mimoOn claims market leadership in LTE PHY software on SDR silicon for mobile terminals
Duisburg, Germany – September 15, 2010: mimoOn GmbH, the LTE software for Software Defined Radio (SDR) company, has won a further licensing deal for mi!MobilePHY™ Physical Layer (PHY) software from a leading chip vendor. The agreement means that mimoOn now supplies the majority of SDR chip vendors in the mobile terminals business.mi!MobilePHY™ is a complete 3GPP (Release 8) software stack supporting FDD and TDD. It’s implemented in C and designed for programmable system-on-chip platforms. mi!MobilePHY™ offers a flexible architecture to enable rapid implementation, typically delivering an initial prototype system within months. mimoOn is experienced on 6 different SDR mobile terminal architectures and several others are currently under evaluation.
According to Brian Robertson, VP Sales & Marketing, “The world’s largest SDR companies recognise that in-house development of SDR software for PHY stacks is too expensive and too slow. mi!MobilePHY offers a market-proven, fully compliant, easily configured and economical short-cut. In the race to win LTE market share, it gives our customers a significant time-to-market advantage.”
Related Semiconductor IP
- UALink PHY + Controller
- General Purpose Low-Dropout (LDO) - TSMC
- Camera Post-Processing IP
- DC-DC Split-Pi Boost-Buck Converter
- Deep learning accelerator
Related News
- Omni Design Technologies Offers Swift™ Data Converters for Advanced Software Defined Radio (SDR) Solutions
- Siemens & Alphawave Semi partner for AI silicon IP
- X-Silicon Revolutionizes AI and Graphics at the Edge with “Constellation” Software Platform
- VESA® Approves Teledyne LeCroy DisplayPort™ 2.1 PHY Compliance Test Specification Software
Latest News
- TAKUMI starts licensing new Warping IPs “TW270” and “TW290”
- Quintauris Announces Planned Leadership Transition
- CAST Licenses TCP/IP Hardware Stack Core for Keysight FieldFox Handheld Spectrum Analyzers
- Global Semiconductor Sales Increase 9.2% Month-to-Month in May
- «Made in Germany» Security Chip Serves as a Root of Trust for Connected Devices