ZigBee Super Dongle solution based on NXP products

launches a ZigBee Super Dongle solution based on NXP K32W061. This solution uses ultra-low power consumption and high performance Arm® Cortex®-M4 wireless microcontroller, with on-chip Flash of 640KB, SRAM of 152KB, and ROM of 128KB. And the controller is equipped with a compatible 2.4GHz BLE5 low-power transceiver and a transceiver that meets the IEEE 802.15.4 standard, as well as a comprehensive combination of analog and digital peripherals. This controller has ultra-low current consumption in wireless receiving and transmitting modes, and its power-down mode allows the use of button batteries.

Physical diagram of the ZigBee Super Dongle solution for NXP products

Demonstration board diagram of the ZigBee Super Dongle solution based on NXP products

K32W061 supports ZigBee3.0, Thread, BLE5.0 and other network stacks, and can download programs for debugging through the serial port and SWD interface. The embedded flash memory of K32W06 supports over-the-air (OTA) upgrade applications. In terms of packaging design, the product uses a 6×6 mm2 HVQFN40 package with a Pin pitch of 0.5mm. And it has up to 22 GPIOS interfaces, which can be extended through the adapter board to extend the Arduino interface application.

Block diagram of ZigBee Super Dongle solution based on NXP products

uses K32W061 with the software Ubiqua, which can be used as a Sniffer packet capture tool. And it can be applied to secure low-power wireless projects, as well as smart lighting, smart door locks, thermostats, smart home fields, wireless sensor networks and other fields.

Core Technology Advantages:

• can be extended through the adapter board to extend the Arduino interface and facilitate debugging;

• supports ISP UART, SWD interface download and debugging;

• can be used with the software as a ZigBee node device;

• can be used with the software Ubiqua as a packet capture tool;

• Internal embedded 2.4 GHz transceiver, supports ZigBee3.0, Thread, BLE5.0, ultra-low power consumption;

• 6×6mm HVQFN40， 0.5mm pitch；

• has Ntag function and reserves Ntag antenna interface;

• Pin-to-Pin NXP JN5189, can be used as MCU.

solution specifications:

• K32W061 core Arm® Cortex®-M4 48MHz contains 640KB Embedded Flash, 152KB SRAM, 128KB ROM;

• 1×NOR Flash 1MB、1×FT230XS、2×13pin Arduino Interface；

• 2×I2Cs、2×SPI、2×UARTs、10bit×PWM、1×DMIC、1×QSPI 、22×GPIOs、1×12bit ADC、1×10bit DAC、1×IR Module、1×RNG。