Texas Instruments (TI) (NASDAQ: TXN) Recently announced its new SimpleLinkTM Ultra Low Power Wireless Microcontroller (MCU) platform, which helps users implement battery-free battery with energy acquisition function, or only by button battery The power supply is achieved for several years of continuous operation. With this industry's first technique, users can flexibly develop products that support multiple wireless connection standards through single-chip and exactly the same RF design. The SimpleLink ultra low power platform supports Bluetooth® Low Energy, ZigBee®, 6LowPan, Sub-1 GHz, ZigBee RF4CETM, and all modes of up to 5Mbps. The new platform expands TI's SimpleLink product portfolio, providing the industry's broader, lowest, and most easy-to-use wireless connection for the Internet of Things (IoT).
In order to expand TI leading position in the field of low power MCU, SimpleLink ultra low power platform has the highest integration, integrated ARM® Cortex®-M3 MCU, flash / RAM, analog-to-digital converter, peripherals on the chip. Sensor controller and built-in powerful security. This platform can also achieve the easiest design by using the protocol stack, TI RTOS, Code Composer StudioTM integrated development environment (IDE), development tools, online training, and E2ETM community. Due to the provision of the reference design, users only need to simplify development and layouts only with a very few RF knowledge. In addition, TI can help users easily connect to the cloud through the IOT cloudsometric system.
The first member of the SimpleLink Ultra-low-power Wireless MCU platform is a CC2640 for Bluetooth Smart, and CC2630 for 6LowPan and ZigBee. For more flexibility, users can also adopt a CC2650 wireless MCU that supports Bluetooth Smart, 6LowPan, ZigBee, and RF4CE and other 2.4GHz technology. By making full use of multi-standard support, users can keep their design follow the future trend and can also configure the selected technology at the time of installing. In addition, other platform members of the CC1310 running in SUB-1 GHz and CC2620 for ZigBee RF4CE will also be found in 2015.
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Designed for ultra-low power applications
The new ultra-low power platform is designed for low-power operation, including a unique integrated sensor controller that can be connected to the external sensor when the remainder of the device is in sleep state. Further, the radio frequency peak current of the platform is less than 6.2 mA, and the current is less than 61u / MHz in a state in which the MCU is activated. The entire chip keeps the standby state at a current of 1.1UA, while supporting the memory hold and RTC (real time clock) in this state. According to the ULPBENCHTM issued by the Embedded Microprocessor Branch Association (EEMBC), this platform won 143.6 points, and its power consumption is only half of other MCUs. Please pay attention to our blog to learn more about the battery running.
SIMPLINK Bluetooth Smart CC2640 Wireless MCU
With the following features, CC2640 supports a wide range of Bluetooth Smart applications, including wearable equipment, mobile fitness, and medical automation, mobile phone accessories, signal bars and industrial automation.
Comprehensive design support can be easily developed. Complete, powerful and free-free software stack provides wireless (OTA) update, Wiki Guide, Reference Design, Low Cost Tool, Software Getting Started
Bluetooth 4.1 solution based on minimum power flash memory can be run by smaller button battery for many years
The size is only 4x4mm, the full single chip of the fingertips is integrated with flash-based MCU and Bluetooth smart radio.
Users can use the next generation of Bluetooth Smart Sensortag (CC2650STK) or CC2650DK development kits, and download the latest BL-Stack instantly design. For more information, see the CC2640 product page and data sheet.
SIMPLINK 6LOWPAN and Zigbee CC2630 Wireless MCU
The CC2630 is suitable for LED lighting controls using 6LowPan or ZigBee technology and security systems, household appliances, smart sockets, and wireless sensor networks, including:
Ultra-low power operation is achieved by the button battery, which can be used for the lighting switch for 10 years, and the network-powered network network or the energy-collecting sensor node can also be realized.
Based on IEEE 802.15.4 network interconnect solutions to provide up to 1000 nodes of network connection support for families, buildings and cities
Easily implement the interconnection of IP and clouds through 6LowPan, each device contains an IPv6 address.
Users can instantly design by purchasing CC2650DK. For ZigBee, developers can download the appropriate Z-StackTM. In addition, the device supports 6LowPan with a suitable software. For more information, see the CC2630 product page and data sheet.
Other product members of the SimpleLink series include SUB-1 GHz CC1310 Wireless MCUs support running frequency 315 MHz, 433 MHz, 470 MHz, 868 MHz, 915 MHz, and 920 MHz ISM bands and remote control for advanced TV, set-top boxes and home entertainment systems. ZigBee RF4CE CC2620 Wireless MCU.
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