Item 1 of 3
Item 1 of 3
frontpagephoinix | Staff posted Jul 14, 2026 7:03 AM
3-pk TP-Link Deco 7 Pro BE63 Tri-Band WiFi 7 2.5G Home Mesh System
$322
$500
35% off
+ Free S&Hat Amazon
+ Free S&Hat AmazonDeal Details
Amazon has 3-pk TP-Link Deco 7 Pro BE63 Tri-Band WiFi 7 2.5G Home Mesh System (Deco BE63(3-Pack)) on sale for $322.19. Shipping is free.
Features:
- Note: Select cardholders can earn 15% back on this item when you pay with your Prime Visa.
Features:
- Wi-Fi 7 (802.11be)
- Up to 10,086 Mb/s Throughput
- 2.4 GHz / 5 GHz / 6 GHz (Tri-Band)
- 4 x 2.5G Ethernet WAN/LAN Ports
- 1 x USB-A 3.1 Gen 1 Port
- Up to 7600 Square Foot Coverage
- Wireless & Wired Backhaul Support
- HomeShield Security
- VPN Support
- Works with Deco App
Editor's Notes
Written by megakimcheelove | Staff- Our research indicates that this offer is $77.80 lower (19% savings) than the next best available price from a reputable merchant with prices starting from $399.99.
- 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.
Community Notes
About the Poster
Deal Details
Community Notes
About the Poster
Amazon has 3-pk TP-Link Deco 7 Pro BE63 Tri-Band WiFi 7 2.5G Home Mesh System (Deco BE63(3-Pack)) on sale for $322.19. Shipping is free.
Features:
- Note: Select cardholders can earn 15% back on this item when you pay with your Prime Visa.
Features:
- Wi-Fi 7 (802.11be)
- Up to 10,086 Mb/s Throughput
- 2.4 GHz / 5 GHz / 6 GHz (Tri-Band)
- 4 x 2.5G Ethernet WAN/LAN Ports
- 1 x USB-A 3.1 Gen 1 Port
- Up to 7600 Square Foot Coverage
- Wireless & Wired Backhaul Support
- HomeShield Security
- VPN Support
- Works with Deco App
Editor's Notes
Written by megakimcheelove | Staff- Our research indicates that this offer is $77.80 lower (19% savings) than the next best available price from a reputable merchant with prices starting from $399.99.
- 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.
Community Voting
Deal Score
+19
Good Deal
Bad Deal
Found by gaamn114
Forum Thread
30% off
Found by phoinix
Forum Thread
28% off
Found by gaamn114
Forum Thread
8% off
Found by HilariousManatee643
Forum Thread
40% off
Found by BeautifulWallaby506
Forum Thread
63% off
Found by Skillful_Pickle
Forum Thread
39% off
Found by PennyFound
Forum Thread
72% off
Top Comments
I almost bit on this deal, but dug into the specs first. The "BE10000" in the title refers to the total theoretical Wi-Fi bandwidth across all bands (6GHz + 5GHz + 2.4GHz), which is a best-case, lab-only number.
The physical ports? Four 2.5Gbps ports per unit – ZERO 10G ports. That "future-ready 10G WAN/LAN port" mentioned in the description appears to be a copy-paste error from the higher-end Deco BE85 model.
So your wired backhaul, internet connection, and any NAS/PC wired speeds are hard-capped at 2.5Gbps. You're paying for a "10G" label but getting 2.5G hardware.
If you have >2.5Gbps internet or want to future-proof for 10G wired devices, this isn't it. For true 10G wired ports, you need the Deco BE85 (costs way more) or another brand entirely.
This feels like classic spec-sheet inflation – technically "true" if you add up wireless numbers, but practically misleading for anyone expecting 10G wired performance. That's a pass for me.
Join The Conversation
Share information with the community. Please follow our Community Guidelines and be kind!
14 Comments
Sign up for a Slickdeals account to remove this ad.
Our community has rated this post as helpful. If you agree, why not thank Simpuhl
I almost bit on this deal, but dug into the specs first. The "BE10000" in the title refers to the total theoretical Wi-Fi bandwidth across all bands (6GHz + 5GHz + 2.4GHz), which is a best-case, lab-only number.
The physical ports? Four 2.5Gbps ports per unit – ZERO 10G ports. That "future-ready 10G WAN/LAN port" mentioned in the description appears to be a copy-paste error from the higher-end Deco BE85 model.
So your wired backhaul, internet connection, and any NAS/PC wired speeds are hard-capped at 2.5Gbps. You're paying for a "10G" label but getting 2.5G hardware.
If you have >2.5Gbps internet or want to future-proof for 10G wired devices, this isn't it. For true 10G wired ports, you need the Deco BE85 (costs way more) or another brand entirely.
This feels like classic spec-sheet inflation – technically "true" if you add up wireless numbers, but practically misleading for anyone expecting 10G wired performance. That's a pass for me.
I almost bit on this deal, but dug into the specs first. The "BE10000" in the title refers to the total theoretical Wi-Fi bandwidth across all bands (6GHz + 5GHz + 2.4GHz), which is a best-case, lab-only number.
The physical ports? Four 2.5Gbps ports per unit – ZERO 10G ports. That "future-ready 10G WAN/LAN port" mentioned in the description appears to be a copy-paste error from the higher-end Deco BE85 model.
So your wired backhaul, internet connection, and any NAS/PC wired speeds are hard-capped at 2.5Gbps. You're paying for a "10G" label but getting 2.5G hardware.
If you have >2.5Gbps internet or want to future-proof for 10G wired devices, this isn't it. For true 10G wired ports, you need the Deco BE85 (costs way more) or another brand entirely.
This feels like classic spec-sheet inflation – technically "true" if you add up wireless numbers, but practically misleading for anyone expecting 10G wired performance. That's a pass for me.
Here's the real kicker: I have switches with 10G ports for uplinks. Even though my PC and other devices only have 2.5G ports, here's why 10G matters:
Let's say I have 8 devices all with 2.5G ports connected to a switch. If that switch only has a 2.5G uplink back to my main network/NAS, those 8 devices are sharing a single 2.5G pipe – so if 4 of them are transferring files at once, they're all fighting for bandwidth and slowing each other down.
But with a 10G uplink, those same 8 devices are sharing a 10G pipe instead. So when multiple devices are active simultaneously, they have 4x the total bandwidth to divide up. My NAS also connects via 10G, so it can serve multiple clients at full speed without becoming the bottleneck.
So yeah, 2.5G is fine for a single device, but for a multi-device home network with a NAS, those 10G uplinks make a huge difference in real-world performance during concurrent transfers. This Deco would choke my internal network speeds once more than one device is active.
That's why I'm holding out for a system with actual 10G ports – not because my internet needs it, but because my internal network does.
Here's the real kicker: I have switches with 10G ports for uplinks. Even though my PC and other devices only have 2.5G ports, here's why 10G matters:
Let's say I have 8 devices all with 2.5G ports connected to a switch. If that switch only has a 2.5G uplink back to my main network/NAS, those 8 devices are sharing a single 2.5G pipe – so if 4 of them are transferring files at once, they're all fighting for bandwidth and slowing each other down.
But with a 10G uplink, those same 8 devices are sharing a 10G pipe instead. So when multiple devices are active simultaneously, they have 4x the total bandwidth to divide up. My NAS also connects via 10G, so it can serve multiple clients at full speed without becoming the bottleneck.
So yeah, 2.5G is fine for a single device, but for a multi-device home network with a NAS, those 10G uplinks make a huge difference in real-world performance during concurrent transfers. This Deco would choke my internal network speeds once more than one device is active.
That's why I'm holding out for a system with actual 10G ports – not because my internet needs it, but because my internal network does.
Sign up for a Slickdeals account to remove this ad.
Here's the real kicker: I have switches with 10G ports for uplinks. Even though my PC and other devices only have 2.5G ports, here's why 10G matters:
Let's say I have 8 devices all with 2.5G ports connected to a switch. If that switch only has a 2.5G uplink back to my main network/NAS, those 8 devices are sharing a single 2.5G pipe – so if 4 of them are transferring files at once, they're all fighting for bandwidth and slowing each other down.
But with a 10G uplink, those same 8 devices are sharing a 10G pipe instead. So when multiple devices are active simultaneously, they have 4x the total bandwidth to divide up. My NAS also connects via 10G, so it can serve multiple clients at full speed without becoming the bottleneck.
So yeah, 2.5G is fine for a single device, but for a multi-device home network with a NAS, those 10G uplinks make a huge difference in real-world performance during concurrent transfers. This Deco would choke my internal network speeds once more than one device is active.
That's why I'm holding out for a system with actual 10G ports – not because my internet needs it, but because my internal network does.
I have a 1G network switch for my various devices, synology nas, ps5 pro, Philips hue, 2-3 computers, etc, all the devices are only 1G.
Recently I purchased a 2.5G network but I returned it because none of my devices have 2.5G ports so I figured it was not worth it since each device would instantly switch between itself when using the network switch.
Now that I read your post, it has me wondering if I should get a 2.5G network switch to have more "bandwidth" available overall so each device could make full use of their own 1G speeds.
Is that thinking correct or is a 2.5G switch unnecessary when each devices network port is only 1G
But here's my actual reasoning: I'm looking at 10G Deco's specifically because I'm already upgrading my Wi-Fi – I'm on WiFi 6E Decos with only 2.5G ports right now. Moving to WiFi 7 gets me better wireless performance, lower latency, and future-proofing for new devices.
Since I'm already spending money on a new mesh system anyway, I'd rather pay a bit more now for a model with a 10G uplink port so the new Deco can connect to my 10G switch at full speed. That way:
- My WiFi 7 devices get the fastest possible backhaul to the rest of my network
- The mesh nodes communicate with each other over a 10G wired backhaul instead of being capped at 2.5G
- I don't have to upgrade again down the road when my internet eventually goes above 2.5G or I add more 10G clients
So it's not about needing 10G for my 2Gbps internet today. It's about future-proofing a Wi-Fi upgrade I'm already making, and not bottlenecking my internal 10G network at the point where the mesh system connects to it. The BE85 gives me that 10G uplink; the BE63 doesn't. That's the difference for me.For now, I am ok and just waiting for a good deal on something that supports 10G.
I have a question for you since you have more knowledge about these things. Regarding internal traffic only.
I have a 1G network switch for my various devices, synology nas, ps5 pro, Philips hue, 2-3 computers, etc, all the devices are only 1G.
Recently I purchased a 2.5G network but I returned it because none of my devices have 2.5G ports so I figured it was not worth it since each device would instantly switch between itself when using the network switch.
Now that I read your post, it has me wondering if I should get a 2.5G network switch to have more "bandwidth" available overall so each device could make full use of their own 1G speeds.
Is that thinking correct or is a 2.5G switch unnecessary when each devices network port is only 1G
Even if every single device only has 1G ports, a 2.5G switch gives you more total aggregate bandwidth for your internal network.
Here's the simple example: Imagine you have 4 devices all transferring files to your Synology NAS at the same time. With a 1G switch, they're all sharing that single 1G pipe – so each one gets roughly 250Mbps. With a 2.5G switch, they're sharing 2.5G total, so they can all get much closer to their full 1G speed simultaneously.
The benefit isn't about making a single device faster – it's about letting multiple devices run at full speed at the same time without choking each other.
Plus, you're future-proofing for when you eventually get a device with a 2.5G port – whether that's a new PC, a NAS upgrade, or even a future console. You'll already have the switch ready.
So yeah – I'd grab that 2.5G switch again. It's a worthwhile upgrade for a multi-device home network, even with all 1G clients today.
I don't think most people have such connection.
Join The Conversation
Share information with the community. Please follow our Community Guidelines and be kind!