Copyrights © Tessolve Semiconductor Pvt. Ltd. All rights reserved.
Design by Webindia
As a part of meeting the customer requirements on Post-Silicon activities, to fill the gap Tessolve has leveraged its capability to address the verification & validation of the Device correctness from Application point of view. While Bench Characterization and ATE support would ensure the Device correctness from Design point of view, System Design enables the end user to evaluate various features associated with the Device from application point of view.
While System Design refers to a broad spectrum in Electronics industry, System Design Team of Tessolve enables the capabilities related to designing platforms meant for Reference Designs and Evaluation Designs around customer specific SOC devices and discrete components. These platforms enable End user to validate the functionality and features of the device. Further, the reference platforms enable the end user to realize the product around the solution and take it to the market quickly – a key factor to increase the life of the product & maximize the returns resulting in success of the product at an early stage with less competition thereby leading to positive impact on the revenue of the customer.
System Design team also enables the capabilities of providing Pre-Silicon activities to verify the RTL during the design stage, porting the RTL from customer onto the specific off-the-shelf platform proposed by customer OR on the tailor made platform as per customer inputs and complete integration of the end system with various HW and SW modules identified / developed. These platforms are widely based on FPGA solutions from either Xilinx or Altera, thus helping in Functional Verification / Validation of the IP modules that get into the end solution.
Further, System Design team also leverages the capabilities in providing Customer Specific Application platforms by Hardware and Software Design & development. The System Design Team has rich experience in defining the Solution starting from Architectural Definition through various stages including Schematic, Layout Designs, System wake up & Debug, Porting the SW onto the System HW to final product release after thorough Qualification at various but well defined intermittent stages.