Morse Micro is excited to introduce its latest innovation, the MM8108 System-on-Chip (SoC). This second-generation SoC builds upon the success of the MM6108, offering enhanced performance in range, throughput, and power efficiency, while also reducing time-to-market for Wi-Fi HaLow-enabled products.
The MM8108 SoC delivers impressive data rates of 43.33 Mbps using 256-QAM modulation at an 8 MHz bandwidth. With a 26dBm power amplifier drawing 325mA from a 3.3V source and an integrated low-noise amplifier, external SAW filters are no longer necessary.
Featuring a compact 5x5mm BGA package, the SoC integrates USB, SDIO, and SPI host interfaces. Power optimization allows for extended battery life in sleep modes, while supporting WPA3 with SAE and GCMP encryption protocols.
The architecture of the IC enables high-performance capabilities such as 256-QAM operation, 26dBm transmit power, and multiple stream capability for seamless 4K video transmission. Additional highlights include low-power sleep modes for battery-powered applications, WPA3 security support, and a compact footprint for easy integration.
A comprehensive reference design showcases the integration of USB connectivity, SMA antenna connection, IEEE 802.11ah compliance, and an integration framework for existing networks. This design is a testament to the versatility and adaptability of the MM8108 SoC.
For developers looking to explore the capabilities of the MM8108, an evaluation kit is available, complete with a development board, power supply, and antenna for seamless system integration testing. Whether for sampling or technical evaluation, the IC, reference design, and evaluation kit are ready for exploration.
