FM2+ Motherboards sporting the A88X chipset started appearing in October 2013, but the improved functionality over the latest FM2 motherboards only became truly apparent with the release of the Kaveri line of APUs in January 2014. Add to that the recent release of AMD drivers supporting the Mantle API, and the FM2+ motherboards start to make sense. Benchmark Reviews has the AMD A10-7850K APU and a couple of FM2+ motherboards on hand. This article is dedicated to reviewing the ASRock FM2A88X Extreme6+ Motherboard to discover what sets it apart from the rest of the FM2+ crowd.
Tag Archive: Benchmarks
Since AMD announced their GPU 14 R9 series video cards, AIB partners have been tweaking and tuning their own aftermarket designs. In this article, Benchmark Reviews tests the HIS Radeon R9 290 iPower IceQ X2 OC 4GB video card (Model# H290QMC4GD). As the name suggests, this particular model features the high end IceQ X2 cooler from the HIS labs and slightly faster Core and Memory speeds. I have seen the evolution of this cooler first hand and I know it to be fully capable. Two 89mm dual axial fans and five heatpipes ensure that your temperatures will stay well within safe limits with the minimum amount of noise, even during overclocking.
In this next installment of AMD’s GPU 14 R9 line-up, Benchmark Reviews will be testing the HIS Radeon R9 280 IceQ X² OC 3GB Video Card (Model# H280QMC3G2M). As the name suggests, this particular model features the high end IceQ X2 cooler from the HIS labs and faster Core and Memory speeds. I have seen the evolution of this cooler first hand and I know it to be fully capable. Two 89mm dual axial fans and five heatpipes ensure that your temperatures will stay well within safe limits.
ASUS really pulls away from their competition with digital power control for memory and processor, utilizing up to 16 power phases to ensure absolute precision stability. All hardware points are controlled by Dual Intelligent Processors 5, which consists of DIGI+ Power Control, TPU, EPU, Turbo App, and Fan Xpert. ASUS Z97-DELUXE and Z97-PRO models feature dual-band Wi-Fi 802.11ac (a/b/g/n/ac) and BlueTooth 4.0 wireless functionality. In this article Benchmark Reviews showcases the ASUS Z97-DELUXE (NFC & WLC) motherboard, and reveals the many hardware features packed onto this mainstream channel desktop board while showing off overclocking performance.
SteamOS vs. Ubuntu 13.10 Linux Benchmarks Complementing the SteamOS vs. Windows 8.1 performance benchmarks published earlier in the week, here are more NVIDIA OpenGL Linux benchmarks when comparing Valve’s Debian-based SteamOS performance to Ubuntu 13.10. Source: Phoronix Related Items: Windows 8 Beats Ubuntu Linux For Intel “Haswell” OpenGL Performance FreeBSD Can Compete With Ubuntu Linux, …
When Intel sends out press samples of their new CPUs, they generally provide the top-end desktop products like the Core i7-4470K. And it’s fun to have the latest new super-fast processor to play with. But most people don’t need this level of power, and indeed in many cases even enthusiasts won’t make full use of the capabilities of a high-end part. Given that, might a less expensive, mid-range CPU be a better choice? Benchmark Reviews tests the mid-range Intel Core i5-4430 CPU, desktop processor model BX80646I54430, to find out.
Very recently Lenovo loaned us their 30-inch ThinkVision LT3053p IPS LED-Backlit LCD Monitor for review. While the AH-IPS display panel was impressive, its size really made us wonder about how much impact it would have on PC video games. Before this behemoth display went back to Lenovo, I decided to test it on some of the most recent graphics cards from NVIDIA and AMD. In this article Benchmark Reviews tests frame rate performance at 2560×1600 for the Radeon HD 7950 against GeForce GTX 770, and Radeon HD 7970 against GeForce GTX 780.
Small form factor PC’s have been gaining a lot of momentum and favor with hardware enthusiasts and hardcore gamers these past couple of years. Since more features are integrated into the CPU in recent releases, it means more real estate has been made on ITX form factor motherboards for extras that may well have not fit previously. With the release of Intel Haswell CPU’s and Z87 chipset, motherboard vendors are now more than ever able to condense the features of a full size ATX motherboard into the ITX form factor without much (if any) sacrifice. See for yourself, take a look at an average Z68 or Z77 ATX motherboard and you will start to notice just how much space isn’t occupied. In this article Benchmark Reviews takes an in-depth look at the ASRock Z87E-ITX motherboard, reporting back on special features and performance as well as giving a visual commentary on the aesthetics of this tiny beast.
In this article Benchmark Reviews tests the 240GB SanDisk Extreme II SSD, model SDSSDXP-240G-G25, against the leading competition. This slim 7mm solid state drive is advertised to reach 550 MB/s reads and 510 MB/s writes with its Marvell 88SS9187 SSD processor, while also reaching 95,000 IOPS for random reads. SanDisk then goes beyond simple transfer speeds and TRIM garbage collection by including proprietary nCache non-volatile write cache technology for its 19nm Toggle NAND Flash.
ASUS’ newest TUF motherboards are built on Intel’s new Z87 chipset, for the new Haswell-based LGA 1150 CPUs. The TUF line emphasizes reliability and durability rather than a cornucopia of consumer features or the ability to reach heroic overclocking levels. Can an enthusiast love the SABERTOOTH Z87? Benchmark Reviews checks this board out to see what makes it special enough to include in your next rig.
The last time we tested the OCZ Vertex 4, it was powered by a dual-core Marvell controller that combined technology from separate sources. This time, the OCZ Vertex 450 solid state drive is made of in-house components. Featuring an Indilinx BF3-M10 Barefoot 3 controller that supports 20nm Synchronous Multi-Level Cell (MLC) NAND flash components with AES-256 encryption and Trim support, Vertex 450 is good for 540 MB/s read speeds over a SATA 6-Gb/s connection. In this article Benchmark Reviews tests the 240GB OCZ Vertex 450 SSD, model VTX450-25SAT3-256G, against the leading competition.
NVIDIA’s GeForce GTX 770 video card is built from the 28nm Kepler GK104 graphics processor, identical to the GTX 680 released back in March 2012. Featuring 1536 CUDA cores that are clocked to reach 1085 MHz using NVIDIA Boost 2.0 technology, GTX 770 also comes with 2GB of GDDR5 video memory that creates the world’s fastest 1753 MHz graphics frame buffer. In this article, Benchmark Reviews tests and compares the NVIDIA GeForce GTX 770 graphics card using several highly-demanding DX11 video games, such as Metro: Last Light, Batman: Arkham City, and Battlefield 3.
NVIDIA’s GeForce GTX TITAN allowed gamers to challenge any video game they choose with the highest quality settings possible, but in limited supply and high price tag. For many players, their games really only needed half as much power and memory from a video card. Enter NVIDIA GeForce GTX 780: built from GTX TITAN to deliver 3GB of GDDR5 video frame buffer memory, and 2304 CUDA cores from the GK110 GPU that reach 900 MHz using NVIDIA Boost 2.0 technology. In this article, Benchmark Reviews tests and compares the NVIDIA GeForce GTX 780 graphics card using several highly-demanding DX11 video games, such as Metro: Last Light, Batman: Arkham City, and Battlefield 3.
Seagate has recently re-branded their consumer storage products, formerly named Barracuda, in time for the launch of their 15th-generation. The 4TB Seagate Desktop HDD (OEM model ST4000DM000, retail kit STBD4000400) features a SATA 6Gb/s interface with Native Command Queueing (NCQ). Eight data heads read and write to four 1GB disc platters which enable 625Gb/in2 areal density. Cached by 64MB DRAM, this 5900 RPM hard disk drive is specified to move files at 180 MB/s sustained data rate. In this article, Benchmark Reviews tests performance and explores new features on the 4TB Seagate Desktop HDD.
With the economy on the rebound, gamers are coming out of hibernation with a hunger for modern DirectX11 graphics and realism. Since AMD has all but disappeared from the scene, NVIDIA has timed their affordable mainstream video card launch perfectly. Based on the NVIDIA Kepler GK106 architecture, the GeForce GTX 650 Ti BOOST delivers 2GB of 1502 MHz GDDR5 memory and 768 CUDA Cores operating at 980 MHz up to 1033+ with NVIDIA GPU Boost technology. In this article, Benchmark Reviews tests the NVIDIA GeForce GTX 650 Ti BOOST graphics card using several highly-demanding DX11 video games.
Until recently, there were only two types of network switches, un-managed and managed. Today, there is a new class, called Smart Switches. A blend of the two previous extremes, they’re targeted to both corporate users and what the industry politely calls “ProSumers”. Switches aren’t reviewed by the press that often, but they are a necessary part of many home and SMB networks, so we need to look at what’s available now and then. NETGEAR is a major player in the networking market, and today Benchmark Reviews looks at the GS110T, one of the less expensive offerings in their ProSafe SmartSwitch line. It’s got enough GbE ports to future-proof most home installations, plus two fiber optic interfaces.
Back in May (2012) NVIDIA released their $400 GeForce GTX 670 video card, securing the number two position in their single-GPU product stack. Just three short months later, the GeForce GTX 660 Ti graphics card arrived to market and filled store shelves at the $300 price point. With a substantial $100 price difference between these two product, consumers might (incorrectly) presume there’s a significant difference in hardware or performance. To the surprise of many, the GeForce GTX 670 and GTX 660 Ti are nearly the same card. Both feature identical 28nm NVIDIA ‘Kepler’ GK104 graphics processors, complete with 1344 CUDA cores all clocked to identical 915 MHz core and 980 Boost speeds. Additionally, the GTX 670 and GTX 660 Ti also feature the exact same 2GB GDDR5 video memory buffer, clocked to 1502 MHz on both cards. The only physical difference between these two products resides in the memory subsystem: GeForce GTX 670 receives four 64-bit controllers (256-bit total bandwidth) while GeForce GTX 660 Ti is designed with three memory controllers (192-bit bandwidth). So does this amount to any real differences in video game performance?