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Home»WIFI»GL.iNet Flint 2 router review – Part 2: WiFi 6, 2.5GbE, WireGuard performance
WIFI

GL.iNet Flint 2 router review – Part 2: WiFi 6, 2.5GbE, WireGuard performance

5gantennas.orgBy 5gantennas.orgJanuary 15, 2024No Comments33 Mins Read
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In the first part of the review of the GL.iNet GL-MT6000 “Flint 2” WiFi 6 router, I had a look at the package content and the hardware design with a teardown of the router, and quickly tried it out. I’ve now had more time to play with the router focusing the review on WiFi 6 and 2.5GbE performance, and checking whether of 900 Mbps Wireguard VPN claim had any truth to it.

The router also supports the Tor network to anonymously browse the web, Adguard Home to get rid of unwanted ads, and Repeater mode among other features. Those all work with the Fliont 2 router, but I won’t cover those in detail here, and invite you to check out the GL.iNet Brume 2 security gateway review for Tor and Adguard Home and the GL.iNet Beryl AX review for the repeater mode test.

GL.iNet Flint 2 Review
GL.iNet Flint 2 router with USB hard drive and 2.5GbE and WiFi 6 clients used for the review

Connecting wired and wireless clients

The Flint 2 router is pretty much plug-and-play, and after I set the timezone, and changed the name and password for the 2.4GHz and 5GHz SSID, I had no issue connecting multiple wired and wireless clients to the router.

GL-MT6000 Flint 2 Admin Panel

The GL.iNet Admin Panel also lets you see how much traffic goes through each client and allows you to block some clients if needed. Note that network acceleration is enabled by default for the best performance, so if you set client speed limits, they may not work as expected.

GL.iNet Flint 2 Clients List Control
Flint 2’s WiFi 6 performance test

Now that we know the basic features are working as expected, it’s time to test the performance. We’ll start with WiFi by running a SpeedTest using an Android smartphone connected with a 433 Mbps link and a 300Mbps 3BB fiber to the home broadband internet plan.

300Mbps 3BB WiFi 6 SpeedTest

All good. But the Flint 2 is a WiFi 6 AX6000 router that can support up to 4,804 Mbps at 5 GHz with multiple clients. I won’t test the maximum speed with multiple clients, but I will use the Khadas Mind mini PC running Ubuntu 22.04 since it delivered the fastest WiFi 6 connection in our reviews with 1.4 Gbps upload and 991 Mbps download speeds when connected to a Xiaomi Mi AX6000 router.

Let’s do that again with iperf3 with the Khadas Mind connected to the 5GHz SSID from the Flint 2 router using UP Xtreme i11 mini PC on the other side.

jaufranc@Khadas–Mind–CNX:~$ iperf3 –t 60 –c 192.168.31.12 –i 10

Connecting to host 192.168.31.12, port 5201

[  5] local 192.168.8.164 port 55590 connected to 192.168.31.12 port 5201

[ ID] Interval           Transfer     Bitrate         Retr  Cwnd

[  5]   0.00–10.00  sec  1.09 GBytes   938 Mbits/sec    0   3.17 MBytes      

[  5]  10.00–20.00  sec  1.11 GBytes   950 Mbits/sec    0   3.17 MBytes      

[  5]  20.00–30.00  sec  1.10 GBytes   948 Mbits/sec    0   3.17 MBytes      

[  5]  30.00–40.00  sec  1.08 GBytes   929 Mbits/sec    0   3.17 MBytes      

[  5]  40.00–50.00  sec  1.11 GBytes   957 Mbits/sec    0   3.17 MBytes      

[  5]  50.00–60.00  sec  1.09 GBytes   937 Mbits/sec    0   3.17 MBytes      

– – – – – – – – – – – – – – – – – – – – – – – – –

[ ID] Interval           Transfer     Bitrate         Retr

[  5]   0.00–60.00  sec  6.59 GBytes   943 Mbits/sec    0             sender

[  5]   0.00–59.99  sec  6.59 GBytes   943 Mbits/sec                  receiver

 

iperf Done.

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jaufranc@Khadas–Mind–CNX:~$ iperf3 –t 60 –c 192.168.31.12 –i 10 –R

Connecting to host 192.168.31.12, port 5201

Reverse mode, remote host 192.168.31.12 is sending

[  5] local 192.168.8.164 port 48708 connected to 192.168.31.12 port 5201

[ ID] Interval           Transfer     Bitrate

[  5]   0.00–10.00  sec  1.03 GBytes   889 Mbits/sec                  

[  5]  10.00–20.00  sec  1.03 GBytes   888 Mbits/sec                  

[  5]  20.00–30.00  sec  1.04 GBytes   890 Mbits/sec                  

[  5]  30.00–40.00  sec  1.04 GBytes   893 Mbits/sec                  

[  5]  40.00–50.00  sec  1.04 GBytes   893 Mbits/sec                  

[  5]  50.00–60.00  sec  1.04 GBytes   890 Mbits/sec                  

– – – – – – – – – – – – – – – – – – – – – – – – –

[ ID] Interval           Transfer     Bitrate         Retr

[  5]   0.00–60.04  sec  6.22 GBytes   890 Mbits/sec   79             sender

[  5]   0.00–60.00  sec  6.22 GBytes   890 Mbits/sec                  receiver

 

iperf Done.

943 Mbps and 890 Mbps are pretty good results, although somewhat lower than with the Xiaomi router.

GL-MT-60000-CNX-5G Link Speed

That’s because the link speed was set to 1200 Mbps, while the Khadas Mind had a 2400 Mbps link speed with the Xiaomi Mi AX6000 router. This is obviously device-dependent, as my phone is connected with a 433 Mbps link to the same router.

I also tested 2.4 GHz WiFi for reference:

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jaufranc@Khadas–Mind–CNX:~$ iperf3 –t 60 –c 192.168.8.207 –i 10

Connecting to host 192.168.8.207, port 5201

[  5] local 192.168.8.164 port 51122 connected to 192.168.8.207 port 5201

[ ID] Interval           Transfer     Bitrate         Retr  Cwnd

[  5]   0.00–10.00  sec   186 MBytes   156 Mbits/sec    0   2.03 MBytes      

[  5]  10.00–20.00  sec   218 MBytes   182 Mbits/sec    0   2.39 MBytes      

[  5]  20.00–30.00  sec   214 MBytes   179 Mbits/sec    0   3.62 MBytes      

[  5]  30.00–40.00  sec   178 MBytes   149 Mbits/sec    0   3.62 MBytes      

[  5]  40.00–50.00  sec   225 MBytes   189 Mbits/sec    0   3.62 MBytes      

[  5]  50.00–60.00  sec   196 MBytes   165 Mbits/sec    0   3.62 MBytes      

– – – – – – – – – – – – – – – – – – – – – – – – –

[ ID] Interval           Transfer     Bitrate         Retr

[  5]   0.00–60.00  sec  1.19 GBytes   170 Mbits/sec    0             sender

[  5]   0.00–60.06  sec  1.18 GBytes   169 Mbits/sec                  receiver

 

iperf Done.

jaufranc@Khadas–Mind–CNX:~$ iperf3 –t 60 –c 192.168.8.207 –i 10 –R

Connecting to host 192.168.8.207, port 5201

Reverse mode, remote host 192.168.8.207 is sending

[  5] local 192.168.8.164 port 40942 connected to 192.168.8.207 port 5201

[ ID] Interval           Transfer     Bitrate

[  5]   0.00–10.00  sec   156 MBytes   130 Mbits/sec                  

[  5]  10.00–20.00  sec   130 MBytes   109 Mbits/sec                  

[  5]  20.00–30.00  sec   142 MBytes   119 Mbits/sec                  

[  5]  30.00–40.00  sec   159 MBytes   134 Mbits/sec                  

[  5]  40.00–50.00  sec   108 MBytes  90.5 Mbits/sec                  

[  5]  50.00–60.00  sec   129 MBytes   109 Mbits/sec                  

– – – – – – – – – – – – – – – – – – – – – – – – –

[ ID] Interval           Transfer     Bitrate         Retr

[  5]   0.00–60.05  sec   827 MBytes   115 Mbits/sec  388             sender

[  5]   0.00–60.00  sec   824 MBytes   115 Mbits/sec                  receiver

 

iperf Done.

Khadas Mind 2.4GHz WiFi Link Speed Flint 2 RouterThe link speed was 270 Mbps at 2.4 GHz. The specs claim up to 1,148 Mbps @ 2.4 GHz, but that’s for multiple devices.

Finally, I had a look at the range of the routers. Both the Flint 2 and the Xiaomi Mi AX6000 were on the same table at around one meter from each other.

Xiaomi Mi AX6000 vs Flint 2 WiFi range
Left: office (2.4 GHz), middle: office (5 GHz), right: bedroom (2.4 GHz)

The signal strengths are similar.  The channel graphs at 2.4 GHz look the same, and they are just using different channels, but the GL-MT6000 Flint 2 router has a much narrower graph at 5 GHz since it uses fewer channels. The first two screenshots were taken about 4 meters from the router. The one on the right was taken in a bedroom about 6-7 meters from the router in a different room. All show a  0-1 meter distance from the router, so the distance reported in the app is not that relevant at least when close to the router.

Flint 2 2.4GHz 5GHz WiFi range signal strength
Channel graphs for 2.4 GHz (80 meters) and 5 GHz (40 meters), signal strength for 2.4/5GHz SSIDs at 80 meters (right)

I then walked outside and could use 5 GHz up to about 40 meters from the routers (distance as measured in Google Maps) and 2.4 GHz up to 80 meters. I could not see any obvious difference in range between the GL.iNet and Xiaomi routers.

Ethernet performance on the Flint 2 router

I used an Ubuntu 22.04 laptop with a Realtek RTL8156BG USB 3.0 to 2.5GbE dongle and UP Xtreme i11 mini PC’s 2.5GbE interface to test the performance of the Flint 2 router with 2.5Gbps Ethernet. Note the laptop was connected to the 2.5GbE LAN of the router (192.168.8.0) and the mini PC was in the WAN of the router (192.168.31.0), so routing is also involved here.

  • Transfer from the laptop to the mini PC

jaufranc@CNX–LAPTOP–5:~$ iperf3 –t 60 –c 192.168.31.12 –i 10

Connecting to host 192.168.31.12, port 5201

[  5] local 192.168.8.130 port 47640 connected to 192.168.31.12 port 5201

[ ID] Interval           Transfer     Bitrate         Retr  Cwnd

[  5]   0.00–10.00  sec  2.74 GBytes  2.35 Gbits/sec    0    911 KBytes      

[  5]  10.00–20.00  sec  2.73 GBytes  2.35 Gbits/sec    0   2.34 MBytes      

[  5]  20.00–30.00  sec  2.73 GBytes  2.35 Gbits/sec    0   2.34 MBytes      

[  5]  30.00–40.00  sec  2.73 GBytes  2.35 Gbits/sec    0   2.34 MBytes      

[  5]  40.00–50.00  sec  2.73 GBytes  2.35 Gbits/sec    0   2.34 MBytes      

[  5]  50.00–60.00  sec  2.73 GBytes  2.35 Gbits/sec  1204   1.76 MBytes      

– – – – – – – – – – – – – – – – – – – – – – – – –

[ ID] Interval           Transfer     Bitrate         Retr

[  5]   0.00–60.00  sec  16.4 GBytes  2.35 Gbits/sec  1204             sender

[  5]   0.00–60.04  sec  16.4 GBytes  2.35 Gbits/sec                  receiver

 

iperf Done.

  • Transfer from the mini PC to the laptop

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jaufranc@CNX–LAPTOP–5:~$ iperf3 –t 60 –c 192.168.31.12 –i 10 –R

Connecting to host 192.168.31.12, port 5201

Reverse mode, remote host 192.168.31.12 is sending

[  5] local 192.168.8.130 port 50014 connected to 192.168.31.12 port 5201

[ ID] Interval           Transfer     Bitrate

[  5]   0.00–10.00  sec  2.73 GBytes  2.35 Gbits/sec                  

[  5]  10.00–20.00  sec  2.73 GBytes  2.35 Gbits/sec                  

[  5]  20.00–30.00  sec  2.73 GBytes  2.35 Gbits/sec                  

[  5]  30.00–40.00  sec  2.73 GBytes  2.35 Gbits/sec                  

[  5]  40.00–50.00  sec  2.73 GBytes  2.35 Gbits/sec                  

[  5]  50.00–60.00  sec  2.73 GBytes  2.35 Gbits/sec                  

– – – – – – – – – – – – – – – – – – – – – – – – –

[ ID] Interval           Transfer     Bitrate         Retr

[  5]   0.00–60.04  sec  16.4 GBytes  2.35 Gbits/sec    0             sender

[  5]   0.00–60.00  sec  16.4 GBytes  2.35 Gbits/sec                  receiver

 

iperf Done.

2.35 Gbps in either direction, so no problem here.

I also did a bidirectional/full-duplex transfer:

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jaufranc@CNX–LAPTOP–5:~$ iperf3 –t 60 –c 192.168.31.12 –i 10 —bidir

Connecting to host 192.168.31.12, port 5201

[  5] local 192.168.8.130 port 52440 connected to 192.168.31.12 port 5201

[  7] local 192.168.8.130 port 52448 connected to 192.168.31.12 port 5201

[ ID][Role] Interval           Transfer     Bitrate         Retr  Cwnd

[  5][TX–C]   0.00–10.00  sec  2.59 GBytes  2.22 Gbits/sec    2   1.92 MBytes      

[  7][RX–C]   0.00–10.00  sec  2.18 GBytes  1.87 Gbits/sec                  

[  5][TX–C]  10.00–20.00  sec  2.56 GBytes  2.20 Gbits/sec    4   1.97 MBytes      

[  7][RX–C]  10.00–20.00  sec  2.33 GBytes  2.00 Gbits/sec                  

[  5][TX–C]  20.00–30.00  sec  2.56 GBytes  2.20 Gbits/sec   12   2.23 MBytes      

[  7][RX–C]  20.00–30.00  sec  2.32 GBytes  1.99 Gbits/sec                  

[  5][TX–C]  30.00–40.00  sec  2.56 GBytes  2.20 Gbits/sec    7   2.37 MBytes      

[  7][RX–C]  30.00–40.00  sec  2.36 GBytes  2.03 Gbits/sec                  

[  5][TX–C]  40.00–50.00  sec  2.57 GBytes  2.21 Gbits/sec    3   2.45 MBytes      

[  7][RX–C]  40.00–50.00  sec  2.36 GBytes  2.03 Gbits/sec                  

[  5][TX–C]  50.00–60.00  sec  2.57 GBytes  2.21 Gbits/sec    5   2.65 MBytes      

[  7][RX–C]  50.00–60.00  sec  2.38 GBytes  2.04 Gbits/sec                  

– – – – – – – – – – – – – – – – – – – – – – – – –

[ ID][Role] Interval           Transfer     Bitrate         Retr

[  5][TX–C]   0.00–60.00  sec  15.4 GBytes  2.21 Gbits/sec   33             sender

[  5][TX–C]   0.00–60.05  sec  15.4 GBytes  2.21 Gbits/sec                  receiver

[  7][RX–C]   0.00–60.00  sec  13.9 GBytes  2.00 Gbits/sec   31             sender

[  7][RX–C]   0.00–60.05  sec  13.9 GBytes  1.99 Gbits/sec                  receiver

 

iperf Done.

That’s 2.21 Gbps and 1.99 Gbps in either direction. Still pretty and most people won’t mind, but if you have a really fast internet connection and are seeding a torrent it may matter somewhat…

I also quickly tested the four gigabit Ethernet ports with the same method:

  • LAN 2: 940 Mbps / 941 Mbps
  • LAN 3: 940 Mbps / 941 Mbps
  • LAN 4: 940 Mbps / 941 Mbps
  • LAN 5: 940 Mbps / 941 Mbps

No issues there…

WireGuard VPN performance of the Flint 2 router

It’s now time to put the 900 Mbps WireGuard performance claim to the test. For this, I installed a Wireguard VPN server on UP Xtreme i11 mini PC using the wireguard-install script, and copied the client file to the Flint 2 admin panel in the WireGuard Client Section:

[Interface]

Address = 10.7.0.2/24

DNS = 192.168.8.1

PrivateKey = XXX

 

[Peer]

PublicKey = YYY

PresharedKey = ZZZ

AllowedIPs = 0.0.0.0/0, ::/0

Endpoint = 192.168.8.207:51820

PersistentKeepalive = 25

The connection was shown as successful in the Admin Panel…

Flint 2 WireGuard Client

and I could ping the virtual IP from my laptop as well.

jaufranc@CNX–LAPTOP–5:~$ ping 10.7.0.2

PING 10.7.0.2 (10.7.0.2) 56(84) bytes of data.

64 bytes from 10.7.0.2: icmp_seq=1 ttl=64 time=0.242 ms

64 bytes from 10.7.0.2: icmp_seq=2 ttl=64 time=0.423 ms

64 bytes from 10.7.0.2: icmp_seq=3 ttl=64 time=0.329 ms

64 bytes from 10.7.0.2: icmp_seq=4 ttl=64 time=0.593 ms

64 bytes from 10.7.0.2: icmp_seq=5 ttl=64 time=0.373 ms

64 bytes from 10.7.0.2: icmp_seq=6 ttl=64 time=0.307 ms

^C

—– 10.7.0.2 ping statistics —–

6 packets transmitted, 6 received, 0% packet loss, time 5102ms

rtt min/avg/max/mdev = 0.242/0.377/0.593/0.111 ms

I could log in to the UP Xtreme i11 computer over SSH:

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jaufranc@CNX–LAPTOP–5:~$ ssh devkit@10.7.0.1

The authenticity of host ‘10.7.0.1 (10.7.0.1)’ can‘t be established.

ED25519 key fingerprint is SHA256:gGw1hnQouUoLAaS2/Ds28yG7iXCANUykCS90kdq4iFU.

This host key is known by the following other names/addresses:

    ~/.ssh/known_hosts:149: [hashed name]

    ~/.ssh/known_hosts:158: [hashed name]

Are you sure you want to continue connecting (yes/no/[fingerprint])? yes

Warning: Permanently added ‘10.7.0.1‘ (ED25519) to the list of known hosts.

devkit@10.7.0.1′s password:

Welcome to Ubuntu 20.04.6 LTS (GNU/Linux 5.15.0–91–generic x86_64)

 

* Documentation:  https://help.ubuntu.com

* Management:     https://landscape.canonical.com

* Support:        https://ubuntu.com/advantage

 

Expanded Security Maintenance for Applications is not enabled.

 

15 updates can be applied immediately.

To see these additional updates run: apt list —upgradable

 

30 additional security updates can be applied with ESM Apps.

Learn more about enabling ESM Apps service at https://ubuntu.com/esm

 

New release ‘22.04.3 LTS’ available.

Run ‘do-release-upgrade’ to upgrade to it.

 

Your Hardware Enablement Stack (HWE) is supported until April 2025.

Last login: Sun Jan 14 10:04:41 2024 from 192.168.8.249

So I tested whether the 900 Mbps claim was valid with iperf3:

jaufranc@CNX–LAPTOP–5:~$ iperf3 –t 60 –c 10.7.0.1 –i 10

Connecting to host 10.7.0.1, port 5201

[  5] local 192.168.8.249 port 50496 connected to 10.7.0.1 port 5201

[ ID] Interval           Transfer     Bitrate         Retr  Cwnd

[  5]   0.00–10.00  sec  1.04 GBytes   889 Mbits/sec   82    757 KBytes      

[  5]  10.00–20.00  sec  1.03 GBytes   888 Mbits/sec    7    586 KBytes      

[  5]  20.00–30.00  sec  1.03 GBytes   888 Mbits/sec    4    671 KBytes      

[  5]  30.00–40.00  sec  1.03 GBytes   888 Mbits/sec    4    687 KBytes      

[  5]  40.00–50.00  sec  1.04 GBytes   890 Mbits/sec    4    733 KBytes      

[  5]  50.00–60.00  sec  1.04 GBytes   890 Mbits/sec   19    790 KBytes      

– – – – – – – – – – – – – – – – – – – – – – – – –

[ ID] Interval           Transfer     Bitrate         Retr

[  5]   0.00–60.00  sec  6.21 GBytes   889 Mbits/sec  120             sender

[  5]   0.00–60.04  sec  6.21 GBytes   888 Mbits/sec                  receiver

 

iperf Done.

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jaufranc@CNX–LAPTOP–5:~$ iperf3 –t 60 –c 10.7.0.1 –i 10 –R

Connecting to host 10.7.0.1, port 5201

Reverse mode, remote host 10.7.0.1 is sending

[  5] local 192.168.8.249 port 40282 connected to 10.7.0.1 port 5201

[ ID] Interval           Transfer     Bitrate

[  5]   0.00–10.00  sec  1.05 GBytes   898 Mbits/sec                  

[  5]  10.00–20.00  sec  1.05 GBytes   898 Mbits/sec                  

[  5]  20.00–30.00  sec  1.05 GBytes   899 Mbits/sec                  

[  5]  30.00–40.00  sec  1.05 GBytes   901 Mbits/sec                  

[  5]  40.00–50.00  sec  1.05 GBytes   901 Mbits/sec                  

[  5]  50.00–60.00  sec  1.05 GBytes   899 Mbits/sec                  

– – – – – – – – – – – – – – – – – – – – – – – – –

[ ID] Interval           Transfer     Bitrate         Retr

[  5]   0.00–60.04  sec  6.29 GBytes   899 Mbits/sec   21             sender

[  5]   0.00–60.00  sec  6.28 GBytes   899 Mbits/sec                  receiver

 

iperf Done.

Well… They didn’t lie here :). We have pretty good VPN performance. Double-checking on the UP Xtreme i11 mini PC, we can see a large amount of data was transferred over the wg0 interface:

devkit@UPX–i11:~$ sudo wg

interface: wg0

  public key: XXX

  private key: (hidden)

  listening port: 51820

 

peer: YYY

  preshared key: (hidden)

  endpoint: 192.168.8.1:58525

  allowed ips: 10.7.0.2/32

  latest handshake: 3 minutes, 47 seconds ago

  transfer: 6.62 GiB received, 6.79 GiB sent

Let’s now switch to WireGuard Server mode.
Flint 2 Admin Panel Wireguard Server

The Admin Panel will generate a configuration automatically for us, and I could start the server.
Flint 2 WireGuard Server Active

I also added the UP Xtreme i11 as the first client in the Profiles section.
GL-MT6000 WireGuard VPN Profiles
The Admin Panel will provide a QR Code which will be convenient for the Wireguard Android app for instance, and a config file that looks like this:

[Interface]

Address = 10.0.0.2/24

PrivateKey = XXX

DNS = 64.6.64.6

MTU = 1420

 

[Peer]

AllowedIPs = 0.0.0.0/0,::/0

Endpoint = 171.4.231.199:51820

PersistentKeepalive = 25

PublicKey = YYY

So I ran the wireguard-install script again on the UP Xtreme i11 to remove the WireGuard server installation, and installed the WireGuard client instead along with a dependency:

sudo apt install wireguard resolvconf

I created the /etc/wireguard/wg0.conf file with the data above except I changed the Endpoint since I enabled DDNS from my ISP through a special service as it won’t even give me a temporary public IP address since my Internet connection is in a VLAN, and I only get a private IP address. That also means the built-in DDNS service provided by GL.iNet can’t work with 3BB internet service provider. So the line looks like this:

Endpoint = abc.3bbddns.com:35850

But it failed… and no traffic was exchanged:

devkit@UPX–i11:~$ sudo wg

interface: wg0

  public key: XXX

  private key: (hidden)

  listening port: 54609

  fwmark: 0xca6c

 

peer: YYY

  endpoint: 110.164.204.xxx:35850

  allowed ips: 0.0.0.0/0, ::/0

  transfer: 0 B received, 59.98 KiB sent

  persistent keepalive: every 25 seconds

I could confirm 3BB DDNS service was working fine after I accessed the Admin Panel from the Internet, but WireGuard is using UDP so that might be the reason… I can set the broadband router to forward TCP/UDP data, but there’s no such option on the 3BB DDNS website, so it’s unclear how UDP traffic is handled by the ISP. I might try it again in another house in a few weeks, where I do have a public IP address so the built-in DDNS service should work.

Anyway, I decided to change the config to use a local IP address instead just like I did for the Wireguard Client test:

Endpoint = 192.168.31.240:51820

And it looks better with some received and sent packages:

devkit@UPX–i11:~$ sudo wg

interface: wg0

  public key: XXX

  private key: (hidden)

  listening port: 58532

  fwmark: 0xca6c

 

peer: YYY

  endpoint: 192.168.31.240:51820

  allowed ips: 0.0.0.0/0, ::/0

  latest handshake: 1 minute, 14 seconds ago

  transfer: 188 B received, 20.64 KiB sent

  persistent keepalive: every 25 seconds

And the UP Xtreme i11 also shows as a VPN client in the GL.iNet Admin Panel.

Flint 2 Wireguard server client connection

But for some reasons, it’s not very stable:

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root@GL–MT6000:~# ping 10.0.0.2

PING 10.0.0.2 (10.0.0.2): 56 data bytes

64 bytes from 10.0.0.2: seq=65 ttl=64 time=122728.235 ms

64 bytes from 10.0.0.2: seq=66 ttl=64 time=121728.138 ms

64 bytes from 10.0.0.2: seq=67 ttl=64 time=120727.979 ms

64 bytes from 10.0.0.2: seq=68 ttl=64 time=119727.851 ms

64 bytes from 10.0.0.2: seq=70 ttl=64 time=117727.565 ms

64 bytes from 10.0.0.2: seq=72 ttl=64 time=115727.367 ms

64 bytes from 10.0.0.2: seq=73 ttl=64 time=114727.235 ms

64 bytes from 10.0.0.2: seq=74 ttl=64 time=113727.109 ms

64 bytes from 10.0.0.2: seq=75 ttl=64 time=112726.969 ms

64 bytes from 10.0.0.2: seq=81 ttl=64 time=106727.444 ms

64 bytes from 10.0.0.2: seq=82 ttl=64 time=105727.261 ms

64 bytes from 10.0.0.2: seq=83 ttl=64 time=104727.133 ms

64 bytes from 10.0.0.2: seq=84 ttl=64 time=103727.005 ms

64 bytes from 10.0.0.2: seq=185 ttl=64 time=2709.087 ms

^C

—– 10.0.0.2 ping statistics —–

214 packets transmitted, 14 packets received, 93% packet loss

round–trip min/avg/max = 2709.087/105940.455/122728.235 ms

I tried to do the same with the OPPO A98 5G smartphone, and it works much better.

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root@GL–MT6000:~# ping 10.0.0.3

PING 10.0.0.3 (10.0.0.3): 56 data bytes

64 bytes from 10.0.0.3: seq=0 ttl=64 time=117.946 ms

64 bytes from 10.0.0.3: seq=1 ttl=64 time=39.689 ms

...

64 bytes from 10.0.0.3: seq=21 ttl=64 time=111.074 ms

64 bytes from 10.0.0.3: seq=22 ttl=64 time=28.050 ms

64 bytes from 10.0.0.3: seq=23 ttl=64 time=50.634 ms

64 bytes from 10.0.0.3: seq=24 ttl=64 time=77.005 ms

^C

—– 10.0.0.3 ping statistics —–

25 packets transmitted, 25 packets received, 0% packet loss

round–trip min/avg/max = 20.894/72.414/118.397 ms

root@GL–MT6000:~# ping 10.0.0.2

PING 10.0.0.2 (10.0.0.2): 56 data bytes

^C

—– 10.0.0.2 ping statistics —–

3 packets transmitted, 0 packets received, 100% packet loss

I could confirm the stability with iperf3 with the phone connected through a 433 Mbps link.

jaufranc@CNX–LAPTOP–5:~$ iperf3 –t 60 –c 10.0.0.3 –i 10

Connecting to host 10.0.0.3, port 5201

[  5] local 192.168.8.249 port 46212 connected to 10.0.0.3 port 5201

[ ID] Interval           Transfer     Bitrate         Retr  Cwnd

[  5]   0.00–10.00  sec   204 MBytes   171 Mbits/sec  240    100 KBytes      

[  5]  10.00–20.00  sec   208 MBytes   174 Mbits/sec  459    150 KBytes      

[  5]  20.00–30.00  sec   228 MBytes   191 Mbits/sec  414    178 KBytes      

[  5]  30.00–40.00  sec   221 MBytes   186 Mbits/sec  434    144 KBytes      

[  5]  40.00–50.00  sec   216 MBytes   181 Mbits/sec  420    159 KBytes      

[  5]  50.00–60.00  sec   217 MBytes   182 Mbits/sec  272    178 KBytes      

– – – – – – – – – – – – – – – – – – – – – – – – –

[ ID] Interval           Transfer     Bitrate         Retr

[  5]   0.00–60.00  sec  1.26 GBytes   181 Mbits/sec  2239             sender

[  5]   0.00–60.00  sec  1.26 GBytes   181 Mbits/sec                  receiver

 

iperf Done.

But it’s not really exploiting the full performance of the router, so I did one last try in a Ubuntu client with my laptop.

Multiple VPN Client Flint 2 WiFi 6 router

It quickly appeared in the list of VPN clients after I followed the same step as with the UP Xtreme i11 that is shown as offline despite the wg0 still up.

I then shut down the wg0 interface in the UP Xtreme i11 and ran iperf3 from there to 10.0.0.4 accessing my laptop through the WireGuard network.

devkit@UPX–i11:~$ iperf3 –t 60 –c 10.0.0.4 –i 10

Connecting to host 10.0.0.4, port 5201

[  5] local 192.168.8.207 port 37768 connected to 10.0.0.4 port 5201

[ ID] Interval           Transfer     Bitrate         Retr  Cwnd

[  5]   0.00–10.00  sec  1.04 GBytes   891 Mbits/sec    1   2.28 MBytes      

[  5]  10.00–20.00  sec  1.04 GBytes   892 Mbits/sec    0   2.74 MBytes      

[  5]  20.00–30.00  sec  1.03 GBytes   885 Mbits/sec  501    899 KBytes      

[  5]  30.00–40.00  sec  1.03 GBytes   887 Mbits/sec   14    765 KBytes      

[  5]  40.00–50.00  sec  1.04 GBytes   889 Mbits/sec    4    636 KBytes      

[  5]  50.00–60.00  sec  1.03 GBytes   887 Mbits/sec    3    759 KBytes      

– – – – – – – – – – – – – – – – – – – – – – – – –

[ ID] Interval           Transfer     Bitrate         Retr

[  5]   0.00–60.00  sec  6.21 GBytes   889 Mbits/sec  523             sender

[  5]   0.00–60.04  sec  6.21 GBytes   888 Mbits/sec                  receiver

 

iperf Done.

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devkit@UPX–i11:~$ iperf3 –t 60 –c 10.0.0.4 –i 10 –R

Connecting to host 10.0.0.4, port 5201

Reverse mode, remote host 10.0.0.4 is sending

[  5] local 192.168.8.207 port 55352 connected to 10.0.0.4 port 5201

[ ID] Interval           Transfer     Bitrate

[  5]   0.00–10.00  sec   999 MBytes   838 Mbits/sec                  

[  5]  10.00–20.00  sec  1006 MBytes   844 Mbits/sec                  

[  5]  20.00–30.00  sec   995 MBytes   834 Mbits/sec                  

[  5]  30.00–40.00  sec   981 MBytes   823 Mbits/sec                  

[  5]  40.00–50.00  sec  1004 MBytes   842 Mbits/sec                  

[  5]  50.00–60.00  sec   980 MBytes   822 Mbits/sec                  

– – – – – – – – – – – – – – – – – – – – – – – – –

[ ID] Interval           Transfer     Bitrate         Retr

[  5]   0.00–60.05  sec  5.83 GBytes   834 Mbits/sec  349             sender

[  5]   0.00–60.00  sec  5.82 GBytes   834 Mbits/sec                  receiver

 

iperf Done.

The performance is excellent, although quite lower than 900 Mbps for the laptop to mini PC transfer. At the time of the test, both devices were connected through Gigabit Ethernet.

Misc features

GL.iNet routers are versatile with plenty of features that would make the review really long, potentially boring to readers, and time-consuming to complete, so it’s not practical to test everything. But I’ll still show the list of features, some of which have already been tested in previous reviews as mentioned in the introduction.

Admin Panel Applications AdGuard Home

The Applications section offers menus for plug-ins (packages that can installed in the router), dynamic DNS, GoodCloud for remote access, network storage (we’ll test that below), parental control, and services such as ZeroTier and Tailscale.

Flint 2 Network FirewallThe Network section allows the user to configure the firewall, multi-WAN, LAN, guest network, DNS, IPv6, NAT, network acceleration, and more…

Flint 2 Admin Panel OpenWrt 23.05

The System section provides some information about the router, and for example, we can see the GL.iNet Flint 2 runs OpenWrt 23.05 (or more likely a fork although it’s also officially supported) on top of Linux 5.15.139 with the latest firmware. We also get menus for firmware updates, scheduled tasks, time zone configuration, logs for debugging/troubleshooting, security (password, remote access to admin panel, etc…), factory reset, and advanced settings that point to the OpenWrt’s LuCi web interface.

I decided to quickly try Network Storage by connecting our “review” USB hard drive. The Flint 2 has no problems mounting the NTFS, EXT-4, and exFAT partitions, but is not so pleased with the BTRFS partition…

Flint 2 router Disk Management

The next step is to enable Samba in the File Services tab.

GL.iNet Admin Panel SAMBA

After I set a shared folder on the EXT-4 partition in the Shared Folders tab.

Flint 2 SAMBA shared folder

My Ubuntu 22.04 laptop could see the GL-MT6000 share (twice! not sure why…) and I could log in with the credentials I set in the Admin Panel.

GL MT6000 SAMBA share Ubuntu 22.04

I could then transfer a large file from the router to my laptop at around 31.3 MB/s.

Copy SAMBA file Flint 2 WiFi 6 routerThat’s quite slow considering that’s a USB 3.0 port and my drive should support around 95 MB/s. But at least it works.

root@GL–MT6000:~# lsusb -t

/:  Bus 02.Port 1: Dev 1, Class=root_hub, Driver=xhci–mtk/1p, 20000M/x2

    |__ Port 1: Dev 2, If 0, Class=, Driver=uas, 5000M/x2

/:  Bus 01.Port 1: Dev 1, Class=root_hub, Driver=xhci–mtk/2p, 480M

Conclusion

GL.i.Net Flint 2 (GL-MT6000) is a solid router with two 2.5GbE ports, four gigabit Ethernet, support for WiFi 6, and an Admin Panel with plenty of features that should meet the needs of most users. I would confirm the 2.5GbE and WiFi 6 performance was excellent and verified the 900 Mbps WireGuard VPN claim both in Server and Client modes, although it drops to 834 Mbps in Server mode in one direction.

I did not encounter issues that should not be directly related to the Flint 2 router. Notably, I did have some challenges with my ISP which appears to block UDP traffic (so WireGuard is not an option, now that I think about it the slower OpenVPN might work) and one of the WireGuard VPN clients could not connect reliably to the Flint 2 WireGuard server for unknown reasons (it could only connect for a few seconds, and then disconnected). The only real disappointment was the slow transfer speed (a little over 30MB/s) for SAMBA using a USB 3.0 drive and gigabit Ethernet.

I’d like to thank GL.iNet for sending the GL-MT6000 “Flint 2” AX6000 router for review. It can be purchased for $159 with free shipping on the company’s store or on Amazon.

Jean Luc Aufranc

Jean-Luc started CNX Software in 2010 as a part-time endeavor, before quitting his job as a software engineering manager, and starting to write daily news, and reviews full time later in 2011.



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Strengths of NEC’s AI technology and network MWC 2024 will be held in Barcelona from February 26th to 29thDiscover the latest in digital transformation through NEC’s wide range of AI technologies and global network capabilities, and explore new avenues for business enabled by these technologies and solutions.Experience how digital technology is connecting people, goods, and services for a more sustainable and prosperous future.   please join usMWC 2024 will be held in Barcelona from February 26th to 29thDiscover the latest in digital transformation through NEC’s wide range of AI technologies and global network capabilities, and explore new avenues for business enabled by these technologies and solutions.Experience how digital technology is connecting people, goods, and services for a more sustainable and prosperous future. Don’t miss our speaker sessions NEC CTO Motoo Nishihara takes the stage at MWC24Tuesday 27th February: 16:15 – 17:00 CET MWC Stage A explore Visit the NEC booth – Hall 2, Stand 2H40 We showcase advanced technologies and global capabilities to leapfrog to a future where the world is better connected and lives are safer, healthier, smarter and more productive. We will introduce NEC’s wide range of AI technologies, including GenAI, through use cases that we aim to realize with these technologies and use cases that have already been put into practical use. NEC’s environmental initiatives are not only focused on climate change mitigation, but also on adaptation, such as climate change adaptation finance, which visualizes the value of adaptation measures. NEC’s global network capabilities spanning undersea, land and space powered by All Photonics Network (APN), wireless and IP https:https:https://www.nec.com/https://www.nec.com /www .nec.comhttps://www.nec.com/https://www.nec.com/https://www.nec.com/www.nec.comhttps://www.nec.com /www.nec .comhttps:https://www.nec.com/https://www.nec.com/www.nec.comhttps://www.nec.com/Optical network transformation technology and services. Contact NEC Contact NEC to the top privacy policy Cookie policy terms of service accessibility information security Modern slavery statement inquiry site map © NEC Corporation _satellite.pageBottom(); {lang: ‘en’}
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4 Best Wi-Fi Mesh Networking Systems in 2024

September 6, 2024

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