
The build itself was rather simple, and almost everything went according to plan.
I prepped the case, noticing Rosewill didn’t skimp on its bundled hardware package. There were five sets of 3.5” drive rails, one of which was already installed and securing a dual-2.5” drive adapter. Four sets of clips were supplied for the three accessible 5.25” bays; the top location is already taken up by front-panel connectivity. And around back, the seven rear slots were all populated with removable mesh slot covers, rather than cheap break-out tabs. The 11 brass standoffs were a welcome sight, as was the 5 mm socket adapter for tightening them down with a Philips head screw driver. Rounding it all off was a short buzzer speaker and a small, but sufficient paper installation manual.
Fair consideration was also given to cooling. The bottom-mount power supply location is outfitted with a removable dust filter, and two of the three installed fans had connections for a three-pin motherboard header and a Molex plug. I used the Molex plugs, only requiring the motherboard to power the one rear 3-pin-only fan.
I installed the processor and bundled cooler, taking note of the heat sink’s copper slug. After installing the system RAM, it was time to start filling the case.
One issue I faced was that the Challenger is not fully compatible with small mATX motherboards. It only includes five of the six standoff locations our board required. And behind the lower-right hole, Rosewill instead locates a pressed-in space for tying down cables and wires. I had to exercise caution attaching the SATA cables, since that corner of the board didn't get any support. Thankfully there are only two expansion slots, and our graphics card fit snugly.
Otherwise, the build came together nicely. The wires and cables were plenty long, and cable management kept the interior tidy.
- Overclocking Haswell On The Cheap
- CPU And Cooler
- Motherboard And Memory
- Graphics Card And Hard Drive
- Case, Power Supply And Optical Drive
- Assembling Our Gaming Box
- The Trials (And Tribulations) Of Overclocking
- How We Tested Our Q3 2014 Budget Gaming PC Build
- Results: Synthetics
- Results: Audio And Video
- Results: Adobe Creative Suite
- Results: Productivity
- Results: Compression
- Results: Arma 3 And Battlefield 4
- Results: Far Cry 3 And Grid 2
- Power Consumption And Temperatures
- Performance Summary
- Did We Build a Better Machine?



Its rated to serve up to 30 Amps but can do far more. Tests on this little gem shows it can output 22amps on each rail and maxes out around 38~39 Amps on both. Im paraphrasing a popular power supply testing site. Max wattage is about 553ish which is a good deal more than rated. This power supply can't be certified due to it lacks a circuit required but exceeds 80 percent efficiency.
http://www.tomshardware.com/reviews/pentium-g3258-overclocking-performance,3849-5.html
When toms reviewed this CPU it was shown to have poor latency
For a 500$ build i would probably do a 6300+265 build. 600$ i would probably jump the build up to a I5+265 or 8320+270X.
Pentium G3258 - $69.97
NZXT Kraken X31 - $73.98
Asus MAXIMUS VII HERO - $203.99
G.Skill Trident X Series 16GB (2 x 8GB) DDR3-2133 - $184.99
Crucial M550 1TB 2.5" SSD - $447.98
Asus GeForce GTX 970 4GB STRIX - $349.99
NZXT Phantom 530 (White) - $121.98
EVGA 650W ATX12V - $64.99 (not sure about its power good signal value?)
Asus DRW-24B1ST/BLK/B/AS DVD/CD Writer - $16.99
Asus VG248QE Monitor - $264.99
D-Link DWA-171 802.11a/b/g/n/ac USB 2.0 - $29.27
Logitech MK550 w/Laser Mouse - $49.99
Corsair Vengeance 2100 - $79.99
Logitech Z506 155W 5.1ch - $69.99
Microsoft Windows 8.1 Professional (32/64-bit) - $170.99
Total: $2200
What you guys think? Usage? Racing Games at homes, audio/video encoding etc. I don't need K CPUs because I'm not in a hurry in this case.
Power source: 100% green aka Solar energy.
i use i3-4130 btw.
Its rated to serve up to 30 Amps but can do far more. Tests on this little gem shows it can output 22amps on each rail and maxes out around 38~39 Amps on both. This power supply can't be certified due to it lacks a circuit required but exceeds 80 percent efficiency.
To be more specific, the VP450 lacks PFC circuitry and as you said, this is required for 80+ certification. If the VP450 had it, it might manage 80+ Bronze.
I bought one last month to replace an old PSU (Antec SmartPower SL350) that got damaged by a power surge. At a glance, it looks like a nice little unit... and it is tier-2b too, which means close to as-good-as-it-gets.
you could possibly get mobo for half of your estimated price and put this money towards better CPU(that's necessary for video/audio encoding).
Also Crucial M550 1TB 2.5" SSD - $447.98 is overkill, you'll be better off with 256GB SSD & 3 TB regular HDD = more capacity and your saved money could be spent on better PSU(Seasonic, Corsair, whatever).
You may want to put Antec at the first place in that list. Look them up as they are oldest and second to none in power supply companys. Seasonic was once their main manufacturer and many of their units are designed off Antecs leading power supply designs. Look up on newegg for example the highest rated power supply and you will see the Antec earthwatt 380. At the 650 Watt they again are the highest rated with Seasonic in about a second place. Their 750 hcg is about a tight with Corsairs much higher priced HX 750i.
Trust me that PSU is the best part of that build. While it doesn't have a second PCI-e power plug you could use a molex to PCI-e connecter and run a R9 285. Again this power supply is highly under rated in both watts and Amps output.
This is what Corsair is doing now, with their CX (and I believe GS) lines; CWT builds them with Samxon capacitors that can't take heat. If you're interested, you can read more about these over on the badcaps.org forum.
P.S. I have a Phenom II x4 in one of CPUs and have built with more AMD CPUs then intel but that doesn't mean I spew this AMD "future proof" jargon line