8613764583110
yihong.qu@zchip.net.cn
enEnglish

BLE Mesh Module

BLE Mesh Module
Details:
As a BLE Mesh Module, ZX8258 has quite extensive applications. ZX8258 is a low-power Bluetooth transparent transmission module. It is equipped with a high-performance 32-bit MCU, 512KB flash memory and 32/48/64KB SRAM. Meanwhile, the ZX8258 also supports BLE (up to Bluetooth 5.3), BLE MESH, Zigbee3.0, 2.4G proprietary and OTA upgrades.
Send Inquiry
Description
Send Inquiry

ZX8258 is a type of BLE mesh module and has very wide applications in daily life.

 

The ZX8258 series modules can be used in Bluetooth mesh network applications. Meanwhile, it can also be widely applied in lighting control, smart home systems, etc.

 

Hangzhou ZheXin Communication Technology presents the ZX8258 series – an ultra-low-power Bluetooth 5.3/BLE Mesh/Zigbee 3.0/2.4G proprietary wireless module designed for fast deployment and flexible IoT applications. With built-in 512KB Flash and preloaded multi-configuration firmware, this compact module significantly reduces development time while supporting custom secondary development for diverse connectivity needs.

 

Key Features:
✔ Multi-Protocol Support: BLE 5.3, BLE Mesh, Zigbee 3.0 & 2.4G proprietary protocols
✔ Plug-and-Play: Simple AT command configuration (UART interface)
✔ OTA Upgrades: Remote firmware updates for long-term maintenance
✔ Dual Transmission Modes: Transparent & command modes for flexible data transfer
✔ Customization Services: Tailored hardware/software solutions for your project

 

Why Choose ZX8258?
As a BLE mesh module, ZX8258 has a wide range of application scenarios. With years of expertise in wireless communication, ZheXin provides end-to-end support – from R&D to mass production – ensuring a smooth transition for your IoT devices. Whether for smart home systems, industrial sensors, or wearable tech, the ZX8258 delivers reliable, low-power performance with minimal development effort.

Ready to simplify your wireless design?
📌 Download the ZX8258 Technical Manual for AT command details
🌐 Visit www.zchip.net.cn for full specifications
📧 Contact our sales team for customization requests or samples!

 

product-341-442

 

As a BLE Mesh Module, ZX8258 has quite extensive applications. ZX8258 is a low-power Bluetooth transparent transmission module. It is equipped with a high-performance 32-bit MCU, 512KB flash memory and 32/48/64KB SRAM. Meanwhile, the ZX8258 also supports BLE (up to Bluetooth 5.3), BLE MESH, Zigbee3.0, 2.4G proprietary and OTA upgrades.

 

ZX8258 Product Description

 

BLE Mesh Module ZX8258 The overall block diagram and pin diagram is as follows:

 

product-750-275

product-331-345

ZX8258 Application

FAQ

Q: Are you trading company or manufacturer?

A: We are professional manufacturer specialized in IOT related products. And we trade our products with our clients directly.

Q: What is the difference between ble mesh and Zigbee mesh?

A: Bluetooth Mesh and zigbee networks share similar conditional range limits between nodes - 10 meters to 100 meters. Zigbee can support a higher number of nodes in a mesh. The theoretical limit of bluetooth Mesh is 32,000 nodes, whilst it is 65,000 nodes for zigbee.

Q: What is the difference between BLE and ble mesh?

A: BLE mesh builds on top of BLE, offering the same low-power consumption for use in similar applications, however, alongside one-to-one, and one-to-many connectivity, it can also provide many-to-many connectivity-otherwise known as mesh.

Q: Why is BLE better than Bluetooth?

A: Classic Bluetooth is designed for continuous, robust connections, making it better suited for things like streaming audio to headphones or speakers. It supports higher data rates but requires more power. On the other hand, BLE is designed to consume less power and operate over long periods-months to years.

Hot Tags: BLE mesh module, China BLE mesh module suppliers, factory, bluetooth iot, BLE Low Energy Module, Zigbee Bluetooth Module, bluetooth stereo module, bluetooth module for headphones, bluetooth dual mode

You Might Also Like
Send Inquiry