The United Nations World Peace Group introduces the Matter Thread wireless module solution based on NXP products
Time:2024-04-18
Views:54
Source: General Assembly Author: General Assembly
On April 9, 2024, Great United Holdings, a leading international distributor of semiconductor components in the Asia Pacific market, announced that its World Ping unit launched the Matter Thread wireless module solution based on NXP‘s K32W061 wireless microcontroller.
Figure 1- Display board of the Matter Thread wireless module solution based on NXP products
On April 9, 2024, Great United Holdings, a leading international distributor of semiconductor components in the Asia Pacific market, announced that its World Ping unit launched the Matter Thread wireless module solution based on NXP‘s K32W061 wireless microcontroller.
Figure 1- Display board of the Matter Thread wireless module solution based on NXP products
With the increasing variety of smart home products, people‘s requirements for cross-platform connectivity are also increasing. In this context, the Matter agreement has emerged and become a strong support for promoting the development of the smart home industry. The Matter protocol, launched by the CSA Connectivity Standards Alliance, aims to break down communication barriers between different brands, so that smart home devices can truly be connected to each other, thereby enhancing the smart home experience. In order to enable developers to more efficiently develop smart home products that support the Matter protocol, the company launched the Matter Thread wireless module solution based on the NXP K32W061 wireless microcontroller, which enables the seamless integration of smart devices in the home ecosystem.
Figure 2- A scenario application diagram of the Matter Thread wireless module solution based on NXP products
The K32W061 is an ultra-low power and high performance wireless microcontroller from NXP, which is based on Arm. Cortex? -M4 kernel, support ZigBee, Thread (IEEE802.15.4 network protocol), BLE protocol and Matter application development. Not only that, the product is small in appearance and has a variety of low-power modes to provide ultra-low Tx (transmit) and Rx (receive) power consumption, which is ideal for space-constrained and power-demanding applications. For example, Smart Home products such as Smart Energy, Home Automation, Smart Lighting, remote control or wireless sensors.
In addition to the core MCU, the solution is also equipped with Winbond‘s W25Q80DV Flash products, which can be more flexible to meet the design needs of different applications.
Figure 3- Block diagram of the Matter Thread wireless module solution based on NXP products
At present, the deep integration of the bulb and HomePod Mini has been easily achieved with this solution. Users can now easily adjust the brightness, color and color temperature of the bulb through a dedicated smart home APP to create a different atmosphere for your living space. At the same time, by combining the solution with the door magnetic product, the opening and closing status of the door can be displayed in real time, providing a solid guarantee for the user‘s home safety.
Core technical advantages:
Able to establish ZigBee/Thread network to support access to Matter ecosystem;
Compatible with JN5189 design;
Ability to communicate with external MCUS via UART;
The external Flash mode is flexible and can be flexibly configured according to different product application requirements.
Low power consumption, suitable for battery equipment.
Project specification:
Built-in 2.4GHz transceiver, support ZigBee3.0, Thread, BLE5.0, with ultra-low power consumption;
The transmitting power of this scheme can reach 11dbm;
K32W061 kernel with Arm? Cortex? -M4, 48MHz operating frequency, integrated 640KB Embedded Flash, 152KB SRAM;
Support access Matter ecosystem, BLE matching networking;
External extension Flash, support OTA.
Core technical advantages:
Able to establish ZigBee/Thread network to support access to Matter ecosystem;
Compatible with JN5189 design;
Ability to communicate with external MCUS via UART;
The external Flash mode is flexible and can be flexibly configured according to different product application requirements.
Low power consumption, suitable for battery equipment.
Project specification:
Built-in 2.4GHz transceiver, support ZigBee3.0, Thread, BLE5.0, with ultra-low power consumption;
The transmitting power of this scheme can reach 11dbm;
K32W061 kernel with Arm? Cortex? -M4, 48MHz operating frequency, integrated 640KB Embedded Flash, 152KB SRAM;
Support access Matter ecosystem, BLE matching networking;
External extension Flash, support OTA.
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