I first started using BitTorrent Sync back during its Alpha release in early 2013 as an alternative to Dropbox for syncing large quantities of files across my work computers. I needed an easy way to automatically transfer data from my collection computer to the lab server for storage and to my office computer for post-processing. While I have much more free storage than your average non-paying Dropbox user, I needed to regularly transfer tens of gigabytes of files without any need of uploading to the Internet/cloud. BitTorrent Sync seemed to fulfill that need almost perfectly and was vastly easier than constantly running rsync commands.
Since I am obsessed with quantifying things, I absolutely had to benchmark my new Hackintosh rig to see what my new purchases had
afforded cost me. I ran a handful of different benchmarks under both OS X and Windows boots to see what the Intel Core i5-4690K, EVGA GeForce GTX 970 SC, and Samsung 850 Pro could do. So without further ado, here are the results of my benchmarks!
It’s been roughly two years since I built my original Hackintosh desktop computer and I decided earlier this year that the time was ripe for an upgrade. After considerable waffling on the exact components to get, I finally settled on an relatively high-end build largely based on the December CustoMac Buyer’s Guide that reused a few components from my original Hackintosh (case, power supply, and memory).
After about two months of using my new Hackintosh without any custom modifications, I decided I wanted to overclock my 3.3GHz Intel Core i5-2500K processor a little bit to see if I would notice a performance increase. However, in order to do this, the horribly inadequate stock Intel CPU cooler needed to be replaced. After a brief search online, I settled on the Cooler Master Hyper 212+ as a suitable replacement for my CPU cooling needs. After an excruciating two-day wait, the part finally came in and I began the installation process of this gargantuan new cooling unit that just barely fit into my case. The new heatsink offered easily 10x more surface area for heat dissipation, which drastically increased the cooling efficiency of the running CPU. With the stock cooler, I saw the CPU idling around 45-50C. In stark contrast, the overclocked system now idles around 35C.