# 7 for Total router (36.0)
# 3 for 2.4 GHz Avg. Throughput (2.0)
#3 for 2.4 GHz Avg. Downlink Throughput [62.2136 Mbps]
#1 for 2.4 GHz Avg. Uplink Throughput [69.8364 Mbps]
# 1 for 2.4 GHz Max. Throughput (1.5)
#2 for 2.4 GHz Max. Downlink Throughput [137.8 Mbps]
#1 for 2.4 GHz Max. Uplink Throughput [131.1 Mbps]
# 3 for 2.4 GHz Peak Throughput (2.5)
#3 for 2.4 GHz Peak Downlink Throughput [562.004 Mbps]
#2 for 2.4 GHz Peak Uplink Throughput [595.711 Mbps]
# 1 for 2.4 GHz Range (1.5)
#2 for 2.4 GHz Downlink Range [32.1 Mbps]
#1 for 2.4 GHz Uplink Range [42.3 Mbps]
# 9 for 5 GHz Avg. Throughput (6.5)
#8 for 5 GHz Avg. Downlink Throughput [138.031 Mbps]
#5 for 5 GHz Avg. Uplink Throughput [219.219 Mbps]
# 6 for 5 GHz Max. Throughput (4.0)
#5 for 5 GHz Max. Downlink Throughput [404.2 Mbps]
#3 for 5 GHz Max. Uplink Throughput [548.9 Mbps]
# 3 for 5 GHz Peak Throughput (2.0)
#3 for 5 GHz Peak Downlink Throughput [840.904 Mbps]
#1 for 5 GHz Peak Uplink Throughput [942.864 Mbps]
# 7 for 5 GHz Range (7.5)
#8 for 5 GHz Downlink Range [46.2 Mbps]
#7 for 5 GHz Uplink Range [69.7 Mbps]
# 1 for TCP Throughput (1.0)
#1 for WAN to LAN Throughput - TCP [939 Mbps]
#1 for LAN to WAN Throughput - TCP [939 Mbps]
# 3 for HTTP Score (4.5)
#4 for HTTP Score - WAN to LAN [46.075 %]
#5 for HTTP Score - LAN to WAN [38.175 %]
# 3 for Bufferbloat (3.0)
#2 for Bufferbloat Score - Average Downlink [621 Score]
#4 for Bufferbloat Score - Average Uplink [446 Score]
# 8 for CTF Score (8.0)
#8 for CTF Score [25 %]
Updated - Think Wi-Fi analyzers that can show network activity are expensive? Here's how to build one for well under $100.
Our 2018 guide to choosing a wireless router finds 802.11ax not yet ready to play.
We reveal the secrets of why your devices don't always connect where you want them to and what you can do to fix it.
This short How To shows you how to delay your old wireless router's trip to the landfill.
