A Comprehensive Guide for BLE Module: From Basics to Brilliance

2023-10-09 Dusun Blogs

Bluetooth low energy module acts as a bridge to let Bluetooth gateways collect various valuable data, including environmental sensor readings (e.g., temperature, humidity), location information, status updates, etc., from nearby BLE end devices and prepares it for further processing. Once the data is processed or prepared, the BLE Module can forward it to other components within the gateway. In addition, the BLE module within the gateway ensures that it can efficiently communicate with various BLE end devices while conserving power.


In order to provide readers with a comprehensive and in-depth understanding of BLE modules and to offer references and convenience in selecting relevant products, this article will cover several aspects of BLE modules, including their definition and applications, functions and roles in IoT, and how to choose BLE modules for IoT applications.


What is the BLE Module?

BLE modules are compact and semi-finished products that incorporate BLE capabilities, used by product developers to enable seamless and efficient data exchange between devices after they finish the functional redevelopment and packaging of the shell.


Dusun IoT Bluetooth modules

A BLE module usually has a basic circuit set of the chip with an integrated Bluetooth Low Energy function, enabling wireless communication between devices with minimal energy consumption. BLE modules typically include integrated microcontrollers, RF transceivers, antennas, and other necessary wireless communication components. Compared to traditional Bluetooth modules, BLE modules have lower costs and power consumption, making them more suitable for resource-constrained IoT applications with higher real-time requirements.


In the realm of wireless communication, BLE modules have already emerged as indispensable components that power the Internet of Things (IoT) solutions and various other applications.


Features of BLE Modules

A BLE module is a compact electronic device equipped with Bluetooth Low Energy technology, which is a wireless communication technology designed for energy efficiency and simplicity. It incorporates multiple features that BLE has:

  • Larger Communication Range: BLE modules offer a communication range of approximately 150 meters in an open field, providing a reliable wireless communication solution for the majority of IoT applications.

  • Small Size: Bluetooth modules can be designed to be smaller than a coin. This small size allows BLE device manufacturers to easily embed the BLE modules into a wide range of electrical devices, including wearables, IoT sensors, smart home appliances, and more, without significantly increasing the size of their products. This enables product designers to optimize internal layouts and create space-efficient products with increased market popularity.

  • Convenient Power Supply: BLE modules operate with very low currents, ranging from tens of microamps to a few hundred microamps in normal working conditions. As a result, they can be powered by small button batteries, effectively addressing the power supply challenges of low-power Bluetooth devices in IoT.

  • Higher Data Transfer Rate: BLE modules support data transfer speeds of up to 2 Mbps, providing reliable support for IoT applications with increasing data volume.

  • Security: Ensuring safety and dependability in Bluetooth modules is crucial for a wide range of applications, especially in IoT and wireless communication. The incorporation of advanced encryption technology, such as AES, in Bluetooth modules is crucial in protecting data from unauthorized access and eavesdropping, especially when IoT devices need to exchange data and commands in bidirectional communication.

  • Compliance with Standards: Having your Bluetooth modules certified with various industry standards such as CE, FCC, BQB, SRRC, and other relevant certifications is a substantial advantage for your product offerings. These certifications signify that Bluetooth modules comply with the regulatory requirements of different regions and markets, and ensure that your Bluetooth products can be legally sold and used in various countries, facilitating global market access.


Dusun IoT’s DSM-055 Bluetooth mesh modules consist of a highly integrated and high-performance wireless BLE SoC chip EFR32BG21 as well as some peripheral devices (including an on-board PCB antenna with a gain of 2.0dBi). The chip has a variety of built-in firmware used for Bluetooth IoT applications, such as iBeacon/Eddystone, Bluetooth transparent transmission, Bluetooth mesh, Bluetooth scanning, etc., to facilitate the rapid redevelopment of BLE products. 

Role of BLE Modules

The primary purpose of BLE modules is to establish efficient and low-power wireless connections between devices. These modules facilitate seamless data exchange over a certain distance, making them ideal for IoT applications that require energy-efficient communication and intermittent data transfer.


BLE modules offer various operating modes, each with distinct characteristics suitable for different IoT applications. Below is a brief introduction to the operating modes of BLE modules to provide developers with a comprehensive understanding of their functionalities.


role of ble modules

Master Mode

In master mode, a Bluetooth module can search for and connect to desired slave devices within its vicinity. It can send and receive data and can also be configured to automatically connect to a specific slave device using its MAC address, allowing the module to establish a connection as soon as it powers up.


Slave Mode 

Bluetooth modules operating in slave mode can only be discovered by master devices and cannot initiate searches themselves. Once connected to a master device, a slave device can exchange data with the master.


Broadcast Mode

In this mode, a Bluetooth module can perform one-to-many broadcasting. Users can use AT commands to configure the data to be broadcast, and the module can continuously broadcast in a low-power state. This mode is suitable for applications with extremely low power consumption, small data volume, and one-way transmission, such as beacons, billboards, BLE indoor positioning, and Bluetooth beacon asset tracking.


Mesh Networking Mode:

In this mode, multiple modules can be added to a network, utilizing a star network and relay technology. Each network can connect to over 65,000 nodes, and networks can interconnect as well. This allows numerous Bluetooth modules to be interconnected or controlled directly through a smartphone or tablet without an extra gateway. Even if one device fails, data transmission can be routed through the nearest device. The entire networking process only requires devices to power up and set a communication password to achieve simple interconnectivity.


The different operating modes of the BLE module generally support multi-device connections. DSM-055 BLE Module with SiliconLabs EFR32BG21 chipsets supports multiple devices to connect at the same time, and when they are used as BLE masters, 12 BLE slaves can be connected at the same time.






What is the Use of Bluetooth Module?

Understanding the Bluetooth working mode can help IoT device developers quickly determine the Bluetooth working mode according to the application scenario for development. After all, in the field of wireless communication, BLE modules have become indispensable components, powering the Internet of Things (IoT) and various other applications.

The following is a brief introduction to some common IoT applications developed using the BLE modules:


Smart Homes

BLE module in smart home uses includes smart locks, smart lighting control, smart appliances, etc. BLE temperature humidity sensors can provide real-time data about the home environment; BLE-powered smart locks offer convenient and secure access control by using smartphones as digital keys; Wearable health monitors equipped with BLE allow users to track vital health metrics such as heart rate, activity level, sleep quality, and sync data with smartphone apps for continuous health monitoring, providing valuable insights and early warnings; BLE-based smart lighting systems provide customizable lighting control and ensure efficient and responsive communication between lighting fixtures and control devices.


Asset Tracking

BLE modules can be used to create precise indoor positioning systems, enabling businesses to track assets or provide location-based services in enclosed spaces.


Industrial Sensing

In the context of smart manufacturing, various terminal sensors with environmental sensing capabilities can use BLE modules to communicate collected data, enabling intelligent monitoring and control during the production process.


Wearable Technology

Fitness trackers, smartwatches, and medical devices utilize BLE modules to transmit data to smartphones or other connected devices, while also conserving battery life.


Bluetooth Gateways

Bluetooth gateway is a device that integrates Bluetooth LE with multiple wireless or wired communication methods such as WiFi, 4G/5G, Ethernet, etc. The Bluetooth beacon gateway supports scanning the broadcasts of surrounding BLE beacon devices and defaults to MQTT reporting. The BLE module is the core component responsible for data collection in the BLE gateways. The performance of the BLE module directly determines the efficiency of the Bluetooth gateway in collecting IoT device data and uploading data to the server.


What to Consider When Selecting BLE Modules for IoT Applications?

Given the vast array of IoT applications, the emphasis on BLE module functionalities varies across different scenarios. Therefore, selecting a BLE module tailored to different IoT applications is very crucial. Below we are going to mention factors you need to take into account.

BLE Support

For applications demanding high throughput, modules supporting 2M PHY or extended advertising data packets can be sought after. If greater communication range is required, Bluetooth long-range modules supporting LE-coded PHY should be considered. For BLE positioning and tracking applications, a BLE module with Angle of Arrival (AoA) or Angle of Departure (AoD) capabilities is needed.


Processor Chip

The processor core of a BLE module dictates its processing capability. The quality of the Bluetooth chip directly influences the performance of the BLE module. A chip with excellent processing capabilities and support for rich firmware and software protocol stacks can provide developers with numerous conveniences.


Interfaces

Another crucial factor is the module’s interface types. How the BLE module connects to peripherals other than itself is critical in determining compatibility. You are suggested to choose a BLE module with sufficient processing power and a rich set of interface types.


Integration and Compatibility

Ensure that the chosen BLE module seamlessly integrates with the existing hardware and software components of your application. Good compatibility with popular platforms and development tools can simplify the implementation process and reduce costs.


Signal and RF Performance

BLE modules with high RF sensitivity and output power provide a better link budget and extended range without requiring external amplifiers.

Data Transfer Rate

The data transfer rate of BLE modules can impact the speed of communication between devices. Choosing a module with a data rate that aligns with your application’s requirements is essential.


OTA (Over-The-Air) Updates

OTA updates are crucial for commercial and industrial applications. Select BLE modules that support OTA updates to facilitate timely firmware updates, error fixes, and wireless addition of new features. OTA updates reduce costly downtime and the need for on-site technical access.


Operating Temperature Range

To ensure stable operation of BLE modules over an extended period, the module’s operating temperature range should ideally cover the required environmental temperature of the application. Thus, the ability of a BLE module to operate reliably across a wide temperature range is a key performance indicator.


Operating Current/Voltage and Transmit Power

The operating voltage and current of a Bluetooth module determine its power consumption and stability. Choosing a Bluetooth module with low power consumption and high transmit power means that the Bluetooth RF signal can travel a greater distance, expanding the signal coverage area. High-transmitting-power Bluetooth modules are able to support connections with more remote devices.


Antenna

Different products have varying antenna requirements. Commonly used antennas for Bluetooth modules include PCB antennas, ceramic antennas, and IPEX external antennas. If the module will be placed within a metal enclosure, modules with IPEX external antennas are typically preferred. Antennas with stable gain and wide beamwidth within the operating frequency range enable Bluetooth modules to have more stable connections and broader signal coverage areas.


Advice for Embedding BLE Modules into Your Products

Understanding the foundational principles and applications of BLE modules isn’t the final goal. The ultimate goal is to choose an appropriate BLE module and integrate it into your own IoT hardware development. The following are some detailed steps and recommendations that aim to help you plan and execute this process more effectively:

Make Your Goals and Requirements Clear

Clearly define the main functionalities and characteristics of your product and then determine the role and functionalities of Bluetooth in your product. You need to specify performance requirements like connection stability, data transfer rate, power consumption, etc.


Select an Appropriate BLE Module

Based on your product’s requirements, choose a suitable BLE module. What you need to consider involves factors like size, power consumption, performance, etc., as we mentioned before. Decide whether BLE, classic Bluetooth, or both need to be supported.


Hardware Design and Layout

Design the circuit layout for the Bluetooth module, including RF circuitry and antenna placement. Ensure that RF design follows best practices to avoid signal interference and performance issues.


Power Supply and Management

Design an appropriate power circuit to ensure a stable power supply. Low-power design strategies can help extend battery life if applicable.


RF Performance Optimization

Conduct RF performance testing, including signal strength and connection range. Optimize antenna and circuit design to enhance connection quality.


Software Development

Learn about Bluetooth protocol stacks and development tools, such as BLE protocol stacks and relevant SDKs, and then develop software code for Bluetooth connection, data transmission, and handling. You need to consider security and data privacy to ensure safe Bluetooth communication.


Testing and Validation

Performing functionality testing on hardware to ensure the proper functioning of circuits and Bluetooth modules is of great significance. You can conduct software testing, including Bluetooth connection, data transmission, and handling of exceptional cases.


Product Integration and Debugging

Embed the BLE module into your product and perform overall integration and debugging. You may need to address potential hardware and software interaction issues that may arise.


Remember that this process involves a combination of hardware and software aspects, and it’s important to iterate and test at various stages. Additionally, documentation and version control are essential to keep track of changes and ensure consistency throughout the development process. By following these steps and taking a thorough approach, you can effectively integrate BLE modules into your developer products and create successful IoT applications.


Recommendation for High-Performance BLE Modules

Indeed, selecting a BLE module with balanced performance across all aspects can be very challenging. But Dusun IoT’s DSM-055 Bluetooth low energy module stands out as an all-rounder. Below is an overview of its advantages in IoT applications:

Powerful Processor and Abundant Interface Resources

This module adopts a highly integrated wireless chip EFR32BG21. This chip is a low-power multi-protocol Bluetooth 5.2 SoC launched by Silicon Labs company, supporting BLE, Bluetooth Mesh, and Thread, and also supporting the proprietary 2.4GHz protocol. The Cortex-M33 processor is used while it also supports floating-point operations, with a main frequency of 80MHz and Bluetooth Mesh support. It has low-power Bluetooth capability and supports NCP and RCP protocols, and the module also integrates high-quality peripheral hardware, including a receiving and transmitting antenna with 2dBi gain and rich GPIO. These hardware features provide excellent scalability and stable connectivity for this BLE module, ensuring its potential for secondary development.


Complete BLE Support

This module is an all-in-one Bluetooth module, meaning it owns all BLE protocols: Bluetooth 5.2, BLE Long Range, iBeacon/eddy stone, Bluetooth scanning, Bluetooth mesh networking, and more. This allows it to provide broader compatibility and serves a wider range of IoT application scenarios.


High Integration and Compatibility

In terms of hardware, this module supports three types of serial ports: UART, GPIO, and PWM. It can be connected to a variety of peripheral devices and has strong hardware compatibility and functional expansion capabilities. At of the software, Dusun IoT provides free SDK support for users to implement rapid secondary development. The module supports OTA functionality and quickly connects your IoT products to public and private cloud platforms through our Bluetooth gateways.


High Data Transfer Rate

This module supports the Bluetooth 5.2 protocol and has strong data transmission capabilities, which can significantly improve the communication speed between devices and improve the operational efficiency of IoT applications.


Excellent RF Performance

With a transmitting power and receiving sensitivity of 20dBm, the communication distance of the BLE module is longer (up to 150m), the reaction speed is faster, and it is more suitable for long-distance and high-precision IoT applications.


Wide Operating Temperature Range

This BLE module can operate stably within a temperature range of -45℃ to 85℃, making it adaptable to certain extreme temperature environments in IoT applications.


Final Word

In conclusion, BLE modules have revolutionized wireless communication by providing efficient and seamless connections for various applications. Compact BLE modules enable IoT devices to communicate, share data, and interact while reducing energy consumption. By carefully evaluating and considering factors like power consumption, communication range, data rate, integration, security, cost, and support, developers can choose the most suitable BLE module.


Dusun IoT’s DSM-055 BLE module excels in many key Bluetooth functionalities and services, making it an ideal choice for IoT developers. This module provides excellent hardware and software support for IoT hardware development, helping realize innovative ideas and create a more connected and efficient world.

授权代理商:世强先进(深圳)科技股份有限公司
技术资料,数据手册,3D模型库,原理图,PCB封装文件,选型指南来源平台:世强硬创平台www.sekorm.com
现货商城,价格查询,交期查询,订货,现货采购,在线购买,样品申请渠道:世强硬创平台电子商城www.sekorm.com/supply/
概念,方案,设计,选型,BOM优化,FAE技术支持,样品,加工定制,测试,量产供应服务提供:世强硬创平台www.sekorm.com
集成电路,电子元件,电子材料,电气自动化,电机,仪器全品类供应:世强硬创平台www.sekorm.com
  • +1 赞 0
  • 收藏
  • 评论 0

本文由出山转载自Dusun Blogs,原文标题为:A Comprehensive Guide for BLE Module: From Basics to Brilliance,本站所有转载文章系出于传递更多信息之目的,且明确注明来源,不希望被转载的媒体或个人可与我们联系,我们将立即进行删除处理。

评论

   |   

提交评论

全部评论(0

暂无评论

相关推荐

How to Develop an Application connected with BLE 5 Devices on Dusun’s Gateways

As the Dusun gateway is running based on the Linux system, how to implement an application over the Bluez stack to ‘talk’ with BLE 5 devices on Dusun BLE gateways 1 will be presented here.

设计经验    发布时间 : 2023-11-29

How to Using IoT in Smart Lighting (The Most Complete Guide for 2023 from Dusun)

This article introduces the three categories of smart lighting and the benefits of smart lighting using IoT, especially for related equipment manufacturers and managers.

设计经验    发布时间 : 2023-09-26

How to use nordic nrf52832 module for indoor?

The BLE nordic nrf52832 gateway is widely used in indoor navigation and positioning systems. It is a device that supports communication between intelligent equipment (sensors, beacons, switches, etc.) and products based on Bluetooth wireless technology. This artical shows how to use nordic nrf52832 module for indoor.

设计经验    发布时间 : 2022-06-04

Silicon Labs(芯科科技) 物联网无线产品选型指南

目录- Company and product overview    Bluetooth Modules    proprietary wireless devices    Wi-Fi Modules    Mighty Gecko Modules    Z-Wave Modules   

型号- EBWT41U,ZDB5202,SLEXP8027A,EFR32FG13P233F512GM48,EFR32™,SLWSTK6061B,MGM12P,EZR32WG,EFR32FG13P231F512GM32,EFR32BG12P232F1024GM68,EFR32MG13P733F512GM48,EFR32BG13P532F512GM32,WT12,AMW007-E04,EFR32,WT32I,EZR32™,BGM121,BGM11S,WT11U,EFR32FG,EFR32FG14P233F256GM48,SLWSTK6062B,RBK-ZW500DEV-CON2,SLWSTK6120A,SLWSTK6063B,RBK-ZW500,EFR32BG12P132F1024GL125,SI4XXX,ZM5101,ZM5304,ZDB5101,ACC-UZB3-U-BRG,BGM111,EBWT11U,EFR32FG14P233F128GM48,ACC-UZB3-U-STA,MGM111,ZDB5304,SLWSTK6000B,SLWSTK6020B,WT32,SI10XX,SLWSTK6101C,EFR32MG13P632F512GM32,AMW037,EFR32FG12P433F1024GM48,DKWT32I-A,EFR32MG12P132F1024GL125,EFR32MG1P133F256GM48,BGM13S,EZR32HG,BGM13P,BGX13P,EZR32LG,MGM13P,WT41U,EFR32BG13P733F512GM48,BGX13S,SLWSTK6060B,MGM13S,SLWSTK6065B,WGM110,RBK-ZW500DEV-EMB2,EFR32BG12P433F1024GL125,EBWT12-A,ZM5202,AMW007,SLTB004A,EFR32MG14P733F256GM48

选型指南  -  SILICON LABS  - REV A  - SEPTEMBER 2018 PDF 英文 下载

数据手册  -  FEASYCOM  - Version 1.3.1  - 2022/05/24 PDF 英文 下载 查看更多版本

数据手册  -  天工测控  - V1.05  - 2023.9.5 PDF 中英文 下载

SKB369 Multiprotocol Bluetooth 4.2/5.0 Low Energy Module

型号- SKB369-CSPI,SKB369-XXPI,SKB369

数据手册  -  天工测控  - V2.01  - 22-Jun-2022 PDF 英文 下载

Wireless Connectivity Redefined: A Closer Look at Fn-LinK Modules

In today‘s fast-paced world, wireless connectivity has become a crucial component of our daily lives. As technology continues to evolve, the demand for efficient and reliable wireless modules has never been higher. In this article, we will take a closer look at the evolution of wireless technology and explore the features and benefits of Fn-LinK cutting-edge modules.

技术探讨    发布时间 : 2024-07-27

ROHM(罗姆)LAPIS 无线通信LSI/模块选型指南 (英文)

目录- Wireless Communication LSIs/Modules Product Introduction    Bluetooth® Modules    Specified Low Power Wireless LSIs    LPWAN (Low Power Wide Area Network) Wireless LSI    Specified Low Power Wireless System LSI with Built-in MCU    Wi-SUN Modules    13.56MHz Wireless Charger Chip set    Wi-Fi Modules    EnOcean® Modules    Specifications   

型号- ML7436N,ML7416N,ML7344CY,EDK 400J,STM 429J,ML7386X,MK74Q0410,BP35C1-J11-T01,BU1805AGU,MK71511A,STM 300,BP35C0-JXX,TCM 310,MK71521-NNN,BP35C5,TCM 410J,ML7416S,ML7396E,ML7396D,ML7396B,BP35C5-T01,ML7631,BP359B-T01,BP3591-T02,ML7630,BP3591-T03,USB 400J,BP3580,PTM 210J,STM 431J,ML7344XT,BP359F,MK71511A-NNN,MK71511,BP359D,BP359C,BP359B,ML7345D,ML7345C,ECO 200,BP3595-T02,BP3595-T03,BP3599,BP35C0-J11-T01,ML7345,MK715X1EK1A,BP3595,ML7386,MK71521A,BP3591,STM 431T,HSM 100,ML7406T,BP35C2-J11-T01,BP35A1,BP3622-T01,USB 500T,BP35C2,BP3621-T01,BP35C0,BP35C0-T01,MK71521,ML7386B,STM 400J,ML7344XY,MK71521A-NNN,PTM 330,ML7404,MK715X1EK1,STM 329,ML7396X,PTM 210,ML7414,USB 300,ML7345X,MK71511-NNN,STM 331,ML7406Y,PTM 430J,BP35C0-J11,BP35A7A,ML7344JY

选型指南  -  ROHM  - Ver.7.0  - 10.2020 PDF 英文 下载

MindMotion Introduces Low Power Bluetooth MM32WB0510 MCU with BLE 5.1 Support

MindMotion launched the MM32WB0510 MCUs with an integrated BLE RF module that complies with the BLE 5.1 specification. It features an integrated BLE 5.1 RF module that operates in the 2.4GHz ISM band, and its RF front end uses GFSK/FSK modulation to support programmable frequency channels and output power.

新产品    发布时间 : 2023-07-27

Bluetooth Brilliance: The Evolution of BT Modules

Bluetooth technology has undergone a remarkable evolution over the years, particularly in the realm of Bluetooth modules. From their humble beginnings to becoming a staple in modern technology, the rise of Bluetooth modules has been nothing short of revolutionary. In this article, we will explore the benefits of Bluetooth modules, including their impact on connectivity and convenience.

产品    发布时间 : 2024-07-26

Wi-Fi BLE IoT Module: Bridging the Gap in IoT Connectivity

This article delves into the intricacies of the Wi-Fi BLE IoT Module, exploring its functionality and how it revolutionizes IoT connectivity. Furthermore, this article will also delve into the various applications of the Wi-Fi BLE IoT Module across industries, showcasing its versatility and adaptability in a wide range of scenarios.

技术探讨    发布时间 : 2024-05-02

RF-star Unveils CC2642R-Q1 Automotive Grade BLE Module RF-BM-2642QB1I to Empower Connected Vehicles

The CC2642R-Q1 module is pin-to-pin compatible with RF-star’s CC2642R series modules RF-BM-2642B1 and RF-BM-2642B2, ensuring easy integration and scalability for automotive applications. Here is a model list of CC2642R series Bluetooth LE modules to clearly show their differences.

产品    发布时间 : 2024-03-13

Breaking Boundaries: Wi-Fi BLE IoT Module Innovations

In the fast-paced world of technology, the evolution of Wi-Fi BLE IoT modules has been a game-changer, breaking boundaries and opening up new possibilities for connectivity and automation.

技术探讨    发布时间 : 2024-07-25

数据手册  -  FEASYCOM  - Version 1.9  - 2023/07/05 PDF 英文 下载

展开更多

电子商城

查看更多

品牌:Dusun

品类:Bluetooth云模组

价格:¥49.5000

现货: 5

品牌:Ignion

品类:虚拟天线芯片

价格:¥3.0263

现货: 2,465

品牌:FUJITSU

品类:蓝牙模块

价格:

现货: 0

品牌:FUJITSU

品类:蓝牙模块

价格:

现货: 0

品牌:Dusun

品类:核心板

价格:

现货: 0

品牌:Dusun

品类:智能网关

价格:

现货: 0

品牌:Dusun

品类:智能吸顶网关

价格:

现货: 0

品牌:Dusun

品类:智能吸顶网关

价格:

现货: 0

品牌:Dusun

品类:RTOS网关

价格:

现货: 0

品牌:Dusun

品类:RTOS网关

价格:

现货: 0

品牌:

品类:

价格:

现货:

品牌:

品类:

价格:

现货:

品牌:

品类:

价格:

现货:

品牌:

品类:

价格:

现货:

品牌:

品类:

价格:

现货:

品牌:

品类:

价格:

现货:

品牌:

品类:

价格:

现货:

品牌:

品类:

价格:

现货:

品牌:

品类:

价格:

现货:

品牌:

品类:

价格:

现货:

现货市场

查看更多

暂无此商品

海量正品紧缺物料,超低价格,限量库存搜索料号

服务

查看更多

语音/录音芯片定制

提供语音芯片、MP3芯片、录音芯片、音频蓝牙芯片等IC定制,语音时长:40秒~3小时(外挂flash),可以外挂TF卡或U盘扩容。

最小起订量: 1pcs 提交需求>

物联网天线方案设计/虚拟天线芯片方案设计

Ignion可支持多协议、宽频段的物联网天线方案设计,协议:Wi-Fi、Bluetooth、UWB、Lora、Zigbee、2G、3G、4G、5G、CBRS、GNSS、GSM、LTE-M、NB-IoT等,频段范围:400MHz~10600MHz。

最小起订量: 2500 提交需求>

查看更多

授权代理品牌:接插件及结构件

查看更多

授权代理品牌:部件、组件及配件

查看更多

授权代理品牌:电源及模块

查看更多

授权代理品牌:电子材料

查看更多

授权代理品牌:仪器仪表及测试配组件

查看更多

授权代理品牌:电工工具及材料

查看更多

授权代理品牌:机械电子元件

查看更多

授权代理品牌:加工与定制

世强和原厂的技术专家将在一个工作日内解答,帮助您快速完成研发及采购。
我要提问

954668/400-830-1766(工作日 9:00-18:00)

service@sekorm.com

研发客服
商务客服
服务热线

联系我们

954668/400-830-1766(工作日 9:00-18:00)

service@sekorm.com

投诉与建议

E-mail:claim@sekorm.com

商务合作

E-mail:contact@sekorm.com

收藏
收藏当前页面