Silicon Labs announced an extended 8-bit Si10XX wireless microcontroller (Wireless MCU) series, new members Si106X and Si108X were specifically optimized for cost sensing and efficient design. Through a single-chip solution, the ultra-low power MCU technology and SUB-GHz Ezradio and EzradioPro transceivers, Silicon Labs's innovative energy-saving wireless MCU is the lowest power consumption in similar products, and has a leading industry RF performance Indicator.
Si106X and Si108X wireless MCU fully meet the application needs of low-power and RF connections by supporting low-power dormancy and activity modes that extend battery life, and is suitable for home automation, security and access. Applications such as control, sensor network, asset tracking, long distance control.
Si106x and Si108X components are highly efficient and small-sized wireless MCU solutions that integrate high energy efficient 8051 MCU and SUB-GHz RF transceivers in extremely small 5mm x 6mm QFN packages. The small package allows the Si106X / 8X wireless MCU very suitable for wireless connectivity and space-limited applications, and ultra-low power consumption features can also extend the battery life. Excellent single-chip integration and small size packages help reduce system cost, design complexity, board size, and number of components.
In addition, the components include priority Crossbar decoders that allow designers to fully control various functions, including 1 10-bit analog digital converter, dual comparator, 4 16-bit timers, and UART, SPI, and I2C serial interface, etc. Elastic Crossbar configurability more excludes common IO configuration issues in small packages.
Si106X / 8X wireless MCU based on EzRadio transceiver provides high cost-effective solutions for mainstream embedded wireless design. On the other hand, the application of higher interconnects will benefit from the high-efficiency EzradioPro wireless transceiver built by Si106X / 8X, and the EzRadiopro wireless transceiver provides higher sensitivity (-126dBm) and larger output for long-distance applications. Power (+ 20dBm). The EzRadioPro transceiver brings a 146DB link budget to the customer, which can greatly enhance the wireless connection distance, which is selected from the 60DB neighbor selectability of the 12.5kHz channel interval, ensuring reliable in harsh RF conditions. Work. The ezradioPro transceiver is designed to comply with the industry's most stringent wireless standards, including FCC, ETSI, and ARIB, providing up to 1050 MHz mainstream frequency range, and data transfer rates supporting 100bps to 1 Mbps.
Si106x / 8x series products are currently the most energy-saving SUB-GHz wireless MCU products. Two wireless MCU series products still have ultra-low power consumption even when the wireless function is in the execution state, the + 10dBm output power is 18mA, and the low power consumption mode is 10.7mA. The low power mode can significantly reduce power consumption in idle or closed mode: 30na in shutdown mode, 50na in standby mode, 600na in sleep mode. The chip integrated DC-DC boost circuit enables single battery power operation, the voltage can be as low as 0.9V, further reduction of system costs, and extend the service life of the battery-powered product.
General Manager of Silicon Labs and General Manager of Microcontroller Products, General Manager of Microcontroller, said: "Through the perfect combination of ultra-high energy efficiency, leading industry RF performance and link budget, minimum package size in similar products, Si106X / 8X wireless MCU series products Provide an ideal SUB-GHz connection solution for space-limited and power consumable wireless applications. New wireless MCU series products also provide higher elasticity, assist wireless development for developers when choosing low cost and high efficiency products Tools bring unprecedented simplicity and ease of use for wireless design. "
Si106X / 8X Wireless MCU Series supports multiple configuration options, including cost-effective EZRADIO and EZRADIOPRO transceivers, 8KB-64KB Flash memory, 768B-4KB RAM. In addition, wireless MCU products can also choose + 13dBm or + 20dBm maximum output power.
Silicon Labs offers a variety of hardware and software development tools to accelerate application development based on Si106X / 8X wireless MCU. The development tool kit is designed to support RF assessment, transmission distance testing, and application code development. The kits include 2 wireless motherboards, 2 Si106x Pico boards, and the desired antenna, wires and batteries.
Silicon Labs Wireless Development Kit (WDS) greatly simplifies radio frequency configuration of the entire Si106X / 8X wireless MCU series. The WDS software provides intuition interface that is conveniently selected to design RF parameters, automatically generate the desired command, and configure the wireless MCU using the expected settings. This software also makes it easy to perform RF evaluation and transmission distance tests while providing an example program code for accelerating application development.
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