The NVIDIA GeForce GTX 750 Ti graphics card is designed for mainstream 1080p gaming with moderate settings. GeForce GTX 750 Ti utilizes first-generation NVIDIA Maxwell GM107 GPU architecture with 640 CUDA Cores. The memory subsystem of GeForce GTX 750 Ti consists of two 64-bit memory controllers (128-bit total bandwidth) and 2GB of 5.4Gbps GDDR5 memory. GeForce GTX 750 Ti’s base clock speed is 1020MHz, and features a typical Boost Clock speed reaching 1085MHz. In this article, Benchmark Reviews tests the GeForce GTX 750 Ti graphics card using several highly-demanding DX11 video games, such as Metro: Last Light, Batman: Arkham City, and Battlefield 3.
Tag Archive: Benchmark
Futuremark Servermark Benchmark Announced Companies Invited to Join Benchmark Development Program Futuremark® is creating a new benchmark for measuring and comparing the performance of servers. Designed for industry, enterprise and press users, Servermark™ will be a comprehensive benchmarking tool for x86-based servers running Linux and will be especially suitable for testing virtual machines. Servermark will …
The Noctua NH-U12S is one the newest versions from Noctua’s NH-U series of CPU coolers that were first introduced in 2005. For years, Noctua has been synonymous with premium performance cooling and the new NH-U12S model looks to continue the tradition. Designed to be an affordable option for the NH-U series the 120mm NH-U12S and its 45mm wide heatsink promise quiet performance while still clearing RAM modules, even on sockets like LGA2011. Combined with the new NF-F12 PWM 120mm fan and an entire host of cutting-edge trademark technologies from Noctua, can this cooler compete with popular offerings like the Hyper212 EVO? Benchmark Reviews has a chance to review the NH-U12S and see what Noctua has done with the 120mm tower CPU cooler formula.
It seems full-sized ATX systems are becoming less relevant every day. Increasing GPU horsepower diminishes the need for expensive multi-GPU setups; onboard sound has become good enough for all but serious audiophiles, and inexpensive 8GB DIMMs mean that two DIMM slots is plenty. The ASUS Z87I-Deluxe LGA1150 mini-ITX motherboard is the latest in ASUS’ new line of enthusiast mini-ITX motherboards. If you haven’t considered a mini-ITX build, maybe it’s time you should.
How many new features can you cram onto a motherboard that are both useful and innovative? ASUS is the expert at doing this, and their history of innovations is long: the custom EPU and TPU processors; intelligent fan control, the ability to update your BIOS on a board with no CPU and RAM installed, and so forth. The Z87-Deluxe/Dual LGA1150 motherboard shows that ASUS is not content to rest on its laurels. With new features like Near Field Communications and 802.11ac support, this motherboard has it all.
Wireless networking has leaped from niche application to mainstream installations in a short matter of years, allowing homes and businesses to implement features like Wi-Fi Internet access and wireless multimedia file storage. The latest 300 Mb/s 802.11n (wireless-N) networks have been a big part of this transition, enabling transfer speeds similar to the cabled Gigabit Ethernet connections. This has made life more convenient, but for many installations range is still a problem. In this article Benchmark Reviews investigates the Diamond Multimedia WR300NSI Wireless Wi-Fi Range Extender. The purpose of this portable device is self-explanatory, and networking can be complicated, which is why we’ll test how well Diamond has kept it simple for the novice consumer in this article.
The ASUS RT-AC66U 802.11ac wireless router builds on the success of the RT-N66U model that Benchmark Reviews also tested recently. ASUS has been busy looking to the future, and the new IEEE 802.11ac Wi-Fi standard. While it’s not officially approved, it does appear to be stable, and there are products on the market already from all the serious players in wireless networking. While 802.11n was a step forward, and many of us have been appreciative of the additional legroom that the 5GHz band allows, there is still plenty of room for improvement in Wi-Fi performance. The ASUS RT-AC66U looks great sitting on the shelf, better than the majority of routers on offer today, but it’s the higher throughput and expanded signal coverage that’s going to win over most consumers.
Until a few years ago, Intel motherboards were, well, boring: reliable, sure, and well-made, but without any really interesting features that would appeal to enthusiasts. That started changing around the time of the Z68 chipset, and although Intel has announced they’ll stop manufacturing desktop motherboards in the near future, the Z87-based DZ78KLT-75K makes a good swan song.
NVIDIA’s GeForce GTX 760 video card is built from the 28nm Kepler GK104 graphics processor, featuring 1152 CUDA cores that are clocked to reach 980 MHz and reach 1033 using NVIDIA Boost 2.0 technology. GeForce GTX 760 also comes with 2GB of GDDR5 video memory, clocked to provide a 1502 MHz graphics frame buffer. In this article, Benchmark Reviews tests and compares the NVIDIA GeForce GTX 760 graphics card using several highly-demanding DX11 video games, such as Metro: Last Light, Batman: Arkham City, and Battlefield 3.
It’s new Intel CPU time, and with the switch to the LGA1150 socket comes a slew of new motherboards. Today we have an interesting item: the ASUS Z87 GRYPHON mATX motherboard. What makes the GRYPHON interesting is that it’s the first micro-ATX member of ASUS’ TUF family of motherboards. Let’s see if this tiny motherboard can hold up the TUF banner.
AMD has a pattern when it comes to processor releases. They release a new processor, run it through its paces for a while, then they release more of the same die with higher clock speeds. Generally, though, the new processors release at something closer to the release price of the first series of processors. That is the one part of the equation missing from this summer’s AMD APU releases. The AMD A10-6700 is the second processor coming out in June 2013 with an MSRP of $142. In this article, Benchmark Reviews is taking a detailed look at the A10-6700, especially its differences from the unlocked A10-6800K.
So far, it seems that the early summer of 2013 is destined to be full of Intel Haswell coverage. Rather than consigning themselves to the shadows, AMD is quietly releasing two new members of their APU family. The next generation of APUs is being represented at the top by the A10-6800K and the A10-6700 Accelerated Processing Units, codenamed Richland. It has been about eight months since AMD released the last generation, Trinity APUs. When that happened, AMD took back the performance lead from Ivy Bridge in the sub-$150 CPU price range. This has been AMD’s bread and butter for a while now, especially with their ability to pair discrete level graphics with their CPUs that totally decimate the onboard capabilities of their opponent. Haswell may change things, but for now, we’ll see where AMD is setting the bar for entry-level performance. In this article, Benchmark Reviews takes a hard look at the third generation of AMD APUs with the top end AMD A10-6800K Richland Processor.
Intel’s new Haswell CPUs bring with them a new socket, LGA1150, and a new supporting chipset, the Z87. MSI’s new Z87 MPower MAX motherboard is the first of third-party Intel Z87-Express desktop motherboard we’ve had the opportunity to test. As a member of MSI’s “MPOWER” motherboards, the full-sized ATX motherboard is a high-end product stuffed with features aimed at enthusiasts and gamers. Let’s take a look at it!
After months of rumors and speculation, Intel’s 4th generation Core CPUs, code-named Haswell, are here. Haswell CPUs are a “tock”– that is, a new microarchitecture– in Intel’s “tick-tock” annual release cycle. Based on the same 22nm fabrication process and 3-D transistors introduced with last year’s Ivy Bridge CPUs, Haswell brings with it a new socket 1150, which means that you can’t just drop it in to replace an Ivy Bridge or Sandy Bridge CPU, since you’ll need a new motherboard. But what new features and performance does Intel’s Haswell processor bring with it? Let’s find out.
Everybody needs a NAS, I’m convinced. Maybe if I described what the modern NAS has become – a Private Cloud, then everyone would agree. Years ago, when Benchmark Reviews started reviewing NAS servers, they were made to sit on your network as a sort of file server and you used proprietary, vendor supplied backup software. Today, as we all know, everything is wide open. Access anything, anywhere, with any application is not just a dream anymore. Hardware is still important, but the depth and breadth of the software is becoming more of a differentiator. The ASUSTOR AS-604T NAS Network Storage Server uses a familiar hardware platform – Intel Atom and a Linux distro, but the design team didn’t stop there. There are some fundamental improvements that were ready to be solved from a slightly different perspective. Join in, as we see how this new 4-bay device compares to its competitors.
The Adata DashDrive Elite HE720 promises a sleek and light weight method of moving hundreds of gigabytes of data from point A to point B. Imagine showing up at your friends’ door with four seasons of their favorite TV show in your pocket. Although USB memory devices currently offer the lightest and smallest way to move data, the cost per gigabyte becomes quite high as capacity increases. In this article, Benchmark Reviews looks at the features and performance for the lightweight, portable and overall good-looking ADATA DashDrive Elite HE720 USB 3.0 External Hard Drive.