WiFi router

Asus RT-AC68U

Asus RT-AC68U
Performance Class (Standards Compliant):
  • N450 in 2.4GHz (SU-MIMO 3x3:3)
  • AC1300 in 5GHz (SU-MIMO 3x3:3)

Asus RT-AC68U
Key Features (as described by the manufacturer)
  • Dual-band with the latest 802.11ac 3x3 technology for combined speeds of up to 1900 Mbps
  • 1GHz Dual-core CPU enables smart multitasking by dedicating separate lanes for Wifi and USB data
  • Effortless router setup with the ASUSWRT web-based interface
  • Monitor and manage your network with ease from your mobile device using the intuitive ASUS Router App
  • AiProtection Powered by Trend Micro™ provides multi-stage protection from vulnerability detection to protecting sensitive data


Some products with same or better grade at the same or lower price
WiFi router
Asus RT-AC68U
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Asus RT-AC68U
AC1300 (SU-MIMO 3x3:3)
in 5GHz

N450 (SU-MIMO 3x3:3)
in 2.4GHz

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tp-link Archer C3150 v1
AC3150 Wireless MU-MIMO Gigabit Router
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tp-link Archer C3150 v1
AC1733 (SU-MIMO 4x4:4)
in 5GHz

N600 (SU-MIMO 4x4:4)
in 2.4GHz

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WiFi router
Netgear R6400
AC1750 Smart WiFi Router
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Netgear R6400
AC1300 (SU-MIMO 3x3:3)
in 5GHz

N450 (SU-MIMO 3x3:3)
in 2.4GHz

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Asus RT-AC68U Test Review (methodology)

Internet Speed Download

The speed of download from the Internet
in Mbps or
% of subscribed
ISP download speed
Best Possible (for this analysis): 100%
Best Possible (for this analysis): 100%
Whole Home Average: 65.5%
Whole Home Average: 65.5%
1st Floor Average: 93.9%
1st Floor Average: 93.9%
2nd Floor Average: 37.1%
2nd Floor Average: 37.1%
analiti @1: 95.3%
analiti @1: 95.3%
analiti @2: 94.6%
analiti @2: 94.6%
analiti @3: 91.8%
analiti @3: 91.8%
analiti @4: 57.3%
analiti @4: 57.3%
analiti @5: 14.7%
analiti @5: 14.7%
analiti @6: 39.3%
analiti @6: 39.3%

Internet Speed Upload

The speed of upload to the Internet
in Mbps or
% of subscribed
ISP upload speed
Best Possible (for this analysis): 100%
Best Possible (for this analysis): 100%
Whole Home Average: 49.0%
Whole Home Average: 49.0%
1st Floor Average: 58.9%
1st Floor Average: 58.9%
2nd Floor Average: 39.1%
2nd Floor Average: 39.1%
analiti @1: 70.1%
analiti @1: 70.1%
analiti @2: 53.0%
analiti @2: 53.0%
analiti @3: 53.6%
analiti @3: 53.6%
analiti @4: 39.3%
analiti @4: 39.3%
analiti @5: 43.0%
analiti @5: 43.0%
analiti @6: 35.2%
analiti @6: 35.2%

RSSI Average

Signal strength
average
in dBm
Best Possible (for this analysis): -10dBm
Best Possible (for this analysis): -10dBm
Whole Home Average: -58dBm
Whole Home Average: -58dBm
1st Floor Average: -53dBm
1st Floor Average: -53dBm
2nd Floor Average: -62dBm
2nd Floor Average: -62dBm
analiti @1: -39dBm
analiti @1: -39dBm
analiti @2: -60dBm
analiti @2: -60dBm
analiti @3: -59dBm
analiti @3: -59dBm
analiti @4: -54dBm
analiti @4: -54dBm
analiti @5: -67dBm
analiti @5: -67dBm
analiti @6: -65dBm
analiti @6: -65dBm

RSSI 95th percentile

Signal strength
95% of measurements
are stronger than
in dBm
Best Possible (for this analysis): -10dBm
Best Possible (for this analysis): -10dBm
Whole Home Average: -59dBm
Whole Home Average: -59dBm
1st Floor Average: -54dBm
1st Floor Average: -54dBm
2nd Floor Average: -63dBm
2nd Floor Average: -63dBm
analiti @1: -41dBm
analiti @1: -41dBm
analiti @2: -62dBm
analiti @2: -62dBm
analiti @3: -61dBm
analiti @3: -61dBm
analiti @4: -55dBm
analiti @4: -55dBm
analiti @5: -69dBm
analiti @5: -69dBm
analiti @6: -66dBm
analiti @6: -66dBm

WiFi AP Speed Average

WiFi AP Speed Average
Best Possible (for this analysis): 867Mbps
Best Possible (for this analysis): 867Mbps
Whole Home Average: 363Mbps
Whole Home Average: 363Mbps
1st Floor Average: 629Mbps
1st Floor Average: 629Mbps
2nd Floor Average: 98Mbps
2nd Floor Average: 98Mbps
analiti @1: 833Mbps
analiti @1: 833Mbps
analiti @2: 611Mbps
analiti @2: 611Mbps
analiti @3: 442Mbps
analiti @3: 442Mbps
analiti @4: 139Mbps
analiti @4: 139Mbps
analiti @5: 58Mbps
analiti @5: 58Mbps
analiti @6: 96Mbps
analiti @6: 96Mbps

WiFi AP Speed 95th percentile

WiFi AP Speed 95th percentile
Best Possible (for this analysis): 870Mbps
Best Possible (for this analysis): 870Mbps
Whole Home Average: 329Mbps
Whole Home Average: 329Mbps
1st Floor Average: 576Mbps
1st Floor Average: 576Mbps
2nd Floor Average: 82Mbps
2nd Floor Average: 82Mbps
analiti @1: 777Mbps
analiti @1: 777Mbps
analiti @2: 590Mbps
analiti @2: 590Mbps
analiti @3: 360Mbps
analiti @3: 360Mbps
analiti @4: 127Mbps
analiti @4: 127Mbps
analiti @5: 40Mbps
analiti @5: 40Mbps
analiti @6: 80Mbps
analiti @6: 80Mbps

WiFi AP Speed Maximum

WiFi AP Speed Maximum
Best Possible (for this analysis): 1300Mbps
Best Possible (for this analysis): 1300Mbps
Whole Home Average: 758Mbps
Whole Home Average: 758Mbps
1st Floor Average: 1300Mbps
1st Floor Average: 1300Mbps
2nd Floor Average: 217Mbps
2nd Floor Average: 217Mbps
analiti @1: 1300Mbps
analiti @1: 1300Mbps
analiti @2: 1300Mbps
analiti @2: 1300Mbps
analiti @3: 1300Mbps
analiti @3: 1300Mbps
analiti @4: 217Mbps
analiti @4: 217Mbps
analiti @5: 217Mbps
analiti @5: 217Mbps
analiti @6: 217Mbps
analiti @6: 217Mbps

Internet Dns Success

Internet Dns Success
Best Possible (for this analysis): 100%
Best Possible (for this analysis): 100%
Whole Home Average: 94%
Whole Home Average: 94%
1st Floor Average: 99%
1st Floor Average: 99%
2nd Floor Average: 89%
2nd Floor Average: 89%
analiti @1: 98%
analiti @1: 98%
analiti @2: 99%
analiti @2: 99%
analiti @3: 100%
analiti @3: 100%
analiti @4: 99%
analiti @4: 99%
analiti @5: 86%
analiti @5: 86%
analiti @6: 83%
analiti @6: 83%

Internet Dns Latency Average

Internet Dns Latency Average
Best Possible (for this analysis): 0.0ms
Whole Home Average: 127.4ms
1st Floor Average: 118.8ms
2nd Floor Average: 135.9ms
analiti @1: 109.7ms
analiti @2: 100.1ms
analiti @3: 146.5ms
analiti @4: 115.6ms
analiti @5: 132.5ms
analiti @6: 159.7ms

Internet Dns Latency 95th percentile

Internet Dns Latency 95th percentile
Best Possible (for this analysis): 0.0ms
Whole Home Average: 180.1ms
1st Floor Average: 168.1ms
2nd Floor Average: 192.1ms
analiti @1: 156.0ms
analiti @2: 155.0ms
analiti @3: 193.3ms
analiti @4: 160.0ms
analiti @5: 178.7ms
analiti @6: 237.7ms

Internet Dns Latency Jitter

Internet Dns Latency Jitter
Best Possible (for this analysis): 0.0ms
Whole Home Average: 32.5ms
1st Floor Average: 32.8ms
2nd Floor Average: 32.1ms
analiti @1: 35.6ms
analiti @2: 30.0ms
analiti @3: 32.9ms
analiti @4: 25.4ms
analiti @5: 24.5ms
analiti @6: 46.4ms

Internet Http Success

Internet Http Success
Best Possible (for this analysis): 100%
Best Possible (for this analysis): 100%
Whole Home Average: 98%
Whole Home Average: 98%
1st Floor Average: 100%
1st Floor Average: 100%
2nd Floor Average: 97%
2nd Floor Average: 97%
analiti @1: 100%
analiti @1: 100%
analiti @2: 100%
analiti @2: 100%
analiti @3: 99%
analiti @3: 99%
analiti @4: 99%
analiti @4: 99%
analiti @5: 93%
analiti @5: 93%
analiti @6: 99%
analiti @6: 99%

Internet Http Latency Average

Internet Http Latency Average
Best Possible (for this analysis): 0.0ms
Whole Home Average: 56.4ms
1st Floor Average: 51.4ms
2nd Floor Average: 61.4ms
analiti @1: 51.0ms
analiti @2: 52.8ms
analiti @3: 50.4ms
analiti @4: 56.7ms
analiti @5: 63.0ms
analiti @6: 64.4ms

Internet Http Latency 95th percentile

Internet Http Latency 95th percentile
Best Possible (for this analysis): 0.0ms
Whole Home Average: 100.6ms
1st Floor Average: 64.2ms
2nd Floor Average: 137.0ms
analiti @1: 66.3ms
analiti @2: 70.0ms
analiti @3: 56.3ms
analiti @4: 101.7ms
analiti @5: 139.3ms
analiti @6: 170.0ms

Internet Http Latency Jitter

Internet Http Latency Jitter
Best Possible (for this analysis): 0.0ms
Whole Home Average: 12.3ms
1st Floor Average: 7.6ms
2nd Floor Average: 17.1ms
analiti @1: 7.1ms
analiti @2: 9.0ms
analiti @3: 6.7ms
analiti @4: 13.0ms
analiti @5: 17.0ms
analiti @6: 21.2ms

WiFi Router Ping Success

WiFi Router Ping Success
Best Possible (for this analysis): 100%
Best Possible (for this analysis): 100%
Whole Home Average: 100%
Whole Home Average: 100%
1st Floor Average: 100%
1st Floor Average: 100%
2nd Floor Average: 100%
2nd Floor Average: 100%
analiti @1: 100%
analiti @1: 100%
analiti @2: 100%
analiti @2: 100%
analiti @3: 100%
analiti @3: 100%
analiti @4: 100%
analiti @4: 100%
analiti @5: 99%
analiti @5: 99%
analiti @6: 100%
analiti @6: 100%

WiFi Router Ping Latency Median

WiFi Router Ping Latency Median
Best Possible (for this analysis): 0.0ms
Whole Home Average: 9.6ms
1st Floor Average: 2.6ms
2nd Floor Average: 16.7ms
analiti @1: 2.4ms
analiti @2: 2.8ms
analiti @3: 2.5ms
analiti @4: 10.2ms
analiti @5: 26.0ms
analiti @6: 13.9ms

WiFi Router Ping Latency 95th percentile

WiFi Router Ping Latency 95th percentile
Best Possible (for this analysis): 0.0ms
Whole Home Average: 32.3ms
1st Floor Average: 5.4ms
2nd Floor Average: 59.2ms
analiti @1: 4.3ms
analiti @2: 6.3ms
analiti @3: 5.7ms
analiti @4: 34.0ms
analiti @5: 91.7ms
analiti @6: 52.0ms

WiFi Router Ping Latency Jitter

WiFi Router Ping Latency Jitter
Best Possible (for this analysis): 0.0ms
Whole Home Average: 8.2ms
1st Floor Average: 1.9ms
2nd Floor Average: 14.6ms
analiti @1: 1.8ms
analiti @2: 1.8ms
analiti @3: 2.0ms
analiti @4: 8.4ms
analiti @5: 23.2ms
analiti @6: 12.3ms

Our whole home WiFi testing methodology

We test whole home WiFi products - but our tests are independent and objective:

  • We test only products that were purchased from well known retailers when they were publicly available. We don't test samples pushed to us by the manufacturer prior to release date that may contain different software and hardware than the actual units that you can purchase.
  • We only test performance, measurable with objective metrics. You will not hear what we think of design, or apps, or functionality that has nothing to do with product performance or subjective preferences.
  • We test with a publicly available tool - the fasTest app. Our tests are repeatable - not just by us, but also by you, in your home or office.

We test whole home WiFi products in a real home lab. It's a two level apartment in multi-family building, comprising of the two top levels. The levels are separated by a concrete slab, making it especially difficult for wireless signals to pass through.

Lab layout
whole home WiFi testing lab

The orange squares are locations where we have routers, access points or range extenders placed, whereas the blue circles are location where we perform measurements. We use the fasTest | speed test app (in the "deep" testing mode) for running the tests (and you can, too - in fact, it is recommended you test your solution at home, before you install it and after you set it up, to make sure you got an effective solution for your specific situation).

We perform the fasTest Deep test (using a single TCP connection for data download or upload) in every location for 3-5 times - measuring and recording multitude of parameters. We then pick the top (best) three measurements and average the measurements fto get the result for the specific parameter using the specific network at the specific location.

We then calculate the average whole home performance by averaging the location-specific results in all measurement locations.

Test configurations

Our test configuration depends on the type of UUT (Unit Under Test) - whether a range extender, a standalone router or a WiFi mesh system - as well as the form factor of the UUT components - desktop or wall-plug

Test configuration for range extenders
  • ISP modem/router in location @A, connected to the ISP provided backhaul
  • The range extender (the UUT) is placed at location @B
  • The range extender is connected to the ISP modem/router using WPS Push Button method.
  • The range extender is configured to use both 2.4GHz and 5GHz for serving clients, regardless of the capabilities of the ISP modem/router (that are limited to 2.4GHz only).
Test configuration for mesh systems
  • ISP modem/router in location @A, connected to the ISP provided backhaul
  • Primary mesh unit of the UUT placed at location @A and is connected using an Ethernet cable to the ISP modem/router
  • Additional mesh units of the UUT are placed at location @C and @E (for the desktop form factor) or @B and @E (for the wall-plug form factor)
  • For UUTs with only one additional unit - that unit is placed at location @E
Test configuration for standalone routers
  • ISP modem/router in location @A, connected to the ISP provided backhaul
  • The standalone router (the UUT) is placed at location @A and is connected using an Ethernet cable to the ISP modem/router
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