English
National Instruments Adopts AccelerComm's 5G NR Polar IP
IP selected for NI's USRP RIO software defined radio to speed 5G technologies developments
SOUTHAMPTON, England -- June 12, 2018 -- AccelerComm has today announced its 5G NR polar IP has been adopted by National Instruments. The IP has been selected for use in National Instruments' (NI) USRP RIO software defined radio family of products, which are used by wireless researchers in academic and industrial teams working across a range of mobile and communication technologies to accelerate product development.
The USRP RIO uses 2x2 MIMO transceivers, each tunable to independent frequencies between 50 MHz to 6 GHz with 40 or 120 MHz per channel, giving a real-time bandwidth of 80 dB of dynamic range. The addition of AccelerComm's IP enables third party developers to create both infrastructure and handset products for 5G NR networks.
Polar coding has been selected by 3GPP as part of the 5G NR specification, and AccelerComm's high performance offering is 100 percent compliant to the standard - including to 3GPP's recent modifications - and covers the total processing chain from the 3GPP TS 38.212 standard including the encode / decode engine, channel interleaving, rate matching, CRC and early termination.
National Instruments' Director of Marketing, RF and Communications, James Kimery stated:
"NI has been a 5G innovator since the beginning and we continue to develop state of the art tools and technologies to enable the research community to prototype faster. Our work with AccelerComm extends our platform toward 5G NR compliance which will enable researchers to build on 5G NR to explore application spaces critical to the 5G ecosystem."
AccelerComm's chair and acting CEO, Tom Cronk, concluded: "NI is renowned as a leading provider of technology platforms to the entire wireless communications industry. We're delighted to have its backing, which is a great testament and endorsement of our groundbreaking polar implementation."
About AccelerComm
For further information visit: www.accelercomm.com.
About NI
NI (ni.com) empowers engineers and scientists with a software-defined platform that incorporates modular hardware and an expansive ecosystem. This proven approach puts users firmly in control of defining what they need to accelerate their system design within test, measurement and control. NI's solution helps build high-performance systems that exceed requirements, quickly adapt to change and ultimately improve the world.
|
||||||
Related News
- AccelerComm introduces improved channel equalisation for 5G NR at MWC Barcelona 2020
- AccelerComm introduces software only 5G NR channel coding IP at MWC Barcelona 2019
- AccelerComm Lands Funding for 5G New Radio and 4G LTE Networks IP
- AccelerComm and Achronix Enable Fast Time to Market with 5G Polar Code for Speedcore eFPGAs
- Xilinx and Samsung Jointly Enable the World's First 5G NR Commercial Deployment
Breaking News
- Andes 45-Series Expands RISC-V High-end Processors 8-Stage Superscalar Processor Balances High Performance, Power Efficiency, and Real-time Determinism with Rich RISC-V Ecosystem
- SiFive To Present New Technologies At RISC-V Summit 2019
- Andes certifies Imperas models and simulator as reference for new Andes RISC-V Vectors Core with lead customers and partners
- BrainChip and Tata Consultancy Services (TCS) jointly Present a Demonstration Featuring Its Akida Neuromorphic Technology Platform at NeurIPS 2019
- Andes Presents Ground-Breaking 27-Series Processor at RISC-V Summit 2019
Most Popular
- Lift off: De-RISC to create first RISC-V, fully European platform for space
- Andes Presents Ground-Breaking 27-Series Processor at RISC-V Summit 2019
- Andes 45-Series Expands RISC-V High-end Processors 8-Stage Superscalar Processor Balances High Performance, Power Efficiency, and Real-time Determinism with Rich RISC-V Ecosystem
- SiFive To Present New Technologies At RISC-V Summit 2019
- Cadence to Acquire AWR Corporation from National Instruments to Accelerate System Innovation for 5G RF Communications
|
E-mail This Article | 
|
|
Printer-Friendly Page |