RGEEK 24pin DC ATX PSU 12V DC Input 250W Peak Output Switch DC-DC ATX Pico PSU Mini ITX PC Power

Good

Fits in a cramped space. No RAM or height interference. Stable power. Comes with 8 pin connector. Perfect PSU for mitx MOBO with on board graphics. Expensive! But me buying several other cheaper pico's that got too hot or were too big and too many cables yet with no 8 pin at all. This thing was cheaper that two of the previous mistakes combined. I like the fact the cables are sized for a small cases and specifically mitx MOBO. I did not need the sata power cable so I cut it off at the PSU and insulated. Kept cable for in case ever needed again. Warning! Only for use on mitx MOBO. Otherwise cables will ALL be too short. Also, this thing will give you MAXIMUM 120 watts! Any above that and the 12v power plug will start to smoke. You need a 4 pin DIN power connector for that and above. I wish these sellers would stop advertising them as non incindiary devices, it will ignite if you suck more than 150 watts from the mains. Don't say I didn't warn you,

my build: i5 11400 Asrock h570 itx 16gb 3200 ram (2x8gb) Few things to know before buy it. 1.you can use only 12v power adapters with this psu. 2.it rated 250w, that means you can go up to 12v 20a, but realistically there are no power adapter that can REALLY provide 20a. Best i found on aliexspress 12v 16a, but its more than enough for your system i think. in my case i have right now 12v 7a power adapter, so i limit CPU max power consumption to 80w. And it works awsome. You dont need more than that for 11400. i get 7200 geekbench score with 80w, and 8100 with 125w power limits. I dont think i want give another 40w for just 10% improvements and more heat. 3.This PSU have 8-pin power for cpu. Check your motherboard and find out which type of connector are your motherboard using (4 pin or 8 pin) 4.It has blue lamp, so be careful if you doing RGB build.

I have one running my low power NAS 24/7 for over a month now without issue. Constant load of about 30 watts. The 12v 10 amp power brick + the internal breakout board uses about 2.5 watts idle on its own, and saves about 7 watts compared to my 450w ATX power supply at the same loads. My only complaints so far are how the cables attach to the internal breakout board. They attach at a right angle to the board facing the edge of the motherboard. This caused the cables to be in the way of a case fan on the edge of my mini-itx motherboard (had to remove the fan). I'd prefer if the cables came out parrellel to the board such that they're going straight out from the motherboard like a normal 12v cable.

I'm using it with an AMD Ryzen 7 1700X, which is an 8-core, 16-thread 95W CPU. This is a basic XCP-ng virtualization server. My system has Gigabyte B450 DS3H Ultra Durable motherboard, 2 sticks of RAM for 16 GB total, 1 Mellanox Connect-X 10Gbps networking card, a passively cooled Radeon 5450 (19W) and a single 2.5" SATA SSD. So not too many devices or peripherals, and low power consumption, despite the beefy CPU. It handles everything fine, even under moderate load. I haven't tried maxing out the processor. I'm surprised, to be honest, that it manages all this. Pretty great, the system is really silent because there is no PSU fan. This is the power brick I'm using: SHNITPWR 12V 10A 120W DC Power Supply Adapter 100V~240V AC to DC Converter 12 Volt 5 Amp Transformer 5.5x2.5mm Plug for 5050 3528 LED Strip Light 3D Printer LED Driver CCTV Security System LCD Monitor Only 120W, but it does fine. Recommendations I've read online are when choosing a Pico PSU, choose a PSU and adapter where your expected load is no more than 85% of the max provided by the AC adapter. Pico PSUs can provide more power at peak than their rating. The rating is for sustained load. However, the AC adapter cannot, and should run under max load to avoid overheating and shortened life time.