Transform your engineering dreams into a market reality with total solutions of embedded software and hardware from Ultimatrue that breathes life into your product ideas.
Ultimatrue Engineering Industries works on embedded systems design. Embedded systems are electronic systems with a microprocessor/microcontroller and are designed for a dedicated function.
Taking Your Products from Concept to Market
Ultimatrue designs, develops, and delivers next-generation, embedded solutions from proof of concept to post delivery maintenance and support. We offer complete subsystems or entire products to our clients. Over the years we have learned the know-how to implement cost effective, intelligent embedded projects for security systems, assisting medical electronics, industrial automation, home automation, power electronics, hand-held & portable devices, and instrumentation.
We can provide hardware and software development, migration and integration services for embedded software, product engineering, and product re-engineering, testing and quality assurance. So allow us to be your extended arm.
What to Look For in an Embedded Systems Design Company?
It depends upon your problem, if you are looking for someone to help in designing a product from scratch, or you have a number of complex problems, then you will probably want a hardware/firmware company with a wide range of experience that can offer a surplus of solutions to your particular problems.
Ultimatrue Design House: Taking Your Products from Concept to Market
The world is changing faster than ever; creating new opportunities for those who stand ready to seize them and speed time to market for demanding customers.
Our Embedded Systems practice puts you on the fast track to fulfill these demands. Using the latest methodologies, we help you optimize research and design steps, validate embedded designs, and reduce development costs.
Product Development Life Cycle Stages
Ultimatrue's Design development life cycle - from idea to market - covering both hardware design and firmware development can be summarized as follows:
Description of the original idea in a formal technical form (verbal requirements).
Investigation of the existing prototypes and/or models that match the idea.
Comparative analysis of existing implementations.
Proposal of implementation and materials options.
Development of hardware functional specification.
Development of software and firmware functional requirements.
Analysis of the third-party requirements documentation.
Development of the system architectural concept.
Design of the mechanical parts/molds of the system if any.
Development of hardware design documentation.
Development of the detailed software design specification.
Analysis of the third-party design documents.
Schematics design.
PCB Layout Design.
Samples & Prototypes Assembly.
Product prototyping (including requested mechanics, hardware, software and whole system prototyping)
Hardware development
Software development.
System integration.
Optimization of system performance, utility, cost and time to market.
Analysis of the third-party implementation with suggested improvements.
Creation of a sophisticated test system to verify the product on each life cycle stage.
Development of testing documentation.
Hardware testing system setups to allow customers run their own application in a sophisticated hardware/software environment.
Quality improvement by analyzing and performing the corresponding debugging demands.
Schematics design freeze.
PCB Layout design freeze.
Final product Assembly.
Debugging of the known problems.
System upgrades (hardware, software, etc.)
Ultimatrue, keep challenging ...
