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At PCPartPicker we strongly believe in giving back. To do so, we take a portion of our affiliate revenue and donate it to charity. To date we've contributed to Charity:Water and Extra Life. Through Charity:Water we've funded several large water and school projects in Malawi, Ethiopia, and Bangladesh. The time between donation and seeing the results is about 18-months, so there are projects we've funded still in the pipeline. We recently posted pictures from a recent completion report.

While we believe in giving back, we know many of you do too. So if you're already purchasing hardware for your next build, Amazon Smile lets you benefit a charity of your choosing when you make purchases through smile.amazon.com. They take 0.5% of the total of eligible items and donate that - but only when shopping through smile.amazon.com. The 0.5% does not change the cost of the items. Currently this offer is US only.

You can find the official explanation of Amazon Smile here.

What we've done is add a user preference for the US version of this site that lets you opt-in to Amazon Smile links for any Amazon links on the site. Look for a checkbox labelled "Use Amazon Smile Links" in either the price settings on part category pages, or in your user preferences if you're logged in. If you set this option, any links to the US Amazon site will automatically get changed to smile.amazon.com links.

So, in a nutshell:

  • Purchases made through Amazon Smile donate 0.5% of the total to charity without increasing the cost to you.
  • PCPartPicker now automatically routes Amazon links through Amazon Smile through an opt-in user preference.

Welcome Aboard Phil Coffman!

Posted Oct. 10, 2014 by philip

I'm pleased to announce that Phil Coffman has joined PCPartPicker as Design Lead, focusing on all things involving graphic design, user interface, and user experience. Formerly the VP of Design at Spacecraft and Creative Director / Co-founder of Element, Phil brings a wealth of design and UI/UX experience to the team. You can see an idea of his work on his site and on Dribbble.

We're extremely excited to have Phil on board, and I can't wait for everyone to see what he is capable of. Please join us in welcoming him to PCPartPicker!

We have updated two of our September build guides to take advantage of the newly released GTX 970 and GTX 980 video cards. Take a look and let us know what you think!

NZXT S340 Build

Posted Sept. 23, 2014 by philip

NZXT kindly sent us the new S340 case. Priced at $70, it was the perfect addition for a modest budget gaming build. We wanted to build a <$900 build using an overclocked Pentium G3258, so we felt the S340 would be a perfect fit. Read on for the full details and part list breakdown...

PCPartPicker part list / Price breakdown by merchant

Type Item Price
CPU Intel Pentium G3258 3.2GHz Dual-Core Processor $69.99 @ Amazon
CPU Cooler Cooler Master Hyper 212 EVO 82.9 CFM Sleeve Bearing CPU Cooler $28.82 @ Amazon
Motherboard MSI Z97 PC MATE ATX LGA1150 Motherboard $89.99 @ Newegg
Memory Corsair Vengeance 8GB (2 x 4GB) DDR3-1600 Memory $87.99 @ Newegg
Storage Intel 520 Series Cherryville 120GB 2.5" Solid State Drive $69.99 @ Amazon
Storage Seagate Barracuda 1TB 3.5" 7200RPM Internal Hard Drive $49.00
Video Card MSI GeForce GTX 770 2GB LIGHTNING Video Card $330.00
Case NZXT S340 (White) ATX Mid Tower Case $69.99 @ Amazon
Power Supply Rosewill Hive 550W 80+ Bronze Certified Semi-Modular ATX Power Supply $59.99 @ Amazon
Total
Prices include shipping, taxes, and discounts when available $855.76
Generated by PCPartPicker 2014-09-23 17:04 EDT-0400

 

Here you can see the new NZXT S340. It's a very cleanly styled ATX case that is priced aggressively at $70.

The front of the case is simple with no frills. If you wanted to paint or mod the case, this is about as clean of a slate as you could possibly hope for.

Front panel buttons and IO are on the top front of the case. Note the large slot that provides space for front airflow. This also makes it extremely easy to remove the front panel, exposing room for two 120mm fans or a 240mm radiator.

We've done quite a few liquid-cooled systems recently, so this time around we opted to keep everything air cooled. The Hyper 212 EVO is an extremely popular cooler, making it an easy choice. Sure, there are coolers +/- $5 that may perform slightly better, but at only $30 the 212 is still a great performer.

The S340 includes a PSU shroud that also mounts two 2.5" SSDs. I'm a big fan of separating the power supply from the rest of the components, whether via a shroud or in a separate compartment. It makes for an extremely clean presentation of the core components.

For the storage, we went ahead and included both an SSD and a hard drive. The SSD fulfills the boot drive and core files role, while the platter drive provides space for games.

Also included in the PSU cover are vents for the 3.5" drives.

Cable management with the S340 is extremely easy. Beside the motherboard tray is a raised section that provides extra clearance and cable tie anchors for the 24-pin motherboard power cable. The extra space meant were no concerns with bundling cables and making the side panel bulge out.

Many of our previous builds were liquid cooled, so we felt it was time to return to an air cooled build. At $30 the Hyper 212 EVO is an inexpensive but very effective cooling solution.

We reused a GTX 770 from a previous build - nothing beats (effectively) free parts! However, shortly after filming the GTX 970 and GTX 980 were released. The GTX 770 is still a decent choice, but had we been able to predict the GTX 970 release we may have held off for a week to include that instead.

Overall the build went together very quickly and easily. With lots of attention to so many small details, the NZXT S340 makes for a great case to use in a build. We'll be running a few benchmarks on the system to evaluate functional and thermal performance over the coming weeks (similar to our Colossus Micro build thermal benchmarks, so keep an eye out for that content.

With the BitFenix Colossus Micro build complete, it was time to run benchmarks while monitoring it with a thermal camera. There were some concerns in the community that the system would burn up, but temperatures held modestly well. We did see the GPU clock throttle a bit toward the end of each benchmark however.

We're still refining the automation for these benchmarks, but once we get it all ironed out expect to see more of these for our builds. For this set, we benchmarked both 3DMark 11 and Unigine Heaven. Video output, audio, thermals, total system power draw, and a plethora of stats were monitored concurrently and stitched together with some in-house software to generate the videos and graphs below. Ambient temperature was ~25°C (77°F) throughout the tests (and ambient temp is a measurement we're now logging with the runs as well). Enjoy!

Breaking things down further, we plot out all the measurements over time:

3DMark 11 - Extreme Definition

Power Draw

CPU Usage

Total CPU Usage

CPU Temp

GPU Usage

GPU Temp

GPU Core Clock

GPU Memory Usage

System Memory Usage

Ungine Heaven

Power Draw

FPS

CPU Usage

Total CPU Usage

CPU Temp

GPU Usage

GPU Temp

GPU Core Clock

GPU Memory Usage

System Memory Usage

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