Şirket Blog About Supply Murata Connectivity Modules:Wi-Fi,Bluetooth,V2X,HyperMesh/FHSS Modules

Supply Murata Connectivity Modules:Wi-Fi,Bluetooth,V2X,HyperMesh/FHSS Modules

Shenzhen Mingjiada Electronics Co., Ltd. is a globally renowned authorised independent distributor of electronic components. With a stock of over 2 million SKUs, a genuine product guarantee and efficient delivery capabilities, we provide electronic component supply services to customers in the electronics industry. We balance cost-effectiveness with technical compatibility to help our customers accelerate product development and mass production processes.

Supply Advantages

1. Genuine products guaranteed, reliable quality: All products are sourced directly from the original manufacturers. We exercise strict control over our procurement channels, and every chip undergoes rigorous quality testing. We strictly prohibit the use of refurbished or loose new components to ensure the stable operation of our customers’ products, giving you complete peace of mind.

2. Ample Stock and Prompt Dispatch: Backed by extensive stock resources and a well-established supply chain system, Mingjiada Electronics maintains stock of the full range of product models. Whether for small-batch sample purchases or large-scale mass production orders, we can respond swiftly and dispatch goods promptly to meet urgent production requirements, thereby shortening product R&D and mass production cycles.

3. Excellent Value for Money and Comprehensive Services: Drawing on many years of industry experience and strong procurement capabilities, we offer our customers highly competitive prices. Furthermore, our professional technical support team provides a one-stop service encompassing product selection, technical consultancy and after-sales support, assisting customers in resolving various issues encountered during the selection and application processes.

I. Murata Wi-Fi Modules

Murata Wi-Fi modules are core components for high-speed wireless transmission in the consumer, industrial IoT and smart home sectors. Based on mature RF design and an integrated architecture, they support multi-band and multi-protocol compatibility, balancing high-speed transmission with low-power operation. We offer two main product categories: standalone RF modules and integrated modules with embedded MCUs, catering to the hardware development needs of different devices.

Core Technical Features

In terms of frequency bands, mainstream products provide full coverage of both the 2.4 GHz and 5 GHz bands. Certain high-end models support Wi-Fi 6 and Wi-Fi 6E protocols and are compatible with the full range of 802.11a/b/g/n/ac/ax standards, meeting the requirements for high-definition video transmission, large-data transmission and high-speed IoT networking. The modules offer exceptional interface adaptability: for high-speed transmission scenarios, they can be equipped with SDIO or high-speed PCIe interfaces to ensure stable output of ultra-high-bandwidth data; for low-speed, lightweight applications, they feature a universal UART interface, making them compatible with a wide range of entry-level controller chips and reducing device development costs.

The module utilises Murata’s proprietary precision surface-mount packaging and an ultra-compact design, occupying minimal space on the device’s PCB. It also incorporates a high-performance RF antenna and filter circuitry, enabling stable communication without the need for complex peripheral circuits. With excellent power consumption control and support for switching between sleep, standby and high-speed operating modes, it is perfectly suited to battery-powered portable smart devices. Furthermore, the module has passed rigorous electromagnetic compatibility (EMC) testing and offers strong resistance to interference, maintaining low packet loss and low latency transmission even in complex electromagnetic environments.

Core Products and Application Scenarios

Murata’s Wi-Fi modules are divided into two main product lines: standalone Wi-Fi modules and Wi-Fi + Bluetooth dual-function modules, representing the most widely adopted wireless module solutions for IoT devices today. They are primarily used in smart home devices, smart wearables, industrial gateways, high-definition surveillance equipment and portable smart terminals, providing these devices with high-speed wireless network access, local area network data transmission and real-time cloud interaction capabilities. Thanks to their high compatibility and stability, they have become the communication components of choice for consumer electronics and lightweight industrial equipment.

II. Murata Bluetooth Modules

Murata’s Bluetooth modules specialise in short-range, low-power, high-reliability wireless data exchange. They have been comprehensively updated to support all Bluetooth protocol versions—4.1, 4.2, 5.0 and 5.1—and offer dual-mode support for both traditional Bluetooth (BR/EDR) and Bluetooth Low Energy (BLE). These modules precisely meet the requirements for short-range, lightweight communication in Internet of Things (IoT) scenarios and are widely used in low-power IoT, smart sensing and wearable devices.

Core Technical Features

Power consumption optimisation is a key advantage; standby power consumption is extremely low in BLE mode. Combined with intelligent wake-up and scheduled transmission mechanisms, this significantly extends the battery life of end devices, making them suitable for long-term, unattended sensing equipment. Transmission stability is outstanding; optimised RF anti-interference algorithms prevent signal collisions in dense 2.4 GHz networking environments, ensuring that short-range data transmission is free from packet loss or stuttering. The hardware interface is straightforward, with a UART interface included as standard across the entire range, making it compatible with the vast majority of microcontrollers and embedded controllers. This results in low development complexity and strong potential for rapid deployment.

Furthermore, Murata’s Bluetooth modules support integrated Wi-Fi functionality; these dual-function modules enable a single component to handle both high-speed networking and short-range communication, simplifying device PCB layout whilst reducing component costs and development lead times. Manufactured to industrial-grade standards, the modules offer broad temperature adaptability, operating stably under standard conditions ranging from –20°C to 70°C; certain industrial-grade models can be extended to cover an even wider temperature range, making them suitable for industrial applications.

Core Products and Application Scenarios

The product range comprises two main categories: standalone low-power Bluetooth modules and Wi-Fi/Bluetooth combo modules, all characterised by miniaturisation, low cost and high adaptability. They are primarily used in wearable devices such as smart wristbands and Bluetooth headsets; IoT sensing terminals such as temperature and humidity sensors and human presence sensors; as well as smart home appliances, wireless remote controls and industrial short-range data acquisition devices, enabling functions such as short-range pairing, data collection and command interaction between devices.

III. Murata V2X Modules

V2X (Vehicle to Everything) refers to specialised automotive-grade communication modules designed for intelligent connected vehicles and autonomous driving systems; it is also Murata’s flagship product in high-end in-vehicle communications. The modules are compatible with both the DSRC (Dedicated Short-Range Communication) and C-V2X (Cellular Vehicle-to-Everything) standards—the two mainstream standards—and meet global in-vehicle communication regulations and technical requirements, providing secure, low-latency and highly reliable communication support for all-scenario vehicle connectivity.

Core Technical Features

With exceptional protocol compatibility, it supports both IEEE 802.11p (DSRC) and 3GPP Release 14/15 (C-V2X) standards, enabling adaptation to V2X communication specifications across different countries and regions, and offering global applicability. At its core lies Autotalks’ high-end, vehicle-specific chipset (CRATON2+PLUTON2), which delivers ultra-high communication reliability at the automotive level and extremely low transmission latency, meeting the stringent timing requirements for real-time decision-making in autonomous driving and vehicle collision avoidance warnings.

Strictly adhering to automotive-grade design standards, its operating temperature range covers the full spectrum of in-vehicle conditions from –40°C to 85°C. It can withstand complex in-vehicle environments such as vehicle vibrations, alternating high and low temperatures, and electromagnetic interference, demonstrating exceptional environmental adaptability. The modules feature high integration and a compact form factor (the representative model, Type 1YL, measures just 33.0 mm × 27.0 mm × 3.0 mm), facilitating a compact layout for in-vehicle equipment. They also incorporate comprehensive security and encryption mechanisms to safeguard in-vehicle communication data, eliminating the risks of signal hijacking and data tampering.

Core Products and Application Scenarios

The flagship products are the two automotive-grade V2X modules, Type 1YL and Type 2AN. These are Murata’s first independently developed dual-mode in-vehicle communication modules, fully compatible with intelligent connected vehicles, driver assistance systems and smart transport infrastructure. They primarily enable comprehensive communication between vehicles (V2V), between vehicles and roadside infrastructure (V2I), between vehicles and pedestrians (V2P), and between vehicles and the cloud (V2N). Applied in scenarios such as vehicle collision warning, blind spot monitoring, traffic signal coordination and autonomous driving collaborative decision-making, they serve as the core communication hardware for smart transport and advanced autonomous driving.

IV. Murata HyperMesh/FHSS Module

The HyperMesh/FHSS module is a dedicated RF communication module developed by Murata for complex industrial environments and long-range, interference-resistant networking. Based on Frequency Hopping Spread Spectrum (FHSS) technology and the HyperMesh self-organising network architecture, it overcomes the limitations of traditional 2.4 GHz communication—such as susceptibility to interference, short range and weak networking capabilities—and features high interference resistance, long-range transmission, fault-tolerant self-organising networking, ultra-low power consumption, and serve as core solutions for the Industrial Internet of Things (IIoT), specialised monitoring and outdoor networking.

Core Technical Features

Relying primarily on FHSS frequency-hopping spread spectrum technology, these modules can rapidly switch communication frequency bands to effectively avoid electromagnetic noise and multipath fading interference. In industrial workshops, complex outdoor electromagnetic environments and scenarios involving dense equipment networks, their stability far exceeds that of conventional fixed-frequency communication modules. It supports various network topologies, including point-to-point, point-to-multipoint and mesh self-organising networks, offering flexible networking capabilities. Nodes can automatically act as relays and self-heal; a single node failure does not affect the overall network operation, significantly enhancing network reliability.

It covers the two mainstream ISM bands of 900 MHz and 2.4 GHz, with transmission rates ranging from 38 kb/s to 500 kb/s, making it suitable for diverse requirements such as low-speed sensor data acquisition and medium-speed equipment control data transmission. Power consumption is optimised to the utmost, with support for deep sleep mode, automatic reporting and wake-up triggers, making it suitable for outdoor and unattended equipment powered by long-life batteries. The hardware integrates analogue and digital I/O interfaces, allowing direct connection to various sensors. Data acquisition and transmission can be completed without the need for an external controller, thereby simplifying the terminal device architecture.

Core Products and Application Scenarios

The flagship products are the DNT series and WIT2410 series FHSS modules, available in two form factors: with an on-board antenna or a U.FL external antenna. Featuring a compact form factor and excellent value for money, they are suitable for mass production applications. Typical models include the DNT24MP, DNT24PA and DNT24C, all of which feature low power consumption, high compatibility and require no complex configuration. They are primarily used in scenarios demanding extremely high levels of communication stability, interference resistance and battery life, such as industrial sensor networking, outdoor environmental monitoring, mining equipment communications, smart agriculture IoT and long-distance data transmission for security applications.

V. Key Differences Between the Four Major Module Series and Selection Summary

The four major module series precisely cover different wireless communication scenarios, with a clear selection logic: Wi-Fi modules specialise in high-speed, high-bandwidth transmission, suitable for high-definition data and cloud connectivity scenarios; Bluetooth modules focus on short-range, low-power interaction, suitable for lightweight, close-range pairing and sensor data transmission; V2X modules are dedicated to automotive-grade intelligent in-vehicle connectivity, meeting the stringent requirements of autonomous driving and smart transport; HyperMesh/FHSS modules specialise in interference-resistant self-organising networks in complex industrial environments, suitable for long-range, highly reliable, unattended IoT networking scenarios.

Backed by Murata’s cutting-edge manufacturing processes and quality control systems, all four module series share the common advantages of compact size, high stability and long service life. They can meet the diverse wireless communication needs of consumer, industrial, automotive and specialised applications, representing the world’s leading modular solutions in terms of overall performance in the field of wireless connectivity.