Record of Matter China Developer Conference (December 2, 2022, Shenzhen)

Table of contents

background introduction

Nodic-Matter

Silicon Labs-Matter

NXP-Matter

BEKEN-Matter

ESP32-Matter


 

background introduction

On December 2, 2022, the Matter China Developer Conference will be held in Shenzhen. About 300 developers attended the meeting, and I was one of 300 of them. The conference started at 9:30 in the morning, and about 20 speeches were arranged. The whole rhythm is very tight, lasting more than 9 hours, including chip manufacturers, smart home platform providers, solution providers, brand owners, and testing and certification agencies in the Matter ecosystem. The amount of information is very large, and it is also very brain-burning.

The following is some speech information I compiled on the chip side, mainly including their Matter solutions and related development resources. I also put the relevant developer websites that can be consulted as hyperlinks in the introduction of each chip and platform, and you can click to view them directly.

Among the chip members of the Matter protocol, there are mainly NXP, Sillicom Lab, Nodic, and Qorvo, and there are Telink, Espressif Esp32, and Broadcom Benke in China. In addition to Lexin, several other companies have shared.

I hope that through the information I have organized as follows, I can provide some reference for the selection of your Matter solution.

Follow me, and more information about Matter and smart home will be updated later.

Nodic-Matter

 

demo topology:

nRF82840 as the rcp scheme of OPBR

nRF52840-DK development board as a Matter node

Dongle resource introduction: (can cooperate with Wireshark for packet capture analysis)

nRF52840-DK resource introduction

Nodic platform SDK resources:  nRF Connect SDK Infocenter

 

Nodic github code repository: link

related routines

 

VS code plugin for nRF Connec Sdk

 

 

Other development materials

multi-fabric solution (whoever uses the commissoning belongs to the fabric)

Silicon Labs-Matter

Xinke has quite complete support for matter, and it is recommended.

Silicon Labs development resources related to Matter

Simplicity Studio 5 is an IDE tool integrated with Matter

 

 

Main chip reference comparison

MG21:Zigbee + Thread

MG24:Zigbee + Thread + ble

Thread selection, pay attention to MG21 and MG24

WIFI selection

 

Supplement: The Matter development of all chip platforms is roughly divided into these three methods

1. In CSA's Matter github repository, configure the environment in the corresponding example routine, and compile the files for the corresponding platform.

For example: in the matter warehouse of CSA , the routines in connectedhomeip/examples/lighting-app/efr32 are the lights corresponding to the silicon efr32 platform.

2. Compile in the git Matter warehouse of the chip platform:

For example: in Silicon's Matter repository, examples/lighting-app/efr32 is adapted.

3. IDE tools for development, including the configuration and download of sdk, toolchain, and Matter warehouse.

For example: si5

Introduction to Matter over Thread development plan

Matter over Thread topology

 

 

Matter over wifi development plan introduction

Matter over wifi topology

Replenish:

Silicon has already compiled the firmware of raspberry pi4 and the firmware corresponding to the rcp platform. If you just demo, you can refer to this page to download.

At the developer conference, they also provided some development kits for development.

Left: It is a development board including zigbee thread and ble, refer to

Right side: it is a thread/zigbee usb dongle, please refer to the specific parameters

demo topology

Block diagram of B91 BLE development board in Matter

NXP-Matter

milestone

demo block diagram

Matter plan

BEKEN-Matter

7231 series

7235 series

Roadmap

ESP32-Matter

Espressif Chip has very complete documentation and development boards. I also recommend using his company for demo development. For specific solutions and information, refer to the official website linked to the title.

 

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Origin blog.csdn.net/koffuxu/article/details/128224358