TP-Link Archer AX80 Review | 77 Data compared

Technical Specifications of router TP-Link Archer AX80

Overall score

8.4

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Popularity

What it is: An indicator based on the number of reviews received by the router.

When it matters: When you prefer to choose a router reviewed and selected by many other buyers.

Wireless

What it is: An evaluation of Wi-Fi radio capability, including supported standards and bands, channel width, spatial streams, OFDMA, MU-MIMO, beamforming, mesh behavior, and the real limits for coverage and connected devices.

When it matters: When your home has many connected devices and thick walls, wireless performance determines whether coverage stays stable in every room and speeds remain consistent.

Score components:

21.0%

8.0

Wi-Fi version

17.0%

Wi-Fi speed

13.0%

7.0

Wi-Fi bands

11.0%

Mesh Wi-Fi

9.0%

7.5

Wireless coverage

7.0%

OFDMA support

6.0%

8.8

Channel widths supported

5.0%

4.0

Dedicated mesh backhaul

4.0%

N. of spatial streams

3.0%

MU-MIMO

1.0%

Beamforming

1.0%

Band steering

1.0%

Target Wake Time (TWT) support

1.0%

Maximum connected devices

8.6

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Brand name

What it is: The manufacturer or brand of the product.

When it matters: When you prefer a specific ecosystem, support network, or design philosophy.

Importance: LOW

Wi-Fi version

What it is: Identifies the Wi-Fi generation the router supports, such as Wi-Fi 5, 6, 6E, or 7.

When it matters: When newer phones, laptops, and consoles need the latest Wi-Fi efficiency and speed features.

Importance: HIGH

Good value: Wi-Fi 6 (802.11ax)

Wi-Fi bands

What it is: Lists which wireless frequency bands the router can use, such as 2.4 GHz, 5 GHz, or 6 GHz.

When it matters: When you need to balance range, speed, and congestion across different types of client devices.

Importance: HIGH

Good value: 2.4 GHz + 5 GHz

Wi-Fi speed

What it is: The advertised maximum wireless throughput rating of the router under supported conditions.

When it matters: When several users stream, download, and game at once and you want more wireless headroom.

Importance: HIGH

Good value: >2700 Mbps

Channel widths supported

What it is: Lists the Wi-Fi channel widths the router can use, such as 20, 40, 80, or 160 MHz.

When it matters: When you want the option to trade peak speed against stability in crowded wireless environments.

Importance: MEDIUM

Good value: 20 MHz + 40 MHz + 80 MHz

Security

What it is: A review of network protection and remote-access defenses, covering Wi-Fi encryption protocols, intrusion and filtering controls, parental restrictions, and VPN features with measured throughput limits.

When it matters: When you work remotely or expose services from home, security controls and VPN capabilities decide how well your network resists intrusion and protects data.

Score components:

21.0%

7.7

Wi-Fi security protocols

17.0%

Parental controls

14.0%

VPN server support

11.0%

DoS protection

11.0%

SPI intrusion protection

8.0%

URL filter

5.0%

MAC address filtering

5.0%

Port filtering

4.0%

Network services filter

3.0%

IPsec Passthrough

1.0%

L2TP Passthrough

9.5

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Wi-Fi security protocols

What it is: Lists the wireless security standards the router supports, such as WPA2 or WPA3.

When it matters: When you want stronger wireless protection without locking out older devices that still need compatibility.

Importance: MEDIUM

DoS protection

What it is: Provides defenses intended to reduce the impact of denial-of-service traffic against the router or network.

When it matters: When exposed services or remote access make resilience against traffic floods more important.

Importance: LOW

SPI intrusion protection

What it is: Uses stateful packet inspection to track sessions and block suspicious unsolicited traffic more accurately.

When it matters: When the router needs a stronger first line of filtering on an internet-facing connection.

Importance: LOW

MAC address filtering

What it is: Lets the router allow or block devices based on their MAC addresses.

When it matters: When you want an extra device-level access rule beyond passwords and network names.

Importance: LOW

URL filter

What it is: Allows the router to block or allow access based on website addresses or domain rules.

When it matters: When you need to restrict specific sites for children, guests, or work-policy reasons.

Importance: LOW

Networking

What it is: An assessment of routing and traffic-control functions, including IPv6 compatibility, VLAN and inter-VLAN behavior, QoS policies, NAT session capacity, DHCP and DNS services, time synchronization, failover, and UPnP handling.

When it matters: When you run mixed traffic like gaming, video calls, and smart-home automation, advanced networking features keep latency predictable and prevent one device from congesting the whole network.

Score components:

21.0%

QoS

19.0%

IPv6 support

15.0%

DHCP reservation

12.0%

VLAN tagging

12.0%

4.0

Automatic failover

7.0%

Dynamic routing

5.0%

NAT concurrent sessions

4.0%

Inter-VLAN routing

2.0%

Network Time Protocol (NTP) enabled

2.0%

Universal Plug and Play (UPnP)

1.0%

DNS relay

9.2

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IPv6 support

What it is: Support for the newer IPv6 internet addressing standard alongside the older IPv4 system.

When it matters: When your internet provider or network already uses IPv6, or you want the router to stay compatible as IPv6 use becomes more common.

Importance: MEDIUM

Dynamic routing

What it is: Supports routing protocols or dynamic route updates instead of relying only on static route entries.

When it matters: When the router sits in a more complex network with changing paths between multiple subnets.

Importance: LOW

Inter-VLAN routing

What it is: Allows the router to pass traffic between separate VLANs under controlled rules.

When it matters: When you need segmented networks to communicate selectively instead of staying fully isolated.

Importance: LOW

VLAN tagging

What it is: Lets the router mark traffic with VLAN tags for segmented or ISP-specific network setups.

When it matters: When you separate guest, office, IoT, or ISP-required traffic into different network segments.

Importance: MEDIUM

QoS

What it is: Provides quality-of-service controls that prioritize some traffic over less important traffic.

When it matters: When calls, gaming, and downloads compete and you want latency-sensitive traffic protected.

Importance: MEDIUM

Ports

What it is: A description of physical and expansion interfaces, including LAN and WAN port counts and speeds, USB availability, PoE, SFP and SFP+ links, link aggregation, and modem or SIM-based connectivity options.

When it matters: When you connect NAS units, gaming PCs, wired TVs, or fiber modules, the available ports and link options determine how fast and flexible your setup can be.

Score components:

35.0%

7.8

LAN port speeds

16.0%

N. of LAN ports

13.0%

N. of WAN ports

8.0%

5.5

N. of USB ports

5.0%

4.0

Power over Ethernet (PoE)

5.0%

Link aggregation (LACP)

5.0%

4.0

Integrated modem type

5.0%

4.0

Cellular modem type

4.0%

4.0

SFP / SFP+

4.0%

4.0

SIM slot

7.1

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N. of LAN ports

What it is: Measures how many LAN ports the router includes. A higher count expands direct connectivity for matching devices.

When it matters: When you run a home office with NAS, TV boxes, and desktops, having more LAN ports avoids extra switches and keeps latency lower on wired links.

Importance: MEDIUM

Good value: 4 ports

LAN port speeds

What it is: Lists the Ethernet speeds available on the router’s LAN ports, such as Gigabit or multi-gig.

When it matters: When wired transfers to NAS, desktops, or access points need more than basic Ethernet speeds.

Importance: HIGH

Good value: 1 Gbps

N. of WAN ports

What it is: Shows how many separate WAN uplink ports the router provides for internet connections.

When it matters: When you use dual internet lines, backup WAN, or load balancing between multiple external links.

Importance: MEDIUM

Good value: 1 WAN port

N. of USB ports

What it is: Shows how many USB ports the router includes for storage, printers, or modem accessories.

When it matters: When you plan to share storage, attach a printer, or use USB-based network extras.

Importance: LOW

Good value: 1 USB port

Power over Ethernet (PoE)

What it is: Power over Ethernet support, meaning the router can receive power, deliver it, or be part of a PoE-based installation.

When it matters: When you want cleaner installation with fewer separate power cables, especially in ceilings, walls, racks, or remote locations.

Importance: LOW

Management

What it is: An overview of day-to-day administration tools, covering web or app management interfaces, firmware update workflow, traffic visibility, guest access controls, captive portal support, and integrated services such as NAS, DLNA, and Matter.

When it matters: When non-technical users share the network, clear management tools make firmware updates, guest access, traffic checks, and policy changes faster and less error-prone.

Score components:

24.0%

6.3

Management interface

20.0%

7.3

Firmware upgrade method

16.0%

Traffic monitoring

16.0%

Guest Wi-Fi network

10.0%

4.0

Captive portal

8.0%

7.7

Built-in NAS services

3.0%

DLNA support

3.0%

4.0

Matter support

7.6

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Management interface

What it is: Shows how the router is configured and monitored, such as web UI, app, or command-line tools.

When it matters: When setup depth and day-to-day admin convenience are part of the buying decision.

Importance: MEDIUM

Firmware upgrade method

What it is: Describes how router firmware updates are installed, such as automatic OTA, web UI, or manual upload.

When it matters: When you want security fixes and new features applied with less maintenance friction.

Importance: MEDIUM

Traffic monitoring

What it is: Lets the router track bandwidth usage by device, app category, or time period.

When it matters: When you need to find which devices or activities are causing slowdowns or high data use.

Importance: LOW

Guest Wi-Fi network

What it is: Lets the router create a separate wireless network for visitors or less-trusted devices.

When it matters: When guests need internet access without reaching private devices on the main network.

Importance: LOW

Captive portal

What it is: Supports a login or acceptance page that users must pass before getting internet access.

When it matters: When guest networks, rentals, cafes, or managed access points need a sign-in page.

Importance: LOW

Hardware

What it is: An analysis of the router platform and chassis characteristics, including CPU and memory resources, antenna configuration, hardware acceleration, power and thermal operating limits, physical dimensions, and deployment details such as gaming focus or outdoor use.

When it matters: When the router must run continuously under heavy load or in demanding environments, hardware quality affects long-term stability, thermal behavior, and real-world throughput.

Score components:

18.0%

Hardware acceleration

16.0%

9.7

CPU clock speed

16.0%

RAM capacity

10.0%

Internal storage

10.0%

7.0

Operating temperature range

10.0%

Power consumption

5.0%

4.0

Suitable for gaming

4.0%

4.0

Outdoor suitability

3.0%

N. of external antennas

2.0%

1.0

N. of internal antennas

2.0%

4.0

Removable antennas

2.0%

7.4

Power input type

2.0%

9.3

Release date

8.7

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CPU clock speed

What it is: Shows the operating frequency of the router processor, often listed per core.

When it matters: When routing, encryption, QoS, and many active clients can put heavier load on the CPU.

Importance: MEDIUM

RAM capacity

What it is: The amount of working memory available for sessions, routing tables, and running router services.

When it matters: When many devices, VPN tunnels, or advanced features need the router to stay responsive under load.

Importance: MEDIUM

Good value: >=512 MB

Internal storage

What it is: The built-in storage available for logs, apps, shared files, or other local router functions.

When it matters: When the router runs extra services and needs space for logs, packages, or shared content.

Importance: LOW

Good value: >=8 GB

Hardware acceleration

What it is: Uses dedicated hardware paths to offload routing, NAT, encryption, or switching tasks from the main CPU.

When it matters: When heavy routing or security features would otherwise reduce throughput on the processor alone.

Importance: MEDIUM

N. of external antennas

What it is: Shows how many antennas are mounted externally on the router.

When it matters: When you want stronger adjustable coverage or plan to aim antennas for difficult room layouts.

Importance: LOW

Good value: 3 antennas

TP-Link Archer AX80 vs the average router

Why is TP-Link Archer AX80 better than the average router?

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4.07x faster Wi-Fi speed
TP-Link Archer AX80 has a higher Wi-Fi speed than the average router (6,000 Mbps vs 1,475 Mbps). The average router reaches Wi-Fi speed of 1,475 Mbps.
What it is: The advertised maximum wireless throughput rating of the router under supported conditions.
When it matters: When several users stream, download, and game at once and you want more wireless headroom.
Importance: HIGH
Good value: >2700 Mbps
TP-Link Archer AX80 has a higher Wi-Fi speed than the average router (6,000 Mbps vs 1,475 Mbps). The average router reaches Wi-Fi speed of 1,475 Mbps.6,000 Mbps vs 1,475 Mbps
Faster LAN ports
TP-Link Archer AX80 has a higher LAN port speed than the average router (2.5 Gbps + 1 Gbps vs 1 Gbps). The average router has a LAN port speed of 1 Gbps.
Mixed LAN port speeds. Includes LAN-capable combo ports.
What it is: Lists the Ethernet speeds available on the router’s LAN ports, such as Gigabit or multi-gig.
When it matters: When wired transfers to NAS, desktops, or access points need more than basic Ethernet speeds.
Importance: HIGH
Good value: 1 Gbps
TP-Link Archer AX80 has a higher LAN port speed than the average router (2.5 Gbps + 1 Gbps vs 1 Gbps). The average router has a LAN port speed of 1 Gbps.2.5 Gbps + 1 Gbps vs 1 Gbps
Supports mesh Wi-Fi
TP-Link Archer AX80 supports mesh Wi-Fi, while the average router does not. 36.4% of routers support mesh Wi-Fi.
What it is: Supports mesh networking so multiple nodes can work together as one Wi-Fi system.
When it matters: When one router alone cannot cover every floor or room reliably.
Importance: MEDIUM
TP-Link Archer AX80 supports mesh Wi-Fi, while the average router does not. 36.4% of routers support mesh Wi-Fi.
1 more LAN ports
TP-Link Archer AX80 has more LAN ports than the average router (5 vs 4). The average router has 4 LAN ports.
What it is: Measures how many LAN ports the router includes. A higher count expands direct connectivity for matching devices.
When it matters: When you run a home office with NAS, TV boxes, and desktops, having more LAN ports avoids extra switches and keeps latency lower on wired links.
Importance: MEDIUM
Good value: 4 ports
TP-Link Archer AX80 has more LAN ports than the average router (5 vs 4). The average router has 4 LAN ports.5 vs 4
Supports OFDMA
TP-Link Archer AX80 supports OFDMA, while the average router does not. 35% of routers support OFDMA.
What it is: Supports OFDMA, which divides Wi-Fi channels more efficiently among multiple active clients.
When it matters: When many small, busy devices share the network and contention needs to stay lower.
Importance: LOW
TP-Link Archer AX80 supports OFDMA, while the average router does not. 35% of routers support OFDMA.
Higher CPU clock speed
TP-Link Archer AX80 has a higher CPU clock speed than the average router (4x 2 GHz vs 2x 0.5 GHz). The average router has a CPU clock speed of 2x 0.5 GHz.
What it is: Shows the operating frequency of the router processor, often listed per core.
When it matters: When routing, encryption, QoS, and many active clients can put heavier load on the CPU.
Importance: MEDIUM
TP-Link Archer AX80 has a higher CPU clock speed than the average router (4x 2 GHz vs 2x 0.5 GHz). The average router has a CPU clock speed of 2x 0.5 GHz.4 x 2 GHz vs 2 x 0.5 GHz
Stronger Wi-Fi security
TP-Link Archer AX80 supports the Wi-Fi security protocols WPA3, WPA/WPA2, 802.1X, while the average router supports WPA2, WPA, WEP, WPS.
What it is: Lists the wireless security standards the router supports, such as WPA2 or WPA3.
When it matters: When you want stronger wireless protection without locking out older devices that still need compatibility.
Importance: MEDIUM
TP-Link Archer AX80 supports the Wi-Fi security protocols WPA3, WPA/WPA2, 802.1X, while the average router supports WPA2, WPA, WEP, WPS.WPA3, WPA/WPA2, 802.1X vs WPA2, WPA, WEP, WPS
Newer Wi-Fi version
TP-Link Archer AX80 supports a newer Wi-Fi version than the average router (Wi-Fi 6 (802.11ax) vs Wi-Fi 5 (802.11ac)). The average router uses Wi-Fi Wi-Fi 5 (802.11ac).
What it is: Identifies the Wi-Fi generation the router supports, such as Wi-Fi 5, 6, 6E, or 7.
When it matters: When newer phones, laptops, and consoles need the latest Wi-Fi efficiency and speed features.
Importance: HIGH
Good value: Wi-Fi 6 (802.11ax)
TP-Link Archer AX80 supports a newer Wi-Fi version than the average router (Wi-Fi 6 (802.11ax) vs Wi-Fi 5 (802.11ac)). The average router uses Wi-Fi Wi-Fi 5 (802.11ac).Wi-Fi 6 (802.11ax) vs Wi-Fi 5 (802.11ac)
4.07x faster Wi-Fi speed
TP-Link Archer AX80 has a higher Wi-Fi speed than the average router (6,000 Mbps vs 1,475 Mbps). The average router reaches Wi-Fi speed of 1,475 Mbps.
Supports mesh Wi-Fi
TP-Link Archer AX80 supports mesh Wi-Fi, while the average router does not. 36.4% of routers support mesh Wi-Fi.
Supports OFDMA
TP-Link Archer AX80 supports OFDMA, while the average router does not. 35% of routers support OFDMA.
Newer Wi-Fi version
TP-Link Archer AX80 supports a newer Wi-Fi version than the average router (Wi-Fi 6 (802.11ax) vs Wi-Fi 5 (802.11ac)). The average router uses Wi-Fi Wi-Fi 5 (802.11ac).
5 more spatial streams
TP-Link Archer AX80 has more spatial streams than the average router (8 vs 3). The average router has 3 spatial streams.
Supports MU-MIMO
TP-Link Archer AX80 supports MU-MIMO, while the average router does not. 47.7% of routers support MU-MIMO.
Wider channel widths
TP-Link Archer AX80 has a higher supported channel width than the average router (20 MHz + 40 MHz + 80 MHz + 160 MHz vs 20 MHz + 40 MHz + 80 MHz). The average router supports channel width of 20 MHz + 40 MHz + 80 MHz.
24.7% wider wireless coverage
TP-Link Archer AX80 has wider wireless coverage than the average router (232 m² vs 186 m²). The average router offers wireless coverage of 186 m².
136 more connected devices
TP-Link Archer AX80 supports more connected devices than the average router (200 vs 64). The average router supports 64 connected devices.
Supports TWT
TP-Link Archer AX80 supports Target Wake Time (TWT), while the average router does not. 36.4% of routers support Target Wake Time (TWT).
Stronger Wi-Fi security
TP-Link Archer AX80 supports the Wi-Fi security protocols WPA3, WPA/WPA2, 802.1X, while the average router supports WPA2, WPA, WEP, WPS.
Supports inter-VLAN routing
TP-Link Archer AX80 supports inter-VLAN routing, while the average router does not. 23.5% of routers support inter-VLAN routing.
Faster LAN ports
TP-Link Archer AX80 has a higher LAN port speed than the average router (2.5 Gbps + 1 Gbps vs 1 Gbps). The average router has a LAN port speed of 1 Gbps.
1 more LAN ports
TP-Link Archer AX80 has more LAN ports than the average router (5 vs 4). The average router has 4 LAN ports.
Supports link aggregation (LACP)
TP-Link Archer AX80 supports link aggregation (LACP), while the average router does not. 14.7% of routers support link aggregation (LACP).
Higher CPU clock speed
TP-Link Archer AX80 has a higher CPU clock speed than the average router (4x 2 GHz vs 2x 0.5 GHz). The average router has a CPU clock speed of 2x 0.5 GHz.
4x more internal storage
TP-Link Archer AX80 has more internal storage than the average router (0.5 GB vs 0.125 GB). The average router offers 0.125 GB of internal storage.
2x more RAM
TP-Link Archer AX80 has more RAM than the average router (512 MB vs 256 MB). The average router has 256 MB of RAM.
6 more external antennas
TP-Link Archer AX80 has more external antennas than the average router (8 vs 2). The average router has 2 external antennas.
6 newer release date
TP-Link Archer AX80 was released more recently than the average router (2021 vs 2015). The average router release year is 2015.

Why is TP-Link Archer AX80 worse than the average router?

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1 fewer WAN ports
TP-Link Archer AX80 has fewer WAN ports than the average router (2 vs 1). The average router has 1 WAN ports.
Limited firmware updates
TP-Link Archer AX80 supports the firmware update methods Web UI, Automatic, while the average router supports Web UI, App, Automatic.
Less capable NAS services
TP-Link Archer AX80 includes SMB, FTP, media server, time machine NAS services, while the average router includes SMB, FTP, time machine, NFS, web access.
75.3 mm wider width
TP-Link Archer AX80 is wider than the average router (277.3 mm vs 202 mm). The average router is 202 mm wide.
Limited firmware updates
TP-Link Archer AX80 supports the firmware update methods Web UI, Automatic, while the average router supports Web UI, App, Automatic.
What it is: Describes how router firmware updates are installed, such as automatic OTA, web UI, or manual upload.
When it matters: When you want security fixes and new features applied with less maintenance friction.
Importance: MEDIUM
TP-Link Archer AX80 supports the firmware update methods Web UI, Automatic, while the average router supports Web UI, App, Automatic.Web UI, Automatic vs Web UI, App, Automatic
6.54x less popular
TP-Link Archer AX80 is less popular than the average router (1.00 vs 6.536).
What it is: An indicator based on the number of reviews received by the router.
When it matters: When you prefer to choose a router reviewed and selected by many other buyers.
TP-Link Archer AX80 is less popular than the average router (1.00 vs 6.536).1 vs 6.54
1 fewer WAN ports
TP-Link Archer AX80 has fewer WAN ports than the average router (2 vs 1). The average router has 1 WAN ports.
What it is: Shows how many separate WAN uplink ports the router provides for internet connections.
When it matters: When you use dual internet lines, backup WAN, or load balancing between multiple external links.
Importance: MEDIUM
Good value: 1 WAN port
TP-Link Archer AX80 has fewer WAN ports than the average router (2 vs 1). The average router has 1 WAN ports.2 vs 1
75.3 mm wider width
TP-Link Archer AX80 is wider than the average router (277.3 mm vs 202 mm). The average router is 202 mm wide.
What it is: The side-to-side size of the router body, usually measured in millimetres.
When it matters: When shelf space is tight and you need the router to fit cleanly beside other equipment.
Importance: LOW
Good value: <165 mm
TP-Link Archer AX80 is wider than the average router (277.3 mm vs 202 mm). The average router is 202 mm wide.277.3 mm vs 202 mm
Less capable NAS services
TP-Link Archer AX80 includes SMB, FTP, media server, time machine NAS services, while the average router includes SMB, FTP, time machine, NFS, web access.
What it is: Lists the onboard file-sharing services the router can provide, such as SMB, FTP, or media sharing.
When it matters: When the router is expected to handle light file serving without separate NAS hardware.
Importance: LOW
TP-Link Archer AX80 includes SMB, FTP, media server, time machine NAS services, while the average router includes SMB, FTP, time machine, NFS, web access.SMB, FTP, media server, time machine vs SMB, FTP, time machine, NFS, web access