Name: TP-Link Archer C6 AC1200 MU-MIMO
Brand: TP-Link

Technical Specifications of router TP-Link Archer C6 AC1200 MU-MIMO

Overall score

7.0

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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

6.0

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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: MEDIUM

TP-Link

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

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: HIGH

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: HIGH

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: HIGH

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: MEDIUM

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: MEDIUM

Networking

8.2

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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: HIGH

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: MEDIUM

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: MEDIUM

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: HIGH

Ports

5.5

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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: HIGH

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: HIGH

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: MEDIUM

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: MEDIUM

Management

5.6

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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: HIGH

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: HIGH

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: MEDIUM

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: HIGH

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: MEDIUM

Hardware

5.9

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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: HIGH

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: HIGH

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: MEDIUM

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: HIGH

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: MEDIUM

Good value: 3 antennas

TP-Link Archer C6 AC1200 MU-MIMO vs the average router

Why is TP-Link Archer C6 AC1200 MU-MIMO better than the average router?

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Supports mesh Wi-Fi
TP-Link Archer C6 AC1200 MU-MIMO supports mesh Wi-Fi, while the average router does not. 37.3% 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 C6 AC1200 MU-MIMO supports mesh Wi-Fi, while the average router does not. 37.3% of routers support mesh Wi-Fi.
Stronger Wi-Fi security
TP-Link Archer C6 AC1200 MU-MIMO 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: HIGH
TP-Link Archer C6 AC1200 MU-MIMO 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
Supports inter-VLAN routing
TP-Link Archer C6 AC1200 MU-MIMO supports inter-VLAN routing, while the average router does not. 22.2% of routers support 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: MEDIUM
TP-Link Archer C6 AC1200 MU-MIMO supports inter-VLAN routing, while the average router does not. 22.2% of routers support inter-VLAN routing.
Supports MU-MIMO
TP-Link Archer C6 AC1200 MU-MIMO supports MU-MIMO, while the average router does not. 47.7% of routers support MU-MIMO.
What it is: Supports multi-user MIMO so the router can serve more than one client stream at the same time.
When it matters: When many active devices share the network and you want wireless capacity used more efficiently.
Importance: MEDIUM
TP-Link Archer C6 AC1200 MU-MIMO supports MU-MIMO, while the average router does not. 47.7% of routers support MU-MIMO.
16.9% higher user score
TP-Link Archer C6 AC1200 MU-MIMO has a higher user score than the average router (9.35 vs 8,000).
What it is: A rating that combines user reviews and the total number of reviews received by the router.
When it matters: When you want to know how a router performs in daily use and how reliable it is for speed, coverage, and stability according to user feedback.
TP-Link Archer C6 AC1200 MU-MIMO has a higher user score than the average router (9.35 vs 8,000).9.35 vs 8
4.1 W lower power consumption
TP-Link Archer C6 AC1200 MU-MIMO uses less power than the average router (4 W vs 8.1 W). The average router uses 8.1 W power.
What it is: The amount of electrical power the router draws during normal operation, usually measured in watts.
When it matters: When the router stays on all day and you care about heat output and long-term electricity cost.
Importance: MEDIUM
Good value: <6 W
TP-Link Archer C6 AC1200 MU-MIMO uses less power than the average router (4 W vs 8.1 W). The average router uses 8.1 W power.4 W vs 8.1 W
2.57x cheaper
TP-Link Archer C6 AC1200 MU-MIMO is cheaper than the average router (£35 vs £90).
TP-Link Archer C6 AC1200 MU-MIMO is cheaper than the average router (£35 vs £90).£35 vs £90
Supports mesh Wi-Fi
TP-Link Archer C6 AC1200 MU-MIMO supports mesh Wi-Fi, while the average router does not. 37.3% of routers support mesh Wi-Fi.
Supports MU-MIMO
TP-Link Archer C6 AC1200 MU-MIMO supports MU-MIMO, while the average router does not. 47.7% of routers support MU-MIMO.
Stronger Wi-Fi security
TP-Link Archer C6 AC1200 MU-MIMO 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 C6 AC1200 MU-MIMO supports inter-VLAN routing, while the average router does not. 22.2% of routers support inter-VLAN routing.
4.1 W lower power consumption
TP-Link Archer C6 AC1200 MU-MIMO uses less power than the average router (4 W vs 8.1 W). The average router uses 8.1 W power.

Why is TP-Link Archer C6 AC1200 MU-MIMO worse than the average router?

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17.2% 40% slower Wi-Fi speed
TP-Link Archer C6 AC1200 MU-MIMO has a lower Wi-Fi speed than the average router (1,200 Mbps vs 1,450 Mbps). The average router reaches Wi-Fi speed of 1,450 Mbps.
No dynamic routing
TP-Link Archer C6 AC1200 MU-MIMO does not support dynamic routing, while the average router does. 53.3% of routers support dynamic routing.
1 fewer USB ports
TP-Link Archer C6 AC1200 MU-MIMO has fewer USB ports than the average router (0 vs 1). The average router has 1 USB ports.
Less capable NAS services
TP-Link Archer C6 AC1200 MU-MIMO includes none NAS services, while the average router includes SMB, FTP, time machine, NFS, web access.
No traffic monitoring
TP-Link Archer C6 AC1200 MU-MIMO does not offer traffic monitoring, while the average router does. 82.6% of routers offer traffic monitoring.
No DLNA support
TP-Link Archer C6 AC1200 MU-MIMO does not support DLNA, while the average router does. 54.5% of routers support DLNA.
Lower CPU clock speed
TP-Link Archer C6 AC1200 MU-MIMO has a lower CPU clock speed than the average router (1x0.775 GHz vs 2x0.5 GHz). The average router has CPU clock speed of 2x0.5 GHz.
No dynamic routing
TP-Link Archer C6 AC1200 MU-MIMO does not support dynamic routing, while the average router does. 53.3% of routers support 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: MEDIUM
TP-Link Archer C6 AC1200 MU-MIMO does not support dynamic routing, while the average router does. 53.3% of routers support dynamic routing.
Less capable NAS services
TP-Link Archer C6 AC1200 MU-MIMO includes none 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: MEDIUM
TP-Link Archer C6 AC1200 MU-MIMO includes none NAS services, while the average router includes SMB, FTP, time machine, NFS, web access.none vs SMB, FTP, time machine, NFS, web access
No traffic monitoring
TP-Link Archer C6 AC1200 MU-MIMO does not offer traffic monitoring, while the average router does. 82.6% of routers offer 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: MEDIUM
TP-Link Archer C6 AC1200 MU-MIMO does not offer traffic monitoring, while the average router does. 82.6% of routers offer traffic monitoring.
1 fewer USB ports
TP-Link Archer C6 AC1200 MU-MIMO has fewer USB ports than the average router (0 vs 1). The average router has 1 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: MEDIUM
Good value: 1 USB port
TP-Link Archer C6 AC1200 MU-MIMO has fewer USB ports than the average router (0 vs 1). The average router has 1 USB ports.0 vs 1
17.2% 40% slower Wi-Fi speed
TP-Link Archer C6 AC1200 MU-MIMO has a lower Wi-Fi speed than the average router (1,200 Mbps vs 1,450 Mbps). The average router reaches Wi-Fi speed of 1,450 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 C6 AC1200 MU-MIMO has a lower Wi-Fi speed than the average router (1,200 Mbps vs 1,450 Mbps). The average router reaches Wi-Fi speed of 1,450 Mbps.1,200 Mbps vs 1,450 Mbps
No DLNA support
TP-Link Archer C6 AC1200 MU-MIMO does not support DLNA, while the average router does. 54.5% of routers support DLNA.
What it is: Supports DLNA-related media sharing or discovery for compatible devices on the local network.
When it matters: When TVs, media players, and local content need easier plug-and-play discovery on the network.
Importance: LOW
TP-Link Archer C6 AC1200 MU-MIMO does not support DLNA, while the average router does. 54.5% of routers support DLNA.
Lower CPU clock speed
TP-Link Archer C6 AC1200 MU-MIMO has a lower CPU clock speed than the average router (1x0.775 GHz vs 2x0.5 GHz). The average router has CPU clock speed of 2x0.5 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: HIGH
TP-Link Archer C6 AC1200 MU-MIMO has a lower CPU clock speed than the average router (1x0.775 GHz vs 2x0.5 GHz). The average router has CPU clock speed of 2x0.5 GHz.1x0.775 GHz vs 2x0.5 GHz