DSP Group’s SoC Power SGW’s Video-Over-ULE

24 December, 2014

The new ULE standard enables development of multi-year, battery-run HAN applications that enjoy all of the advantages of DECT

The new ULE standard enables development of multi-year, battery-run HAN applications that enjoy all of the advantages of DECT

DSP Group, a provider of wireless chipset solutions for converged communications, announced today that Shenzhen Guo Wei Electronics Co. (SGW) has chosen DSP Group’s ULE System On a Chip (SoC) solution for their new video-over-ULE design.

DSPG view of the Home IOT
DSPG view of the Home IOT

Using DECT Ultra Low Energy (ULE) systems for home video applications such as security and monitoring offers homeowners the benefits of high fidelity, long range, and ultra-low power consumption. DSP Group, a pioneer in this area, provides solutions that build on the company’s extensive experience and broad DECT and ULE product range.

With DECT/ULE’s long range and dedicated frequency band that provides interference-free full home coverage, video-over-ULE is the ideal solution for the emerging IoT market, allowing video to be propagated to the cloud for applications ranging from baby and room monitors, through video door bells and other surveillance applications.

Video-over-ULE utilizes DSP Group’s DHX family, a highly-integrated ULE SoC solution. DHX91 powers a portfolio of next generation IoT products, ranging from simple sensors and actuators to sophisticated voice- and video-enabled applications. Taking advantage of ULE/DECT’s superior interference-free range, rich bandwidth and long battery life, DHX91 is suitable for both professional-serviced and DIY markets.

The new ULE standard enables development of multi-year, battery-run HAN applications that enjoy all of the advantages of DECT, such as interference-free connectivity and extended range. Leveraging its long-term
technological and market leadership in DECT applications, DSP Group designed the architecture for ULE and is driving its adoption, together with the DECT Forum and the ULE Alliance.

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