Allion Labs / Ryan Huang
Computers, smart phones, and IoT devices are an indispensable part of our lives. But in order for the devices to deliver their fullest performance, stable Wi-Fi connections are needed. TR-398 is launched specifically to test the performance of Wi-Fi routers. In this article we are going to test some of the notable brands in the market and see how well they perform when being tested with the TR-398 approach.
Allion Labs / Cache Her
TR-398 has a clear standard for regulating the performance of home Wi-Fi routers. Some of you might be wondering, can this standard also be applied to other wireless products and IoT devices? The answer is yes. With TR-398 vendors will get a better understanding of how their products perform in real-life scenarios.
We’ve already introduced the 6 testing aspects and 11 test cases of TR-398 in TR-398: Performance Testing of In-home Routers. Among the 11 test cases of TR-398 standard, 10 of which can be used to verify other in-premise wireless products and IoT devices.
Allion Labs/ Alvin Tsai & Chris Wu
TR-398 is the first industry-standard to address the Performance test of Wi-Fi APs and routers. The TR-398 standard is divided into 5 categories and we previously introduced coverage and multiple STAs performance In this article, we are going to introduce the last two test category: Stability/Robustness.
Allion Labs/Henry Hung
Sunlight, air and water are the necessities for human living, and among them, water is the most important element for our human body. Drinking sufficient water is the key to maintain our health and fitness.
Unfortunately, people sometimes get too busy to drink water in this changeable world. Therefore, a smart water bottle is invented to solve the problem of inadequate water in our daily lives.
From the last two
articles of this series, we believe that everyone now has a deep understanding
of the background and meaning of the TR-398 Standard and the test environment
setup requirements. Of which, we also briefly introduced the two major test
categories of the TR-398 Standard: Receiver sensitivity and bandwidth, and
their test items. In this article, we will introduce five mandatory test items
of category 3, coverage, and category 4, multi-user support, and their test
In the previous article, we briefly introduced the background information of the TR-398 Wi-Fi In-Premises Performance Testing (the “TR-398 Standard”) and the significance of the launch of this test standard. We also introduced the environment setup and requirements in a more in-depth manner starting from the scope of impact of the TR-398 Standard. In this article, we will continue from where we ended in the last article and explain the test items (bandwidth) of the TR-398 Standard.
Since the past, indoor Wi-Fi has not had common performance testing standards, which has led to manufacturers defining and performing their own tests. This phenomenon causes confusion in users when purchasing related equipment as product features cannot be compared across brands without common ground. This year, the international NGO Broadband Forum, together with manufacturers and laboratories, developed the indoor Wi-Fi performance test standard, and in February 2019 released the first in-home Wi-Fi performance test standard, TR-398 Wi-Fi In-Premises Performance Testing (the “TR-398 Standard”).
Traditionally, we use our mobile phones, personal computers, and laptops to go online. Nowadays, with the rise of IoT devices and their diverse applications, more devices can be connected to the internet. Households are filled with smart devices such as smart TVs, smart lighting, smart speakers, machines, and thermometers. When we are building network at home, we often encounter two issues:
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Smart wearable devices have improved the quality of life and convenience for mankind, which is why they are gaining popularity around the world. Many types of wearable devices can now be found on the market, including watches, wristbands, glasses, and wearables, while these devices have already been applied to health management, digital medicine, and virtual reality (VR), primarily oriented to entertainment and various other applications.