As an emerging short-range wireless communication module, the Bluetooth module has been widely used in more and more fields including smart home, medical equipment, and new retail. It provides low-cost, low-power, and short-range wireless communication, and constitutes a personal network in a communication environment between fixed and mobile devices, enabling seamless resource sharing of various information devices within a short distance. Since there are many different sizes and types of Bluetooth modules on the market, the market competition is intensified and the selection difficulty is also increased. So, how can we choose a more suitable Bluetooth module?

In fact, no matter what type of Bluetooth module it is, its structure is very different. You may wish to analyze and consider from the following angles:

1. Chip: a powerful chip is a powerful guarantee for the performance of the Bluetooth module.

2. Size: Today's smart IoT devices pursue small size, and the internal component structure also requires the smaller the size, the better.

3. Stability: Nowadays, many processes have higher and higher requirements for the fine operation of equipment, especially the communication modules in industrial systems, which pay special attention to stability and monitoring. The host system needs to know the working status of the Bluetooth module at any time. If it is a high-quality Bluetooth module, it needs to be able to provide effective internal and external working status indication signals at the same time. In addition, it also needs to provide various signals such as link control.

4. Transmission distance: Bluetooth is mainly divided into two power levels. The standard communication distance of level 1 is 100 meters, and the standard communication distance of level 2 is 10 meters. It should be noted that the power of level 1 is higher than that of level 2, the communication distance is longer, and the corresponding level 1 radiation is larger. In the actual application of Bluetooth solutions, developers need to understand the environment in which the product is located and whether long-distance transmission is required, so as to determine which Bluetooth module meets the data transmission requirements based on the distance. For some products that do not need to be operated over a long distance, such as wireless mice, wireless headsets, etc., we can choose modules with relatively short transmission distances, such as modules greater than 10 meters; for products that require long distances, modules with transmission distances greater than 50 meters can be selected.

5. Power consumption: The Bluetooth Low Energy Module(BLE module) is famous for its low power consumption, but it has a variety of working states, including broadcasting, continuous transmission, deep sleep, standby state, etc. The power consumption in each state is different.

6. Cost: price is the biggest concern of many smart IoT device manufacturers. The original manufacturer of the Bluetooth module has an obvious price advantage. The selected merchants should be able to strictly control the quality of the modules, and provide pre-sales and after-sales technical support. There is a regular inventory of modules to ensure that low-cost, cost-effective Bluetooth modules are available.

7. Strong function: a good Bluetooth module should have good anti-interference ability, can be used in different communication environments, and can be connected to a variety of devices, and can be connected synchronously; strong penetration, Bluetooth signals can penetrate most non-metallic objects; transmission security, through customized encryption and decryption algorithms and authentication mechanisms to ensure the security of transmission.

Then, if you want to choose a suitable Bluetooth module, you can start from the above aspects, or you can choose a reliable Bluetooth module manufacturer. The Bluetooth module has a great advantage that it can be deployed quickly. If the wired communication method is used, it is necessary to erect cables or dig cable trenches at the time of establishment, which requires a lot of effort. In contrast, using the Bluetooth module to establish a dedicated wireless data transmission mode greatly saves manpower, material resources and investment.

Joinet has been focusing on R&D and innovation in the field of low-power Bluetooth modules for many years. The Bluetooth modules produced have the advantages of stable transmission rate, low power consumption, and support for multiple communication protocols. They are designed for low-power devices such as sensors, fitness trackers, and other IoT devices that require minimal power consumption and long battery life. As a professional Bluetooth module manufacturer, Joinet provides customers with customized BLE module services. Welcome to contact us for more details about bluetooth module.

The emergence of low-power bluetooth module has improved the shortcomings of classic bluetooth modules and has become a standard configuration for high-end smartphones. BLE module + smart home, make our life smarter.

Why can't classic Bluetooth module achieve low power consumption?

Let's look at the features of Bluetooth low energy module with the Bluetooth module manufacturer Joinet:

1: The lowest power consumption

To reduce power consumption, Bluetooth low energy devices spend most of their time in sleep mode. When activity occurs, the device automatically wakes up and sends a text message to the gateway, smartphone or PC. The maximum/peak power consumption does not exceed 15mA. Power consumption during use is reduced to one-tenth of that of traditional Bluetooth devices. In the application, a button battery can maintain stable operation for several years.

2: Stability, Security and Reliability

Bluetooth Low Energy technology uses the same Adaptive Frequency Hopping (AFH) technology as conventional Bluetooth technology, thus ensuring that Bluetooth Low Energy modules can maintain stable transmissions in "noisy" RF environments in residential, industrial and medical applications. To minimize the cost and power consumption of using AFH, Bluetooth Low Energy technology has reduced the number of channels from 79 1 MHz wide channels of conventional Bluetooth technology to 40 2 MHz wide channels.

3: Wireless Coexistence

Bluetooth technology uses the 2.4GHz ISM frequency band that does not require a license. With so many technologies sharing this airwave space, wireless performance suffers from error correction and retransmissions caused by interference (eg increased latency, reduced throughput, etc.). In demanding applications, interference can be reduced through frequency planning and special antenna design. Because both the traditional Bluetooth module and the Bluetooth low energy module use AFH, a technology that can minimize the interference of other radio technologies, the Bluetooth transmission has excellent stability and reliability.

4: Connection range

The modulation of Bluetooth low energy technology is slightly different from that of traditional Bluetooth technology. This different modulation enables a connection range of up to 300 meters at a wireless chipset of 10 dBm (Bluetooth Low Energy maximum power).

5: Ease of use and integration

A Bluetooth low energy piconet is typically based on a master device connected to multiple slave devices. In a piconet, all devices are either masters or slaves, but cannot be both masters and slaves at the same time. The master device controls the communication frequency of the slave device, and the slave device can only communicate according to the requirements of the master device. Compared with traditional Bluetooth technology, a new function added by Bluetooth low energy technology is the "broadcast" function. With this feature, a slave device can signal that it needs to send data to the master device.

Since the physical layer modulation and demodulation methods of classic Bluetooth and low-power Bluetooth are different, low-power Bluetooth devices and classic Bluetooth devices cannot communicate with each other. If the master device is a low-power Bluetooth device, the slave device must also be a low-power Bluetooth device; similarly, a classic Bluetooth slave device can only communicate with a classic Bluetooth master device.

Joinet, as a research and development and manufacturer of low-power Bluetooth modules, in addition to low-power Bluetooth modules, we also have corresponding solutions, such as: smart toothbrushes, networked water purifiers, etc. Welcome to consult!

With the continuous development of IoT technology, WiFi modules have become an indispensable part of IoT devices. The WiFi module can provide wireless connection capabilities for IoT devices, realize the interconnection between devices, provide users with a more convenient and intelligent experience, and bring convenience to our life and work. Joinet WiFi module manufacturer will introduce the related knowledge and application of WiFi module in this article.

Basic principle of WiFi module

The WiFi module is a wireless module based on the WiFi protocol, which is used to transmit and receive radio signals, and it can realize wireless communication between devices. They come in all shapes and sizes and are designed to connect to wireless networks and transmit data over radio waves, allowing devices to communicate with each other and access the internet. A WiFi module is usually composed of a microprocessor, a WiFi chip, peripheral circuits, and an antenna. Among them, the WiFi chip is the core component of the WiFi module, which can realize communication with the WiFi network and support various network protocols and security mechanisms.

Function of WiFi module

1. Network connection

The most basic function of the WiFi module is to connect to a WiFi network. By connecting to a WiFi network, we can transfer data between devices, such as sharing files between mobile phones and computers and controlling smart home devices. At the same time, the connection speed of the WiFi module is usually relatively fast, which can meet the needs of high-speed data transmission.

2. Wireless communication

WiFi modules use wireless technology to communicate, which means we can get rid of the limitations of traditional wired connections. Through wireless connection, we can carry out data transmission in a wider range, such as in homes, offices, public places, and other places. The wireless connection also makes it easier for us to carry out mobile office and mobile life.

3. Remote control

Many devices are equipped with WiFi modules, which can be controlled remotely through the network. For example, we can control smart home devices through mobile phone applications, remotely access servers through computers, and so on. These functions allow us to manage and control equipment more conveniently, saving time and energy.

4. Security

The WiFi module can enable encryption to ensure the security of data transmission. Through encryption, we protect our network and data from hackers and other security threats. At the same time, the security settings of the WiFi module can also control who can access our network and equipment, further protecting our security and privacy.

5. Compatibility

The WiFi module has wide compatibility and can be compatible with many devices and operating systems. This means that we can use different brands and types of equipment for network connection and data transmission. For example, we can use WiFi modules for wireless communication on Windows, macOS, iOS, Android, and other operating systems.

How to choose a WiFi module

When choosing a WiFi module, the following factors need to be considered:

1. Network protocol

Different WiFi modules support different network protocols, and it is necessary to select a suitable WiFi module according to specific application requirements.

2. Power consumption

The power consumption of the WiFi module will affect the battery life of the device, so it is necessary to choose a WiFi module with low power consumption. Generally speaking, the low-power WiFi module adopts a deep sleep mode, which can reduce power consumption when the WiFi function is not used.

3. Communication distance

The communication distance of the WiFi module is also a factor to be considered, and the appropriate WiFi module needs to be selected according to the specific application scenario. Generally speaking, the longer the communication distance, the greater the power required by the WiFi module. If you need to use the WiFi module outdoors or in large places, you need to choose a WiFi module with a long communication distance.

4. Integration

The level of integration of the WiFi module is also a factor to consider and can affect the size and cost of the device. Generally speaking, a WiFi module with a higher degree of integration has a smaller size and lower cost.

5. Reliability

The reliability of the WiFi module is also a factor to be considered. Generally speaking, WiFi modules with high brand awareness and reliable product quality are more suitable for use. The reliability of WiFi modules can be evaluated from the historical records of WiFi module manufacturers and customer feedback.

6. Price

Different WiFi modules have different prices, which need to be selected according to the project budget. It is necessary to comprehensively consider the cost performance of the WiFi module according to the application scenarios and requirements. And according to the requirements of the product, choose the most reliable WiFi module supplier to purchase the product with the right price.

Application scenario of WiFi module

1. Smart home

With the rise of smart homes, the application of WiFi modules is more and more extensive. Smart home devices can be connected wirelessly through the WiFi module, and users can control various devices in the home through mobile apps, such as smart light bulbs, smart sockets, smart door locks, etc.

2. Industrial automation

In the field of industrial automation, WiFi modules can provide real-time communication capabilities for devices, enabling data exchange and collaboration between devices. For example, industrial robots can realize wireless communication with the main control system through the WiFi module, to realize remote control and monitoring.

3. Logistics management

In the field of logistics management, the WiFi module can provide wireless connection capabilities for logistics equipment. For example, logistics vehicles can communicate with the dispatch center in real-time through the WiFi module, to realize the tracking and management of goods.

As an important part of the Internet of Things device, the WiFi module can provide the device with wireless connection capability, so that the device can realize interconnection and intercommunication. When choosing a WiFi module, it is necessary to select a suitable WiFi module manufacturer to produce the desired product according to the specific application requirements and budget.

As a professional WiFi module manufacturer, Joinet has the expertise to meet customers' design concepts and specific performance requirements, and can also provide customers with customized WiFi module services, design integration services, and complete product development services.

Connecting an IoT (Internet of Things) module to a server involves multiple steps and can be done using various communication protocols and technologies depending on your specific requirements. However, I can give you a general overview of the steps involved in connecting an IoT module to a server:

Steps to connect IoT module to server

1. Select the IoT module

Choose the appropriate IoT module or device that suits your application and communication needs. Common IoT modules include Wi-Fi modules, NFC modules, Bluetooth modules, LoRa modules, etc. Module selection depends on factors such as power consumption, connectivity options, and processing capabilities.

2. Connect sensors/actuators

If your IoT application requires sensor data (e.g. temperature, humidity, motion) or actuators (e.g. relays, motors), connect them to the IoT module according to the module's specifications.

3. Select communication protocol

Determine the communication protocol you want to use to send data from the IoT module to the server. Common protocols include MQTT, HTTP/HTTPS, CoAP, and WebSocket. The choice of protocol depends on factors such as data volume, latency requirements, and power constraints.

4. Connect to the network

Configure the IoT module to connect to the network. This may involve setting up Wi-Fi credentials, configuring cellular settings, or joining a LoRaWAN network.

5. Realize data transmission

Write firmware or software on the IoT module to collect data from sensors or other sources and transmit it to a server using the chosen communication protocol. Make sure the data is formatted correctly and securely.

6. Set up your server

Make sure you have a server or cloud infrastructure ready to receive data from the IoT module. You can use cloud platforms like AWS, Google Cloud, Azure, or set up your own server using a computer or dedicated server. Make sure your server is reachable from the Internet and has a static IP address or domain name.

7. Server side processing

On the server side, create an application or script to receive and process incoming data from the IoT module. This usually involves setting up an API endpoint or message broker, depending on the chosen protocol.

8. Data processing and storage

Process incoming data as needed. You may need to validate, filter, transform and store data in a database or other storage solution.

9. Security and authentication

Implement security measures to protect communications between IoT modules and servers. This may involve the use of encryption (e.g., TLS/SSL), authentication tokens, and access controls.

10. Error handling and monitoring

Develop error handling mechanisms to handle network outages and other issues. Implement monitoring and management tools to keep an eye on the health and performance of IoT modules and servers. This can include anomaly alert systems.

11. Expand and maintain

Depending on your project requirements, you may need to scale your server infrastructure as the number of IoT modules increases. Consider the scalability of your IoT solution. Ensure that as your IoT deployment scales, it can handle increasing numbers of devices and data volumes. Plan regular maintenance and updates to keep IoT module firmware and server infrastructure up to date and secure.

12. Testing and Debugging

Test the IoT module's connection to the server. Monitor data transfers and debug any issues that arise.

13. Documentation and Compliance

Document the IoT module’s connections and server settings and ensure compliance with any relevant regulations or standards, especially regarding data privacy and security. Be aware of any regulatory requirements or standards that apply to your IoT solution, especially if it involves sensitive data or security-critical applications.

14. Safety Precautions

Implement security measures to protect your IoT modules and servers. This may include encrypting data, using authentication tokens, and implementing secure communication protocols.

Keep in mind that the specifics may vary greatly depending on your IoT module, server platform, and use case. Therefore, be sure to consult the documentation and resources provided by your chosen IoT module and server platform for more specific instructions. Additionally, consider using an IoT development framework or platform to simplify the process of connecting IoT devices to servers.

With the rapid development of the Internet of Things, Bluetooth technology is increasingly used in various industries. As an important part of wireless communication technology, the selection of Bluetooth modules and cooperation with suppliers are crucial. This article will provide an in-depth analysis of the key factors in choosing a Bluetooth module manufacturer.

Factors to consider when choosing a Bluetooth module manufacturer

1. Technical strength and R&D capabilities

When choosing a Bluetooth module manufacturer, technical strength and R&D capabilities are crucial considerations. A manufacturer with strong technical strength and R&D capabilities can produce high-quality modules with stable transmission, strong anti-interference ability, and low power consumption. And it provides ongoing support with technology updates and upgrades. Therefore, it is recommended that you choose Bluetooth module manufacturers that have a long history and accumulated rich experience, such as Joinet.

2. Product quality and reliability

Product quality and reliability are important indicators that determine whether the Bluetooth module can operate stably for a long time. You should choose Bluetooth module manufacturers with strict quality control systems and high-quality materials. Whether the manufacturer has a strict quality control system, uses high-quality materials, and whether the product has been fully tested and certified are all key to determining whether a Bluetooth module is trustworthy. Joinet Company is highly regarded for its excellent quality and can be your choice.

3. Performance and function matching

When choosing a Bluetooth module manufacturer, you must consider the performance and functionality required for your project. The technical specifications of Bluetooth modules from different manufacturers will vary. Some Bluetooth module factories may focus on providing high-performance modules, while others may focus more on low power consumption or long-distance communication. Some manufacturers may also provide specific solutions for different industries and applications, such as the medical industry, smart homes, etc. Therefore, you need to compare the technical specifications of various manufacturers based on the project needs to find the Bluetooth module supplier that best matches the project needs.

4. Supply chain management and delivery capabilities

The success of a project often relies on timely product delivery and stable supply chain management. It is necessary to evaluate the manufacturer's production, supply chain management and delivery time. A Bluetooth module supplier with efficient supply chain management and timely delivery capabilities can help you avoid delays and additional costs caused by product supply issues. Joinet is one of the trusted Bluetooth module suppliers that can help you solve these problems.

5. Technical support and after-sales service

In addition to the performance and functions of the product itself, the manufacturer's technical support and after-sales service are also an important consideration. Good after-sales service and technical support can ensure that you get timely help and solve problems when using the Bluetooth module. An excellent manufacturer should be able to provide timely, professional technical support and complete after-sales service to ensure the smooth progress of the project. Joinet has a professional after-sales team and a complete technical support system to help you overcome potential difficulties.

6. Price and cost-effectiveness

Finally, consider the price and overall cost-effectiveness of the product. High quality does not necessarily mean high price, but it is about finding the manufacturer that achieves the best balance between price and performance.

Conclusion

Choosing a Bluetooth module factory is a comprehensive decision-making process involving technology, quality, performance, supply chain, service, price and other aspects. There are many well-recognized vendors available in the market, and by evaluating their strengths and suitability, you can find a partner that suits your project needs.

When selecting a Bluetooth module manufacturer, you must thoroughly consider the performance and functional requirements of the project to ensure that the selected manufacturer can provide products and services that highly match the project needs, thereby laying a solid foundation for the success of the project. Choosing a reliable, reputable manufacturer will give your project more chances of success.

It should be noted that this article only provides some well-recognized manufacturers as a reference. It does not mean that other manufacturers do not have the corresponding strength and capabilities. When choosing a Bluetooth module manufacturer, it is recommended to conduct sufficient market research and evaluation to ensure that your final choice matches your project needs.

In short, choosing the most suitable Bluetooth module factory is crucial to the success of the project. By evaluating various manufacturer factors, you will be able to find a Bluetooth module supplier that suits your project needs. I hope this article has provided some valuable guidance and reference for you to choose a Bluetooth module manufacturer.