and UWB signal processing cores
@ E-band (70-90 GHz)
for
small cell, massive MIMO, advanced beam-forming & auto-radar
and UWB signal processing cores
@ E-band (70-90 GHz)
for
small cell, massive MIMO, advanced beam-forming & auto-radar
The fourth industrial revolution (4IR) and the IoT will see unprecedented volumes of data connect every aspect of the future connected person. The next generation mmWave 5G network as well as sensor/radar networks will form the backbone of this revolution.
If it can be done in CMOS it will be done in CMOS.
Our solution to mmWave last-mile connectivity, small-cell densification and massive MIMO is a SoC E-band front-end, which is entirely manufactured in bulk 28 nm CMOS integrated in FCCSP packaging.
At cellSemi we have found a new way of processing ultra-wide-band (UWB) data, at the speed of light and are developing the next generation mmWave signal processing cores that will power the 4IR. We achieve this with our Radio Analog Signal Processing (RASP) core technology by processing the actual mmWave signal before it even reaches the DSPs. This ensures, that instead of supplying the system DSP with data, we supply it with information and reduce its processing requirements by a factor of 10-100 X. This in turn allows us to achieve better performance, at lower cost, power, size and complexity.
Our RASP technology, for the first-time ever, enables real-time UWB processing capabilities for 5G/sensing on the E-F-band front-end as a SoC, without the need for expensive, bulky, power-hungry DSPs / FPGAs. Some applications where our RASP cores can be used: cognitive radio, advanced beam steering for massive MIMO, RTFT (range-Doppler), channel equalization and other custom applications.
Our focus is - CMOS only!
If you have any questions or requests please do not hesitate to contact us.
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