Earlier quoted context omitted.
Unifi is the Apple of networking gear. When something new is released the HN crowd is excited even when the same functionality existed already with another company.
Unifi is a bit different than Apple to me. Ubiquiti is one of the few companies doing prosumer hardware - and doing it extremely well. They give you access to advanced, raw configurations without necessarily having to go "full enterprise" deployment. They also have solutions for just about everything. That being said, I generally have moved towards other Wifi solutions as I've grown weary of tweaking Ubiquiti all of…
UniFi 5G
221–230 of 316 posts
Re: UniFi 5G
#222Earlier quoted context omitted.
I’m sure it depends on the model, but in my experience if you force a 10G copper transceiver to 2.5G the insane heat generation goes away. I don’t have any Thunderbolt 10G adapters, but I’m kind of surprised they’re much larger. A SFP+ transceiver is the same size as a SFP one.
I think a major reason for the size is for heat dissipation, because it has to be prepared to handle the heat of a full 10G copper connection. Mine runs hot .
I knew it runs hot before I deployed it, but I wasn't aware that you have to wait for it to cooldown before unplugging, or you get burnt.
Re: UniFi 5G
#223Earlier quoted context omitted.
Unifi is the Apple of networking gear. When something new is released the HN crowd is excited even when the same functionality existed already with another company.
Unifi is a bit different than Apple to me. Ubiquiti is one of the few companies doing prosumer hardware - and doing it extremely well. They give you access to advanced, raw configurations without necessarily having to go "full enterprise" deployment. They also have solutions for just about everything. That being said, I generally have moved towards other Wifi solutions as I've grown weary of tweaking Ubiquiti all of…
Re: UniFi 5G
#224Earlier quoted context omitted.
They said the same thing about 40G but hey, I've loved it for bridging the gap between my two (10G and 100G, respectively) Mikrotik switches. You can have a dozen Gigabit ports, as well as up to four true 10G devices on your aggregation switch, and neither would be bottlenecked by traffic to and from the backside. This has been a massive boon. However, when it comes to 2.5G, I struggle to find one good reason to use…
1x PCIE 3.0 has 8 Gbps raw speed - for 2.5Gbps duplex Ethernet you'll need 6~7 Gbps of raw link to CPU. For 5Gbps and higher, you'll need another PCIE line - and SOHO motherboards are usually already pretty tight on PCIE lanes. 10GbE will require 4x3.0 lanes
3.0 PCIE is irrelevant today when it comes to devices you want on 10G. I'm pretty sure the real reason is that 2.5G can comfortably run on cable you used for 1G[1], while 10G get silly hot or requires transceiver and user understanding of a hundred 2-3 letter acronyms.
Combine it with IPS speeds lagging behind. 2.5G while feels odd to some, makes total sense on consumer market.
[1]: at short distances, I had replaced one run with shielded cable to get 2.5G, but it had POE, so it might contribute to noise?)
Re: UniFi 5G
#225I really want to want Unifi, but my experience with one of their products (UDM + mesh) was that it was a ton of effort to get something working that ended up being slower and more fiddly than a consumer focused router. When I get home, I don’t want to be an unpaid sysadmin
Re: UniFi 5G
#226Earlier quoted context omitted.
Unifi is the Apple of networking gear. When something new is released the HN crowd is excited even when the same functionality existed already with another company.
Unifi is a bit different than Apple to me. Ubiquiti is one of the few companies doing prosumer hardware - and doing it extremely well. They give you access to advanced, raw configurations without necessarily having to go "full enterprise" deployment. They also have solutions for just about everything. That being said, I generally have moved towards other Wifi solutions as I've grown weary of tweaking Ubiquiti all of…
This is unprecedented and much appreciated.
Re: UniFi 5G
#227Earlier quoted context omitted.
Netgear 5 port managed switch: $30 https://www.netgear.com/business/wired/switches/easy-smart/g... Ubiquiti 5 port managed switch: $30 https://store.ui.com/us/en/category/all-switching/products/u... Netgear 24 port managed switch: $260 (with a 1 year subscription included!) https://www.netgear.com/business/wired/switches/smart-cloud/... Ubiquiti 24 port managed switch: $225 https://store.ui.com/us/en/category/all-swi…
The Ubiquiti 5 port switch is actually better than the Netgear one because it's POE powered whereas I don't think the Netgear one is.
I do wish they were even smaller (I've got one location I'd like to mount one inside a wall box, which is admittedly pretty niche), and I am never again touching UI's configuration software (even 10 years later I feel that wound), but, yeah... love these little guys.
Re: UniFi 5G
#228Earlier quoted context omitted.
Why would you guess Chinese? Broadcom, Qualcomm, MediaTek, and Realtek are the typical answers for radio chips, no? None of whom are Chinese? There certainly are Chinese radio chips, such as from Espressif or Huawei, but they aren't especially popular in APs or anything
Most of those chips are made in TSMC or samsung foundries, the majority of which are currently in China or South Asia.
Re: UniFi 5G
#229Earlier quoted context omitted.
Construction projects, festivals, etc. Bad cellular reception is more likely to be an issue far from other infrastructure.
There are brands specifically for those markets though. Complaining about Ubiquiti not making a product for that specific use case feels like complaining about a Honda Civic not being an offroad-capable Jeep.
If it’s fine if you want to build a golf cart, just don’t pretend it’s an ATV.
Re: UniFi 5G
#230Earlier quoted context omitted.
Why would you guess Chinese? Broadcom, Qualcomm, MediaTek, and Realtek are the typical answers for radio chips, no? None of whom are Chinese? There certainly are Chinese radio chips, such as from Espressif or Huawei, but they aren't especially popular in APs or anything
Most of those chips are made in TSMC or samsung foundries, the majority of which are currently in China or South Asia.