TP-Link 8-Port Gigabit Desktop Switch with 8-Port PoE+
TP-Link 8-Port Gigabit Desktop Switch with 8-Port PoE+, up to 16 Gbps switching capacity, Up to 250 m PoE Transmission, Silent Operation, Fanless design, metal case, Plug and Play (LS108GP)
Weight: | 810 g |
Dimensions: | 15.8 x 9.91 x 2.52 cm; 810 Grams |
Brand: | TP-Link |
Model: | LS108GP |
Manufacture: | TP-Link |
Dimensions: | 15.8 x 9.91 x 2.52 cm; 810 Grams |
Purchased to upgrade from a 5 port switch as we got new staff in the office who need VOIP desktop phones and moved some desks around, worked straight out of the box and plenty of power to keep these working
In terms of the technical side of things, it’s fine, no problems whatsoever and does what it should. I had the 5-port before and that was great too. The only downside is the mounting to the wall because it’s such a pain. You have to put 2 screws in the wall and somehow slide this thing on. Getting it flush to the wall is another problem thereafter. If it was easier or there was a wall mount kit, it would get the 5 stars.
Unlike some tidier designs, the cables AND the lights are on the same side, so you can’t hide the messy cables and still see the status lights. Other than that works fine, runs cool, a bit light compared with some. Fine.
I originally kitted the house out with full Netgear PoE switches, such as 724s and 108s, and they ran the house beautifully for 5+ years. However, two 8-port switches and one 24-port non-green switches use about 60 watts, and even more if using PoE for cameras etc. That’s the equivalent of leaving a lightbulb on day and night, which adds up over 5+ years. It adds double now that our energy utilities are scalping us on bills.
So, I switched to these low-power switches. They basically just went in as drop-in replacements. No configuration required. Their ports auto-configured and everything just carried on working. I’ve gone from 60+Watts to about 8 watts. I’ve also put one of the switches on a timer because there’s never anyone in one of the rooms from 11pm to 8am. I tried that with the older switches and they tended to get their knickers in a twist if you did it too often.
So, on average over 24 hours the networking kit is now about 6-8 Watts instead of 50+Watts. So, doing the maths…
~50 Watts saved per hour, for 24 hours for 365 days a year is 50x24x365 = 438kWh per year. At 50p per kWh, that’s 219 saved over the year, more than paying for the new kit in just 4 months in fact. In the 5 years I expect to run it, that’s almost a grand if the price per kWh doesn’t drop!!!!
Very easy to install, very quick, very sleek and smart, and works flawlessly while saving a lot of money.