The last significant redesign of the iPhone platform came in 2010 with the iPhone 4. It was an update that literally touched all aspects of the device, from SoC to display to baseband and of course, chassis. Last month’s launch of the iPhone 5 is no different in magnitude. The sixth generation iPhone makes some of the biggest changes to the platform since its introduction in 2007.

There’s a lot to talk about when it comes to the new iPhone. Whether it is understanding the architecture of the A6 SoC or investigating the improved low light performance of the iPhone 5’s rear facing camera, we’ve got it here in what is easily our most in-depth iPhone review to date. Let’s get started.

It's sometimes very easy to discount Toshiba as an also-ran when it comes to the latest and greatest. They have a strong retail presence as a budget notebook company, and in many ways their first ultrabook, the Portege Z835 maintained that tradition by gaining traction as one of the most affordable ultrabook options available back when Intel first launched the initiative. It's important to note, though, that oftentimes Toshiba has been willing to experiment where others haven't. Toshiba launched a 13.3" version of its Excite tablet to see if the market would be interested in accepting a notebook-sized tablet, and their Portege R700 was an affordable ultraportable option even before ultrabooks themselves became available.

Today we have one of their most compelling experiments on hand. We lament with some regularity the common 1366x768 resolution of notebook screens and its effect on productivity, but vertical real estate continues to be hard to come by. What if we went the other way, though? What if we stretched things out further along the X axis? That's the question Toshiba's asking with their shiny new double-wide ultrabook, the Satellite U845W. This ultrabook is the first widely availabe notebook that features a display with a 21:9 aspect ratio. Was this a wise gamble for Toshiba or a misfire?

We took Clevo’s P170EM for a spin last week, equipped with a Radeon HD 7970M and a variety of other high-end options. Today we have our follow up where we use the same core hardware but with NVIDIA’s GTX 680M in place of AMD’s top mobile GPU. Now that we have an apples-to-apples comparison between the two fastest mobile GPUs, who can claim the mobile gaming crown?

For this second installment, we’ve taken some time to run additional gaming tests, we’ve updated the BIOS and rerun battery life numbers, and we take a detour into discussing drivers and GPU utilization figures. Having spent more time using the P170EM, I’ll also try to reevaluate the overall package in light of the above areas to see if I might have been a bit too harsh with my initial assessment. If you need a fast desktop replacement/gaming notebook, is Clevo the way to go? Let’s find out.

Well over a year ago Micron announced something unique in a sea of PCIe SSDs that were otherwise nothing more than SATA drives in RAID on a PCIe card. The drive Micron announced was the P320h, featuring a custom ASIC and a native PCIe interface. The vast majority of PCIe SSDs we've looked at thus far feature multiple SATA/SAS SSD controllers with their associated NAND behind a SATA/SAS RAID controller on a PCIe card. These PCIe SSDs basically deliver the performance of a multi-drive SSD RAID-0 on a single card instead of requiring multiple 2.5" bays. There's decent interest in these types of PCIe SSDs simply because of the form factor advantage as many servers these days have moved to slimmer form factors (1U/2U) that don't have all that many 2.5" drive bays. Long term however, this SATA/SAS RAID on a PCIe card SSD solution is clunky at best. Ideally you'd want a native PCIe controller that could talk directly to the NAND, rather than going through an unnecessary layer of abstraction. That's exactly what Micron's P320h promised. Today, we have a review of that very drive.

NZXT is an interesting manufacturer. Each company that designs and manufactures cases has their strengths and weaknesses, things they're good at and things that need work, but NZXT is unique in that they're very closely related to iBuyPower (one of the biggest system building boutiques and one that's starting to threaten established brands) and tend to vend some of the most cost effective enclosures to boutiques in general, for better or worse.

Our experiences with NZXT have been mixed. The H2 when it was released suffered from a serious design flaw that drove up internal thermals (an unmarked revision was silently released later that largely resolved those problems), and the Switch 810 was a good but not great enclosure that couldn't quite live up to its promise. But today NZXT is launching the Phantom 820, a case aimed squarely at the top end of the case market where stalwarts like the Thermaltake Level 10 GT, Corsair Obsidian 800D, and SilverStone FT02 reside. It has a lot to live up to, but most impressively of all...it might actually do it.

The new release of Trinity processors on the desktop opens up a cascade of issues when it comes to choosing a new motherboard for your Trinity system.  The main point of confusion comes in the face of chipsets, whereby multiple sockets and processor families can use the same chipsets and each motherboard manufacturer has a different naming scheme in order to differentiate the two.  Both Intel and AMD have been guilty of this in the past, but in the past 18 months we had no real cause for concern - until now.  With that, I give the first FM2 motherboard we are testing here at AnandTech, the ASUS F2A85-V Pro.  This full sized ATX board is aiming for the enthusiast in the Trinity space.

At a pace just shy of a card a month, NVIDIA has been launching the GeForce 600 series part by part for over the last half year now. What started with the GeForce GTX 680 in March and most recently saw the launch of the GeForce GTX 660 will finally be coming to an end today with the 8^th and what is likely the final retail GeForce 600 series card, the GeForce GTX 650 Ti.

Last month we saw the introduction of NVIDIA’s 3^rd Kepler GPU, GK106, which takes its place between the high-end GK104 and NVIDIA’s low-end/mobile gem, GK107. At the time NVIDIA launched just a single GK106 card, the GTX 660, but of course NVIDIA never launches just one product based on a GPU. So it should come as no great surprise that NVIDIA has one more desktop GK106 card, and that is the GeForce GTX 650 Ti.

The GTX 650 Ti is the aptly named successor to 2011’s GeForce GTX 550 Ti, and will occupy the same $150 price point that the GTX 550 Ti launched into. It will sit between the GTX 660 and the recently launched GTX 650, and despite the much closer similarities to the GTX 660 NVIDIA is placing the card into their GTX 650 family and pitching it as a higher performance alternative to the GTX 650. With that in mind, what exactly does NVIDIA’s final desktop consumer launch of 2012 bring to the table? Let’s find out.

Given just how long Logitech has been a vendor of all manner of desktop peripherals, it may come as a surprise that they've taken this long to release a keyboard with mechanical switches. Historically Logitech keyboards have employed membrane switches across the board, but Cherry MX mechanical switches have been picking up quite a bit of steam among enthusiasts lately. Mechanical keyboards are traditionally a fair sight more expensive than membrane-style keyboards owing to the spring-actuated switch in every single key, but the tactile feedback, durability, and overall comfort is undeniable. Consumers have largely spoken, and now Logitech is answering with the G710+.

At the same time, Logitech has also released an MMO-oriented mouse alongside growing ranks like Corsair's M90 and Razer's Naga. MMO mice are remarkable for including a staggering number of configurable buttons on the left side of the mouse, beneath the thumb, but with varying degrees of success. Ironically, with the G600, Logitech may very well have produced an MMO mouse so intuitive that its cavalcade of hotkeys could easily replace a more complex gaming keyboard.

At CES, Toshiba showed us its forthcoming 14” Ultrabook, a system that they said would debut alongside Ivy Bridge in Q3. At the time, it was overshadowed by their new tablets (which hit the market recently as the Excite series), but true to their word, Toshiba dropped off their new 14” Satellite U845 Ultrabook in our labs earlier this month and gave us a chance to take a look at it. It’s one of the new “budget” Ultrabooks, which hit the low end of Intel’s Ultrabook spec for around $800, with designs that are still very thin and light but typically not as premium as class headliners like the Samsung Series 9 and ASUS Zenbook Prime. It’s a breed that includes the Samsung Series 5 Ultra, HP’s new Envy 4t and 6t Ultrabooks, the Sony VAIO T13, and Lenovo’s U310/410. How does Toshiba's Ultrabook stack up against them? Read on to find out.

Samsung has been making steady progress in becoming one of the major players in the consumer SSD market. Even before the SSD 470, Samsung was a major player in the industry with their mostly OEM SSDs, but this took a dramatic change when the SSD 830 was released. Samsung never really marketed the SSD 470, even though it was a reasonable competitor back at its launch. The SSD 830 was Samsung’s first SSD that really received media and consumer attention, and for good reason: it was one of the best consumer SSDs on the market.

With the 840 and 840 Pro, Samsung took a big step forward in marketing. Instead of hosting a regular press release and providing reviewers with the drives, Samsung flew around 70 media representatives from all around the world to Seoul, South Korea for their Global SSD Summit. Samsung spent two days talking about their new drives, including several live demos and presentations on Samsung’s future plans. For the first time, Samsung also opened the doors of one their NAND manufacturing plants to media and we were allowed to meet with some of their engineers in person and ask questions about their NAND and SSDs.

We have already reviewed the 840 Pro, but Samsung did not sample the regular 840 until the Summit. I started testing the 840 right after I got back from Seoul and I was able to provide you with some preliminary benchmarks shortly after, but today we’re back with the full review. Is the 840 really as good as the early benchmarks show? Read on and find out!

Atom was originally developed not to deal with ARM but to usher in a new type of ultra mobile device. That obviously didn't happen. UMPCs failed, netbooks were a temporary distraction (albeit profitable for Intel) and a new generation of smartphones and tablets became the new face of mobile computing. While Atom will continue to play in the ultra mobile space, Haswell marks the beginning of something new. Rather than send its second string player into battle, Intel is starting to prep its star for ultra mobile work.

Haswell is so much more than just another new microprocessor architecture from Intel. For years Intel has enjoyed a wonderful position in the market. With its long term viability threatened, Haswell is the first step of a long term solution to the ARM problem. While Atom was the first "fast-enough" x86 micro-architecture from Intel, Haswell takes a different approach to the problem. Rather than working from the bottom up, Haswell is Intel's attempt to take its best micro-architecture and drive power as low as possible.

Read on for our full analysis of both Haswell as a microprocessor architecture and as a ultra mobile platform.

Home automation (hereafter referred to as HA) refers to the mechanization and automatic control of various residential activities. It typically provides for centralized control of electrical appliances (such as air conditioners, lighting and security systems and even the home theater). In addition to the comfort and convenience factor, energy efficiency also receives a boost.

The integration of various electrical devices in the household has been a challenge because of the absence of a cheap, open and standardized communication protocol between them. Due to this reason, HA systems have typically come with a hefty price tag and needed a professional CI (custom installer / integrator) to set up.

Image Credit: Home Automation Montreal

The 'Internet of Things' has been a buzzword for an increasingly networked world where everything from the refrigerator to the lamp in the household would end up with an IP address. While this hasn't  become a reality yet, we are slowly, but surely, moving towards this vision. Read on for our take on why we believe Wi-Fi is placed well towards becoming the next HA standard

When you look at the 27” panels on the market today, they virtually all use a panel from LG. Samsung has their own PLS panels, but otherwise almost everyone with a 2560x1440 panel is using one from LG, with either LED or CCFL backlighting. When the main component of any screen is the same as every competitor, it can be harder to differentiate yourself from the pack. We see NEC offer flexibility, uniformity and control beyond the other vendors, though at a price. Nixeus offers us a panel with the features and build taken down to a level that lets it beat everyone on price.

Dell seems to almost always focus on trying to find the sweet spot for value and features in their display line. They don’t make panels to compete with NEC, but they generally aren’t trying to compete with comapnies like Nixeus. The Dell U2713HM is their newest 27” panel, though it doesn’t replace the U2711. That model still has a larger AdobeRGB color gamut as well as more inputs and features in comparison to the U2713HM, and it maintains a higher retail price. So what does the Dell U2713HM offer, and where does it fit into the world of 27” displays?

Earlier this year, Razer handed me a Blade evaluation unit and told me to go wild. Considering the company had no previous experience with developing PC laptop hardware, I was skeptical about their ability to transition from a manufacturer of gaming peripherals to a manufacturer of gaming systems. Turns out, my concerns were unfounded, as the Blade turned out to be a well-designed, high quality notebook. Granted, the dual-core Core i7 and NVIDIA GT 555M graphics chip were more suited for a high-end 14” system rather than a fully fledged 17” gaming notebook, while the $2799 asking price bordered on obscene, but the Blade was a polished piece of engineering that showed that Razer was capable of producing premium grade hardware.

Fast forward eight months and Razer dropped off the new Blade at my doorstep. (They’re a pretty trusting bunch.) The new Blade looks quite similar to the old Blade, but there are some key differences under the hood. Most obvious is the significant upgrade in computing prowess, with the CPU/GPU combination being kicked up to a quad-core Ivy Bridge chip and NVIDIA’s GTX 660M graphics, but there's also a redesigned cooling system and a much more stable software backend to the Switchblade LCD trackpad. It’s also gotten a price drop to $2499. Do the improvements make the Blade more competitive with the gaming notebook establishment? Read on to find out.

I’m really not sure how it happened. Despite our coverage of so many different streaming boxes over the years, we somehow never reviewed Logitech's Revue, their entrant into the Google TV space. We took a long hard look at a Sony BluRay/Google TV combo; but despite having had our hands on just about every piece of tech running Google TV that remains, until now, our only review. Perhaps, and this is serious, the other editors that had handled the gear felt just how unfinished the product really was; and knew it would be a labor of love to slog through it. Wish they’d tipped me off. We’re expecting big things from Google with regards to Google TV in the next few months, certainly by CES. So, we figured, before we see what’s next, let’s look at what’s best. And so, we have the LG Google TV. Let's take a look.

A couple weeks back, we posted something of a first look at the Clevo P170EM when we did our overview of AMD’s upcoming Enduro 5.5 release. As one of the readers put it, the driver update from AMD is the “great white hope” for HD 7970M owners with Clevo notebooks. We’re told that the initial public driver release should be out in the next week or so, but prior to that launch we have our “full” review of the AVADirect notebook. The jury is actually still in deliberation as far as gaming performance is concerned—more on that in a moment—but while we await that verdict we can still take some time to check out the underlying hardware and design and see how things are shaping up.

For this review, we have two parts: this first part uses a Clevo P170EM from AVADirect equipped with a Radeon HD 7970M GPU and AMD’s Enduro technology. Part two will show how AMD’s top mobile GPU stacks up to NVIDIA’s best, the GTX 680M. With NVIDIA having just released their latest 306 series WHQL driver, we’re still running benchmarks, so we’ll need a bit more time to uncover the full story. Until then, we have the Alienware M17x R4 as a comparison point; read on for our first full review of the HD 7970M and Clevo’s updated P170EM chassis.

Last week we took a look at the GPU side of the desktop Trinity APUs. We looked at the top end 384-core Radeon HD 7660D configuration as well as the slightly slower 256-core Radeon HD 7560D GPU, both of which easily outperformed Intel's HD 4000 and HD 2500. As far as processor graphics go, Trinity on the desktop maintains a healthy lead over Intel. There's still a place for discrete GPUs but that's pretty much at the $100 and above price points.

Today we're able to talk about pricing and x86 CPU performance. Read on to see how AMD's latest APU fares against Intel's newly released Ivy Bridge based Core i3 3220.

As a case designer and manufacturer, Lian Li has built their entire business around aluminum. It's one of those materials that seems to have a real marketing draw, that seems to perk up consumers, and it's understandable. Aluminum conducts heat well, and an attractive brushed aluminum finish can trump the heck out of any garden variety plastic and/or steel enclosure. It's something Lian Li have essentially created a premium brand around, and today we're taking a look at one of their most premium offerings of all, the PC-A76X.

The PC-A76X isn't just a premium enclosure, it's a concerted effort by Lian Li to produce an E-ATX/HPTX case in relatively small dimensions. Our testbed is admittedly going to seem a little mundane, dwarfed by this monstrous piece of aluminum designed and destined for only the most powerful of workstations (or enthusiast builds), but that may not matter as much as it first appears. Has Lian Li produced a knockout case, or have they missed the mark?

Around the launch of the Alienware M17x R3, Alienware essentially bifurcated its high end notebook offerings into single-GPU (the M17x R3) and dual-GPU (the M18x). The M17x R3 was slimmed down from its beefy predecessor and the M17x actually remains one of the sleeker desktop replacement notebooks available. The M18x had to take its place at the top of Alienware's stack, then, as their contender for the most powerful gaming notebook on the market.

That contention continues with the M18x R2, which like the M17x R4 we recently reviewed is more of an incremental update than a fully-fledged new design. The R2, like the R4, brings with it an Ivy Bridge CPU and a pair of Kepler-based NVIDIA GeForce GTX 680M GPUs in SLI. As we saw, NVIDIA made fantastic gains with the 680M over the 580M; if that didn't impress you enough, you may want to hold on to your hat because two 680Ms in SLI are liable to blow your mind.

Intel started the trend of integrating a GPU along with the CPU in the processor package with Clarkdale / Arrandale. The GPU moved to the die itself in Sandy Bridge. Despite having much more powerful GPUs at its disposal (from the ATI acquisition), AMD was a little late in getting to the CPU - GPU party. Their first full endeavour, the Llano APU (we're skipping Brazos / Zacate / Ontario as it was more of a netbook/nettop part), released towards the end of Q2 2011. The mobile version of the next generation APUs, Trinity, was launched in May 2012.

The desktop version of Trinity will be rolling out shortly. We have a gaming centric piece with general observations here. This piece will deal with the HTPC aspects. Llano, while being pretty decent for HTPC use, didn't excite us enough to recommend it wholeheartedly. Intel's Ivy Bridge, on the other hand, surprised us with its HTPC capabilities. Does Trinity manage to pull things back for AMD on the HTPC front? Read on to find out.