Subject: Processors, Mobile | July 18, 2016 - 12:03 AM | Sebastian Peak
Tagged: softbank, SoC, smartphones, mobile cpu, Cortex-A73, ARM Holdings, arm, acquisition
ARM Holdings is to be aquired by SoftBank for $32 billion USD. This report has been confirmed by the Wall Street Journal, who states that an official annoucement of the deal is likely on Monday as "both companies’ boards have agreed to the deal".
(Image credit: director.co.uk)
"Japan’s SoftBank Group Corp. has reached a more than $32 billion deal to buy U.K.-based chip-designer ARM HoldingsPLC, marking a significant push for the Japanese telecommunications giant into the mobile internet, according to a person familiar with the situation." - WSJ
ARM just announced their newest CPU core, the Cortex-A73, at the end of May, with performance and efficiency improvements over the current Cortex-A72 promised with the new architecture.
(Image credit: AnandTech)
We will have to wait and see if this aquisition will have any bearing on future product development, though it seems the acquisition targets the significant intellectual property value of ARM, whose designs can be found in most smartphones.
Subject: Processors | December 28, 2015 - 07:00 AM | Sebastian Peak
Tagged: skylake-u, Skylake, mobile cpu, Intel, desktop cpu, core i7, core i5, core i3, Broadwell
As reported by CPU World Intel has added a total of eight new processors to the 5th-gen “Broadwell” and 6th-gen “Skylake” CPU lineups, with new mobile and desktop models appearing in Intel’s price lists. The models include Core and Celeron, and range from dual core (five with Hyper-Threading) to a new quad-core i5:
Chart of new Intel models from CPU-World
“Intel today added 8 new Broadwell- and Skylake-based microprocessors to the official price list. New CPUs have unusual model numbers, like i5-6402P and i5-5200DU, which indicates that they may have different feature-set than the mainstream line of desktop and mobile CPUs. Intel also introduced today Celeron 3855U and 3955U ultra-low voltage models.”
It is unclear if the desktop models (Core i3-6098P, Core i5-6402P) listed with enter the retail channel, or if they are destined for OEM applications. The report points out these models have a P suffix “that was used to signify the lack of integrated GPU in older generations of Core i3/i5 products. There is a good chance that it still means just that”.
Subject: Mobile | September 9, 2014 - 03:45 PM | Sebastian Peak
Tagged: mobile gpu, mobile cpu, mobile, iphone 6 plus, iphone 6, iphone, apple, 5.5, 4.7
Today Apple finally catches up with the current smartphone industry as they announce not just a new iPhone, but two new phones - both with much larger screens.
Image credit: Apple, Inc.
In 2007 Steve Jobs proclaimed that the just-announced iPhone was five years ahead of the competition. In many ways, he was correct - though by 2012 the market had more than caught up. In fact, Apple was behind when they announced the 4-inch iPhone 5, which managed to tick the larger-screen checkbox by simply increasing the vertical resolution by 100 pixels or so. In the area of the "phablet" the iterative refresh that followed in 2013 was hardly news, and Samsung, LG, and HTC busied themselves with larger, higher-resolution offerings that made the iPhone look tiny in comparison.
Image credit: The Verge
The new iPhone 6 features a smooth (and widely leaked) design with a thin profile and rounded corners, and the expected 4.7-inch screen. However this screen is a disappointing (and very odd) 1334x750 resolution. Contrast the Nexus 5’s 4.95-inch 1080p screen, which represents what has simply become an industry standard for smartphones in the 5-inch range.
But the bigger news here (literally) is the announcement of the iPhone 6 Plus. This 5.5-inch phone has a full 1920x1080 resolution, and there are UI tweaks to iOS 8 that are only enabled on this larger version, such as an expanded landscape keyboard and horizontal home screen. The Plus also features a better camera than its 4.7-inch sibling, with optical image stabilization (OIS) implemented along with the same new image sensor.
Speaking of the image sensor, which is “all-new” according to Apple, the next-gen 8 MP iSight camera has same 1.5(micron) pixel size as before, f/2.2 aperture. True Tone flash returns, and the new camera also boasts faster “phase detection” autofocus. The image signal processor in the A8 chip is also custom designed by Apple. Another change is video slo-mo support, with up to 240fps capture.
Image credit: The Verge
The A8 itself is a second generation 64-bit chip, with 2 billion transistors on a 20nm process. This is 13% smaller than the A7, and Apple claims a 20% faster CPU, 50% faster graphics than its predecessor. Apple is also placing emphasis on sustained performance with this new chip, showcasing graphs with maintained speed within their thermal envelope during extended use. This is accompanied by the new M8 motion coprocessor, which adds new functionality for motion applications (just in time for iOS 8).
Image credit: The Verge
The screen is ion-strengthened glass (no sapphire here) with an “improved polarizer", and photo-aligned IPS LCD technology. Whatever that is. If you're interested, Sharp previously published a paper with technical details on this technology here (PDF).
Image credit: Apple, Inc.
The phones are thin, too. The iPhone 6 is 6.9mm thick, and the 6 Plus is only slightly thicker at 7.1mm.
As far as wireless communication goes, these new iPhones feature 20 bands of LTE as well as VoLTE support, and 802.11ac Wi-Fi. And Apple users can get ready to start waving their phone wildly at checkout as NFC payments come to the iPhone via “Apple Pay”. Some 22,000 retailers will work with it (it seems to be using conventional wireless credit card infrastructure).
The battery life should be improved with both phones compared to the current iPhone 5S, and particularly so with the larger iPhone 6 Plus. Apple is claiming up to 24 hours of 3G talk time and 12 hours of LTE browsing on the 5.5-inch phone, along with a 16 day standby.
The iPhone 6 and iPhone 6 Plus will be available September 19, with the 16GB versions starting at $199 and $299 respectively with a 2-year contract. Of note, while the entry-level capacity remains at just 16GB, the next model for both phones jumps to 64GB for an additional $100 each.
Subject: Mobile | April 26, 2012 - 12:55 PM | Jeremy Hellstrom
Tagged: mobile processor, mobile cpu, Ivy Bridge, intel hd 4000, Intel, i7-3720QM
Matt was not the only one who had a chance to play with a notebook based on the new i7-3720QM, Hardware Canucks received an engineering sample of the ASUS G75VW-3D which contains the Core i7-3720QM and an impressive 16GB of DDR3-1600. Their testing agreed with Matt's as they saw improvements across the board when comparing this system to a similar SandyBridge based machine on general GPU computing and an even larger increase when testing the HD4000 graphics engine on the chip. Catch their full review here.
"With such a big deal being made about the introduction of Intel's Ivy Bridge lineup on the desktop side, their new mobile chips deserve a chance in the spotlight as well. In this review, we take a closer look at the new i7-3720QM notebook processor which promises to be a significant step forward for the mobile product space."
Here are some more Mobile articles from around the web:
- Dell Latitude XT3 Review @ TechReviewSource
- Asus N56VM Review @ TechReviewSource
- Toshiba Excite 10 LE Review @ TechReviewSource
- MSI GT683DXR Gaming Laptop Review @ HardwareHeaven
- Toshiba Qosmio X775-Q7170 Review @ TechReviewSource
- Mobile CPU Comparison Guide @ TechARP
- Waterfield IPad2 Suede Jacket Sleeve Case Review @ PCSTATS
- ASUS Transformer Pad 300 @ AnandTech
- Samsung Galaxy Tab 2 7.0 Tablet @ TechSpot
- Otterbox Samsung Galaxy S II Commuter Series Case Review @ Madshrimps
- Lava Xolo X900 Review - The First Intel Medfield Phone @ AnandTech
Introduction, Overview, What is New With Ivy Bridge
This article will focus on the new Ivy Bridge, 3rd Generation Core Processor from a mobile perspective. If you are curious as the performance and features of the Ivy Bridge desktop processors, be sure to check out our desktop Core i7-3770K review here.
It would be an understatement to say that Intel’s had a good streak as of, say, the last five years. If life was commented on by the announcer from Unreal Tournament, Intel’s product releases would now be followed by the scream of “M-M-M-MONSTER KILLLLLLLL!” This is particularly true in the mobile market. Atom aside, Intel’s processors have repeatedly defeated AMD and its own preceding products.
Many companies in this position might feel it’s time to take a breather, but Intel has reached this point precisely because it doesn’t. The “tick-tock” strategy of constant improvement has made the company and its products stronger than ever before. Even the Pentium-powered Intel of the mid-90s seems weak compared to today’s juggernaut.
And so we come to the launch of Ivy Bridge. This is not a new architecture but instead an update of Sandy Bridge – however, that does not mean the under-the-hood revisions aren’t substantial. There’s a lot to talk about.
The reference system provided for our review is an ASUS N56VM, but this is not a full review of the laptop. That will be published later, after we’ve had more time to look at the laptop itself. Our focus today is on the new Intel hardware inside.
Let’s get to it.