Wireless transfer rate of 2Mbps, capable of high-speed response compared to Zigbee and Bluetooth with a proprietary protocol, ultra-compact size of 15x19mm.
Equipped with TI's CC2543 (CPU + RF), maximum transfer rate of 2Mbps, output +5dBm, sensitivity -90dBm@2Mbps, high-speed response with proprietary protocol <1ms, 32MHz 8051 series CPU, 32k Flash, 1k RAM, 16 I/O ports, 12-bit A/D (8+2 channels), SPI, UART, I2C, AES encryption coprocessor, and automatic response function, among other features. Moreover, it is ultra-compact at 15x19mm, and can also support a chip antenna and U.FL connector. When connected to an expansion board, an antenna with an SMA connector can be directly connected.
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basic information
It enables faster response compared to Zigbee, Bluetooth, and Wi-Fi. By using a simple protocol, it is possible to enhance responsiveness compared to other communications. → An article on the acceleration of digital radio communication will be published soon in the Transistor Technology magazine.
Price range
P1
Delivery Time
P3
※It varies depending on quantity and timing.
Applications/Examples of results
Wireless data logger, high-performance wireless remote control, wireless data transfer, ID tags, etc. High-speed transfer enables power saving. Wireless communication, which used to take time to collect a lot of device information at once, will become faster.
Company information
K2 Electronics Co., Ltd. is engaged in the design and development of wireless application devices. We also offer original products such as ultra-compact wireless circuit boards that can be powered by batteries. The wireless microcontroller mounted on our wireless circuit boards is a versatile product that can perform communication and control in a very small area. Our company has been releasing these development boards and tools from an early stage and continues to advance product development as a pioneer in the field. Additionally, we have experience in various designs, including hobby, factory automation, and medical applications, allowing us to propose the optimal wireless systems tailored to specific needs.
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