Texas Instruments

CC2652R1FRGZT

CC2652R1FRGZT Description

The CC2652R1FRGZT from Texas Instruments is a highly integrated, multi-protocol wireless RF transceiver + MCU designed for 2.4GHz applications. Part of the SimpleLink™ series, it supports Bluetooth® 5.2, Thread, and Zigbee®, making it ideal for IoT and smart home ecosystems. With 352kB Flash and 80kB RAM, it offers ample memory for complex firmware, while its 48-VQFN package ensures compact, surface-mountable integration. Operating at 1.8V–3.8V, it delivers 5dBm max output power with low power consumption (6.9mA RX, 7.3mA–9.6mA TX), optimizing battery life in wireless sensor networks.

CC2652R1FRGZT Features

• Multi-Protocol Support: Concurrent operation for Bluetooth Low Energy (BLE), Thread, and Zigbee 3.0, reducing the need for multiple ICs.
• High-Performance MCU: Features an Arm® Cortex®-M4F core for efficient processing and low-latency responses.
• Rich Peripheral Set: Includes 31 GPIOs, ADC, I2C, SPI, UART, and JTAG for flexible interfacing.
• Ultra-Low Power: Optimized for battery-operated devices with <10mA TX current and 2Mbps max data rate.
• Robust RF Performance: -97dBm sensitivity (BLE) and 5dBm output power ensure reliable connectivity in crowded RF environments.
• Industrial-Grade: ROHS3/REACH compliant, MSL3-rated, and operates across -40°C to +85°C.

CC2652R1FRGZT Applications

• Smart Home & Building Automation: Hub controllers for Zigbee/Thread mesh networks.
• Industrial IoT (IIoT): Wireless sensor nodes for condition monitoring.
• Medical Wearables: BLE-enabled health trackers with extended battery life.
• Asset Tracking: Low-power beacons leveraging Bluetooth 5.2’s extended range.
• Retail & Beaconing: High-density deployment with minimal interference.

Conclusion of CC2652R1FRGZT

The CC2652R1FRGZT stands out for its multi-protocol versatility, energy efficiency, and high integration, making it a top choice for developers designing scalable, low-power IoT solutions. Its industrial reliability and rich peripheral set simplify development while future-proofing designs against evolving wireless standards. Ideal for applications demanding long-range, low-latency, and interoperable connectivity, it bridges the gap between performance and power constraints in modern wireless systems.