NEWPORT BEACH, USA: Mindspeed Technologies Inc., the industry leader in technology for small cell base stations, announced that the company’s Transcede wireless baseband processors are in the first long-term evolution (LTE) femtocell from SK Telesys.
The Wi-Fi integrated LTE femtocells will be first deployed in densely populated regions in South Korea, focusing primarily on the commercial centers of major cities. The rollout will then be expanded to areas with high data demand – i.e. indoor areas like shopping centers, offices, houses and schools – based on an analysis of LTE service usage patterns.
“We selected Mindspeed’s LTE solution as the most robust and most complete LTE small cell solution on the market,” said Dr. Il-Hyun Sohn, director, at SK Telesys, “Small cells are critical to the deployment of true mobile broadband. We evaluated many LTE small cell solutions, but selected Mindspeed due to the proven ‘carrier-class’ quality of their technology.”
“Korea has one of the most sophisticated wireless markets in the world and its early use of metro cells and public femtocells paves the way for operators around the world,” said Dr. Naser Adas, VP and GM, wireless and customer premises equipment (CPE), at Mindspeed. “We are delighted that our Transcede SoCs have been chosen by SK Telesys for the company’s next-generation femtocells and other small cell products. Mindspeed’s technology is being deployed in Korea for HSPA+ urban femtocells and SK Telesys knew they could rely on our field-proven LTE technology.”
Mindspeed's Transcede family of processors are complete NodeB and eNodeB SoC solutions that support concurrent 3G and LTE processing in a single device, including time division synchronous code division multiple access (TD-SCDMA), W-CDMA/HSPA+ and both frequency division duplexing LTE (FDD-LTE) and time division duplexing LTE (TDD-LTE).
Mindspeed has the most complete portfolio of SoCs in the industry, 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 physical-layer (PHY) implementation for LTE, W-CDMA and TD-SCDMA, with associated utilities and test scripts.