Mindteck's Embedded Systems and Applications team has vast experience in providing solutions to our customers to support the product lifecycle with embedded design services, embedded verification and validation services and system solutions. The diagram below shows a snapshot of our activities.
Mindteck’s embedded design services comprise product engineering support from concept to prototyping and manufacturing of new products, feature enhancement and technology upgradation through electronic hardware design, firmware design, software application development and mechanical design. Our expertise in embedded technology helps our customers with customized product solutions. Additionally, our development methodology supports incremental and requirement discovery models to match both customer and market expectations.
The embedded design services team supports complete electronic hardware design activities, including schematic design, bill of material finalization, Printed Circuit Board (PCB) design, prototyping, production support and FPGA design services for customer-specific requirements. The key hardware design ranges from small footprint and power-optimized solutions to high-end, rugged systems built around various embedded processors and DSPs.
We offer a broad range of software and firmware development services relating to embedded systems programming and real-time embedded systems software development, such as:
Today, many of the high-speed and complex designs need the integration and flexibility that an FPGA can offer. The ability to be reconfigured enables the FPGAs to extend the lifecycle of a custom product to suit changing market needs. We have the right experience and capability to satisfy any phase of the product lifecycle including partial or complete architecture design, feature additions to existing designs, test bench development or functional verification.
Our FPGA design services include development, RTL coding, test suite preparation, simulation and testing/verification. We provide turnkey development services in FPGA for high-speed bus interfaces, integration of modules, multi-million gates complex design and concept to specification of the chip to the final board level target hardware.
We are also a Design Service Network (DSN) partner with Altera, providing solutions to our customers using IP cores available under this partnership. The value we bring to our customers includes faster solutions with IP cores without any obligation for our customers to buy IP cores, as well as low pricing of FPGA during production stage.
We address mechanical design requirements for product engineering with 3D modeling and rapid prototyping techniques to provide early user experience during the product development cycle. We also have expertise in re-engineering and teardown analysis for product life extension. With our eco partner, we provide manufacturing and support to complete mechanical engineering requirements for New Product Development (NPD). Our expertise in tools and customized processes provides reliable, feature-rich products at competitive prices with the least development lead time. Our mechanical design services also include engineering drawing conversion, industrial design and Man-Machine interface.
Verification and Validation (V&V) is essential for validating system functionality. Mindteck's V&V services evaluate hardware, embedded firmware, mechanical, application firmware and GUI.
We provide an independent and objective measure of applications or a product's performance and quality. Mindteck has expertise in various tools that are required for V&V of embedded systems used across a variety of industries, including Life Sciences, Medical, High-tech and Automotive.
In the V&V space, Mindteck’s offerings range from developing test scripts and delivering system solutions to performing test automation. We are also involved in model-based testing and loop simulation for control modules. Test automation platforms that are built in-house optimize costs for our customers.
V&V services include verification and validation for:
Tools and methodologies include:
With rapid change in technology and constant upgrade, obsolescence management and reliability growth become critical for longer product life. With a Centre of Excellence to focus on value engineering, we provide a proactive approach for system level requirements.
System Level Solutions