Displaying items by tag: Performance

With PCIe 3.0 just coming on to the scene the PCI special interest group (PCI-SIG) just announced that they are planning on releasing PCIe 4.0 sometime around 2014-2015. Now that is assuming we all survive the Mayan apocalypse, but if we all do then it looks like the interconnects between the devices on our systems will get quite a bit faster. According to the press release, the new specification can move 16 “Gigatransfers” (is that even a word?) per second.

As the devices we carry around with us get smaller and smaller there is going to be an increasing want (or need) for larger and faster portable storage devices. We have watched over the last few years as the storage capacity of USB flash drives (Pen Drives, Thumb Drives etc.) has grown rapidly. It was not that long ago that a 1-2GB drive was something to have. Now we have small flash drives in the 64, 128 and even 256GB range! Kingston has been one of the companies on the forefront if this charge into larger capacity and faster performance. We have tested out multiple products from them from encrypted storage devices to the hefty DTUltimate G2 32GB USB3.0 thumb drive. Now we have a new product on the bench from Kingston. This one is being sold under their performance name HyperX. The Drive boasts 64GB of storage and 225MB/s of read performance! If the paper is to be believed this is almost twice the performance of the DTUltimate G2, which topped out at around 116MB in our testing. Let’s dive in and see if the paper claims match the real world performance.

Intel has been enjoying a rather successful few years. After the launch of their first generation Core processors Intel managed to slide neatly by AMD who had been running rings around the Pentium 4 CPU. Things did not stop there though, Intel continued to build on their success working to improve their caching model and the when they were finally ready they dropped the Second Generation of the Core Processor on the Market; this time with an Internal Memory Controller to go with their improved caching. This extended the gap between Intel and AMD a few more feet and lead on to other new products including Lynnfield and then Sandy Bridge with its own GPU built right into the processor die. With the success of these new processors Intel could have just sat back and waited until AMD caught up. Instead they are continuing to move forward and are now brining a new Flagship CPU to the Core i7 lineup. The official name will be the Core i7 3960X and also comes with a new chipset, memory standard, and socket.  So let’s take a look at this new chuck of silicone and see if it deserves its place at the top of the heap.

ThermalTake has launched some bold designs (and some rather gaudy ones too). Some of these have been successful while others have received ridicule from the online community and gamers (even coining the phrase “Friends don’t let Friends use ThermalTake” at one point. However, over the last few years they have moved forward with their products and are now putting out some solid work. One of the products that I have been very interested in is the Level 10 series. This new case line-up is less like a PC enclosure and more like a piece of art. Of course the original Level 10 enclosure will also set you back around $750. This price tag puts it out of the reach of most gamers and also off of our RADAR for now. Instead we are going to take a look at the much more reasonably priced Level 10 GT. This uniquely designed PC case comes in two colors (black and white) and will run you $255 and $290 respectively. As we have grown bored of shooting cases in our lab we also decided to move our initial coverage to a different location. With that said, let’s take a look at the Thermaltake Level 10 GT (VN10006W2N) Snow Edition shot on location in Bahia Honda State Park, Florida. Snow at the beach anyone?

With AMD’s 8-Core Bulldozer getting ready to hit the streets we now find that we may have a potential price for this new CPU from AMD. According to a contest being held by AMD for fans in the US and Canada the new FX 8150P Bulldozer CPU should go for around $300. This little bit of news popped up on the net after the gang over at insideris.com dug into the announcement of the contest.

When looking at the contest page (and scrolling down a little) they found that AMD dropped in a line that stated “Top tier prizes: Five (5) AMD FX series eight-core processors. Approximate Retail Value: $300 USD each”. This puts the new 8-Core (Octo-Core) CPU in the same price range as the Intel Core i7 2600k. The question now is, can the Bulldozer keep up with the 2600k? After all we have seen what this CPU is capable of and know that even at stock speeds it is very powerful. We do hope to get one in the lab to find out the answer to this question and you can bet we will be sure to pass this on to you once we find out. For now, I guess we all can speculate and listen to the Intel Vs AMD rhetoric (and secretly get a kick out of it).

We have told you about Asus’ design choices for the Sabertooth P67 and even gone into some detail about the mindset behind this and other products in the TUF line. However all of the best design choices and components in the world will not make a board perform. To get great performance takes a little more. In this half of our Sabertooth review we are going to look into that side of the product. Asus has always had a reputation for tinkering with their BIOSes (not always a good one though).  So let’s start off there and see where it takes us.

The Z68 has been touted as “cougar point done right” and many other things. I have been asked if the Z68 is going to replace the X58 and many other things beside that ever since it came onto the scene. We have taken a theoretical and design look at one Z68 and now we are going to take a look at another. This one is from Gigabyte; the Z68X-UD3H-B3 (we are getting back to the long names again). This board has a more than its share of selling points. It features the new TouchBIOS (also called Hybrid EFI), the usual compliment USB 2.0 and 3.0 ports and of course SLI and crossfire. But there is more to the Z68X-UD3H than just this. We also see that it comes complete with the new VirtuGPU technology from Lucid Driver MOSFETs, and much more. So let’s see what we can find digging into the design and features before we get to the performance numbers in part II.

Overclocking is a big deal these days. I can remember when it was just a bunch of crazed guys with too much money and free time on their hands. We used to do things like solder new resistors onto CPUs (the Slot A Athlons), swap out caps and resistors on motherboards to get more voltage through the boards and to the CPU.  I vividly remember building water cooling kits with pool pumps and tubing bought from Home Depot. Once I even pulled a radiator from a Coke vending machine (old and broken) for a rig I was building. Well thankfully those days are over (but it would still be fun to do some of this). Motherboard makers are now designing and building motherboards with top of the line components voltage regulation systems and tracing that is laid out for business. Many have world class overclockers that work for them to get the most performance out of each and every motherboard. Every now and then they get to build something special from the ground up. We are taking a look at one of these boards that has been built for speed. The one we have in-house was designed by HiCookie; the resident overclocker at Gigabyte. This is the X58A-OC (the OC is for Overclocking as if you could not guess).