WiFi 7 is the upcoming WiFi standard
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- Опубликовано: 9 июн 2024
- Video discussing WiFi 7 as the upcoming WiFi standard, the new Chipsets and New Asus WiFi 7 Routers.
00:00 - Start
00:05 - Intro
00:34 - WiFi 7 Specs
04:07 - WiFi 7 Chipsets
10:30 - New Asus WiFi 7 Routers
15:31 - Should I Wait to Upgrade to WiFi 7? 
Наука
the gt-be98 i have ..works fine
Any chance they will repeat the same as when they released the WiFi 6 Rog Rapture then wifi 6e right after it.
It's all using the same 6ghz. 6E just opened up a bit more of the spectrum.
Wifi 7 is just faster transfer rates on the same spectrum.
Zero point upgrading if you already have one of them.
I'm sticking with Wifi 6 until all of my devices support wifi 7.
Is a good idea, as will take many years before all the devices change to WiFi 7.
My WiFi 7 router arrives March 15th. The TP-Link BE900.
What devices do you have currently that use wifi 7?
@@MrOGUN1811 None. I plan to keep it for the future. I really hate my eero wifi 6 router. So I’m replacing it.
where did you order from?
well, any update with wifi 7 ? Happy or not ?
@@connorl5868 he didn't get it. None of these routers have launched yet.
what is 6ghz?
I mean what are the benefits ? like 5 ghz having wider bandwidth but shorter range
does 6ghz have a longer range than 5ghz or even 2.4ghz?
Sadly the higher the 6Ghz WiFi bands get mean the distance gets shorter. The maximum speed is still the same as 5Ghz band at up to 4804Mbps currently on Asus Routers.
The 6 GHz Wi-Fi band is a new wireless spectrum that is available for Wi-Fi use. It was opened up by regulators in the United States and other countries in 2020 and 2021. The 6 GHz band is much larger than the 2.4 GHz and 5 GHz bands that are currently used for Wi-Fi, and it offers a number of advantages, including:
-Faster speeds: The 6 GHz band can support theoretical speeds of up to 9.6 Gbps, which is the same as the 5 GHz band. However, because the 6 GHz band is less congested, it is more likely to deliver these speeds in real-world conditions.
-Reduced latency: Latency is the amount of time it takes for data to travel from one device to another. The 6 GHz band has lower latency than the 2.4 GHz and 5 GHz bands, which makes it ideal for applications such as online gaming and video streaming.
-Less interference: The 6 GHz band is less congested than the 2.4 GHz and 5 GHz bands, which means that there is less interference from other devices. This can lead to more reliable and consistent Wi-Fi performance.
@@EclipseReviews So much focus on speeds but range is being ignored, aren't there are frequencies that the FCC can authorize that have a better range than 2.4ghz or at leat with the same range as 2.4 but with 5gz or wifi 6 speeds or close to it?
the speeds ot wifi 7 are insane not sure who would need those kinds of speeds after a certain speed it's just the law of diminishing returns kicking in for most consumers.
what we reaaly need is better range.
Maybe they should just make a new special standard for IOT stuff like smart home bulbs and switches with low bandwidth and long range, maybe they could just use LORA ora repachage it and brang it as something else with some technical changes and start building it in to wifi chipsets while they are at it.
Of course they would need to get everyone in IOT smarthome to support it
I think sometimes the speed figures get more media attention, than range. There is specific Wi-Fi devices for sending signals over a long distance but they are normally for businesses and are expensive.
Shame as I just bought Asus ET12
The Asus ET12 is excellent mesh system and with WiFi 6E devices this is more than enough speeds for everything.
@Eclipse Reviews I have a Linksys Hydra 6E with the smaller sattelite mesh networks all hardwired backhaul. Amazing system that works incredibly! I probably won't upgrade till wifi 8 or 9
48Gbps is BITS not BYTES, learn the difference.
Thanks for the correction.
Jesus, harsh bro.
Greetings: m archer, here is a novel idea; instead of projecting a condescending attitude, provide info that would be helpful to DIY(ourselfers) regarding bits vs bytes, etc. Try using your technological expertise to be of assistance to others. ✌