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Introduction, Design, User Interface
When you think about a company like HP, you probably don’t think about innovation. They’re an old company, one that now has a massive market and lots of customers to worry about losing. Common sense says they are more likely to be slow and cautious.
If you examine HP’s laptop division closely, however, that story starts to fall apart. Over the past several years the company has implemented several innovative strategies to keep it ahead of the competition, and one of them is a bit unusual – a focus on audio quality, via the Beats Audio brand.
HP seems to have confidence in this strategy. The company has tucked Beats Audio into its chest and ran with it, slapping the branding onto a number of different laptops. That brings us to the HP dm4t Beats Edition. Let’s have a look at what is inside.
This laptop starts life as a regular dm4t, HP’s entry-level ultraportable. Then it is given a number of upgrades including a standard Core i5 processor, 6GB of RAM and a 500GB hard drive. These improvements, along with the Beats Audio branding, bump up the base price of $579 to $899. Our review unit came with an optional 1600x900 display, a slightly quicker Core i5 processor and an 32GB solid state drive which works with a 500GB mechanical drive to enable Intel Smart Response.
These options bump the price to an intimidating $1169.
Update: HP has informed us that the laptop that they've shipped is available as a pre-configured model for $899. Wal-Mart is shipping a version without the solid state drive for $798 after a $100 instant rebate. This pricing has impacted our verdict, which is now reflected in the conclusion.
Introduction, LAN Fest, Game Demos, Future of Gaming panel
Check out our video coverage of the SXSW Screenburn Arcade!
The 19th Annual South by Southwest (SXSW) Interactive Festival kicked off on Mar. 9 and wraps up Mar. 12 in Austin, Texas. While most of the event featured interactive workshops and panels of experts from within the web development and social media communities, I focused most of my efforts covering the SXSW Screenburn Arcade at the Palmer Event Center. This is where most of the PC and console gaming enthusiasts attending SXSW converged to watch pro gamers from the IGN Pro League battle in League of Legends, Starcraft II, and check out several game demos like Lollipop Chainsaw for the XBox 360 and Quantum Conundrum and FireFall for the PC.
Intel LAN Fest
I also had the opportunity to visit the Intel-sponsored, non-profit LANFest where event visitors could jump on one of their Alienware systems and play a variety of PC games like Call of Duty: Modern Warfare 3, Team Fortress 2, MineCraft, Half Life 2 Death Match, WArsaw, Alien Swarm, Portal, World of Tanks, and Left 4 Dead 2 . LAN participants paid a $5 donation to play, which helped raise funds that will be sent to the city of Bastrop, Texas that lost more than 400 homes because of wildfires last September. They also raffled off a new ASUS Ultrabook to raise money for the United Way non-profit organization.
Introduction and Features
Seasonic has an excellent reputation for producing quiet ATX style PC power supplies with high efficiencies and stable outputs. However, Seasonic also has a full line of server style power supplies in both 1U and 2U form factors. In this review we will be taking a detailed look at their new SS-350M1U server style power supply, which features 80Plus Gold efficiency certification, active PFC, and modular cables. It will be interesting to see how this industrial grade unit compares to the more familiar ATX style power supplies built by Seasonic.
Seasonic SS-350M1U Main Features:
• EPS 1U Form Factor, 350W
• ATX12V v2.31 & EPS12V compliant
• Supports the latest Intel & AMD sockets/CPUs
• 80Plus Gold efficiency certification
• DC to DC converter design
• Low ripple & noise
• Super low noise fan control
• Short circuit protection on all outputs
• Over voltage and Over power protection
• 100% hi-pot test & 100% burn in, high temperature cycled on/off
There are few people in the gaming industry that you simply must pay attention to when they speak. One of them is John Carmack, founder of id Software and a friend of the site, creator of Doom. Another is Epic Games' Tim Sweeney, another pioneer in the field of computer graphics that brought us the magic of Unreal before bringing the rest of the gaming industry the Unreal Engine.
At DICE 2012, a trade show for game developers to demo their wares and learn from each other, Sweeney gave a talk on the future of computing hardware and its future. (You can see the source of my information and slides here at Gamespot.) Many pundits, media and even developers have brought up the idea that the next console generation that we know is coming will be the last - we will have reached the point in our computing capacity that gamers and designers will be comfortable with the quality and realism provided. Forever.
Think about that a moment; has anything ever appeared so obviously crazy? Yet, in a world where gaming has seemed to regress into the handheld spaces of iPhone and iPad, many would have you believe that it is indeed the case. Companies like NVIDIA and AMD that spend billions of dollars developing new high-powered graphics technologies would simply NOT do so anymore and instead focus only on low power. Actually...that is kind of happening with NVIDIA Tegra and AMD's move to APUs, but both claim that the development of leading graphics technology is what allows them to feed the low end - the sub-$100 graphics cards, SoC for phones and tablets and more.
Sweeney started the discussion by teaching everyone a little about human anatomy.
The human eye has been studied quite extensively and the amount of information we know about it would likely surprise. With 120 million monochrome receptors and 5M color, the eye and brain are able to do what even our most advanced cameras are unable to.
Introduction and Features
Courtesy of MSI
My first Sandy Bridge-E motherboard review of 2012 showcases the talents of Intel's latest i7-3820 3.6GHz quad-core processor and MSI's X79A-GD65 (8D) ATX motherboard. The enhancements included in the LGA 2011 platform combined with MSI's unique optimizations to the board's overclocking, gaming, and power management capabilities should make for an exciting testing experience.
Courtesy of MSI
MSI currently has six motherboards that support the LGA 2011 socket and the X79A-GD65 (8D) is considered one of their higher-end offerings at $289.99. This board targets users who want to take advantage of three PCI-E x16 slots for AMD CrossfireX or NVIDIA SLI configurations. It also gives users the ability to use up to two SATA 6GB/s and four SATA 3GB/s devices courtesy of the X79 chipset. MSI also used a second ASMedia controller to add two more SATA 6GB/s ports to the board. All of these SATA3 ports support Intel's Rapid Storage Technology, but the SATA3 devices managed by the X79 chipset can only handle RAID 0 and 1 versus the ASMedia chip that handles RAID 0, 1, 5, and 10.
7-series based motherboards from ASUS
This is going to be an interesting couple of months as the industry balances the move from Sandy Bridge to the 3rd Generation of Intel Core processor and the 7-series chipsets. We have documented the rumored delays of the Ivy Bridge CPUs but it looks like Intel is moving ahead with the Z77/H77 chipset launch as planned. This means that from now until whenever those new CPUs actually launch we will see quite a few new motherboards announced from the typical vendors claiming "future platform compatibility."
Recently we spent some time with our friends at ASUS to learn about its plans for the Z77 launch and I must say I came away quite impressed with the technology and features being integrated. Today I am allowed to share with you some photos and basic information about the features being offered on the ASUS Z77 lineup, though without much hands-on time we are limited in what we can say.
There are going to be options ranging from the high-end Maximus V Formula to the budget priced P8Z77-V to the ultra-niche with the mini-ITX P8Z77-I Deluxe. Enjoy!
Completing the Family
When we went to Austin, Texas to sit with AMD and learn about the Radeon HD 7900 series of cards for the first time, an interesting thing happened. While the official meeting was about the performance of the Radeon HD 7970 and HD 7950, when things started to settle several AMD employees couldn't help but discuss Cape Verde (7700-series) and Pitcairn (7800-series) GPUs. In particular, the HD 7800 cards were generating a lot of excitement internally as a spiritual follow up to the wildly successful HD 5800 and HD 5700 series of cards in terms of price and performance characteristics.
So while the Radeon HD 7970 and HD 7950 are being labeled as the world's fastest GPUs, and the Radeon HD 7700 is the fastest GPU for everyone, the HD 7800s are where many of our readers will look when upgrading their machines while staying within a budget.
Be sure to check out our video review posted here and then continue on to our full, written review for all the benchmarks and analysis!!!
Microsoft's juggernaut Windows operating system powers on with the company preparing Windows 7's successor in Windows 8. The new operating system (OS) was first released for public consumption during the last BUILD conference in the form of a "Developer Preview." This release was mainly intended for software developers to start to get a feel for the OS and its new features, but many consumers and technology enthusiasts also took a peek at the OS to get an idea of where MS was going with its next OS.
Coinciding with Mobile World Congress (MWC) 2012, Microsoft released the next iteration of the in progress OS, and this time it is aimed at getting consumer feedback. The aptly named Consumer Preview build is now available for download by anyone interested.
Windows 8 Consumer Preview Desktop
The question many consumers and enthusiasts are likely asking; however, is what to do with the MS provided ISO, and what the safest and easiest method for testing the beta operating system is. One appropriate answer, and the method covered in this guide, is to use a virtual machine program to test the Windows 8 Consumer Preview inside a VM without needing to muck with or worry about effecting your existing system or settings. Installing to bare hardware will always be faster, but if you upgrade to Windows 8 CP from Windows 7, you will not be able to go back once the beta period is over. By installing Windows 8 Consumer Preview inside a virtual machine will allow you to test out the operating system in a secure environment, and if you have a recent machine with at least 4 GB of RAM, performance of the OS should be sufficient to get an idea of the new OS and whether you want to pursue a bare hardware full install.
I expect that many users are going to be curious about the new build as the Windows 8 OS has ignited several heated debates among enthusiasts concerning the direction Microsoft is going. The new Metro interface, removal of Start Menu, and the overhauled Windows logo are three of the major concerns users have raised, for example.
The specific program in question that we will be using is Oracle's VirtualBox software, which is a free VM host that is very easy to setup and use. Another alternative is VMWare, and the setup process will be very similar (though the exact steps and settings will differ slightly). This guide will show you how to go from the Windows 8 ISO to a fully functional installation inside a VirtualBox virtual machine. If you are familiar with setting up a new VirtualBox VM, you can safely skip those steps. I felt it prudent to go through the entire process; however, for those new to VirtualBox that wish to try out the new Microsoft OS.
Introduction, Design, User Interface
Gaming. Laptop. Portable. These may well be the three most contradictory words in the PC industry. It’s been possible to game on laptops for years, but making a high-quality gaming experience portable is a goal rarely achieved.
Alienware made a stab at resolving the contradiction in 2010 when it released the M11x, but the result was questionable. No one can argue that the M11x isn’t portable, but its gaming performance is no better than a 15.6” laptop with mid-range discrete graphics. There simply isn’t enough room in the chassis to cool a larger, more powerful GPU. Worse, the M11x is simply too small for most people to use every day.
Enter the Alienware M14x. The larger display size of this laptop makes it possible to equip a more powerful GPU as well as a full-power Core i5 processor rather than a low-voltage model. Let’s look at the full specifications.
We can already see that the M14x will easily outperform its smaller cousin. The better hardware increases price as well as size, however – the base is $1099 and our review unit, featuring upgrades like a quad-core processor and 1600x900 resolution, rings in at $1274.
AMD Gets the Direct CU Treatment
In the previous roundup I covered the DirectCU II models from Asus featuring NVIDIA based chips. These boards included the GTX 580, 570, and 560 products. All of these were DirectCU II based with all the updated features that are included as compared to the original DirectCU products. With the AMD parts Asus has split the top four products into two categories; DirectCU II and the original DirectCU. When we start looking at thermal properties and price points, we will see why Asus took this route.
AMD has had a strong couple of years with their graphics chips. While they were not able to take the single GPU performance crown in this previous generation, their products were very capable and competitive across the board and at every price point. In fact, there are some features that these cards have at particular price points that make them very desirable in quite a few applications. In particular are the 2 GB of memory on the HD 6900 series cards where the competition from NVIDIA at those price points features 1 GB and 1.25 GB. In titles such as Skyrim, with the HD texture DLC enabled, these cards start to limit performance at 1920x1080 and above due to the memory requirements needed for these higher resolution textures.
Introduction and Features
SilverStone has a long-standing reputation among PC enthusiasts for providing a full line of high quality enclosures, power supplies, cooling components, and accessories. In 2006, SilverStone introduced the Temjin TJ08, an impressive Micro-ATX tower case with dual 120mm cooling fans. It helped pioneer the idea of large tower cooling performance in a small package. Today, improved technology and the latest designs have enabled SilverStone engineers to create another innovative small tower case in the TJ08-Evolution with even better cooling performance than the original. The SilverStone TJ08-E is a premium enclosure designed specifically for SFF motherboards and features a beautiful black anodized aluminum front panel, excellent cooling performance, removable sides, top, and motherboard tray, and it packs a lot of storage capacity into a small tower chassis.
(Courtesy of SilverStone)
To improve cooling performance, a SilverStone "Air Penetrator" 180mm fan has been installed behind the front panel to create a virtual airflow tunnel through the chassis with positive air pressure. This is a two-speed fan with a small, easily accessible speed selector switch mounted around on the side of the front I/O panel. SilverStone claims that by designing the TJ08-E with the positive air pressure concept, it enables better cooling performance than traditional chassis but also helps to prevent dust from penetrating into the chassis by use of a large, easily accessible filter on the intake fan and forcing air out of the chassis through unfiltered openings. A standard ATX power supply can be installed in a dedicated compartment, which features a top mounted air intake grill covered by a magnetic dust filter.
A paper, titled “The Bleak Future of NAND Flash Memory” was recently jointly published by the University of California and Microsoft Research. It has been picked up by many media outlets who all seem to be beating the same morbid drum, spinning tales of a seemingly apocalyptic end to the reign of flash-based storage devices. While I agree with some of what these authors have to say, I have reservations about the methods upon which the paper is based.
TLC and beyond?
The paper kicks off by declaring steep increases in latency and drops in lifetime associated with increases in bits-per-cell. While this is true, flash memory manufacturers are not making large pushes to increase bits-per-cell beyond the standard MLC (2 bits per cell) tech. Sure some have dabbled in 3-bit MLC, also called Triple Level Cell (TLC) which is a bit of a misnomer since storing three bits in a cell actually requires eight voltage level bands, not three as the name implies. Moving from SLC to MLC doubles density, but the diminishing returns increase sharply after that – MLC to TLC only increases capacity by a another 1.5x, but sees a 2-4x reduction in performance and endurance. In light of this, there is little demand for TLC flash, and where there is, it’s clear by the usage cases that it is not meant for anything beyond light usage. There's nothing wrong with the paper going down this road, but the reality is that increasing bits per cell is not the envelope being pushed by the flash memory industry.
Wait a second – where is 25nm MLC?
Looking at the above we see a glaring omission – 25nm MLC flash, which has been around for close to two years now, and constitutes the majority of shipping flash memory parts currently in production. SLC was also omitted, but I can see the reason for this – it’s hard to get your hands on 25nm SLC these days. Why? Because MLC technology has been improved upon to the point where ‘enterprise MLC’ (eMLC) is rapidly replacing SLC even despite the supposed reduction in reliability and endurance over SLC. The reasons for this are simple, and are completely sidestepped or otherwise overlooked by the paper:
- SSD controllers employ write combination and wear leveling techniques.
- Some controllers even compress data on-the-fly as to further reduce writes and provisioning.
- Controller-level Error Correction (ECC) has improved dramatically with each process shrink.
- SSD controllers can be programmed to compensate for the drift of data stored in a cell (eMLC).
Introduction, Design, User Interface
As you may already know from my ultrabook editorial, I’m not entirely sold on them. There are disadvantages to being thin.
And as if to remind me of it, a Lenovo ThinkPad T420 suddenly appeared at my doorstep. Okay, that’s exaggerating a bit - I did know it was coming - but the timing of receiving an old-school laptop couldn't have been better. Not only because I wanted to take a closer look at a laptop purposely designed to not be thin, but also because we haven’t had a ThinkPad T series for review in, well, forever.
This is a return to form for me. I owned several ThinkPads during my late teens, my college days, and the years just after college. My favorite was a T42 with a 14-inch display.
Of course, laptops have come a long way since then. The ThinkPad T420 we received for review is a good example of a mid-range model. Let’s look at the hardware specifications.
According to Lenovo’s website, this configuration is the second pre-configured option available. It can be had for about $1000 after an eCoupon provided by Lenovo. All of the features above are standard, even the 1600x900 display and Nvidia graphics. They are standard only for this model, however - some less powerful versions are available at lower prices.
The only option that came with our review unit was a 9-cell battery, which will set you back $50. We received both the 6-cell and the 9-cell batteries, so we will be testing the laptop’s battery life with both.
MSI's Alex Chang Speaks Up
MSI was founded in 1986 and started producing motherboards and video cards for the quickly growing PC market. Throughout the life of the company they have further diversified their offerings to include barebones systems, notebooks, networking/communication devices, and industrial products. While MSI has a nice base of products, they are still primarily a motherboard and video card company. In the past 10 years MSI has become one of the top brands in North America for video cards, and they have taken a very aggressive approach to design with these products.
I had the chance to send MSI quite a few questions concerning their video card business and how they develop their products.
What is your name, title, and how long have you worked at MSI?
My name is Bob, and I’m…. actually, I’m just Alex Chang. I’m the Associate Marketing Manager. I’ve been with the company for 2 years.
Typically how long does it take from the original reference design card release to when we can first expect to see a Twin Frozr III based card hit retail? How much longer does it take to create the “Lightning” based products?
Historically, we’ve seen the introduction of a non-reference thermal solution within 2-4 weeks of product launch. As an example, GTX580 was launched in November 2010, and by December there was already a reference PCB GTX580 w/ the Twin Frozr II cooler.
In the case of Lightning cards, the development timeframe is longer due to more R&D, validation, and procurement of components. With GTX580, the timeframe was around 6 months, but moving forward MSI is pulling in the launch timeframe of our flagship products.
Quarter Down but Year Up
Yesterday NVIDIA released their latest financial results for Q4 2012 and FY2012. There was some good and bad mixed in the results, but overall it was a very successful year for NVIDIA.
Q4 saw gross revenue top $953.2 million US with a net income of $116 million US. This is about $53 million less in gross revenue and $62 million down in net income as compared to last quarter. There are several reasons as to why this happened, but the majority of it appears to be due to the hard drive shortage affecting add-in sales. Simply put, the increase in hard drive prices caused most OEMs to take a good look at the price points of the entire system, and oftentimes would cut out the add-in graphics and just use integrated.
Tegra 3 promises a 50% increase in revenue for NVIDIA this coming year.
Two other reasons for the lower than expected quarter were start of the transition to 28 nm products based on Kepler. They are ramping up production on 28 nm and slowing down 40 nm. Yields on 28 nm are not where they expected them to be, and there is also a shortage of wafer starts for that line. This had a pretty minimal affect overall on Q4, but it will be one of the prime reasons why revenue looks like it will be down in Q1 2013.
Introduction, Design, User Interface, Display And Audio Quality
We have a lot of laptop reviews here at PC Perspective. As you’d expect, we generally use the same benchmarks and use the same principles whenever reviewing a laptop.
Yet we’ve never before put all of this down in writing so that our readers could understand exactly what we’re doing. Since this is a new year with new laptops to review, now is a good time introduce new benchmarks and get rid of old ones - which also makes this a good time to share information with our readers.
The first page of any laptop review here at PC Perspective is dominated by some very subjective criteria.
Design comes first, and is also the most subjective. It refers to a laptop’s build quality, general layout and attractiveness. This is where we comment on a laptop’s aesthetics, and it’s also where we comment on a laptop’s perceived durability. We look at details like the display hinges, the chassis, the display lid and overall material quality. An ideal laptop design is attractive to the eye, pleasurable to touch, and feels sturdy in normal use.
Southern Islands Get Small
When AMD first started to talk to me about the upcoming Southern Islands GPUs they tried to warn me. Really they did. "Be prepared for just an onslaught of card releases for 2012," I was told. In much the same strategy the company took with the HD 6000 series of cards, the new Radeon HD 7000 cards have been trickling out, part by part, so as to make sure the name "AMD" and the brand "Radeon" are showing up as often as possible in your news feeds and on my keyboard. In late December we wrote our review of the Radeon HD 7970 3GB flagship card and then followed that up in January with a review of the Radeon HD 7950. In those briefings were told in a general way about Cape Verde, the Radeon HD 7700 series, and Pitcairn, the Radeon HD 7800 series, but without the details of performance, specifications or release dates. We have the answer for one more of these families now: Cape Verde.
Cape Verde is the smallest of the Southern Islands dies and falls into the sub-$175 graphics market depending on card vendors' pricing and overclocking settings. The real question we all wanted to know is what performance levels these new cards were going to offer and if they could be the TRUE successor to popular Radeon HD 5770. While the answer will take pages and pages of details to cement into place, I can say that while an impressive card, I wasn't as excited as I had wanted to be.
But I am getting ahead of myself... Check out our video review right here and then keep reading on for the full evaluation!!
AMD Cape Verde - the smallest of the Southern Islands
GPU companies like to brag when they are on top - you'll see that as a recurring theme in our story today. One such case is the success of the Radeon HD 5770 that mentioned above - it still today sits on the throne of the most adopted DX11 capable GPU on the Steam Hardware Survey, one of our best places for information on the general PC gamer.
While the inclusion of it, as well as the Radeon HD 5870 and HD 5850, on this list are great for AMD a couple of years ago, the lack of a 6000-series card here shows us that users need another reason to upgrade; another card that is mass market enough (ala under $200) and offers performance advantages that really push gamers to spend that extra cheddar.
Bring in the Cape Verde GPU...
Rosewill produces a whole lineup of products with seemingly incongruous variety. You can get matching brands for your blood pressure monitor, your wine opener, your DSLR bag, and your computer power supply. The vast majority of Rosewill's distribution flows through Newegg.
Their RK-9000 mechanical keyboard was manufactured by CoStar under the Rosewill branding. With that product, they brought a high quality mechanical keyboard to North America for a very decent price of just under a hundred dollars. For what might as well be considered a Filco keyboard, that is an outstanding price. It did not have media keys; it did not have backlighting; but it was a solid keyboard which felt great to type on and had outstanding performance.
Check out our video review of the Rosewill RK-9000 second generation and read on for the written review
At some point Rosewill decided to discontinue the RK-9000 without an official announcement. Beyond a sudden and sustained drop in availability, there was no evidence that the keyboard was no longer produced. A few silent months went by until Rosewill officially announced a second generation of RK-9000 mechanical keyboards. It was then clear why the RK-9000 was discontinued: it was being replaced and updated.
We were approached by the company to conduct a review of their recently released mechanical keyboards. Included was not just the Cherry MX Blue switched RK-9000, but also its three newly introduced siblings: the MX Brown switched RK-9000BR, the MX Black switched RK-9000BL, and the MX Red switched RK-9000RE. A little under three months ago we have received the review units and have been in the process of testing them ever since.
What Rosewill was unaware of was that I am a proud owner of the original RK-9000 keyboard. This review is more than a review of Rosewill’s new products, but also will be a comparison between the new product and their original offering. Despite sharing a Newegg product page with its ancestor, the new keyboard is not identical. For good measure, I also have a Razer BlackWidow Ultimate lying around -- slightly dilute the oversaturation of the letter R in tested product names… albeit, not the company names.
A new contender has enterkeyed.
If you happen to have an original RK-9000, is it time for an upgrade? If you are interested in all of the hoopla about mechanical keyboards, is this the correct time and place to dive in?
Introduction and Features
Thermatake's Toughpower Cable Management Series includes five models ranging from 1,000W up to 1,500W. The Toughpower Cable Management 1350W PSU we have up for review today can deliver 1,350W. Thermaltake states that all of the Toughpower Cable Management Series power supplies are built with the latest technological advances in circuitry design with industrial grade components and feature high efficiency (80 Plus Silver certified), smart cable management, and come backed by Thermaltake's 5-year warranty.
Here is what Thermaltake has to say about the Toughpower Cable Management Series: "Proper airflow within computer system plays an extremely important role in making sure CPU, Graphic Cards, Hard Drives and other critical components are getting adequate cooling. Thermaltake Cable Management Technology allows users to only use the cables needed from the power supply that reduces the amount of cable clutter within the computer to improve cooling and reduce system noise."
Thermaltake Toughpower Cable Management 1350W PSU Key Features:
• 24/7 @ 50°C: Guaranteed to deliver 1350W continuous power
• Compliance with Intel ATX 12V v2.3 and SSI EPS 12V v2.91 standards
• 80 PLUS Silver certified: 87-91% efficiency @ 20-100% load
• Double-forward switching circuitry offers low power loss and high reliability
• DC-to-DC converters provide high efficiency and stable performance
• Robust, dedicated dual +12V rails (60A for 12V1 and 60A for 12V2)
• High quality 105°C Japanese capacitors: ensure superb performance and reliability
• Multi-GPU ready: comes with 8 x PCI-E 6+2 pin connectors
• Designed to support quad core, i7 and Core i5 CPUs
• Silent operation with intelligent 140mm cooling fan speed control
• Fixed and modular smart cable management system
• Universal AC input (90~264V) with Active PFC
• Dimensions:150 x 86 x 200mm (W x H x L)
• Over-current, over-power, over-voltage, under-voltage and short circuit protection
• Safety/EMI approvals: CE,TUV,FCC, UL, CUL, GOST and BSMI certified
• 5-Year warranty
Introduction, Design, User Interface
Late in December of 2011 we received the Transformer Prime for review. What we did not recieve, however, was the keyboard dock. High demand by journalists for a look at the company's latest and greatest Transformer had left them short of docks, in turn leaving us short of a dock.
Now we've finally had our hands on one. Since it was shipped to us several weeks after the review Prime, we were able to give it our full attention. As with the original Transformer, the dock is one of the features that help the Prime stand out from the crowd - but that doesn't mean it is automatically destined for greatness. If the Prime wants to act like a laptop, it will have to be able to compete with laptops - and that's a tall order for a system without Windows or an x86 processor.
Besides a keyboard, the dock adds a few other specifications that are worth mentioning. Let's take a look at them.
So, as with the previous dock, you’re not just buying a keyboard. You’re also receiving an extended battery with impressive capacity and some additional connectivity. Given the MSRP of $150, however, you’d kind of expect there to be more than just a keyboard.