F5F Stay Refreshed Power Users Networks Looking for a suitable connection setup? Consider an access point paired with a router for optimal performance.

Looking for a suitable connection setup? Consider an access point paired with a router for optimal performance.

Looking for a suitable connection setup? Consider an access point paired with a router for optimal performance.

O
ovcoming
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07-29-2023, 06:31 AM
#1
Hello, I noticed the video suggesting using an Access Point combined with a Router instead of just relying on a Router for Wi-Fi. I'm unsure about the right brand or specifications to choose. My current ISP, PLDT Philippines, provides a free Modem Router but it tends to slow down when around 10–20 devices are connected. I’m planning to set up a Wi-Fi network that can support 40–80 devices simultaneously. What would be the best option for me, considering budget? Thanks!
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O
ovcoming
07-29-2023, 06:31 AM #1

Hello, I noticed the video suggesting using an Access Point combined with a Router instead of just relying on a Router for Wi-Fi. I'm unsure about the right brand or specifications to choose. My current ISP, PLDT Philippines, provides a free Modem Router but it tends to slow down when around 10–20 devices are connected. I’m planning to set up a Wi-Fi network that can support 40–80 devices simultaneously. What would be the best option for me, considering budget? Thanks!

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harvey1010
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07-31-2023, 12:42 PM
#2
If you manage to obtain them, Ubiquiti is definitely worth considering. My current routers are around 6-7 years old and they function perfectly. They aren't the fastest now, but they offer solid stability. Regarding routing, you have options: stick with the ISP's equipment or set up a separate device like a Unifi gateway. If you're using an older machine, you might need to install network cards. For those with outdated gear, PFSSense is a viable alternative.

This setup redirects all traffic through the ISP’s infrastructure to my router. A key point is that the ISP hardware often filters or modifies data before it reaches my device. Using their equipment means you can place it in bridge or DMZ mode based on your needs, and link another router to it.

What this achieves is forwarding all traffic through the ISP’s network to my router. A disadvantage of Unifi hardware is that a controller is necessary to oversee the network; they sell dedicated controllers. You could also run it on a PC that stays active continuously or even on a Raspberry Pi, which demands minimal resources.

My setup currently uses an AT&T modem in DMZ+ mode, connected to a Unifi security gateway for IP management and firewall rules. This gateway connects to a 24-port switch. I have three APs: two for media devices and computers, one for smart devices. Previously, switching to AT&T caused delays—about five minutes for a stable connection. Once everything is set up, it works instantly.

When enabling DMZ+, I had to reset the ISP modem factory settings before it stopped trying to control devices via the Unifi gateway, which blocked connections. This step might be relevant depending on your situation.

From a cost perspective, equipment availability and price vary by location. Platforms like eBay could be useful. The essential requirement hinges on your internet speed—APs like the AC-pro model I used for around $80 can handle up to 10Mbps, though they’re quite outdated. You might consider adding a new AP behind the ISP modem if needed, or simply upgrade to a modern single AP for better performance.
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H
harvey1010
07-31-2023, 12:42 PM #2

If you manage to obtain them, Ubiquiti is definitely worth considering. My current routers are around 6-7 years old and they function perfectly. They aren't the fastest now, but they offer solid stability. Regarding routing, you have options: stick with the ISP's equipment or set up a separate device like a Unifi gateway. If you're using an older machine, you might need to install network cards. For those with outdated gear, PFSSense is a viable alternative.

This setup redirects all traffic through the ISP’s infrastructure to my router. A key point is that the ISP hardware often filters or modifies data before it reaches my device. Using their equipment means you can place it in bridge or DMZ mode based on your needs, and link another router to it.

What this achieves is forwarding all traffic through the ISP’s network to my router. A disadvantage of Unifi hardware is that a controller is necessary to oversee the network; they sell dedicated controllers. You could also run it on a PC that stays active continuously or even on a Raspberry Pi, which demands minimal resources.

My setup currently uses an AT&T modem in DMZ+ mode, connected to a Unifi security gateway for IP management and firewall rules. This gateway connects to a 24-port switch. I have three APs: two for media devices and computers, one for smart devices. Previously, switching to AT&T caused delays—about five minutes for a stable connection. Once everything is set up, it works instantly.

When enabling DMZ+, I had to reset the ISP modem factory settings before it stopped trying to control devices via the Unifi gateway, which blocked connections. This step might be relevant depending on your situation.

From a cost perspective, equipment availability and price vary by location. Platforms like eBay could be useful. The essential requirement hinges on your internet speed—APs like the AC-pro model I used for around $80 can handle up to 10Mbps, though they’re quite outdated. You might consider adding a new AP behind the ISP modem if needed, or simply upgrade to a modern single AP for better performance.

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