Unboxing and Preparing for Setup
The digital world thrives on connectivity. Whether you’re streaming your favorite show, working remotely, or simply browsing the web, a strong and reliable WiFi signal is essential. Unfortunately, many homes and small offices suffer from weak WiFi coverage, leading to frustrating dead zones where the signal is unreliable or nonexistent. This is where a WiFi range extender steps in, acting as a bridge to boost your existing wireless network. This review takes an in-depth look at the TP-Link AC750 WiFi Range Extender, a popular and affordable solution for extending your WiFi reach, as well as offering Ethernet bridge capabilities. This evaluation will assess its performance, features, setup process, and overall value, helping you decide if it’s the right device to banish those frustrating WiFi black spots.
Setting Up for Success: A Simple Installation
One of the most appealing aspects of the TP-Link AC750 is its easy setup process. TP-Link understands that not everyone is a tech expert, and the extender is designed to be user-friendly. Two primary setup methods are offered: using the WPS (Wi-Fi Protected Setup) button or via the web-based interface.
Using WPS is arguably the quickest and simplest method. You simply press the WPS button on your router, followed by pressing the WPS button on the TP-Link AC750. Within a minute or two, the extender should automatically connect to your router and configure itself, effectively extending your existing WiFi network. The LED indicators on the extender will provide feedback on the connection status.
The web interface method provides slightly more control over the setup process. You can access the setup page by connecting to the extender’s default WiFi network from a computer or mobile device. Then, open a web browser and type in the extender’s default IP address (usually found in the quick installation guide). This will lead you to a setup wizard that guides you through the process of connecting to your existing network and configuring the extender’s settings. The wizard typically asks for your existing network’s password and allows you to customize the extender’s network name (SSID). This flexibility lets you choose whether to have the extender broadcast the same network name as your main router or a separate name for easy identification.
Regardless of the chosen setup method, the TP-Link AC750 aims to make the entire process as seamless as possible.
Examining the Core Features and Specifications
The TP-Link AC750 boasts a range of features that make it a versatile solution for extending your home or office network. The core specifications and features are essential to understand when assessing its potential.
The term “AC750” in the product name represents the combined theoretical wireless speeds. It operates using the 802.11ac standard, commonly referred to as the fifth generation of WiFi technology, and it also is compatible with older standards. The “750” refers to the total combined bandwidth that the extender is capable of achieving: AC technology delivers 433Mbps on the 5GHz band and 300Mbps on the 2.4GHz band. The 2.4 GHz band offers a longer range and is suitable for tasks such as browsing the web and checking emails. The 5 GHz band provides faster speeds, which is ideal for activities such as streaming high-definition video and online gaming.
Coverage is a key consideration when evaluating any range extender. The TP-Link AC750 is designed to increase the range of your existing WiFi network. TP-Link typically provides estimations regarding the coverage area. However, the actual range will vary depending on factors such as the layout of your home, the building materials used, and interference from other electronic devices. The AC750 typically utilizes internal antennas. While internal antennas may not offer the same raw power as external ones, they often provide a balance between performance and aesthetic appeal, as they contribute to the extender’s compact design.
The Ethernet bridge functionality is a significant selling point. This feature transforms the extender into a wired-to-wireless adapter. The extender features an Ethernet port, allowing you to connect devices that don’t have built-in WiFi, such as a desktop computer, a game console, or a smart TV, directly to the network. This provides a more stable and potentially faster connection for those devices compared to relying on a wireless connection. This can be especially important for activities such as online gaming, where latency can significantly impact performance.
Depending on the specific model, the TP-Link AC750 may also offer other useful features. This includes compatibility with TP-Link’s OneMesh technology. When used with a OneMesh compatible router, the extender can create a seamless mesh network experience. With OneMesh, you can move freely throughout your home without experiencing dropped connections or the need to manually switch between networks.
LED indicators on the extender provide visual feedback on the device’s status. The power LED indicates whether the extender is on. The WiFi LED indicates the status of the wireless connection to your router and whether the extender is successfully broadcasting a signal. The Ethernet LED indicates the connection status of any wired devices connected to the extender. This helps users quickly diagnose any connection problems.
For those who prefer it, TP-Link often offers a Tether app. The Tether app allows you to easily manage and configure the extender from your smartphone or tablet. You can access settings such as the network name and password, view connected devices, and monitor the network’s status.
Putting It To The Test: Performance Evaluation
To evaluate the TP-Link AC750’s effectiveness, we conduct a series of tests in a real-world environment. The testing is conducted in a typical home setting with various obstacles, such as walls and furniture, to simulate the conditions in which the extender will likely be used.
Initially, the WiFi speed is measured in several locations: right next to the main router, further away within the original WiFi coverage area, and finally, in a “dead zone” where the original WiFi signal is weak or nonexistent. This provides a baseline for performance. Then, the extender is placed in a strategic location to improve coverage, and the WiFi speed is remeasured in the same locations. The comparison between the “before” and “after” speeds reveals the extender’s impact on WiFi performance.
The range of the extended WiFi network is assessed. This involves moving further away from the main router and extender and measuring the signal strength and speed. This testing phase assesses how effectively the extender eliminates dead zones and improves the reach of the wireless signal.
The Ethernet bridge functionality is also tested. A device, such as a desktop computer, is connected to the extender via an Ethernet cable. Speed tests are then performed on this wired connection. The speed is then compared to the wired connection directly to the main router (if available) to evaluate the Ethernet bridge’s performance.
Throughout the testing process, the stability of the connection is continuously monitored. The goal is to identify potential dropouts, disconnections, or any other issues that might affect the user experience. Furthermore, the extender is tested to see if it can handle multiple devices simultaneously, which simulates a real-world scenario where multiple users and devices are accessing the network at the same time.
Evaluating the Positives and Negatives
Every product has its advantages and disadvantages. Understanding these helps you make a well-informed purchasing decision.
Some of the significant advantages of the TP-Link AC750 include its ease of setup. Both WPS and web interface methods offer straightforward configuration. Another is the improvement in WiFi coverage, extending the reach of the network and eliminating dead zones. The Ethernet bridge functionality is valuable because it allows for wired connections for devices that benefit from them. The price point is very appealing, making it a more affordable option than some more advanced networking solutions.
However, there are also drawbacks. The speed limitations, inherent in its AC750 classification, mean it might not be the fastest option available, especially when compared to more expensive extenders or mesh systems. The speed of the connection can be degraded depending on several factors. The distance between the extender and your router, as well as the distance between the extender and the client device, can impact performance. Also, obstructions, such as walls and interference from other devices, can contribute to a slower connection.
Looking at Alternatives: A Comparison
While the TP-Link AC750 WiFi Range Extender is a solid performer, it’s worth considering other solutions to best fit your needs and budget. One of the most popular alternatives is a mesh WiFi system. Mesh systems consist of multiple access points that work together to create a single, unified WiFi network throughout your home or office. This offers better coverage and seamless roaming compared to a traditional range extender setup. Mesh systems, however, can be more expensive.
Another option is a powerline adapter. Powerline adapters use your home’s electrical wiring to transmit a network signal. This is a good option for creating a wired connection in areas where it’s difficult or impractical to run Ethernet cables. Powerline adapters can be a good alternative if you have a problem with the placement of the extender.
You’ll want to consider what features and performance characteristics you need most to find the right fit. When evaluating the TP-Link AC750 in comparison to alternatives, consider features like the number of Ethernet ports, the wireless standards supported, and the price.
The Final Verdict: Extending Your WiFi Reach
The TP-Link AC750 WiFi Range Extender offers a compelling solution for those looking to extend their WiFi coverage and create wired connections in hard-to-reach areas. The easy setup process, Ethernet bridge functionality, and reasonable price point make it an attractive option for home users and small office environments. While it might not be the fastest solution available, it delivers a noticeable improvement in coverage and performance, especially when compared to the cost. The range extender is an affordable way to eliminate those pesky dead zones and improve your overall online experience. While more advanced or expensive solutions may offer better performance, the TP-Link AC750 strikes a balance between functionality, ease of use, and price, making it a good choice for users. It’s a solid choice for anyone looking to improve their existing WiFi network without breaking the bank.
