Ubestream's AI Semantic Edge Computing Chip facilitates contactless digital evolution by conferring devices with natural language interaction and voice control capacities. Reducing the need for touch-based interfaces, this chip intensifies corporate digital transformation. It can supplement diverse consumer electronics, mobility devices, and smart home appliances, catering to a wide range of technological demands and customers.
- Seamless Human-Machine Interaction Interface: It enables intuitive control via voice or text dialogues, ensuring user-friendly operation and enhanced interaction.
- Implementation in Edge Devices: By replacing touch controls with natural language voice control, it hinders the spread of harmful bacteria and viruses, making it a healthy and innovative choice.
- Support for Assorted Chips: The algorithm can be embedded in mid-to-low-end low-power chips, transforming traditional chips into more versatile AI semantic chips.
- Promises unaided AI Response Capabilities: Even without cloud connectivity or GPU capability, this chip still sustains the ability for devices to respond using AI.
- Application Possibilities: It can functionally supplement smart homes, smart hotels, intelligent transportation systems, mobile gadgets, and interactive devices that employ XR technologies with this AI semantic embedded chip as a co-processor.
Ubestream's AI Semantic Edge Computing Chip facilitates contactless digital evolution by conferring devices with natural language interaction and voice control capacities. Reducing the need for touch-based interfaces, this chip intensifies corporate digital transformation. It can supplement diverse consumer electronics, mobility devices, and smart home appliances, catering to a wide range of technological demands and customers.
- Seamless Human-Machine Interaction Interface: It enables intuitive control via voice or text dialogues, ensuring user-friendly operation and enhanced interaction.
- Implementation in Edge Devices: By replacing touch controls with natural language voice control, it hinders the spread of harmful bacteria and viruses, making it a healthy and innovative choice.
- Support for Assorted Chips: The algorithm can be embedded in mid-to-low-end low-power chips, transforming traditional chips into more versatile AI semantic chips.
- Promises unaided AI Response Capabilities: Even without cloud connectivity or GPU capability, this chip still sustains the ability for devices to respond using AI.
- Application Possibilities: It can functionally supplement smart homes, smart hotels, intelligent transportation systems, mobile gadgets, and interactive devices that employ XR technologies with this AI semantic embedded chip as a co-processor.