Fabless chip company Peraso is raising about $10 million from NantCapital in a private share sale, with the proceeds earmarked for taking its mmWave technology into drone and counter-drone markets.
Read Article →San Jose-based Peraso has agreed to a roughly $10 million private placement from NantCapital to fund engineering, product development and commercialization of its 60 GHz beamforming technology for drones, counter-drone and defense applications.
Read Article →Peraso will sell common shares and warrants to Nant Capital in a private placement expected to raise about $10 million before fees, according to the company's SEC filing.
Read Article →Nasdaq-listed mmWave chipmaker Peraso has agreed to a $10 million private placement with Nant Capital to back its expansion into drone and defense communications.
Read Article →Peraso has signed a definitive agreement for an approximately $10 million strategic investment from NantCapital, citing 60 GHz mmWave's low probability of detection and jamming as a fit for next-generation drone communications.
Read Article →This week's news roundup leads with Peraso's beamformed 60 GHz link between a humanoid robot and an edge AI server, which reached about 500 Mbps uplink and 100 Mbps downlink.
Read Article →Peraso says robots that keep learning from real-world data need more bandwidth and interference resistance than traditional wireless offers, and its 60 GHz test with an edge AI server shows how to deliver it.
Read Article →Peraso connected a humanoid robot to edge AI infrastructure over 60 GHz wireless, targeting humanoid robotics, autonomous mobile robots and industrial automation.
Read Article →Peraso reported a functional test linking a humanoid robot to an edge AI server over 60 GHz mmWave, with directional beamforming designed to keep interference low when multiple robots work side by side.
Read Article →Peraso showed a high-speed 60 GHz mmWave link between a humanoid robot and an edge AI server, aimed at the data demands of physical AI.
Read Article →Peraso completed a functional validation of mmWave connectivity between a humanoid robot and an edge AI server, sustaining about 500 Mbps uplink and 100 Mbps downlink for sensor, video and telemetry data.
Read Article →Peraso's validation paired a local NVIDIA GPU for time-critical reflexes with a remote GPU cluster for larger models, linked to the robot over 60 GHz mmWave at roughly 500 Mbps uplink and 100 Mbps downlink.
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