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Prime Members: 3-Pack Amazon eero Pro 6E Tri-band Mesh Wi-Fi 6E System Expired
$419
$699.00
(Or Less With Qualifying Trade-In)
Amazon has for Prime Members: 3-Pack Amazon eero Pro 6E Tri-band Mesh Wi-Fi 6E System on sale for $419. Shipping is free.
- Note: You can save up to an additional 25% ($174.75) by trading in qualifying Amazon devices or small consumer electronics. Details of Amazon's trade-in program here
Editor's Notes & Price Research
Written by
- About this deal:
- This offer is $280.99 lower (40% savings) than list price
- About this product:
- Compared to eero Pro 6, supports network speeds up to 2.3 Gbps, when using both wired (up to a gigabit) and wireless (up to 1.3 Gbps) client devices.
- You can directly access the 6 GHz radio band with Wi-Fi 6E capable devices.
- eero Pro 6E supports 100+ connected devices
- About this store:
- Don't have Amazon Prime? Students can get a free 6-Month Amazon Prime trial with free 2-day shipping, unlimited video streaming & more.
- If you're not a student, there's also a free 1-Month Amazon Prime trial available.
Original Post
Written by
Edited October 6, 2022
at 09:17 AM
Deal of the day for $419. Discount of $280 off retail. Send in a trade in system and get additional 25% off retail ($699) $174.75. Plus add whatever trade in total to you savings.
https://www.amazon.com/Introducin...B0
https://www.amazon.com/Introducin...B0
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Sale Price does not include sale prices at Amazon unless a deal was posted by a community member.
Sale Price does not include sale prices at Amazon unless a deal was posted by a community member.
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183 Comments
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Featured Comments
At the end of the day...
1. Speeds are nearly identical for non-6e devices
2. Very very very few devices are currently 6e using the 6 ghz band
3. Almost all devices are 5 ghz and the 6 pro has 2x 5 ghz bands while the 6e pro only has 1x 5 ghz band and 1 x 6 ghz band. What happens is you are trading a two lane highway for two separate one lane highways, but one of those two only allows testlas to drive so your main highway is worse.
4. While the 6 ghz band can be used for backhaul, that kinda defeats the purpose of eeros dynamic backhaul algorithm. Also the 6 ghz band will have less range than the 5 ghz band and would either need to front+back haul, or be plugged via ethernet with wired backhaul.
5. Pro 6 on forums seems to generally be way more stable than 6e.
Your call in the end. Honestly I would recommend only even considering the 6e if you have wired backhaul.
The 6ghz band, while yes suffers from 2dB drop compared to 5ghz from atmosphere, the FCC allows 30 dBM EIRP for the 6ghz vs 23 dBm for 5ghz.
So you can use more power for the 6ghz band which is more range.
On the backhaul the 6ghz band allows 320mhz wide channels vs the 160mhz that the 5ghz band maxes out at.
So your argument is dumb, because the 6E version is essentially the equivalent to THREE 5ghz channels.
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For anyone curious, this is awesome. The best feature (IMO) is that you can set schedules when certain devices are allowed to use the Internet, so I can shut off my kids' iPads and the TV streaming when they should be doing other things, or I can otherwise restrict screen time.
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I received a 25% discount for trading in my Google WiFi units. Not sure what other WiFi/router setups will get you a discount.
Our community has rated this post as helpful. If you agree, why not thank fgyygtdd4
At the end of the day...
1. Speeds are nearly identical for non-6e devices
2. Very very very few devices are currently 6e using the 6 ghz band
3. Almost all devices are 5 ghz and the 6 pro has 2x 5 ghz bands while the 6e pro only has 1x 5 ghz band and 1 x 6 ghz band. What happens is you are trading a two lane highway for two separate one lane highways, but one of those two only allows testlas to drive so your main highway is worse.
4. While the 6 ghz band can be used for backhaul, that kinda defeats the purpose of eeros dynamic backhaul algorithm. Also the 6 ghz band will have less range than the 5 ghz band and would either need to front+back haul, or be plugged via ethernet with wired backhaul.
5. Pro 6 on forums seems to generally be way more stable than 6e.
Your call in the end. Honestly I would recommend only even considering the 6e if you have wired backhaul.
At the end of the day...
1. Speeds are nearly identical for non-6e devices
2. Very very very few devices are currently 6e using the 6 ghz band
3. Almost all devices are 5 ghz and the 6 pro has 2x 5 ghz bands while the 6e pro only has 1x 5 ghz band and 1 x 6 ghz band. What happens is you are trading a two lane highway for two separate one lane highways, but one of those two only allows testlas to drive so your main highway is worse.
4. While the 6 ghz band can be used for backhaul, that kinda defeats the purpose of eeros dynamic backhaul algorithm. Also the 6 ghz band will have less range than the 5 ghz band and would either need to front+back haul, or be plugged via ethernet with wired backhaul.
5. Pro 6 on forums seems to generally be way more stable than 6e.
Your call in the end. Honestly I would recommend only even considering the 6e if you have wired backhaul.
This post is entirely wrong.
The 6ghz band, while yes suffers from 2dB drop compared to 5ghz from atmosphere, the FCC allows 30 dBM EIRP for the 6ghz vs 23 dBm for 5ghz.
So you can use more power for the 6ghz band which is more range.
On the backhaul the 6ghz band allows 320mhz wide channels vs the 160mhz that the 5ghz band maxes out at.
So your argument is dumb, because the 6E version is essentially the equivalent to THREE 5ghz channels.
The 6ghz band, while yes suffers from 2dB drop compared to 5ghz from atmosphere, the FCC allows 30 dBM EIRP for the 6ghz vs 23 dBm for 5ghz.
So you can use more power for the 6ghz band which is more range.
On the backhaul the 6ghz band allows 320mhz wide channels vs the 160mhz that the 5ghz band maxes out at.
So your argument is dumb, because the 6E version is essentially the equivalent to THREE 5ghz channels.
My post is not wrong...
And again, very very very few client devices (maybe a new cell phone) can actually use the 6 ghz band. So it's a ghost town 99% of the time, since a phone isn't using anywhere near full bandwidth for anything at all...