LagFixer New member Joined Jun 18, 2019 Messages 917 Jul 6, 2023 #1 Designed my mesh network specifically around streaming requirements. Here is what I prioritized and why.
Designed my mesh network specifically around streaming requirements. Here is what I prioritized and why.
SafeIPTV New member Joined Jun 6, 2023 Messages 579 Jul 7, 2023 #2 Main requirement: every room must have at least 100Mbps available wirelessly, even with multiple devices streaming.
Main requirement: every room must have at least 100Mbps available wirelessly, even with multiple devices streaming.
SafeIPTV New member Joined Jun 6, 2023 Messages 579 Jul 7, 2023 #3 I went with Eero Pro 6E — three nodes covering 3,500 square feet with zero dead zones.
DaveStreamer New member Joined May 5, 2011 Messages 53 Jul 6, 2023 #4 How many nodes do you need for whole-home coverage?
NetDoctor New member Joined Nov 25, 2017 Messages 593 Jul 6, 2023 #5 One node per 1,500 square feet is a rough guide for most mesh systems.
NetDoctor New member Joined Nov 25, 2017 Messages 593 Jul 8, 2023 #6 Placement matters more than count. Nodes should be within 30-40 feet of each other for best backhaul.
Placement matters more than count. Nodes should be within 30-40 feet of each other for best backhaul.
AdminSarah Moderator Staff member Joined Jan 22, 2010 Messages 2 Jul 10, 2023 #7 I ran Ethernet to two of my three nodes. The wired backhaul eliminated the backhaul bandwidth penalty.
I ran Ethernet to two of my three nodes. The wired backhaul eliminated the backhaul bandwidth penalty.
SmartTVGuru New member Joined Apr 25, 2018 Messages 42 Jul 10, 2023 #7 Wired backhaul (Ethernet between nodes) is significantly better than wireless backhaul if possible.
CindyApps New member Joined Feb 10, 2014 Messages 44 Jul 13, 2023 #9 Wireless mesh nodes must split their radio capacity between client connections and node-to-node backhaul.
Wireless mesh nodes must split their radio capacity between client connections and node-to-node backhaul.
SharonHD New member Joined Sep 22, 2022 Messages 17 Jul 13, 2023 #10 A wireless backhaul mesh effectively halves available client bandwidth compared to wired backhaul.
DonaldTV New member Joined May 1, 2021 Messages 33 Jul 13, 2023 #11 Tri-band mesh systems dedicate one band entirely to backhaul, mitigating this issue.
ScottTV New member Joined Apr 3, 2022 Messages 21 Jul 8, 2023 #12 My setup: main node in living room wired to router, node 2 in bedroom wired, node 3 in kitchen wireless.
My setup: main node in living room wired to router, node 2 in bedroom wired, node 3 in kitchen wireless.
BufferKiller New member Joined Mar 16, 2020 Messages 477 Jul 13, 2023 #13 The wired nodes are the fastest, the wireless kitchen node achieves 200Mbps+ which is more than enough.
The wired nodes are the fastest, the wireless kitchen node achieves 200Mbps+ which is more than enough.
CarlDigital New member Joined Sep 11, 2019 Messages 36 Jul 16, 2023 #14 How do I ensure my TV connects to the nearest mesh node rather than the router?
ISP_watcher New member Joined May 2, 2022 Messages 901 Jul 12, 2023 #15 Mesh systems handle this automatically through band steering and roaming protocols.
TVboxPro New member Joined Oct 12, 2015 Messages 1,610 Jul 9, 2023 #16 Most systems use 802.11r fast roaming to allow seamless switching between nodes.
DonaldTV New member Joined May 1, 2021 Messages 33 Jul 13, 2023 #17 For stationary devices like TVs this does not matter — they connect once and stay connected.
CarlaStream New member Joined Feb 7, 2016 Messages 43 Jul 11, 2023 #18 The improvement over my previous single router setup was dramatic. No more dead spots or evening buffering.
The improvement over my previous single router setup was dramatic. No more dead spots or evening buffering.