3DMark benchmarking app arrives on iOS, allows cross-platform comparisons

DNP 3DMark benchmark test available for iOS

Since there aren't many benchmarking apps for iOS, we totally understand if you resented 3DMark's Android-only release in April. Good thing Futuremark finally launched an iOS counterpart, giving you a way to test hardware and pit the results directly against those of Windows and Android devices. The tool comes with three benchmarking modes that gauge CPU and GPU performance: the basic Ice Storm test, the more demanding Ice Storm Extreme and a new one called Ice Storm Unlimited, which lets you make chip-to-chip comparisons between phones and tablets. 3DMark will work with hardware running iOS 6.0 or higher (except if it's a 4th-gen iPod touch), but you'll need at least 174MB of free space. While this'll surely make a lot of people happy, it's not the end of the tool's foray into new platforms -- Futuremark plans to unleash a Windows RT version in the future.

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Via: Shacknews

Source: iTunes

Windows 8 found to skew benchmark results on overclocked hardware

Windows 8 found to skew benchmark results on overclocked hardware

Overclocking may yield impressive benchmark results, but it turns out scores from Windows 8 PCs may not be reliable. The management at overclocking community HWBOT has discovered that tests provide inaccurate stats when then CPU base clock frequency is fiddled with from within the OS. Hardware-based real-time clocks (RTCs) help keep accurate track of time, but the operating system's timekeeping somehow slows down or ramps up when processing speeds are tweaked. When underclocked by six percent, the outfit's Haswell-infused system lagged 18 seconds behind actual time, fooling the benchmark into a higher score since it seemingly finished in a shorter period of time. Conversely, a boost to CPU speeds results in a lower mark as the internal timepiece ticks away faster than usual. However, modifying processor speeds at boot time avoids these issues.

As a result of the revelation, HWBOT is no longer accepting benchmarks from computers running the eighth iteration of Ballmer and Co.'s software, and will invalidate those already in its database. "Simply no benchmark - not even 3DMark - is unaffected by Microsoft's RTC design decisions," the outlet adds. The timing issues are said to stem from Windows 8's support of disparate hardware setups, including embedded and budget PCs that don't have a fixed RTC. If you'd like to see the inconsistencies for yourself, head past the break for video proof.

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Via: ExtremeTech

Source: HWBOT

Samsung is Accused of Boosting Galaxy S4 Benchmarks


The GPU in different versions of the flagship Samsung Galaxy S4 was performing in record time. This is evidence, if any is needed, that Samsung is giving the fillip to its Galaxy S4 according to...

Moto X benchmarks and specs slip out, point to a fine mid-tier phone

Moto X benchmarks reportedly slip

We've already seen Motorola's rumored Moto X in press renders, photos, videos and even the hands of a Google executive; why not throw some benchmarks and specifications into the mix? Android Police is more than happy to add that grist to the rumor mill with a set of photos that reportedly show the AT&T Moto X ("Ghost") running AnTuTu and 3DMark tests. If accurate, the scores hint at a mid-range Android 4.2.2 phone whose 1.7GHz dual-core Snapdragon S4 Pro and 2GB of RAM produce good (though not great) results. The rest of the visible specs are equally middle-of-the-road -- we see a 720p screen, 16GB of built-in storage, NFC, a 10.5-megapixel rear camera and a 2.1-megapixel front shooter. The hardware alone may not tempt customers, then, but Motorola could be counting on customization and software tricks to lure more customers. We'll know the full story on August 1st.

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Source: Android Police

Haswell-equipped 15-inch MacBook Pro appears in Geekbench report

Haswellequipped 15inch MacBook Pro appears in Geekbench report

It's hardly a matter of "if" -- it's simply a matter of "when." Now that Intel's Haswell CPU has found its way into the MacBook Air line, it's a given that Apple engineers are actively looking for ways to cram that very silicon into the rest of its laptop range. If a newly uncovered Geekbench report is to be believed, it looks as if the 15-inch MacBook Pro could be next in line.

The report (pictured in full after the break) details a machine packing a 2.4GHz Core i7-4950HQ and 16GB of RAM, and while there's no discrete GPU shown, Primate Labs' John Poole has informed MacRumors that the benchmark may have simply missed it during testing. At any rate, the score itself isn't anything to write home about -- it's pretty much in line with the existing generation of MBPs -- but the real magic is apt to reside in the eventual battery life claims. If the next-generation Pro follows the Air, we'll see similar performance and nearly twice the longevity. Mission accomplished.

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Via: TechnoBuffalo, MacRumors

Source: Primate Labs

Sony Xperia Z Ultra hands-on redux: benchmark and camera preview

Sony Xperia Z Ultra handson redux previewing its camera and benchmark performance

You may have already read our Sony Xperia Z Ultra hands-on last week, but since then we've also been able to spend a tiny bit more time with a pre-production unit (with firmware build 14.1.B.1.277). Instead of going over again how hilariously large this 6.4-inch, pen-friendly phone is, this time we'll focus on some early benchmark results, camera performance and Sony's very own UX features.

As you'll see after the break, many of the benchmark scores aren't too far off from what we saw on the MDP phone with the same Snapdragon 800 SoC, and the final units should be optimized with higher numbers. While we didn't manage to get CF-Bench and Quadrant running on the phone, the higher-than-before 3DMark score did cheer us up, meaning either Sony or Qualcomm's managed to fine tune the latter's new Adreno 330 GPU.

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Qualcomm Snapdragon 800 MDP benchmarks: prepare for ludicrous speed

Qualcomm Snapdragon 800 MDP benchmarks prepare for ludicrous speed

Today we had a chance to play with Qualcomm's latest MDP devices (tablet and phone) which pack the company's mighty Snapdragon 800 SoC (MSM8974). The tablet is slightly larger than than last year's and features an 11.6-inch 1,920 x 1,080-pixel display, 2GB of LPDDR3 RAM, 32GB of built-in flash storage (with microSD expansion), USB 3.0 support and a 12 megapixel AF rear camera with flash (2MP fixed-focus in front). All of this is crammed into a slim (0.46 inches / 11.7mm) chassis that's powered by a 3,400mAh Li-ion battery and incorporates a bevvy of radios (LTE band 17, WiFi ac, Bluetooth 4 LE, GPS, NFC) and sensors (including pressure and humidity).

The phone shares most of the tablet's specs but swaps the screen for a 4.3-inch panel (1,280 x 720 pixels) and the battery for a smaller (1,500mAh) pack. We put these Snapdragon 800-equipped MDPs through their paces by running our usual suite of benchmarks (plus a few more). The results? Prepare for ludicrous speed! More after the break.

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On your mark, get set, benchmark! 3DMark Android Edition now on Google Play

On your mark, set, benchmark! 3DMark Android Edition now on Google Play

Android just gained another go-to for benchmarking. After failing to hit the 2012 mark for its Android-specific performance software, Futuremark's finally delivering on its promise and making 3DMark available today on Google Play. Typically used as a PC benchmarking tool, the free-to-download app now lets users catalog and compare performance across Windows and Android devices -- iOS and WinRT versions are still listed as "coming soon." There are a few caveats to use, though, as the application requires a smartphone or tablet running Android 3.1 or higher, with 300MB of storage space, a minimum of 1GB RAM and the ability to play nice with OpenGL ES 2.0 (which is about 90 percent of all Android devices, according to Google). Who knows? It could even find a permanent place in our own Android reviews soon. Only time and testing will tell -- check after the break for a video preview of what's in store.

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Via: Xperia blog

Source: Google Play, Futuremark

3DMark Android Version Released: Mobile Benchmarking with Sizzle

Computer geeks have been using various flavors of 3DMark to benchmark their computers for years. The cool thing about their benchmark suite is that it has visually impressive tests that challenge both the GPU and CPU inside your computer. The scores are then mashed together to give you a total score allowing you to directly compare the performance of your machine to other users regardless of the platform or hardware.

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Benchmarking fans can now get their hands on 3DMark for Android. Like the PC version, the Android version of the benchmark suite tests the GPU and CPU. There are two tests for the GPU with the first graphics test focusing on triangle throughput. The second graphics test focuses on pixel processing. The physics test is designed to focus on CPU performance by making it crank through a ton of calculations.

3DMark for Android is available now and requires Android 3.1 or higher, and will be coming to iOS and Windows RT devices in the near future. It would be nice if they made a Mac version someday too.

[via C|NET]

NVIDIA Tegra 4 benchmarked, breaks all sorts of speed records (video)

NVIDIA Tegra 4 benchmarked, breaks all sorts of speed records video

When NVIDIA unveiled Tegra 4 back at CES, we scrambled to get hands-on with a reference device. And though our initial performance impressions were positive -- it runs 1080p video and games smoothly -- there was only so much we could say to illustrate how fast the performance is. After all, Tegra 3 already does a fine job handling games and full HD movies. What we really needed were benchmarks, some quantitative data to help show the difference between Tegra 4 devices and whatever's currently on the market. Fortunately for all of you, we just got our chance: here at Mobile World Congress, the company has reference tablets set up expressly for the purpose of running tests. So, we did just that... over and over and over until we had a long list of scores. Meet us after the break to see how it fared.

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