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This IP serves as a fully integrated system-on-chip radio transceiver, specifically designed for Smart Grid applications. It excels in low power operations, making it suitable for sensor monitoring networks and wireless network remote control. With a transmitter output power ranging between -8 to +15 dBm and a receiver sensitivity of -110 dBm at a 25kbps data rate, it houses all necessary peripherals including ADC, SPI, I2C, UART, I2S, and timers on a single chip for a compact solution. Targeted for operation within the 863-928 MHz frequency range, the IP is ideal for portable applications that demand long battery life and robust signal processing. Applications include Automatic Meter Reading (AMR), Wireless Sensor Networks (WSN), and Medical Body Area Networks (BAN). Its key features include ultra-low power consumption, low voltage operation down to 1.0V, and flexible modulation formats such as FSK, OOK, and QPSK. This ZigBee transceiver IP offers a minimum current standby mode, a highly efficient receiver, and supports a range of modulation techniques, enhancing its adaptability to various network topologies. The IP's design is focused on efficiency and compact integration, making it particularly advantageous for IoT devices that require small form factors and extended functionality.
This IP solution focuses on delivering advanced Bluetooth capabilities with a Bluetooth v6.0 certified Link-layer controller, Digital PHY, Stack, and Profiles. Building on the Bluetooth Special Interest Group (SIG) specifications for version 5.4, it supports single-mode Bluetooth low energy. Notably, the solution facilitates Audio-over-BLE functionality, introducing core Protocol Stack and Link Layer standards fitted for audio transmission. This IP features portability across 8/16/32-bit microcontroller architectures and provides support for multiple processor bus interfaces, ensuring broad compatibility. Additionally, it offers optimized SBC, mSBC, and LC3 codecs alongside platform and OS-agnostic layers for broad adoption. Its architecture is designed for minimal power consumption and a small footprint while supporting various operational roles and states within the Bluetooth ecosystem. The solution is qualified by the Bluetooth Qualification Body (BQB) and includes a range of deliverables like source code, technical documentation, and management interfaces. Applications for this IP span TWS earbuds, headsets, hearing aids, smart locking mechanisms, asset tracking solutions, and various wearables.
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