InnoPhase IoT, Inc. unveiled its Talaria TWO Ultra-low power (ULP) Wi-Fi optimized market-ready solutions for cloud-connected IP video IoT devices. Applications include battery-operated video cameras, smart video doorbells, wearables, smart appliances, home security cameras, and in-vehicle dashboard monitoring devices. Talaria TWO features for video use-cases include: Integrated Wi-Fi and Bluetooth Low Energy (BLE) for easy […]
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End-to-end sensor to cloud IoT solutions with multi-year battery life
InnoPhase IoT, Inc. announced multiple end-to-end (E2E) sensor-to-cloud customer solutions based on its Talaria TWO Wi-Fi/BLE SoC and modules. The solutions accelerate the transition to battery-powered cloud-connected IoT market applications. By delivering an approximately 10+ year battery-operated sensor solution featuring a lower power consumption Wi-Fi module and optimized cloud connectivity reference software, InnoPhase IoT is fueling […]
IoT wireless modules shrink in size
Innophase Wi-Fi/Bluetooth modules get 40% size reduction.
Ultra-low-power WiFi+BLE5 modules target direct-to-cloud battery based products
InnoPhase announces the availability of Talaria TWO INP1014 and INP1015 Wi-Fi plus BLE5 modules. The platform combines wireless connectivity and an integrated microcontroller for edge-of-network IoT devices that require low power consumption and a direct-to-cloud connection. The new modules build on the success of the award-winning INP1010 and INP1011 platforms, winner of Electronic Products 2020 […]
AWS IoT core provides ultra-low power Wi-Fi cloud connectivity
InnoPhase announces the availability of a qualified Amazon Web Services (AWS) Internet of Things (IoT) Core solution for ultra-low power Wi-Fi cloud connectivity. In addition, it unveils a demonstration Smart Home Skill for Amazon Alexa targeted at home automation product designs. The solutions utilize the award-winning Talaria TWO multiprotocol wireless modules, offering the industry’s lowest power Wi-Fi solution and BLE5 for provisioning and diagnostics. […]
IoT sensor development kit sports direct-to-cloud connections
InnoPhase announces a new sensor application development kit (ADK) accelerating time-to-market for edge devices. The innovative tool kit integrates the award-winning Talaria TWO multiprotocol wireless platform with a direct-to-cloud connection targeting smart home, smart commercial, smart industrial, and smart health markets.
Wi-Fi/Bluetooth modules offer pad or chip antennas
The Innophase INP1012 and INP1013 modules run on little power, saving battery time in IoT devices.
Miniaturized Wi-Fi and BLE wireless modules feature low power consumption
InnoPhase announces the new Talaria TWO INP1012 and INP1013 modules for a wide range of products including smart home, smart industry, and smart health applications. The platform combines wireless connectivity and an integrated microcontroller for edge-of-network IoT devices that require low power consumption and a direct-to-cloud connection. The miniaturized modules are forty percent smaller than the […]
IoT chip contains multiprotocol transceiver, MAC/PHY, digital power amplifier and embedded ARM processor
InnoPhase, a new fabless semiconductor company specializing in extreme low power wireless solutions, announces the Talaria TWO platform, a complete wireless IoT solution integrated on a single chip. It contains a full functionality multiprotocol transceiver, MAC/PHY, digital power amplifier and an embedded ARM processor for lightweight applications. The Talaria TWO chip is designed for battery-based IoT […]
Radio architecture boosts battery life of Wi-Fi, LTE, IoT wireless device protocols by 2 to 8x
InnoPhase, a new fabless semiconductor company specializing in extremely low power wireless platforms, announces the PolaRFusion radio architecture. The PolaRFusion architecture moves wireless processing from power-hungry and large analog circuits into the efficient, low-power digital domain. This full polar RF architecture improves the battery life of Wi-Fi, LTE, and other popular IoT wireless device protocols by 2 […]
