iperf3 via TCP von Laptop zu gw02
Bitte nur Werte eintragen, bei denen sicher mindestens der Download nicht durch die Internetanbindung begrenzt ist.
Shell-Befehle:
iperf3 -R -c 10.120.0.12 -t 20 iperf3 -R -c 10.120.0.12 -P 8
Diese Werte ergeben den Downstream, der geringere Wert (sender/receiver) wird notiert. Ohne „-R“ erhält man die upstream-Messung.
TP-Link TL-WR1043NDv1, LAN, VDSL100/40
1 thread, 20 seconds down 7.99 Mbits/sec 8 threads, 10 seconds down 7.70 Mbits/sec
TP-Link TL-WR1043NDv2/v3, LAN, VDSL100/25
1 thread, 20 seconds down 16 Mbits/sec up 14.5 Mbits/sec 8 threads, 10 seconds down 13.9 Mbits/sec up 14.7 Mbits/sec
D-Link DIR-505, WLAN, VDSL100/40
1 thread, 20 seconds down 6.94 Mbits/sec 8 threads, 10 seconds down 6.74 Mbits/sec
TP-Link TL-WDR4900v1, LAN, VDSL100/40 Gerät mit ähnlicher CPU: Enterasys WS-AP3710i
1 thread, 20 seconds down 32.0 Mbits/sec 8 threads, 10 seconds down 30.2 Mbits/sec
Futro S550, LAN, VDSL100/40
1 thread, 20 seconds down 75 Mbits/sec 8 threads, 10 seconds down 82 Mbits/sec
Nanostation (+Loco) M2/M5, WLAN (alle 4 Geräte haben die gleiche CPU)
1 thread, 20 seconds down 6.04 Mbits/sec 8 threads, 10 seconds down 7.25 Mbits/sec
TP-Link WDR3600 v1.4, LAN
1 thread, 20 seconds down 13.6 Mbits/sec 8 threads, 10 seconds down 12.6 Mbits/sec
TP-Link TL-WR841N v10, LAN
1 thread, 20 seconds down 9.14 Mbits/sec 8 threads, 10 seconds down 9.25 Mbits/sec
Raspi 2, USB-LAN
1 thread, 20 seconds down 30.9 Mbits/sec 8 threads, 10 seconds down 32.2 Mbits/sec
IGEL UD5-2, LAN, VDSL100/40
1 thread, 20 seconds down 75 Mbits/sec 8 threads, 10 seconds down 78 Mbits/sec
TP-Link Archer C7 v2, LAN
1 thread, 20 seconds down 14.2 Mbits/sec 8 threads, 10 seconds down 14.2 Mbits/sec
ZBT-WG3526, LAN
1 thread, 20 seconds down 43,6 Mbits/sec 8 threads, 10 seconds down 39,1 Mbits/sec
PC Engines APU2, LAN, VDSL250/40
8 thread, 10 seconds down 96,9 Mbit/s sec
Wyse WES R90LEW, LAN, Cable 1000/100
8 thread, 10 seconds down 155 Mbit/s sec
Zyxel NBG6617, LAN, VDSL100/40
1 thread, 20 seconds down 29,7 Mbits/sec 8 threads, 10 seconds down 28 Mbits/sec
Netgear WNDR3700v1, LAN, VF/KD 500/50 mit DualStack
1 thread, 20 seconds down 16,8 Mbits/sec 8 threads, 10 seconds down 16,9 Mbits/sec
TP-Link Archer C50 v4, LAN, VDSL100/40
1 thread, 20 seconds down 12,5 Mbits/sec 8 threads, 10 seconds down 12,4 Mbits/sec
Netgear R6120, LAN, KabelD 500/50
1 thread, 20 seconds down 12,0 Mbits/sec 8 threads, 10 seconds down 12,0 Mbits/sec
AVM Fritz!Box 4040, LAN, VDSL250/40
1 thread, 20 seconds down 30,6 Mbits/sec 8 threads, 10 seconds down 31,6 Mbits/sec
Aerohive HiveAP 330, LAN, Cable 1000/100
1 thread, 20 seconds down 30,7 Mbits/sec 8 threads, 10 seconds down 41,5 Mbits/sec
Netgear R6220, LAN, VDSL250/40
1 thread, 20 seconds down 39,9 Mbits/sec 8 threads, 10 seconds down 43,4 Mbits/sec
Netgear R7800, LAN, VF500/50
1 thread, 20 seconds down 34,7 Mbits/sec 8 threads, 10 seconds down 61,4 Mbits/sec
Linksys WRT1200AC, LAN, VF1000/50
1 thread, 20 seconds down 45 Mbits/sec 8 threads, 10 seconds down 88 Mbits/sec
Linksys WRT1900ACS, LAN, VF500/50
1 thread, 20 seconds down 50 Mbits/sec 8 threads, 10 seconds down 108 Mbits/sec
TP-Link Archer C6, LAN
1 thread, 20 seconds down 17,3 Mbits/sec 8 threads, 10 seconds down 17,9 Mbits/sec
GL.iNet GL-B1300, LAN, VDSL250/40
1 thread, 20 seconds down 35,7 Mbits/sec 8 threads, 10 seconds down 42,6 Mbits/sec
Cudy WR2100, LAN, VDSL250/40
1 thread, 20 seconds down 37,9 Mbits/sec 8 threads, 10 seconds down 36,7 Mbits/sec
Notiz: 1043v1, dir-505, nanostation haben alle die selbe CPU 4040, ex6150, b1300, avm1200 haben alle die selbe CPU