In the same way that it can be helpful to create multiple partitions on a large hard disk drive or SSD in order to better manage your data—for example a DATA partition and WINDOWS partition—it’s also helpful to do the same with high-capacity flash drives. For example, WORK and PERSONAL partitions, or a separate MUSIC partition, or even a BOOT partition for a Live Boot USB drive.
However, while it’s a simple task to partition a hard disk drive or SSD, it’s not quite so easy to partition a USB drive. This is simply because the former is considered a ‘Removable Storage Device’ by Windows, and Windows does not allow for multiple partitions on removable devices. A neat little trick to get around this is to simply turn your removable USB drive into a fixed logical disk drive by ‘flipping’ the removable bit in the firmware. This is the digital flag that tells Windows whether the drive is ‘fixed’ or ‘removable’. You can do this using the Lexar BootIt utility, available from here.
In the Halloween spirit, Corsair and Tom's Hardware have teamed up for a contest. If you can guess how many Jelly Belly candy corn candies fit into our Corsair Obsidian Series 800D full tower case, you will win a ton of great prizes! The contest will run starting Monday, October 26, 2009 and will close on Friday, November 6, 2009. The grand prize is as follows:
Five years ago when I started at Corsair, cases were either super-cheap plastic, or thin unpainted steel or aluminum. Innovation was pretty much at a standstill—fans were all 80mm or smaller, and cases were smaller because we hadn't yet reached the days of huge video cards, motherboards, and heat pipe based aircoolers.
A lot has changed since then. In the labs we used to talk about all the different cases we'd use for trade shows. "This would be great if..." and "Why didn't they just do this?" comments were bandied about by me and the other guys in the lab, as we tried to figure out how to make a case perfect. Isaac Newton said that "If I've seen further... it is by standing on the shoulders of giants." The Corsair Obsidian Series 800D is the result of this same sort of logic.
At Corsair, we're always looking for new and better ways to support our customers. We offer support in many different ways—Tech Support eXpress, forums, phone, and email. We even get the occasional snail mail! What it comes down to is this; we don't want our customer to struggle to find important information about our products.
We're starting a new video series, the Corsair Video FAQ. These will be short videos, demonstrating answers to our most frequently asked questions. We've already got a couple of these recorded and produced for your consumption below, but we'd like to hear what YOU want to see. Is there a Corsair product you have or are considering buying that you would like some assistance with? Comment below and if it makes sense, we'll queue it up for recording!
We caught this awesome video by Zachary Levi (from "Chuck" fame) on NBC last night. At about the 17-second mark, have a look at what's hidden under the $2 bill....
If you're looking for a simple, affordable way to upgrade your CPU cooling, the Corsair Cooling Hydro Series H50 High-Performance CPU Cooler is the perfect solution. In this video, Jeff Checchi shows you how easy it is in to install inside our Corsair Obsidian Series™ 800D full-tower case.
Corsair launched the Hydro Series H50 high-performance CPU cooler in June 2009, and since then it has taken the cooling market by storm. It has won worldwide critical acclaim for its superior cooling performance, quiet operation, and ease of use. Installing a Corsair H50 in place of your existing CPU cooler will significantly reduce CPU temperatures and allow for higher overclocking flexibility, and will provide better cooling at lower noise levels. But, as good as the H50 is out-of-the-box, it is possible to increase its performance even further with a simple fan upgrade known as ‘Push-Pull’, which uses two identical fans to increase airflow. We will compare the cooling performance of the H50 in single-fan and push-pull mode to that of a Noctua NH-U12P HSF, also in single- and dual-fan configurations. The test system will use an Intel Core i7-870 (Lynnfield) processor at stock settings, overclocked to 4133MHz with Hyper-Threading Off (max frequency) and overclocked to 4GHz with Hyper-Threading On (max multi-threaded performance). The results, summarized below, show that the Corsair Cooling Hydro Series H50 in a push-pull configuration outperforms the standard H50 by up to 4oC in the overclocking tests. In addition, it significantly outperforms the Noctua NH-U12P, with temperature reductions of up to 12oC. This is a significant reduction that will increase overclocking headroom, as well as allowing for minimal noise levels while maintaining low CPU temperatures.
Our new Corsair Cooling Hydro Series H50 Intel® back plate design is similar to the old one, but has been changed somewhat to make it more versatile. It's an easy installation, as seen below.
First, the parts:
Back Plate with Socket 1366, 1156, and 775 Positions and Adjustable Threaded Insert