In the field of industrial IoT, the stability of routers is crucial. A reliable router can not only ensure the continuity and real-time nature of data transmission, but also maintain high performance in various complex environments. In order to help those who are new to the industry better understand the stability testing of IoT routers and select the most reliable products, this article will provide an in-depth analysis of the testing performance of multiple products.
IoT routers are key devices that connect various smart devices and sensors, transmitting data over wireless networks to enable remote monitoring and control of devices. However, in practical applications, IoT routers often face various challenges, such as network congestion, signal interference, and equipment aging, which can lead to unstable data transmission. Therefore, it is crucial to conduct stability tests on IoT routers to ensure that they can work properly under various conditions, which is essential to ensuring the stability and reliability of the entire IoT system.
Network coverage: Test the signal strength and stability of the router at different distances.
Data transmission rate: Measure the data transmission speed of the router under different loads.
Concurrent connections: The maximum number of device connections that the test router can support simultaneously.
Anti-interference capability: Evaluate the performance of the router in the presence of other wireless signal interference.
Long-term stability: Through long-term operation testing, observe the failure rate and performance changes of the router.
USR-G816 is a high-performance 5G industrial router that supports dual SIM card backup and multiple networking methods. In the test, USR-G816 showed excellent network coverage and data transmission rate. Even in complex industrial environments, it can maintain stable signal connections and high-speed data transmission. In addition, USR-G816 also has strong anti-interference capability and long-term stability, and can maintain normal operation under various extreme conditions.
● USR-G806w of PUSR
USR-G806w is a 4G industrial router launched by PUSR, which also has excellent stability and reliability. In the test, USR-G806w showed good network coverage and data transmission performance, and was able to maintain stable signal connections at a relatively long distance. At the same time, it also supports multiple networking modes and remote management functions, which facilitates users' configuration and monitoring of devices. Although the USR-G806w is slightly inferior to the 5G router in terms of data transmission rate, it still performs well in terms of stability and reliability.
USR-G816: As 5G industrial router, USR-G816 excels in data transmission rate and network coverage, while also having strong anti-interference capabilities and long-term stability. It is very suitable for industrial application scenarios that require high-speed data transmission and stable connections.
USR-G806w: Although it is a 4G router, USR-G806w also performs well in terms of stability and reliability. It has good network coverage and data transmission performance, supports multiple networking methods and remote management functions, and is very suitable for industrial application scenarios that do not require particularly high data transmission rates but focus on stability and reliability.
For those who are new to the industry, when choosing an IoT router, they should consider it comprehensively based on the actual application scenarios and requirements. If high-speed data transmission and wide network coverage are required, USR-G816 is undoubtedly a good choice; If you prioritize stability and reliability, and don't require an especially high data transmission rate, then the USR-G806w is also worth considering.
