General Gaming Article |
- The Humble Bundle is Back: Deep Silver Edition
- 512GB SSD Fight: OCZ Vector 512GB vs Samsung 840 Pro 512GB
- Gigabyte GA-X79S-UP5-WIFI Review
- Asus Announces New 10-inch MeMo Pad FHD Tablet
- How to Root Android
- Intel Roundup: Core i7 4771 Processor, Cheaper 2-in-1 Ultrabooks in the Works
- CyberPowerPC Unveils Power Mega III Graphics Workstation Series
- Razer Redesigns Naga MMO Gaming Mouse for Improved Ergonomics, Adds Mechanical Switches
- Sony and Panasonic Working Together to Improve Optical Disc Capacity to at Least 300GB
- By the Numbers, Android is King of the Tablet Market
| The Humble Bundle is Back: Deep Silver Edition Posted: 30 Jul 2013 04:27 PM PDT
Donate what you want for great games that include Saints Row: The Third and moreThe pay-what-you-want Humble Bundle deal is back and this time around some of developer Deep Silver's great games are up to bat. If you're unfamiliar with the program, the Humble Bundle allows you to donate your cash to either the game developer, charity (Childs Play and American Red Cross), or both. If you donate any amount above one dollar, you'll receive Deep Silver's Saints Row: The Third, Saints Row 2, Risen 2: Dark Waters, and Sacred 2 Gold. Donating above the average donation (currently at $4.74) gets you all the previously mentioned games along with Dead Island GOTY Edition, and Saints Row: The Third Full Package (which includes all of the game's DLC). The top donation tier is for those who are willing to give $25 or more which gets you everything plus the recently-released Dead Island Riptide. | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
| 512GB SSD Fight: OCZ Vector 512GB vs Samsung 840 Pro 512GB Posted: 30 Jul 2013 02:24 PM PDT The ultimate battle for solid-state supremacyThe Samsung 840 Pro was our top SSD until the OCZ Vector came along several months later and was able to run neck-and-neck with the Sammy through our benchmark gauntlet. As it currently stands, the 256GB versions of these drives both wear a 9/Kick Ass bandolier around their midsections, but there's still another contest that has yet to be decided. So this month, we gathered the 512GB versions of both drives and set them loose in the blood-splattered arena known as the Lab. OCZ Vector 512GBThe OCZ Vector surprised all of us with its speed and consistency when we first tested it in November of last year. Though it didn't quite eclipse the overall performance of the Samsung 840 Pro, it was an extremely close fight, which was a significant achievement for OCZ given Samsung's prodigious size and resources and OCZ's comparatively tiny stature.
The OCZ Vector is so close to the Samsung 840 Pro that in the real world it's mostly a tie. Unlike OCZ's Vertex 4 drive, which used the Indilinx Everest 2 controller with Marvell silicon and OCZ and Indilinx firmware, the Vector uses a new controller named Barefoot 3 that is 100 percent OCZ's creation, both in terms of silicon and firmware. Controller aside, the Vector uses the same zippy 25nm IMTF MLC NAND found in the Vertex 4 but with all-new firmware. The 512GB Vector sports a slice-of-turkey-thin 7mm metal chassis with a pretty blue and black motif, and like all modern SSDs it rides the SATA 6Gb/s interface. The complete package includes an OCZ sticker, a 3.5-inch bay adapter, and a lengthy 5-year warranty. OCZ also makes its OCZ Toolbox software available for download; we'll cover that a bit more down below. During testing, the 512GB Vector delivered the same scintillating performance we saw from the 256GB version, again allowing it to run nose-to-nose with the Samsung 840 Pro all the way around our test track. Though it took top honors in two of our nine tests, it was beaten by the Samsung 840 Pro in the other seven, making the Samsung drive the overall winner in what was a very close contest. In our sequential speed tests, both drives were pushing right around 500MB/s in both directions, which is running right up to the edge of the SATA 6Gb/s interface, so you'd be hard-pressed to find anything faster using current technology. In our 4K random-write test with a 32- command queue, both drives topped 80,000 IOPS but the Vector came up a bit short compared to the 840 Pro, yet tied with the 480GB Corsair Neutron GTX. In our new Sony Vegas test, the SSDs are told to write a humongous 200GB AVI file, so it's a test of straight-line speed, and in this test the Vector placed respectably but was again outpaced by the 840 Pro by a very close 18 seconds. Overall, it was a great showing by the Vector but it clearly has as small speed disadvantage. The other area that's lacking is its OCZ Toolbox software, which covers the basics like secure erase and firmware updates, but is ugly and lacks many of the features of Samsung's software, making it one more area where OCZ needs to catch up. The Vector is still a fantastic SSD, but as a comprehensive package it's not quite able to overcome the 840 Pro's speed, software, and slight price advantage. OCZ Vector 512GB SSD Speeds Fast in every test; 5-year warranty; looks snazzy. SSD Prices Not quite as fast as the Samsung; software could be improved.  $540, www.ocztechnology.com Samsung 840 Pro 512GBWhen the all-new Samsung 840 Pro debuted a few months back, we were excited to see if Samsung could maintain its mojo—after all, the 830 Series was at the time our Best of the Best in the SSD category. We need not have worried about mojo depletion, as the 840 Pro was not just faster than the 830 Series drives, it was faster than any other SSD we had tested at that time, and in its maiden voyage in the Lab it broke seven out of nine benchmark records. This month, the 512GB version has arrived to preserve the brand's honor. We even heard it whisper to the Vector, "Prepare to die" when the two drives met on the test bench.
Samsung's 840 Pro is about as fast as we can expect an SSD to be, given current technology. Like its 256GB stable mate, the 512GB Sammy Pro (476GB formatted) sports 21nm Toshiba MLC Toggle NAND instead of the less-expensive TLC NAND found in the non-Pro version of the drive. The drive comes with a 5-year warranty but does not ship with a 3.5-inch bay adapter, as it's clearly being marketed toward mobile users looking for a speed bump rather than desktop power-junkies like us. The Pro includes Samsung's Magician software, data migration software, and an aesthetic that matches the non-Pro series, which we think is a shame. During testing, the 840 Pro demonstrated why it's on our Best of the Best list with a commanding performance. Even though it had the Vector and the Corsair Neutron GTX 480GB breathing down its SATA connector the whole time, it was still able to outpace both of them comfortably in the majority of our tests. Most interesting is the fact that the 840 Pro was able to beat the other drives in both sequential and random-write tests, which is impressive. Its most notable win was in Iometer, where the drive hit almost 90K IOPS, which is ridiculously fast. The only test where the 840 Pro lost to the Vector was in 4K incompressible write requests via AS SSD, which is even more of a torture test than Iometer, but the Samsung's score of 16,984 IOPS is still second-fastest for its class. Finally, there's the SSD Magician software that comes with the drive, which is head-and-shoulders better than any other SSD software on the market. It shows you more information than you'd ever hope to find, like how much data has been written to the drive, AHCI status, and more. Samsung 840 Pro 512GB David Fastest SSD available; superb software package; 5-year warranty. Sammy Boring looks; no 3.5-inch bay adapter.  $520, www.samsung.com Benchmarks
Best scores are bolded. All tests were run on an Intel Core i5 3470 test bench with 8GB of RAM, an Intel 520 Series SSD, Gigabyte Z77X-UP4 motherboard, and a Cooler Master 450W PSU. | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
| Gigabyte GA-X79S-UP5-WIFI Review Posted: 30 Jul 2013 01:23 PM PDT Don't let the X79 moniker fool youWhen vendors previewed the first X79 motherboards in 2011, we were floored by the boatload of SATA ports. Rather than the wimpy six SATA ports (only two of which were SATA 6Gb/s) Intel chipsets usually gave us, the X79 was a he-man's chipset with a heaping serving of 12 ports.
The GA-X79S-UP5-WIFI has the most ports we've seen on an LGA2011 board. But when we received production boards months later, the storage ports had been neutered to the same number as Z68! The reason? Incompatibility with some older SATA devices. Sigh. That's where Gigabyte's X79S-UP5-WIFI comes in. Rather than using the X79 chipset to power this brutish board, Gigabyte picked Intel's C606 chipset (but still calls it X79 for recognition purposes). The C606 can support dual-processor motherboards (on boards with two sockets), but the main distinction is the bundled Intel SAS support. No less than 14 ports pack the front of the board. Two are SATA 6Gb/s, four are 3Gb/s, and eight are SAS, or Serial Attached SCSCI. Before storage-freaks faint, SAS means they technically don't support optical drives. And SAS is still touchy. The manual says single disks are supported but we had issues. The 128GB Samsung 840 Pro SSD that we use for storage I/O testing would hang, but a 4TB Hitachi hard drive worked fine on SAS. Also keep in mind that SAS support is 3Gb/s, so if you had dreams of an eight-SSD RAID 0 config rocking your world at 6Gb/s per device, you're out of luck. The Gigabyte beta BIOS we used adds the ability to push SAS speeds higher, but we ran into instability at the non-spec speeds. Remember, it's beta functionality. And disappointingly, running two OCZ Vertex 4 drives in RAID 0 on SAS gave us the same performance as the 840 Pro on SATA 6Gb/s. If all this has you feeling let-down, there are still several pluses to the board. In performance, it hangs right there with the competition. We set up a matching configuration on an Asus X79 Sabertooth for comparison, and as expected, the performance was damned close. Close enough that we'd say performance should not be a factor in your purchase choice, based on what we saw. In the physical layout, there are no major problems and the decision to stick with three-way SLI/CrossFireX support makes the board less cramped than those that opt for four-way GPU support. One issue for some might be the relocation of the EPS12V/ATX12V connector about four inches to the right. That could be troublesome for folks who don't have the cable length to make the run. We successfully ran the board fully loaded with both 64GB of DDR3/1333 and 32GB of DDR3/1866, alternately, with no issues. The board supports ECC RAM with Xeons, but we were unable to test it with our pedestrian Core i7 part. SLI also gave us no issues and disk and USB 3.0 I/O worked as expected. One thing to note: The default installer disc doesn't seem to like Windows 8, so you should manually load the latest files from the website. We wish that Gigabyte would put a bit more polish on its OS utilities. Its arch-nemesis, Asus, seems to own the market on refined and responsive utils. The 3D Power Gigabyte tool, for example, is advanced but feels sluggish, as does the mouse control in the UEFI. Fan control on Asus boards is also far superior these days. While the very old X79 Sabertooth still fetches $360 on the street, the X79S-UP5-WIFI with its dual-band Wi-Fi 802.11a/g/n and Bluetooth 4.0 card can be had for $280. Be that as it may, we'd still probably recommend going with a regular X79 mobo because of the X79S-UP5-WIFI's oddities and the debatable value of its extra features. $309, www.gigabyte.com | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
| Asus Announces New 10-inch MeMo Pad FHD Tablet Posted: 30 Jul 2013 12:59 PM PDT
Intel's Atom CPU meets up with AndroidAsus has announced a new Intel-powered 10-inch Android tablet with its MeMo Pad FHD 10 slate. The new tab features a hyper-threaded 1.6GHz dual-core Intel Atom Z2560 SoC, which according to Intel is specifically optimized for Google's Android OS. The new MeMo Pad rocks a 1920x1200 IPS display that Asus says is supposed give the tablet a 178-degree viewing angle and accurate, vibrant colors. The tablet comes in either 16GB or 32GB configurations and comes with a rear 5-megapixel camera, 1.2 megapixel front facing camera, 2GB of RAM, and a microSD card slot that allows up to 32GB of additional storage. Asus will be launching the MeMo Pad with Android 4.2 Jelly Bean, and the tablet will be available in three colors including Royal Blue, Silk White, and Vivid Pink. Currently there is no word on price, or release date. | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
| Posted: 30 Jul 2013 11:08 AM PDT Learn how to root your Nexus Android, HTC One, and Samsung Galaxy S4Android offers a wide variety of advanced customization options, but that's only scratching the surface of everything you can do with Google's open source operating system. With root access you can get down to the system level and tweak things to your liking, even going so far as completely replacing the OS.
This is not an operation for the faint of heart, though. Rooting your device will probably void the warranty and could potentially leave your device in a nonfunctional state. Take extreme care before proceeding. If you need help deciding what to do, let's go over the benefits of rooting. Benefits of rooting androidGaining root access on Android is basically running your phone or tablet as an administrator. Android is based on Linux, but it does not include the superuser support a desktop OS running the Linux kernel might. If you want to make changes to the fundamentals of the system or install unapproved components, root access is needed. There is a whole subset of root-only apps in Google Play that allow some really interesting advanced options. Everything from UI tweaks to ad blocking, to system partition file explorers are possible with a quick app install as long as you have root.
With root access you can also make complete backups of your device so it can be restored in the event of a mishap, or so you can restore application data to a new phone or tablet. Another reason many users decide to get root is that it opens the door to installing custom operating systems, or ROMs. Installing a ROM is a bit more involved than simply gaining root access, but rooting is the first step. ROMs like CyanogenMod and Paranoid Android offer extra features and a cleaned up collection of apps. Installing a third-party ROM will also allow you to break free of the sluggish update cycle likely imposed upon you by the carrier (Nexus devices being the exception). As soon as a new version of Android is out, ROM makers start building on it. You're looking at a few weeks for a beta build, and just a bit longer for stable ones. How To Root AndroidThe rooting process will vary from one device to the next, but the first step is usually to either unlock, or bypass the bootloader. A bootloader is a piece of software that loads before anything else on the device. It verifies the authenticity of all the software running on the phone. So if you want to install something like a root package, that needs to be blocked. Let's go over the Nexus devices first, as they offer a good and straightforward introduction to rooting. Before you get started with any root procedure, backup EVERYTHING. Unlocking bootloaders wipes everything on the device as a security measure. Nexus device:1 - Download and install the Android SDK from Google and install the USB drivers package and Android tools. 2 - If it is not present, download the fastboot.exe file (available on various places online, like here) and place it in the SDK/Tools (or Platform-Tools) folder. This will be the same folder with adb.exe in it.
3 - On your phone or tablet, go into the settings and open the About Phone/Tablet menu. Tap the Build Number seven times. This will enable Developer Options in the main settings menu.
4 - Turn on USB Debugging in the Developer Options, and plug the device into your PC via the USB cable. 5 - Back on the PC, go to the folder where you placed the fastboot.exe file and open a command prompt window there. We're going to use a tool called Android Debug Bridge (ADB). This is a way to issue commands to a device from your PC. 6 - In the command prompt, type adb devices, then hit enter. The window should show a device ID. 7 - Type adb reboot bootloader in the command prompt and hit enter. Your device will reboot into bootloader mode.
8 - Now type fastboot oem unlock and hit enter. The device will pop up a warning as seen below. Select yes, but be aware this is the step that wipes the phone or tablet.
9 - On your PC download the TWRP recovery or ClockWorkMod (varies by device) and SuperSU root package. The versions change as new OS updates come out, but a quick search on XDA will get you the most recent version. Put the recovery file in the folder with ADB. Get your device back into Android and transfer the SuperSU zip to the internal storage. 10 - With your phone or tablet in bootloader mode again, type the following into the command prompt: fastboot flash recovery twrp.img, then hit enter. Substitute the MWN file name if you used that. This installs a new recovery over your old one so you can flash unsigned zip files.
11 - Finally, disconnect the device from your PC and use the volume rocker to navigate through the list of options in the bootloader. Choose the Recovery option and select it using the power button. Once in the recovery, find the option to Install a zip from the SD card, then select the SuperSU zip. And that's it. You're rooted.
A word about the toolkits: This is a separate program that can be used to automate the process above. It's best that you know how to use ADB anyway, so we recommend that route. Sometimes things go wrong, and ADB might be the best way to fix it. However, you are welcome to try the Nexus Root Toolkit from WugFresh. It's the best one by far.
Just plug in the device, click Unlock, wait, click Root, wait some more, and you're done. If something goes wrong, it's not easy to figure out exactly what it was. Click the next page to learn how to root the HTC One, the Samsung Galaxy S4, and what to do once you have rooted your phone.
How to root the HTC OneThe new HTC flagship device is pretty hot right now, and it serves as an interesting middle ground between a Nexus-style root, and the more hackery ones. Like the Nexus, we need to unlock the bootloader, but it's encrypted on this phone. To unlock, you need to register as an HTC developer on the HTC Dev site (it's free). Just like above, you'll need the Android SDK, USB drivers, and fastboot drivers. Installing the HTC Sync Manager will get you the drivers you need, but the HTC Dev site will provide you with Fastboot and a few other files. Backup the phone, as unlocking the bootloader will reset everything.
1 - Go to the HTC Dev site and follow the instructions to get into bootloader mode. You will disconnect the device from PC, turn it off, press and hold Volume Down and the Power button to access the Bootloader. 2 - Use the volume keys to select fastboot mode, and select it with power. When the device does its thing, connect it to the PC again. 3 - On your PC, go to the folder with all the ADB and Fastboot files and open a command prompt. Type fastboot devices and hit enter. The HTC One should show up as a device ID. 4 - Enter fastboot oem get_identifier_token. This will spit out a big block of text, which you will then copy and paste into the HTC Dev site when it asks for it. Wait a bit, and HTC will send you the unlock token. Place it in the Fastboot folder.
5 - With the HTC One still in Fastboot mode, type fastboot flash unlocktoken Unlock_code.bin. Now you're unlocked, so it's time to root. Reboot the phone normally and download the SuperUser zip file from Koush. Transfer it to the device. 6 - Download TWRP recovery for the HTC One and place it in the directory with your Fastboot and ADB files. 7 - Open another command prompt and get your device back into Fastboot mode just like above. Type fastboot flash recovery twrp.img and hit enter.
8 - Turn off the HTC One and turn it on in Bootloader mode by holding the Volume Down + Power button. Select Recovery and wait for the device to load.
9 - In Recovery, go to install and select the SuperUser zip. The zip will flash, and that's it. You're rooted. How to root the Samsung Galaxy S4The Galaxy S4 is an interesting device as it's simultaneously easier and more difficult to root. Unlike the HTC and Nexus devices, Samsung doesn't offer an official bootloader unlock system for the carrier-locked phones. These are the overwhelming majority of GS4s, so that's what we're going over here. Some carriers have more bootloader security than others, and just like the previously detailed phones, we need to get around that. Instead of using ADB, we need a tool called ODIN, which allows efficient communication with Samsung devices over a PC connection. 1 - Install ODIN and run it. Click on the PDA button.
2 - ODIN will ask you to select the root file, which it came with. 3 - On your phone, power it completely off, then hold power and volume up to enter download mode. 4 - Connect the Galaxy S4 to the PC and click the Start button in ODIN. 5 - ODIN will churn for a moment and tell if your phone is supported for automatic root. Most are, and it will push the file over. Once you've seen the SuperUser Android logo, you've got root installed. 6 - Reboot the phone, and you're (hopefully) done. Note: None of this replaced the recovery or unlocked the bootloader. The device is still more restricted than other rooted Android phones. A different method that replaces the recovery will give you more control and helps get around some of the roadblocks that stop ODIN from running the process automatically. The process is the same as above, except you will point ODIN toward ClockWorkMod recovery, which you can find over here. Then use ClockWorkMod to flash the SuperUser zip (reboot with power, volume down, and home pressed). Depending on your model, you may need to use the Loki tool instead of ODIN. A quick search on XDA will tell you which version of the device needs which tool.
Samsung changes the security settings frequently, but as long as you know which version of the phone you have, you can probably gain root. Just remember: i9500 is the international variant, and i9505 is the Snapdragon US version. Carrier locked models have their own models sometimes, like the SCH-i545 for Verizon. There are a few versions of GS4 software that don't have active roots yet, so you may have to be patient. For other devices, you're going to be doing the same basic things outlined above, or some variation of them. Check XDA for the most up-to-date root files for your device, and get ADB ready. Most devices don't have encrypted bootloaders, so it's easy to get a custom recovery installed. From there, it's clear sailing. What To Do With RootSo now that you're rooted, what can you do with it? Before you do anything else, do a full device backup. You will probably have a custom recovery after rooting, but if not, you can flash one manually with ROM Manager in the Play Store (it's easy if you have root access). Boot into recovery, and find the backup option. In some recoveries, it's called Nandroid. This is essentially a full backup that makes an image of the device. That way, if you break anything the phone can be restored to a working state. These backups can be big, so you might want to store it elsewhere. Making use of root-only apps is one of the main goals of this endeavor, so dive in. Root Explorer is one of the first apps you'll want to grab. This is a no-frills file manager that lets you manage permissions and access files in the system directory. Quick Boot is a very useful app that can replicate some of those ADB commands we were using up above. This root app can reboot the phone, boot into recovery, bootloader, and power off in one step. This one is essential.
OTA RootKeeper is always a good idea. This app backs up your root files so that an OTA update can't wipe them out. Just back up, and restore after the update through the app. Should work on most devices. Greenify lets you designate apps that you don't much care for, but don't want to uninstall to be silenced. If, for example, you don't want Facebook running in the background because it's a buggy, terrible app that often wastes battery (it is), then you can add it to Greenify. Greenify will wait a minute after you leave the app, then force it into hibernation mode. It won't be allowed to carry out any operations until you open it, but you can still use it when you want. This is a great app, but use it wisely. You should also grab Helium or Titanium Backup to save your app data and sync it to other devices. This lets you transfer saved games and settings between old and new phones/tablets. Helium is a bit more streamlined and user-friendly, but Titanium is more powerful. Helium also works without root, but its functionality is better with it.
Finally, pick up Cerberus. This is a security app that can track, lock, and wipe your phone if it is stolen. It can even take pictures with the camera and email them to you in hopes of catching the thief in the act. This app has a root capability allowing it to be installed to the system partition so it can survive device resets. The standard functions work on non-rooted devices, though. ROMsOkay, this is the ultimate endgame in rooting. If you want to completely change how your device works, installing a custom ROM is how you do it. There are several big names in Android ROMs, and that's probably where you should start. CynaogenMod supports a huge number of devices, and its very stable. Recent developments include a secure messaging platform and inproved data security. Visit the CM site for instructions on flashing this ROM.
Paranoid Android is also quite popular, and it includes some unique features like Halo floating app multitasking. This ROM has a very fast update cycle, but it's a bit more buggy than CyanogenMod. This ROM is more distributed, so there's not a main site. The developers run a Google+ page, linked above. Keep up with news there, and grab the latest builds on XDA or in ROM Manager. In general, all the ROMs you want to install can be flashed through recovery. Just transfer the zip file over, then use recovery to install it just like we installed root up above. For a slightly easier time, grab ROM Manager from Google Play. It can do much more than install a custom recovery. This app lists a ton of ROMs and can download them, then install in one step. You should only do this if you're familiar with ADB, though. Rom Manager won't give you any feedback if something goes wrong, and that might mean a real pain to fix your device. ConclusionYou can get more out of your Android device by rooting, but it's not for everyone. There is always risk in doing this. It's possible the device could be damaged beyond repair, or that you'll simply want to take advantage of the warranty in the future only to find you've voided it by rooting. Undertake this at your own peril, but there's a massive community or experienced modders on sites like XDA and RootzWiki to help you if you get stuck. Best of luck! | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
| Intel Roundup: Core i7 4771 Processor, Cheaper 2-in-1 Ultrabooks in the Works Posted: 30 Jul 2013 09:55 AM PDT
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| CyberPowerPC Unveils Power Mega III Graphics Workstation Series Posted: 30 Jul 2013 08:30 AM PDT
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| Razer Redesigns Naga MMO Gaming Mouse for Improved Ergonomics, Adds Mechanical Switches Posted: 30 Jul 2013 08:07 AM PDT
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| Sony and Panasonic Working Together to Improve Optical Disc Capacity to at Least 300GB Posted: 30 Jul 2013 07:30 AM PDT
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| By the Numbers, Android is King of the Tablet Market Posted: 30 Jul 2013 07:00 AM PDT
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A new flagship Haswell chip is in the works
Workstation performance in a sexy chassis
Best selling MMO gaming mouse just got better
Long live the optical disc
Android dominates tablet market| You are subscribed to email updates from Maximum PC - All Articles To stop receiving these emails, you may unsubscribe now. | Email delivery powered by Google |
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