F5F Stay Refreshed Power Users Networks Consider upgrading to a new router with WiFi 6 (ax) or evaluate if it's still necessary.

Consider upgrading to a new router with WiFi 6 (ax) or evaluate if it's still necessary.

Consider upgrading to a new router with WiFi 6 (ax) or evaluate if it's still necessary.

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Pilli_mehu
Member
52
12-25-2019, 08:39 AM
#1
The name suggests upgrading your old router. Should you choose the ASUS RT AX88U now or hold off until the next major ax product release?
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Pilli_mehu
12-25-2019, 08:39 AM #1

The name suggests upgrading your old router. Should you choose the ASUS RT AX88U now or hold off until the next major ax product release?

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Minimoni1
Junior Member
8
01-05-2020, 08:49 AM
#2
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Minimoni1
01-05-2020, 08:49 AM #2

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mat_fram
Posting Freak
776
01-05-2020, 08:55 AM
#3
It's not mainly about the price, but more about whether a newer router will be noticeably quicker or offer improved capabilities. Similar to what happened with the AC Wave2.
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mat_fram
01-05-2020, 08:55 AM #3

It's not mainly about the price, but more about whether a newer router will be noticeably quicker or offer improved capabilities. Similar to what happened with the AC Wave2.

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Zer0x_18
Member
118
01-05-2020, 11:07 AM
#4
Generally, the guidelines aren't completely applied in most routers since they're still refining certain aspects. You could describe it as moving from "wave 1" to "wave 2," where the advanced features are now fully integrated and operational.
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Zer0x_18
01-05-2020, 11:07 AM #4

Generally, the guidelines aren't completely applied in most routers since they're still refining certain aspects. You could describe it as moving from "wave 1" to "wave 2," where the advanced features are now fully integrated and operational.

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UnleqitWizard
Member
122
01-06-2020, 12:24 AM
#5
I'll wait for the technology to develop further. I don't think it's wise to jump in too soon.
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UnleqitWizard
01-06-2020, 12:24 AM #5

I'll wait for the technology to develop further. I don't think it's wise to jump in too soon.

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DannyBananas
Junior Member
12
01-08-2020, 04:56 PM
#6
AC featured three main waves: draft AC, AC, and AC Wave 2. Draft AC routers and clients often faced compatibility problems with each other and with later releases. Current Wi-Fi 6 devices rely on draft chipsets. Access points from firms like Ruckus and Meraki seem acceptable due to their strong technical support. Early versions typically used fewer ASICs/SoCs and more FPGAs, allowing future low-level adjustments. I wouldn’t rely on consumer products based solely on the Qualcomm draft-ax chipset. A clear illustration of these issues comes from the first Unifi AP AC model—the one with a square design. Those units suffered numerous bugs and were discontinued quickly. For Wi-Fi 6, we’re in a similar period when people are eager for Ubiquiti to launch a Unifi AP AX/6, but I think they’ve learned from past mistakes and are holding off until final versions are stable.
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DannyBananas
01-08-2020, 04:56 PM #6

AC featured three main waves: draft AC, AC, and AC Wave 2. Draft AC routers and clients often faced compatibility problems with each other and with later releases. Current Wi-Fi 6 devices rely on draft chipsets. Access points from firms like Ruckus and Meraki seem acceptable due to their strong technical support. Early versions typically used fewer ASICs/SoCs and more FPGAs, allowing future low-level adjustments. I wouldn’t rely on consumer products based solely on the Qualcomm draft-ax chipset. A clear illustration of these issues comes from the first Unifi AP AC model—the one with a square design. Those units suffered numerous bugs and were discontinued quickly. For Wi-Fi 6, we’re in a similar period when people are eager for Ubiquiti to launch a Unifi AP AX/6, but I think they’ve learned from past mistakes and are holding off until final versions are stable.