Crucial’s line of Ballistix memory made for enthusiasts has gone through many different revisions over the years. Now they are running with 3 different types of modules, Ballistix Sport, Ballistix Tactical and Ballistix Elite. Today we are taking a look at one of their Elite kits. These kits are designed for extreme enthusiasts, demanding gamers, and uber-power users. The kit we are checking out today is a quad channel 16GB kit with timings of 8-8-8-24 at 1.5v. This kit also has some of the largest heatspreaders we have seen in a while! Read on as we test this kit out!+Continue Reading
Post Tagged with: "16GB"
It has been quite some time since we have taken a look at memory from Crucial. They are still calling their performance memory Ballistix and now they have 3 different lines, Ballistix Sport, Ballistix Tactical and Ballistix Elite. Today we are checking out a quad channel Ballistix Elite kit (BLE4KIT4G3D1608DE1TX0). This kit contains four 4GB modules running at 1600MHz with timings of 8-8-8-24 at 1.5v. Read on to check out our unboxing and overview video.+Continue Reading
With Intel’s X79 chipset we started to see quad channel DDR3 memory. It is crazy to think that in just a short period of time we have gone from dual channel to quad channel memory. Not long after Intel released the X79 platform we started to see quad channel kits designed and certified specifically for the platform. Today we are taking a look at one such kit, the G.Skill RipjawsZ DDR3-2133 16GB quad channel kit (F3-17000CL9Q-16GBZH). This kit features four 4GB modules that run at 2133MHz with timings of 9-11-10-28. Read on as we take a look at our first quad channel memory kit.+Continue Reading
It is not often that we do an unboxing of a memory kit, but since G.Skill has recently released their RipjawsZ Extreme Performance Quad-Channel Memory kits we have decided to show you what they are all about. Today we are checking out the F3-17000CL9Q-16GBZH kit. This quad-channel 16GB kit runs at 2133MHz with timings of 9-11-10-28 at 1.65V. These kits are made and certified exclusively for the Intel X79 platform. Read on to check out our unboxing and overview video!+Continue Reading
For those in the Android world who want to add extra storage to their device it is as easy as adding a memory card, but for all of us who use iOS devices we are stuck with the capacity of the device we purchase. With all of the movies, music, photos and apps out there it is easy to reach capacity on iOS devices. I’m sure many people get frustrated with this and Kingston knows this. This is why they have come up with the Wi-Drive. It is portable, wireless storage for your iPod, iPhone or iPad. Read on as we take a look…+Continue Reading
When you think of companies making products for iOS devices Kingston really is not one. We mainly know them for memory and solid state drives. The biggest problem with iOS devices is that you are stuck with the default capacity on the device, there is no way to expand your storage. Kingston knew of this problem and came out with the Wi-Drive. It is wireless storage for you iOS device! You simply connect your device to the wireless AP built into the Wi-Drive and you can stream music, movies and other files to your iOS device. Read on to check out our unboxing and overview video!+Continue Reading
We have taken a look at a few digital camcorder’s here at ThinkComputers. It was just a few years ago that many camcorders you would find in the store still used tapes. Tapes were very annoying to work with, you had to playback video and import it via firewire in most cases. With digital camcorders you are able to record right to built in memory or removable memory like a flash card. Today we will be taking a look at the Samsung SC-MX20E digital camcorder that features 16GB a built-in memory, 34x optical zoom, a 2.7-inch LCD and small form factor. Let’s see if it’s the right digital camcorder for you! Special thanks to Geeks.com for providing us with the Samsung SC-MX20E Digital Camcorder to review. Geeks.com is a great place to find Refurbished Camcorders.+Continue Reading