Thanks for making this video!

Completely useless video . U should show on Asus router for example not bring me stupid iPad and explaining from network book

good topic - appreciate this!

Great video, thanks!

6:00 Although you correctly mention the 20-25% overlap, I believe your image shows 50%?

How can I build an outdoor wireless internet

how can we implement this in our classroom

Keywords: LCMI (Least Capable Most Important) Clients Better AP Placement Tx Power Near Far Effect

Great example and great explanation :)

Link not working could you please share it once again

You talked much, explained little.

How does each hop halve the throughput?

Can this be implemented without RADIUS?

Cool, thanks!

Several vendors proprietary RRM algorithms work phenomenally now a days. Limiting the radios to only broadcast at "x"dBm is more ideal as it allows the clients to scale with their internal WLAN as opposed to locking them in. Static plans are just use case imo. This otherwise was a good video.

Okay, where to begin. I design WLANs for Schools, Libraries, and health care systems and this is NOT sound advise. I'm not sure your level of experience in designing and implementing WLANs, but assuming you have implemented any with the advise in this video, your customers will not be happy. Yes, most enterprise APs can handle 30-50 clients well, but assuming that "50%" of the clients being authenticated at any one time in your example is piss poor. You always design for density now a days. You mean to tell me that during testing you expect everyone to take turns? Or, better yet when you do have a decent load on the AP from an adjacent room with just one AP serving 3-4 classrooms that these users will have a good experience? What do you think their data rate would be....? Designing for -65 is ideal. Forget everything else in your bullet list, as the power requirements change from room to room. What schools have you been to that are predominately drywall? Ive been to literally hundreds and the vast majority are brick/block exterior with mostly block interiors. In regards to keeping 20-25 dB of separation between cells.... Just walk it (assuming you have site survey software). If your device can hear your neighboring cell at -85, you're good. It's not so much what other APs hear, it's what the client devices will hear. Usually their chipsets are not tuned (pumped out by the millions daily) and they can often hear a cell at -92 RSSI. You didn't dive in to CCI and ACI at all really. Look, if DFS channels are able to be used, having a 20 MHz wide channel plan offers you 25 usable channels. 25! In an AP per classroom environment this really helps you be flexible. I know that higher throughput rates are achieved using 40 and 80 MHz wide channel plans, but for high density environments this isn't really worth it. Having additional overhead isn't helping, considering those rates are at the mercy of the clients being used. Wanna guess how many 3x3 devices are used by consumers in these school systems? Not many. ACI can be avoided easily. Just dont be a dummy. CCI is mostly only a concern on the 2.4. It can be seen on the 5 GHz band as well, but only at 40 MHz wide channel plans. Dont argue, just look at a spectrum analyzer. Yes cost is always an issue, but I sure as shit rather my customer end up with something that works. Especially if I am managing and supporting it. This is honestly mind blowing. For anyone watching this video, do not take this mans advise. It is lazy and piss poor. Also, "you dont really need these other 3 APs"... Look at the fucking AP placement! Jesus man. REALLY?! I cannot wait to go through the remaining videos this company has pumped out. Wi-Fi is so misunderstood and I would hope that anyone that has even a CWNA would give better advise than this. If your engineers at SecureEdge Networks are certified, they're phonies. They need real knowledge and real world experience. Give me a call. I'll school em.

thanks nice explanation!

ih cool nice explanation! thanks

Nice presentation. I truly appreciate that so much is explained in 60 seconds. Super useful for folks with a basic understanding of tech. Suggestion which might keep your delivery of knowledge short and sweet. Use acronyms as often as poosible and caption what they mean on the screen. ( (( boOm )) ). Thanks for this, and the toolkit I'm "finna" download.

Kudos & thanks for the info Danny!