PoLTE Corporation and Riot Micro today announced a technology collaboration to enable ultra-low power LTE Internet of Things (IoT) solutions with highly accurate location positioning for indoor and outdoor applications. The collaboration combines the advantages of Riot Micro’s RM1000 with those of PoLTE’s recently announced Lite-Touch location architecture. Read the press release.
The world's lowest power cellular baseband is here. The RM1000 uses a low-power architecture similar to BLE or WiFi chipsets - bringing long battery life to the cellular Internet of Things. Supporting both LTE-M and NB-IoT in a single chip, the RM1000 connects everything from cars to street lights to the Internet. Read the press release.
Riot Micro is developing chipsets optimized for cellular IoT supporting LTE CAT-M1 and CAT-NB1 (NB-IoT) standards. We are applying the low-power and low-cost design techniques from the world of WiFi and Bluetooth Low Energy to create the optimal solution required for mass adoption of LTE-based IoT.
We have assembled a world-class team of LTE, WiFi and BLE domain experts to address this incredible growth opportunity that requires the right solution to ensure success for our customers and their customers.
Internet connectivity isn't just for people anymore. The number of connected devices on The Internet has long surpassed the number of people on the planet, with more than 10 billion connected devices. Today, hundreds of millions of those devices are autonomous things: everything from smart meters to automobiles are being connected to enable new business cases in energy, insurance, transportation, and many other verticals. As the Internet of Things matures, more than 50 Billion devices will integrate sensors, actuators, microprocessors, and communications to eliminate waste, increase productivity, and improve the customer experience.
Just as dedicated applications processors enabled mass smartphone deployment, IoT applications need a purpose-built platform to interface with local sensors and peripherals, process information, and manage connectivity. IoT solutions must be very low power, as the vast majority of IoT applications must run for extended periods of time on a primary battery due to a lack of availability of mains power, inconvenience and/or cost of charging, or mobility requirements. IoT devices for mass deployment must also feature low cost; small devices such as smoke detectors cannot absorb today's high component costs if they are to be commercially viable. Additionally, IoT devices must incorporate energy efficient security measures to protect the manufacturer's IP as well as the user's data. These are just a few of the features that IoT platforms must possess to create useful, successful IoT products that end users can trust.