Mindspeed and China Mobile collaborate for TD-SCDMA/TD-LTE small cell solutions

“With close support and collaboration from chip vendors and infrastructure companies like Mindspeed, femtocell technologies in China Mobile’s TD-SCDMA network have achieved commercial deployment. This joint development brings a significantly improved customer experience and further demonstrates that small cells will play important roles in wireless broadband services,” said Gu Yihong, assistant general manager at China Mobile Jiangsu Suzhou Branch. “The convergence of TD-SCDMA, TDD-LTE, GSM and Wi-Fi is a fast evolving technology trend, and we appreciate TD-Femto ecosystem companies like Mindspeed that are driving this shift with mature solutions.”

“Mindspeed is delighted that China Mobile is deploying TD-SCDMA femtocell solutions in Suzhou using our technology,” said Raouf Y. Halim, chief executive officer at Mindspeed. “We believe an enhanced collaboration with the world’s leading operator in the TD-SCDMA/TD-LTE area will allow Mindspeed to deliver the best performance on next generation small cell solutions.”

Mindspeed's Transcede family of processors are complete NodeB and eNodeB SoC solutions that support concurrent 3G and long-term evolution processing in a single device, including TD-SCDMA, wideband code division multiple access, evolved high-speed packet access and both frequency division duplexing LTE and time-division duplex long-term evolution with a roadmap to LTE-Advanced. Combining 3G and LTE processing capabilities into a single chip is more cost effective for OEMs and the inclusion of a carrier-class physical-layer software solution for both 3G and LTE will accelerate time to market, while simplifying development and reducing risk.

Mindspeed has the most complete portfolio of small cell SoCs in the industry, from residential to enterprise to pico/metro applications. All Transcede family devices are supported by a complete, carrier-class software reference design to accelerate time-to-market schedules. The reference design includes RF module integration, a real-time Linux board support package and standard-compliant PHY implementation for LTE and W-CDMA and TD-SCDMA, with associated utilities and test scripts.