Developing semiconductor integrated circuits and chipsets for mmWave 5G radios
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Developing semiconductor integrated circuits and chipsets for mmWave 5G radios
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With a PhD in millimeter wave electronics, Venkata has 20+ years working as an RF design engineer with companies like Ampleon, Huawei and Freescale Semiconductors. He is now leading milliBeam as they transform 5G communication
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mmWave is a short-range, high-frequency network technology considered to be the next generation of 5G. It has more bandwidth on offer, which means faster speeds and more capacity for end-users. Solving remaining issues like coverage and high power consumption can transform wireless communication for good.
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milliBeam’s proprietary LEFT-BEAM technology addresses challenges such as mmWave 5G coverage and high-power consumption that arise from the limitations of semiconductor technologies at mmWave frequencies. The company hopes to boost radio signal range by a factor or 10 and increase energy efficiency to 25% and over in the next five years.
mmWave is a short-range, high-frequency network technology considered to be the next generation of 5G. It has more bandwidth on offer, which means faster speeds and more capacity for end-users. Solving remaining issues like coverage and high power consumption can transform wireless communication for good.
milliBeam’s proprietary LEFT-BEAM technology addresses challenges such as mmWave 5G coverage and high-power consumption that arise from the limitations of semiconductor technologies at mmWave frequencies. The company hopes to boost radio signal range by a factor or 10 and increase energy efficiency to 25% and over in the next five years.
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LEFT-BEAM delivers higher transmit power and high energy-efficiency to support mmWave 5G peak data rates over greater distances. This will in turn enable telecommunication companies to to deploy mmWave 5G technology over scale in a cost-effective way and enhance global connectivity
LEFT-BEAM delivers higher transmit power and high energy-efficiency to support mmWave 5G peak data rates over greater distances. This will in turn enable telecommunication companies to to deploy mmWave 5G technology over scale in a cost-effective way and enhance global connectivity
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