAGIK-2 modules based on the SMARC/Q7 standard, containing a complete software suite including Device Drivers, BSP, and support for various OSs allowing effective productization. Our SOM & EVK solutions allow Customers to start their software development prior to manufacturing and help faster time to market.
View our Partnership Programs and SOM & EVK Datasheets
Stages In Our Development Cycle
Design to productization and validation – seamless in all
System Design
- In the embedded system arena, a certain depth of experience is what we bring to the foray, exposed to varied scenarios, requirements, and design-related challenges.
- As a result, our designers have developed superior capabilities in designing concepts and analyzing the same for real-world suitability, enhancing the credibility of our embedded engineering services.
- Our broad set of models – simulation to throughput models, graph theory to fuzzy logic, helps refine the embedded system for smooth development.
System Development
Steps in the cycle of realizing the embedded system design:
- A schematic embedded systems development outline – the electronic diagram/sketches of the circuit are interactively designed for its application in layout capture – the blueprint of the prototype product.
- Utilizing our mechanical engineering skills, our embedded engineering services converge on a prototype layout, with expertise in selecting the appropriate and cost-effective tools.
- Thanks to our in-depth experience with mechanical engineering tools and techniques, we take the best approach, finally finishing up with QA and testing to check layout viability.
System Manufacturing
- We take complete ownership of embedded systems design and development to execute successful manufacturing, assembly, and testing.
- We cover everything while offering the embedded system – right from the beginning of the assembly to placing orders with the vendors and managing shipping and delivery, all streamlined into a robust process with clearly defined milestones and reviews.
- Besides manufacturing, our post-design issue management and lifetime management also help clients with the analysis of obsolescence and reporting.
Zeroing In On The Benefits
Flexible engagement for qualified embedded turnkeys
Complete project management frees up your internal resources
Flexibility to avail of our complete service spectrum or select specific services
Flexibility to select fabrication and assembly lead times based on your budget and schedule
Seamless integration with our design and project management team since the first day
Parallel coordination with assembly houses and fab vendors during the design phase to prevent schedule slip
Best IPC1710 certified manufacturers as partners ensuring quality service
Testing Competence
System design integrity – defined by robust test practices
Functional validation of DUT at the System level
System HW + SW integration & Testing
Test the SOCs in an automated environment using an SLT handler
Dive Into Our World
Behind the scenes of our systems expertise
FAQs
How can I accelerate the embedded system development process?
We have production ready ARM SoC based system on modules which will accelerate the product development cycle for our customers. We also provide an evaluation platform with Tessolve SDK to start the application development activities while the actual product hardware development is in progress.
Do you provide customized embedded hardware engineering services for specific hardware embedded system needs?
Yes, we provide customized solutions for specific hardware-embedded system needs based on the unique requirements of the customer’s product or system. Our experienced engineers will work closely with clients to define the requirements and take it through the development cycle.
What tools and technologies do you use to develop hardware-embedded systems?
We use various technologies to develop hardware-embedded systems, including microcontrollers, system-on-chip (SoC) devices, FPGA and CPLD devices.
Cadence, Altium for schematic capture & layout design. Medini is used for Reliability analysis
What industries can benefit from your expertise in embedded product design services?
Tessolve Embedded product engineering services apply to various industries, including automotive, avionics, industrial & consumer electronics.
What services do you offer as an embedded system manufacturer?
We offer a wide range of embedded product design services in the field of hardware embedded systems, including design, development, testing, and maintenance of functional test systems required for end of line manufacturing testing.
What are the advantages of using a hardware embedded system?
Hardware embedded systems offer several advantages over general-purpose computing systems, including lower cost, higher reliability, and faster response times. They are also often more energy-efficient and have a smaller form factor, making them ideal for use in space-constrained environments.
Tessolve’s Embedded Systems: A Nexus Of Innovation
Tessolve is a leading embedded systems design company that excels in end-to-end design solutions for an embedded system. With expertise in chip design, PCB engineering, and customization, Tessolve’s EN9100-certified process ensures high-quality, and a cost-effective embedded system in USA.
