Spreadtrum Communications, Inc. (Nasdaq: SPRD) is a fabless semiconductor company that develops baseband and RF processor solutions for the wireless communications market. Spreadtrum combines its semiconductor design expertise with its software development capabilities to deliver highly-integrated baseband processors with multimedia functionality and power management.
Spreadtrum aims to develop world-leading technologies and products. LTE is the latest standard in mobile network technology. A successful LTE solution is therefore critical.
The ideal solution for LTE must be flexible enough to be deployed in the 4G market for operators around the world. The solution also must be integrated with other wireless interfaces such as 3G, 2G and WiFi. This LTE design must target Spreadtrum's current application and future designs.
"Developing an LTE mobile phone SoC is full of challenges such as support for multiple standards while being backward compatible and forward expandable," said Dr. Jin Ji, Vice President of Research and Development for Spreadtrum. "We require an extremely flexible and reliable prototyping system for our mission-critical LTE solution, so we can validate multiple requirements in a stable universal platform with various extendable interfaces."
"We had designed FPGA boards for hardware validation by ourselves. It is difficult for us because our expertise is SoC design. Developing the FPGA hardware by ourselves added extra months to the SoC design cycle. We needed a ready-to-work solution that had both high reliability and high performance in order to support our ongoing SoC design." Dr Ji said.
Spreadtrum selected S2C's rapid SoC prototyping solutions based on a review of FPGA-based SoC prototyping products available. "We tried S2C's V4 TAI Logic Module," said Dr. Ji. "We liked the fact that V4 is so reliable and flexible. We can build a working SoC prototype quickly. S2C's customer support also impressed us." Spreadtrum decided to continue to use S2C's V4, V5 and the latest S4 TAI Logic Module to build our LTE SoC prototype. Spreadtrum has 5 boards for the project and plans to double the boards for their software development.
Next, Spreadtrum plans to deploy the SoC prototype for its field tests. "Field tests will expose errors that often cannot be detected in a lab environment. It requires the prototype system to run close to real speed," said Dr. Ji. "Some applications already can run in real-time. We will continue to work with S2C to achieve high-performance prototyping."
S2C's rapid SoC prototyping solution reduced the development time, cost and risk for the LTE SoC design
S2C's TAI Logic Module played an integral role in Spreadtrum's software application development.
S2C's prototyping solution enabled the immediate availability of a stable and flexible platform instead of building hardware from scratch which would have taken months to complete.
By implementing S2C's rapid SoC prototyping solutions, Spreadtrum can reliably build a LTE SoC prototype in just hours rather than weeks or months.
"Using S2C's rapid SoC prototyping solutions, we can minimize the risk of hardware failure because S2C's pre-engineered products eliminated it" said Dr. Ji. "We can now start prototyping on a stable platform, instead of building new hardware from the beginning, which would have taken several months to complete. The ability to perform concurrent software development saves us even more time." For example, the software engineer can start work and tune applications on the prototype and port it to a new chip easily. Without rapid SoC prototyping solutions, it would have taken months to design and debug the prototyping system, and the software development would not start before getting a sample chip.
"Ultimately, S2C rapid SoC prototyping solutions have reduced the time, costs and risk associated with LTE SoC design,"said Dr. Ji."By enabling us to effectively co-develop SoC hardware and software, we can get to the market first and beat our competitors." Learn more about vu440, vu13p, vu19p board, vu9p FPGA, etc.
