What is the range of TP Link router?

The range of TP-Link routers can vary quite a bit depending on the model and specs. Here is an overview of TP-Link router range capabilities:

What is the range of TP Link router?

Entry-level routers

  • Range: Up to 800 sq ft
  • Bandwidth: 2.4GHz
  • Antennas: 2-3 internal omnidirectional antennas

Mid-range routers

  • Range: Up to 1200 sq ft
  • Bandwidth: Dual-band 2.4GHz and 5GHz
  • Antennas: 2-4 external adjustable antennas

High-end routers

  • Range: Up to 2600 sq ft
  • Bandwidth: Tri-band with 1x 2.4GHz and 2x 5GHz
  • Antennas: 4-8 external adjustable high-gain antennas
  • Features: Beamforming, band steering, MU-MIMO

The main factors that affect the range of TP-Link routers are:

  • Bandwidth – 5GHz provides faster speeds but less range vs 2.4GHz
  • Antenna type – More external and directional antennas provide better range
  • Wireless standards – Newer WiFi 6 routers have improved range over 802.11ac and 802.11n
  • Transmit power – Higher Tx power means farther reach of wireless signals
  • Environment – Solid obstructions and interference decrease range

To illustrate the range differences, here is a comparison of some TP-Link router models and their advertised maximum wireless range:

Model Type Bands Antennas Range
Archer A7 Entry-level 2.4GHz 3 internal 800 sq ft
Archer A20 Mid-range Dual-band 4 external 1200 sq ft
Archer AX11000 High-end Tri-band 8 external 2600 sq ft

What actually impacts Wi-Fi range?

While the table above lists what TP-Link advertises regarding router range, that should be considered a best-case scenario. Actual wireless range depends on these key factors:

  • Bandwidth used – 2.4GHz will travel farther than 5GHz so if devices connect on 5GHz the range will be reduced
  • Environment – Solid objects, building materials, interference from other wireless devices, etc. will all decrease range
  • Antenna orientation – Directional antennas focused in one direction have longer point-to-point range
  • Device capabilities – The client device wireless adapter affects the max range it can be from the router
  • Transmit power limits – Some countries/regions limit Tx power which reduces range

So while a high-end TP-Link Archer AX11000 may advertise a range of 2600 sq ft, in reality the practical range will likely be lower, perhaps 1500-2000 sq ft for typical use-cases.

Tips to improve TP-Link wireless router range

If your TP-Link router is not providing sufficient Wi-Fi coverage for your environment, here are some tips to help improve the wireless range:

  • Optimally position the router – Try placing it as centrally in your home as possible avoiding solid obstructions and interference.
  • Adjust antenna orientation – Aim directional antennas to focus signal in a particular direction.
  • Upgrade to a better router – Choose a model with external antennas, wider bandwidth, WiFi 6 standard for better range.
  • Enable settings to improve range
    • Transmit Power – Increase Tx power if below regulatory limit
    • Beamforming – Focuses signal towards client devices
    • Band Steering – Pushes client devices to 5GHz for throughput, 2.4GHz for range
  • Upgrade WiFi adapters on devices – Client devices may have poor WiFi range capabilities limiting connection range. Upgrade their wireless chipsets for better reception.
  • Deploy wireless range extenders – Add additional access points via powerline WiFi extenders or mesh WiFi routers to expand coverage area.

Following the best practices outlined above should help increase the usable Wi-Fi range for TP-Link routers, enabling connections at farther distances from the base router location. Monitor your actual wireless coverage and make adjustments to focus and optimize range.

Key Takeaways

  • TP-Link router wireless range can vary from 800 sq ft for entry-level models up to 2600 sq ft for premium routers.
  • Actual usable range depends on many environment factors – up to 50%+ less than advertised maximums.
  • Position the router centrally with clear line of site, adjust directional antennas, enable range enhancing features to optimize wireless coverage distance and area.
  • Upgrade to better router or deploy range extending solutions if needed for full home coverage. Monitor connections and tune accordingly.


TP-Link offers a wide variety of Wi-Fi routers with wireless range capabilities to meet any home networking needs. Getting the optimal wireless range requires selecting the right TP-Link router model for your environment’s size and layout, then tuning the position and settings to maximize real-world coverage. Follow the tips outlined to enhance your router’s range reach, eliminate dead zones and get connections to all corners for complete whole-home Wi-Fi.

Frequently Asked Questions

  1. What is the max range of TP Link AC750 router?
    The TP-Link Archer A7 AC750 is an entry-level dual-band router that provides wireless coverage up to 800 square feet under optimal conditions. The 2.4GHz band will reach farther than the 5GHz band.
  2. What is the max range of TP Link AX1500?
    The TP-Link Archer AX1500 Wi-Fi 6 router has a maximum advertised wireless range of 1200 square feet. Real-world range may be 50% less depending on environment.
  3. How far can the TP Link AX11000 reach?
    TP-Link claims the Archer AX11000 Tri-band Wi-Fi router provides a maximum wireless range up to 2600 square feet. Expect the actual usable range to be 1500 – 2000 square feet assuming clear line-of-sight and minimal obstructions.
  4. Do walls reduce WiFi range?
    Yes, walls and solid obstructions will reduce Wi-Fi range as wireless signals have difficulty penetrating these barriers which lowers signal strength and coverage distance from the wireless router.
  5. Does 2.4GHz or 5GHz have better range?
    2.4GHz provides increased range over 5GHz, which means Wi-Fi devices that connect on the 2.4GHz band will work at farther distances from the wireless router than those on the 5GHz band.
  6. How can I boost my TP Link range?
    To increase TP-Link Wi-Fi router range, optimize placement centrally with antenna line-of-sight, enable settings like higher transmit power and beamforming, upgrade to a better router model, or deploy range extending solutions like mesh networks.
  7. Where should I place my TP Link router for best range?
    Position your TP-Link router as centrally in your home as possible in an open area for clear line-of-sight allowing the antennas to radiate wireless signals efficiently to all areas needing coverage. Avoid obstacles that wireless signals can’t easily penetrate.
  8. How many sq ft will TP Link AC1750 cover?
    The TP-Link Archer C7 AC1750 router provides a maximum wireless range up to 1500 square feet under optimal conditions. Actual usable range will be reduced 20-50% depending on layout, construction materials that block signals.
  9. What reduces WiFi range?
    Factors like bandwidth/frequency, antenna orientation, wireless interference, client device limitations, obstructions in the environment, and regulatory transmit power limits can all potentially reduce or limit the usable Wi-Fi range from wireless routers.
  10. Can I increase my TP Link router’s wireless range?
    Yes, TP-Link router wireless range can be increased by optimally positioning the router in a central place with clear line-of-sight, upgrading to a better router with external antennas, enabling router settings to focus and boost wireless signal reach, or adding wireless range extending solutions.
  11. How far will a basic TP Link router reach?
    Most basic TP-Link routers with internal antennas provide wireless coverage from 800 up to 1500 square feet under ideal conditions. Expect real-world performance to be reduced 20-50% from maximum advertised range.
  12. Do external antennas increase WiFi range?
    Yes, having multiple external and directional high-gain antennas generally allows TP-Link routers to achieve farther 2.4GHz and 5GHz signal range compared to models with only internal antennas which radiate signals less efficiently.
  13. What is the max WiFi range for a home?
    For typical homes, the maximum necessary Wi-Fi range from a wireless router is often around 2000 – 2500 square feet which allows full wireless coverage in most single floor homes or smaller multi-floor houses. Large homes may need multiple access points.
  14. How can I improve my TP Link WiFi range?
    To extend TP-Link Wi-Fi range, optimize router placement in a central location, point directional antennas down hallways and to remote areas needing signal, enable router settings like higher Tx power and beamforming, or deploy Wi-Fi range extending solutions like mesh networks or wireless access points.
  15. Why has my TP Link WiFi range reduced?
    Some common factors that may have changed limiting TP-Link router wireless range include new obstructions blocking antenna signals, interference from neighboring Wi-Fi networks, malfunctioning router antennas, or connected client devices only using the shorter range 5GHz wireless band.
  16. Why is my 5GHz WiFi range so short?
    The 5GHz Wi-Fi band provides faster speeds but significantly lower range than the 2.4GHz band. If your router or wireless devices are connecting exclusively on 5GHz that will sharply reduce usable signal range so ensure dual-band devices also utilize the farther reaching 2.4GHz band.
  17. What is the farthest WiFi can reach?
    Depending on antenna strength, wireless standards, transmit power, and environment – the absolute maximum Wi-Fi range limit is generally around one mile or less under direct line-of-sight conditions without interference. Practically for home use the maximum usable range is about 2000 – 2500 square feet.
  18. Can too many devices reduce WiFi range?
    Yes, having many Wi-Fi client devices connected to your TP-Link router can increase wireless interference and congestion which may force devices like phones and laptops to operate at slower speeds and with weaker signal strength thus reducing reliable connection range and area.
  19. How far should my router be from devices?
    For optimal Wi-Fi performance, most wireless client devices need to be within 50 to 100 feet of distance from the wireless router’s antenna location to maintain a strong usable signal between the router and end-user device like a phone, laptop or tablet. Nearby devices get maximum speeds.
  20. Will a WiFi extender increase range?
    Yes, deploying separate Wi-Fi range extender access points via powerline ethernet adapters or dedicated wireless mesh networking router nodes will allow you to effectively increase the usable coverage range and area from your existing central TP-Link router. Adding Wi-Fi extenders is an easy way to expand wireless network signal reach farther out.

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