Long range Sub-1 GHz products

Our CC1312PSIP system-in-package (SIP) module enables you to add long-range connectivity to your designs, with a faster time to market. 

Benefits:

• Integrated passive components help simplify designs.
• TI's certifications with regulatory bodies worldwide streamline your wireless qualification process.
• A compact design reduces printed circuit board area as much as 80%.
• Pin-to-pin compatible with 2.4GHz SIPs.

In the context of connected devices, vulnerability in one device can compromise the entire network. A wireless protocol, hardware and software all require multiple levels of security in order to ensure system integrity. Features such as secure boot and anti-rollback verify whether the proper software is running on the device and can prevent the use of older, more vulnerable versions of firmware. The isolation of software and hardware from features such as Arm® TrustZone separates central security tasks from normal operation for additional security. Depending on the level of security you require, we have a variety of options within our portfolio.

Our supported frequency bands comply with regional regulations and standards, making it possible to deploy devices using TI technology globally. Regional allocations help avoid interference with other wireless technologies operating in nearby frequency bands.

The frequency bands that allow our devices to be used in industrial, scientific and medical applications include:

• 928-960MHz (America).
• 920-923MHz (Japan).
• 902-928MHz (Americas, Australia).
• 863-876MHz (Europe).
• 470-510MHz (China).
• 450-470MHz (America).
• 433-434MHz (Africa, Asia, Australia, Europe).
• 426-429MHz (Japan).
• 315MHz (Americas, Asia).
• 169MHz (Europe).

Our field-tested low-power chips help ensure an extended battery life of 10-plus years without needing a battery replacement, even in high-temperature environments. Our sensor controllers include a dedicated, 16-bit CPU core specifically designed for ultra-low power consumption in active mode, standby mode and even during startup to extend battery life even further. Even with 256kB of RAM retention, standby current remains under 1µA, optimizing energy efficiency.

Our wireless MCU family is designed to provide maximum flexibility, enabling software reuse and easy scalability while maintaining pin-to-pin compatibility for streamlined development. All of our devices are pin-to-pin compatible and use the same software development kit, enabling seamless upgrades. You can start development with 128kB of flash memory, and as your application evolves, easily transition to as much as 1MB of flash memory without redesigning your hardware.