Concept of Nearlink:

Nearlink (Nearlink) is a new generation short-range wireless connectivity technology launched by the NearLink Alliance, spearheaded by the China Academy of Information and Communications Technology. In contrast to traditional WiFi and Bluetooth wireless communication technologies, Nearlink has undergone extensive innovative upgrades and has incorporated key 5G technologies. It has redefined the standards for wireless connectivity, achieving qualitative leaps in terms of speed, latency, transmission distance, security, and reliability. It can be considered as an upgraded hybrid version of WiFi and Bluetooth.

Applications of Nearlink:

Consumer Electronics Scenario:

Nearlink technology has found extensive applications in the consumer electronics sector. After the establishment of its standards, it was initially implemented in the commercial domain, primarily utilized in devices such as smartphones, tablets, mice, keyboards, headphones, speakers, stylus pens, and more. Leveraging its low power consumption characteristics, Nearlink significantly reduces device power consumption, extends standby durations, and effectively addresses the inconvenience of frequent recharging.

In the realm of audio transmission, Nearlink technology stands out for its high speed and low latency, enabling high-quality, multi-channel, lossless audio transmission. In comparison to traditional Bluetooth, Nearlink technology supports higher-quality stereo high-definition audio.

On the other hand, in the context of wireless mouse connectivity, the introduction of Nearlink technology significantly enhances mouse performance. Taking the example of a Nearlink technology mouse, it boasts an average refresh rate of up to 4KHz, four times that of traditional 2.4GHz mice. Simultaneously, the average transmission latency is only 413.14μs, a quarter of that of 2.4GHz mice. For gamers, this means a substantial improvement in user experience, providing more precise control and meeting the demands of users requiring high-level gaming performance.

Furthermore, Nearlink technology exhibits outstanding anti-interference capabilities, allowing it to operate more stably in electromagnetically complex environments such as subways, high-speed trains, airports, and other locations. This reduces the likelihood of transmission jitter or dropout issues.

Smart Home Scenarios:

Nearlink supports a large number of connections, allowing users to effortlessly connect more devices without worrying about mutual interference between them. This is crucial for the growing number of smart home devices and terminals. Nearlink technology boasts a communication range over twice that of Bluetooth, meaning users can freely arrange smart devices without concerns about signal coverage limitations. This, in turn, enhances the reliability and flexibility of smart home systems. In the realms of home entertainment and motion-sensing gaming, Nearlink technology plays a pivotal role. It enables the simultaneous connection of multiple game controllers and motion sensors, allowing more family members to participate at the same time and enhancing the overall gaming experience for the entire household. It can be said that the high connection capacity, extended communication range, and support for multiple devices provided by Nearlink technology offer a more convenient and enriched user experience for applications in the smart home scenario.

Smart Industrial Applications：

With its notable performance advantages in low latency, high reliability, precise synchronization, and anti-interference capabilities, Nearlink technology plays a critical role in industrial manufacturing scenarios. In Nearlink MLE (Multi Link Enhanced) mode, the positioning accuracy can reach centimeter-level precision, providing high-speed, high-capacity, low-latency, and highly reliable connectivity and collaboration for industrial robots, sensors, controllers, and more. Through Nearlink technology, users can achieve remote monitoring and control of industrial equipment data and operational status via smartphones or tablets. This offers a more convenient way for the management and maintenance of industrial equipment, addressing challenges posed by diverse communication protocols while providing high-precision positioning capabilities. This, in turn, realizes intelligent connectivity and collaboration for industrial equipment.

As the future star of short-range wireless connectivity, Nearlink technology has demonstrated outstanding performance and widespread application prospects in various domains, including consumer electronics, smart homes, and intelligent industries. Its features, such as low power consumption, high connection capacity, extended communication range, and resistance to interference, position it as a significant upgrade in current wireless communication technologies. Nearlink's remarkable characteristics make it a key player in the evolution of wireless communication, promising enhanced performance and versatility in the realms of consumer electronics, smart home applications, and intelligent industrial systems.

In 2023, heralded as the commercial debut year for Nearlink, to meet the demands of emerging markets, QOGRISYS, Ltd. is set to launch corresponding Nearlink modules in the near future. This product aims to provide users with a more efficient and reliable wireless connectivity experience. Feel free to visit QOGRISYS'S official website for more information on Nearlink technology and the latest product releases. We look forward to collaborating with you in the field of intelligent wireless communication to create a more convenient and intelligent future!

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