AMD's desktop APUs, which combine x86 cores and graphics resources, emerged more than a year ago. We take a Llano-based A8-3870 and compare its performance from 2011 to what you get today using new drivers, application versions, and OpenCL acceleration.
When a little bit of flash memory is good, more must be better, right? Seagate's second-generation Momentus XT hybrid hard drive is out to compete with SSDs, even as it delivers capacities typical of laptop-oriented 2.5" mobile disks.
Should you buy a new processor for your next machine? How about a new graphics card? Have you given any thought to the status of your storage subsystem? We're making a case for incorporating solid-state technology the next time you're upgrade-shopping.
The CPU landscape is really complex. Both AMD and Intel offer tons of different models. But how would today’s processors perform if they didn't have multiple cores? We take 16 different CPUs and compare them all using a single core running at 3 GHz.
When it comes to storage, the 3.5” and 2.5” form factors are most popular. But they're not always suitable for notebooks and netbooks. Samsung is the second vendor to introduce an mSATA-based SSD, after Intel demonstrated its SSD 310 earlier this year.
When it comes time to hunt down the ultimate in storage performance, you simply cannot settle for standard SSDs. Instead, look to PCI Express-based drives that circumvent the limitations of SATA. We have products from Fusion-io, LSI, and OCZ on the bench.
The latest flash-based SD memory cards with UHS-I deliver up to 63 MB/s throughput. Users who want to exploit that performance need to pay attention to a few details, like making sure they upgrade to a USB 3.0 card reader. Which card is the fastest?
Intel plans to offer its SSD caching functionality on the upcoming desktop Z68 platform, and only that platform. HighPoint’s RocketHybrid solution claims to achieve the same functionality, and it’s available as a PCI Express add-in card for only $59.
Most of Intel's Core i5 and i7 CPUs lock out overclocking enthusiasts, which we hate. But the K-series chips win us back over with insane scalability. Would you believe that cranking the dial on performance doesn't necessarily tank overall efficiency?
Hard drives aren’t dead yet! And they won’t die out anytime soon. The latest 2.5” drives for notebooks deliver relatively high performance and ample storage for little money.
The second-generation Core processors arrived with a bang, but what sort of progress can you expect in the performance per watt department? We compare Core i5/i7-2x00 to AMD's Phenom with four and six cores, as well as previous-gen parts from Intel.
Solid state drives can deliver exceptional performance, but they're not necessarily fire-and-forget upgrades. You'll only really get the best possible experience from them if you pay attention to details like TRIM support and available firmware updates.
You're on a budget. You want to know if it'd be better to stripe a couple of smaller SSDs or simply buy one larger performance-oriented drive. Today we're comparing one, two, and four 30 GB Kingston SSDNow V drives to Zalman’s new 128 GB N-series SSD.
It only takes one or two modern SSDs to outperform business-class RAID arrays with four or eight hard drives. We're running a full comparison and looking at the implications for high-performance systems when you make the transition to flash-based tech.
The SSD market continues evolving. We got our hands on six drives we hadn't yet tested, including Samsung’s 470-series, and ran them through our benchmark suite. All told, this roundup includes a total of 24 SSDs to compare. Which drive is right for you?
Slowly but surely, hard drives with 4 KB sectors are replacing the "legacy" 512 byte sector size. By January 2011, all drive vendors will have made this transition. Buyers of new PCs are safe, but there are still a few performance pitfalls to note.
Another trio of SuperSpeed USB 3.0 drives landed in our German lab recently. As some of the contenders we've benchmarked underperform compared to our expectations, it’s quite clear that hard drive speed matters again, now that we've moved beyond USB 2.0.
After looking at whether or not it makes sense to replace a PC built back in 2007 with a more modern machine, we decided to examine three component upgrade options—graphics, storage, and the motherboard/CPU/RAM platform—separately.
Which SSD should you buy today? Seventeen flash-based drives battle across a benchmark suite that include throughput, I/O performance, consistency, power consumption, efficiency, and the best overall bang for the buck. The time is right to upgrade.
Despite the fact that today's USB 3.0 products center on the same NEC controller, we compared a handful of different USB 3.0 drives and found performance to range from 113 to 173 MB/s, depending on the implementation used. Should you be worried?
Enthusiasts typically turn to hardware upgrades when it comes to improving the performance of their PC. In the case of PDF creation tools, you should consider looking at software first. We take Adobe Acrobat and compare it to several other viable options.
Intel agressively promotes its Core i3/i5/i7 series, but we wonder: Does it make sense to replace a three-year old high-end PC? In the end, quad-core processors were already pretty powerful in 2007. We created a brand new system and a 2007 PC to compare.
An increasing number of flat panel displays are based on LED backlighting, and their manufacturers aren't shy about promoting the technology's benefits to power consumption. We checked the claims to see if the promised savings are worth emphasizing.
The latest 2.5” hard drive generation ships with SAS 6Gb/s and delivers up to 600 GB of storage space, narrowing the gap with much larger 3.5" disks. Today we're comparing the latest 2.5" drives from Seagate and Toshiba to see if they're faster, too.