en.Wedoany.com Reported - The IOTE 2026, the 25th International Internet of Things Exhibition · Shenzhen, will be held from August 26 to 28, 2026, at the Shenzhen World Exhibition & Convention Center (Bao'an New Hall). This edition will be held in conjunction with the AGIC Artificial Intelligence Exhibition, covering the entire IoT industry chain including AI chips, large models, smart cities, and industrial IoT.
Shenzhen WeCreate Knowledge Electronics Co., Ltd. (WT) will participate in this exhibition. The company focuses on the field of human-machine intelligent interaction, dedicated to combining voice chip technology with sensing technology to achieve an interactive experience from passive control to active perception. Its product line includes voice chips, modules, and microwave sensing SoCs.
WeCreate Knowledge will showcase its products at booth 10C49. Among them, Product One is the WT3000A-M06/08. This module is primarily designed for products in network-free environments. It can be connected to an external MCU or SOC module to quickly achieve offline AI voice interaction and semantic control, eliminating the need for communication hardware development. It supports on-device wake-up, VAD, offline voice recognition, audio streaming codec, and local storage. Audio resources can be loaded onto SPI FLASH. The module integrates a power amplifier and 2.4G WiFi, supports MQTT and WebSocket protocols, offers open UART control and cloud service protocols, and supports OTA remote upgrades. It features complete software and hardware interfaces and is easy to deploy.
Product Two is the WT2000A3-42N, housed in a 4x5mm QFN42 package. It is equipped with a 160MHz 32-bit dual-core DSP and a 24-bit high-precision ADC, featuring a signal-to-noise ratio of 105dB and total harmonic distortion plus noise of less than or equal to -77dB. This product supports single or dual microphone intelligent noise reduction, is compatible with storage media such as TF cards, SD NAND, and USB drives, and integrates Bluetooth 6.0, enabling simultaneous recording and transmission. Its serial port can output real-time data with timestamps and store it locally. Application directions include voice recorders, conference systems, and recording badges for professional recording equipment.
Product Three is the WT4101B-C04L, a low-power, fully integrated microwave sensing SoC. It utilizes CMOS process and mixed-signal technology, integrating microwave transceiver, radar IF amplification, and signal processing units on a single chip. Compared to traditional radar modules, this chip offers excellent product consistency and a high cost-performance ratio. It operates by default in the ISM frequency band, with flexible frequency configuration, and features a built-in adaptive calibration algorithm to effectively avoid various interferences, aiming to enhance the anti-interference capability and reliability of sensing devices.
Product Four is the WT2606BP-40N, which features dual serial port interconversion capability. It is paired with multi-channel signals to achieve stable communication, transparent transmission, and status determination with the MCU. It supports voice playback and volume control via serial port commands, and can drive TFT screens to display graphics, text, and video in stages, supporting various switching animations and multiple display formats. The video has three playback modes. This product supports updating Flash video via serial port and OTA remote upgrades, supports a maximum resolution of 480*480 at 30 frames per second, with adaptive resolution. It offers two sleep modes, with a shutdown current of less than 5 microamps and a standby current of less than 100 microamps. Wake-up response is fast, and it defaults to standby mode upon power-up.
WeCreate Knowledge will be exhibiting at booth 10C49 in Hall 10 during the exhibition from August 26 to 28, 2026.
This article is compiled by Wedoany. All AI citations must indicate the source as "Wedoany". If there is any infringement or other issues, please notify us promptly, and we will modify or delete it accordingly. Email: news@wedoany.com
