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This new WiFi HaLow module from Azurewave can enable engineers to design smaller and energy-efficient IoT products.
AzureWave Technologie’s has released the world’s smallest WiFi HaLow module powered by Morse Micro MM6108 microchip. The module measures just 13 x 13 mm and can deliver 10x higher range compared to traditional Wi-Fi solutions. Moreover, it runs on lower energy and can deliver faster data then the existing solutions. This new WiFi HaLow module can enable engineers to design smaller and energy efficient IoT products. Furthermore, the module can shorten the development process and time to market while providing transmission range of up to 1kilometers which makes it suitable for use in IoT applications in large warehouses, smart buildings, smart farms, etc.
The MM6108 SoC is a single chip solution, including Radio, PHY, and MAC sections designed in accordance with the IEEE 802.11ah standard, supporting data rates up to 32.5 Mbps. The standard provides for operation in the sub 1GHz license-exempt RF bands. The radio in the MM6108 supports programmable operation in these bands, worldwide, between 850MHz and 950MHz. The RF interface for the MM6108 includes the option to use either the on-chip amplification for typical low-power, low-cost devices or in conjunction with an external PCB-mount power amplifier (PA) or Front-End Module (FEM) for ultra-long-reach applications.
The RF receiver features a high linearity LNA, making the use of external filters unnecessary in many applications. Battery-operated applications are supported by a combination of features in the MM6108. The IEEE 802.11ah standard provides for extended sleep times of battery-operated STA client devices, with longer durations than other prior IEEE 802.11a/b/g/n/ac generations.
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