Introduction

Why cool to such an extreme level? A simple answer would be to achieve a higher processor speed via overclocking. When the aforementioned process is achieved, even though the frequency may be higher, the efficiency goes down and this wasted efficiency is called heat! Overclocking enthusiasts employ a myriad of differing cooling methods, but what happens when the processor frequency is so high that even water is no longer sufficient? This is where sub-zero cooling comes into its own. This guide will try to employ a simple, non pretentious and a step by step process in order to prepare your precious motherboard for cooling with dry ice!

Today sees the release of two new reservoirs for the water cooling enthusiast market. Designed around the popular Liang D5 and D5 vario these products are set to provide maximum compatibility whilst being user friendly.

The reservoirs attach directly to the Liang pumps, thus eliminating the need to install tubing from the reservoir to the pump itself. This saves the consumer money, space and time.

The products are available in two flavours, bay and tank designs.

http://www.xspc.biz/d5bayres.php

http://www.xspc.biz/d5tankres.php

This reviewer would be very interested to see what XSPC comes up with next.

Author Gilgamesh

So many users are searching around the net these days looking for advice on how to overclock their new systems but don’t know where to start.  To help everyone out, I decided a how-to guide was in order.  Searching around forums can be confusing and intimidating.  There are so many people willing to give advice, but who can you trust?  It’s hard to know, and I’ve seen many users sent on wild goose chases because they are following advice that doesn’t solve or even address their specific problem. I’ve also seen too much trial and error overclocking. What I will attempt to do is create a very simple three step guide to “one-size-fits-all” overclocking…

Read the full article here: 3 Step Guide to Overclock Your Core i3, i5, or i7