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Every other review on Amazon says this router is a junk.Also, do a simple math - how can 2-core 1Ghz processor handle the 5Gbps WiFi7 traffic? Each operation on a traffic packet will require a few processor "ticks", so its not even 1:1. Short answer - it won't be able to handle these speeds and will be your bottleneck, in case you decide to use it as a router.
Yeah do the processor tick math. If there's only dual overhead cams and each webpage engages each cam and bypasses the carburetor...junk.
Every other review on Amazon says this router is a junk.Also, do a simple math - how can 2-core 1Ghz processor handle the 5Gbps WiFi7 traffic? Each operation on a traffic packet will require a few processor "ticks", so its not even 1:1. Short answer - it won't be able to handle these speeds and will be your bottleneck, in case you decide to use it as a router.
So it would be the bottleneck as a router. But if you wanted to use this as an AP to add wifi 7 or fill in gaps, how much load is on the cpu then? I know it will have some.
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Every other review on Amazon says this router is a junk.
Also, do a simple math - how can 2-core 1Ghz processor handle the 5Gbps WiFi7 traffic? Each operation on a traffic packet will require a few processor "ticks", so its not even 1:1. Short answer - it won't be able to handle these speeds and will be your bottleneck, in case you decide to use it as a router.
A 2-core 1GHz CPU like the Airoha AN7563PT in Wi-Fi 7 routers doesn't handle 5Gbps traffic alone—hardware offload does the heavy lifting.
Nowadays, SoCs designed for Wifi routers support hardware-accelerated NAT (HWNAT) and VLAN processing, which boosts routing performance in Wi-Fi 7 routers. It enables efficient packet handling without fully burdening the dual-core A53 CPU, similar to NPU offloading in related Airoha chips.
Theoretical Wi-Fi 7 (BE5100): ~5.1Gbps aggregate (688Mbps 2.4GHz + 4.3Gbps 5GHz, 2x2).
Packets/sec at 1500B: 5×10^9/(1500×8)≈416K pps.
HWNAT handles 1M+ pps in hardware; CPU sees <10% load for control plane.
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I think this is one of the routers that labels itself as Wifi 7 to get past certification due to naming, it has to be Wi-fi 7 with the hyphen for a true Wi-fi 7 that has MLO, speed, dedicated 6Ghz band etc.
Every other review on Amazon says this router is a junk.
Also, do a simple math - how can 2-core 1Ghz processor handle the 5Gbps WiFi7 traffic? Each operation on a traffic packet will require a few processor "ticks", so its not even 1:1. Short answer - it won't be able to handle these speeds and will be your bottleneck, in case you decide to use it as a router.
Not vouching for this router but your math isn't mathing.
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Also, do a simple math - how can 2-core 1Ghz processor handle the 5Gbps WiFi7 traffic? Each operation on a traffic packet will require a few processor "ticks", so its not even 1:1. Short answer - it won't be able to handle these speeds and will be your bottleneck, in case you decide to use it as a router.
Nowadays, SoCs designed for Wifi routers support hardware-accelerated NAT (HWNAT) and VLAN processing, which boosts routing performance in Wi-Fi 7 routers. It enables efficient packet handling without fully burdening the dual-core A53 CPU, similar to NPU offloading in related Airoha chips.
Theoretical Wi-Fi 7 (BE5100): ~5.1Gbps aggregate (688Mbps 2.4GHz + 4.3Gbps 5GHz, 2x2).
Packets/sec at 1500B: 5×10^9/(1500×8)≈416K pps.
HWNAT handles 1M+ pps in hardware; CPU sees <10% load for control plane.
Our community has rated this post as helpful. If you agree, why not thank ThriftyWallaby6374
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Also, do a simple math - how can 2-core 1Ghz processor handle the 5Gbps WiFi7 traffic? Each operation on a traffic packet will require a few processor "ticks", so its not even 1:1. Short answer - it won't be able to handle these speeds and will be your bottleneck, in case you decide to use it as a router.
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