Best Wired Mesh Wifi Reviews & Buyer's Guide in 2024

Several brands are well-regarded for producing high-quality mesh WiFi systems. Keep in mind that the "best" brand can depend on individual needs, preferences, and the specific features offered by each system. Here are some reputable mesh WiFi brands:

Google Nest WiFi:
Known for its ease of use and integration with other Google smart home devices. The system is user-friendly and provides reliable coverage.

NETGEAR Orbi:
Offers a robust and high-performance mesh WiFi system. Orbi is known for its tri-band technology and wide coverage, making it suitable for larger homes.

Eero:
Acquired by Amazon, Eero focuses on simplicity and reliable performance. It's known for easy setup and management through a mobile app.

Linksys Velop:
A modular mesh system that allows users to add nodes for expanded coverage. Linksys Velop is known for its performance and flexibility.

TP-Link Deco:
Offers a variety of mesh WiFi systems to cater to different needs and budgets. TP-Link Deco is recognized for its affordability and reliable coverage.

ASUS AiMesh:
ASUS provides AiMesh, which allows users to create a mesh network using compatible ASUS routers. It's a good option for those who want the flexibility to choose their routers.

AmpliFi by Ubiquiti:
Known for its sleek design and strong performance. AmpliFi offers mesh WiFi systems with options for different coverage needs.

Samsung SmartThings WiFi:
Combines mesh WiFi with SmartThings home automation features. It's suitable for users looking to integrate smart home devices into their mesh network.

When choosing a mesh WiFi system, consider factors such as coverage area, the number of connected devices, ease of setup, and any specific features you may need, such as parental controls or advanced security options. Additionally, check for the latest models and customer reviews to ensure that the mesh system aligns with your specific requirements.

Why is mesh WiFi slower?

Mesh WiFi systems are designed to improve coverage and eliminate dead zones by creating a network with multiple access points (nodes) that work together seamlessly. However, there are factors that can contribute to the perception of slower speeds in certain situations:

Wireless Backhaul:
Many mesh systems use a wireless backhaul, where the nodes communicate with each other wirelessly to relay data between the main router and other nodes. While this approach is convenient for setup, it may introduce some latency compared to a wired backhaul.

Wireless Interference:
In areas with high wireless interference or congestion, such as densely populated neighborhoods, the performance of the mesh network may be affected. Other Wi-Fi networks, electronic devices, or physical obstructions can interfere with the signal, leading to reduced speeds.

Limited Wireless Bandwidth:
The wireless bandwidth shared among nodes can be limited, especially if the mesh system uses the same frequency bands for client devices and communication between nodes. This sharing can result in reduced speeds, particularly when multiple devices are connected.

Node Placement:
Inefficient placement of mesh nodes can impact performance. If nodes are too far apart or if there are obstacles between them, the wireless backhaul may be less efficient, affecting the overall speed and reliability of the mesh network.

Topology and Configuration:
The configuration and topology of the mesh network can influence its performance. Certain mesh systems may be more optimized for specific scenarios, and improper configuration may lead to suboptimal results.

Speed Degradation with Distance:
The farther a device is from the main router or a node, the weaker the signal strength. This distance-related speed degradation is common in wireless networks, including mesh systems.

Hardware Limitations:
Some older or budget-friendly mesh systems may have hardware limitations that impact their overall speed capabilities. High-end mesh systems with the latest technologies tend to offer better performance.

Bandwidth Throttling or Management:
Some mesh systems may implement bandwidth management or traffic prioritization to ensure fair distribution of resources among connected devices. While this can be beneficial for network stability, it may create the perception of slower speeds under heavy usage scenarios.

To address potential speed issues in a mesh network, it's essential to optimize the placement of nodes, consider the topology of the network, and choose a mesh system with features that align with your specific needs and usage patterns. Additionally, using a wired backhaul, when possible, can significantly improve the overall speed and reliability of a mesh network.

Why are mesh WiFi so expensive?

Mesh WiFi systems can be relatively expensive compared to traditional single-router setups, and several factors contribute to their higher cost:

Advanced Technology:
Mesh WiFi systems often incorporate the latest wireless technologies, such as Wi-Fi 6 (802.11ax), advanced antennas, and multiple bands. These features come at a higher cost compared to older technologies.

Dedicated Hardware:
Mesh systems typically consist of multiple nodes or units, each equipped with dedicated hardware for optimal performance. This can include powerful processors, ample RAM, and multiple antennas to handle simultaneous connections.

Seamless Roaming and Handoff:
Mesh systems are designed to provide seamless roaming and handoff between nodes as devices move around a home. This requires sophisticated software and hardware capabilities, contributing to the overall cost.

Ease of Use and Setup:
Mesh systems prioritize ease of use and setup, often featuring user-friendly mobile apps for configuration. This user-friendly interface requires additional development and testing, contributing to the overall cost of the system.

Design and Aesthetics:
Many mesh systems are designed to be aesthetically pleasing and blend seamlessly with home decor. The design and build quality of the hardware contribute to the overall cost.

Advanced Features:
High-end mesh systems often come with advanced features, including robust security options, parental controls, and smart home integration. These additional features contribute to the overall cost of the system.

Brand Reputation:
Mesh WiFi systems from reputable brands with a track record of reliability and customer support may come at a premium compared to lesser-known brands.

R&D Costs:
Developing and implementing advanced mesh networking technologies involves significant research and development costs, which are reflected in the final product's price.

Scalability:
Mesh systems are designed to be scalable, allowing users to expand coverage by adding additional nodes. This scalability comes with additional costs for ensuring compatibility and ease of expansion.

While mesh WiFi systems may have a higher upfront cost, many users find them worth the investment due to the improved coverage, elimination of dead zones, and ease of use. It's essential to consider your specific needs, the size of your home, and the features offered by the mesh system to determine whether the cost aligns with the benefits you seek in terms of performance and convenience.

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