Wireless
With today's ubiquitous wireless connectivity, the world's reliance on mobile consumer electronic products is increasing. Consumers want audio, video and data connectivity in one low-cost, high-performance wireless device. In a hypercompetitive market with shrinking time-to-market windows, SoC developers must focus on designing the unique digital features critical to chip differentiation, while entrusting analog/mixed-signal design to an IP partner with silicon-proven solutions.
MIPS Technologies offers a comprehensive portfolio of RF and wireless connectivity solutions backed by a dedicated team that supports the development process from evaluation to production. MIPS' wireless solutions are optimized for embedded integration either in an SoC or SiP, with minimum external components and low power consumption. With an extensive portfolio of RF and wireless IP combined with a broad mixed-signal portfolio and deep expertise, MIPS offers complete systems from antenna input to digital baseband, including mobile TV tuners, satellite receivers, UWB transceivers, WiMAX/WLAN transceivers and RF building blocks.
MIPS Technologies' wireless IP solutions are ideal for a wide variety of products and applications such as mobile TV and DTV, automotive and battery operated satellite receivers, mobile phones with GPS, wireless USB, WPAN, high data range and short range communications, WiMAX and WLAN, wireless mouse and keyboard, wireless handheld equipment, radio remote control and video transmission.
TECHNOLOGY HIGHLIGHTS
- Complete RF receivers for mobile TV, supporting DVB-H, T-DMB and ISDB-T with multi-band operation on VHF, UHF (bands III and V) and L-band
- Highly integrated, low-power, low-noise front-ends supporting GPS, Galileo and other GNSS standards, with a high level of programmability and interface flexibility
- Comprehensive RF front-end receiver solutions for MB-OFDM UWB applications that cover 11 frequency bands and operate in frequency ranges from 3.1 to 4.8 GHz and 6.3 to 10.6 GHz
- Modular WiMAX/WLAN radio architecture, MIMO compatible, covering all world bands, and supporting IEEE 802.16 and 802.11abgn standards
- Wide-band RF frequency synthesizers; a complete fractional-N synthesizer
