The wireless standard is an important indicator that measures the transmission speed and stability of a router. Currently, common wireless standards on the market include 802.11n, 802.11ac, and 802.11ax. Generally, subsequent versions have improvements in both transmission speed and coverage. Therefore, when purchasing a router, it is best to choose a device that supports a newer wireless standard.
2. Frequency Band: The frequency band refers to the signal transmission frequency of the router, commonly divided into 2.4GHz and 5GHz bands. The 5GHz band has a faster speed but a smaller coverage area, while the 2.4GHz band has a wider coverage but relatively slower speed. Depending on your actual needs, you can choose a suitable frequency band that fits your network environment. 3. Bandwidth and Transmission Rate: Bandwidth and transmission rate determine the data transmission capability of the router. Generally, the wider the bandwidth, the faster the transmission rate. However, it's important to note that the transmission rate is not the only deciding factor, as other factors such as device performance and network congestion also need to be considered. 4. Signal Coverage and Strength: Signal coverage and signal strength are important indicators that measure router performance. A larger coverage area and stronger signal strength result in better network connection stability and speed. Therefore, when purchasing a router, pay attention to the product's signal coverage and signal strength. 5. Ports and Interfaces: The number of ports and interfaces on a router is another factor to consider when making a purchase. Based on your actual needs, choose a router with an appropriate number of ports to connect more devices. Additionally, check if the interface types (such as Ethernet ports, USB ports, etc.) meet your requirements. Conclusion: Choosing a suitable router product is crucial for improving network connection speed and stability. When purchasing, please consider your needs and carefully consider factors such as wireless standards, frequency bands, bandwidth and transmission rates, signal