Overclocking your CPU can result in higher performance in Solidworks, but there are a number of risks you run when doing so. In this article we will be benchmarking Solidworks with an overclocked CPU to determine exactly how much better performance you can achieve while also presenting the main downsides associated with overclocking.
Agisoft PhotoScan Multi Core Performance
PhotoScan is a program that takes a series of photographs and combines them into a 3D model. In this article we will be benchmarking PhotoScan to determine exactly how well it is able to utilize multiple CPU cores to help determine what CPU will give the best overall performance for PhotoScan.
Is CPU Base Frequency Still a Relevant Spec?
Using numerous technologies, CPUs are able to dynamically adjust their frequency based on how much load is being put on it. The end result is much greater efficiency, but it calls into question whether the base frequency of a CPU really means anything on modern processors since a CPU will rarely spend much of it’s time at that advertised frequency.
Thermal Paste Application Techniques
The best technique to apply thermal paste is something that is often debated, and as a whole the internet has not decided on a standard technique. There are many varying techniques that are recommended, so in this article we will best test a variety of techniques to see which performs the best.
Ivy Bridge CPU TIM Paste Replacement
Even before launch of the Intel Ivy Bridge CPUs in April 2012, it was discovered that the CPUs were running a bit hotter than expected. The TIM paste was proven to be the culprit by the Japanese site PC Watch when they reported that by replacing the TIM paste they saw a load temperature drop of 8-11 *C at stock clock speeds, and an amazing 15-20*C drop in load temperatures when overclocked to 4.6 GHz.
We decided that it was time to do our own testing to see if anything has changed in recent months. The result was some very interesting data that caught us a bit by surprise.