Subject: Mobile | October 15, 2014 - 12:39 PM | Ryan Shrout
Tagged: snapdragon 805, qualcomm, nexus 6, motorola, lollipop, android l, Android
The Android mobile market just got shifted again after three key announcements from Google today to refresh the Nexus family of products that have served as the flagships for Android devices for several years.
First up is the Nexus 6, a phone or phablet depending on your vocabulary preferences, a device with a 5.96-in screen with a resolution of 2560x1440 and a pixel density of 493 ppi. Built by Motorola and sharing a lot of physical design with the recently released Moto X update, the phone is sleek and attractive and will ship in both black and white color schemes.
Other specifications include a Qualcomm Snapdragon 805 quad-core processors running at up to 2.7 GHz and an Adreno 420 graphics core. Capacities of both 32GB and 64GB will be available.
The Nexus 6 and its 6-in screen makes it larger than the Galaxy Note 4, larger than the iPhone 6 Plus and basically anything else considered a "phone" on the market today. The resolution of the phone is also much higher than the iPhone 6 Plus (only 1920x1080) and this should give Google's flagship a big advantage in clarity and media consumption - as long as the new Android Lollipop lives up to its claims.
Camera features are updated as well to include an f2.0 lens with optical image stabilization and a 13MP resolution. Fast charging is becoming particularly important in modern phones and Google claims the Nexus 6 will be able to get 6 hours of use from only 15 minutes of charging and more than 24 hours use from a full charge. We'll see how that pans out of course.
Google says that the Nexus 6 will ship in November with a pre-order in "late October". Expect an unlocked version on Google's Play Store while you can find on-contract versions at ALL US carriers including AT&T, T-Mobile, Sprint and even Verizon. On a side note, this marks the first time Verizon will carry a Nexus-branded phone since the Galaxy Nexus in December of 2011.
Be prepared to pay full price for this phone though. Google lists pricing for the 32GB model at $649 and for the 64GB model at $699.
|Screen||5.96" 1440x2560 display (493 ppi) 16:9 aspect ratio|
|Size||82.98mm x 159.26mm x 10.06mm|
|Weight||6.49 ounces (184 grams)|
|Camera||Rear Camera: 13MP, Dual LED ring flash Front Camera: 2MP @ 1.4 um pixel|
|Audio||Stereo front facing speakers; 3.5mm headphone jack with 4 button headset compatibility|
|CPU||Qualcomm Snapdragon™ 805 - Quad Core 2.7 GHz|
|Wireless|| Broadcom 802.11ac 2x2 (MIMO)
|Network (+ Mobile Sku)||Americas SKU: GSM: 850/900/1800/1900 MHz CDMA: Band Class: 0/1/10 WCDMA: Bands: 1/2/4/5/8 LTE: Bands: 2/3/4/5/7/12/13/17/25/26/29/41 CA DL: Bands: B2-B13, B2-B17, B2-29, B4-B5, B4-B13, B4-B17, B4-B29 Rest of World SKU: GSM: 850/900/1800/1900 MHz CDMA: not supported WCDMA: Bands: 1/2/4/5/6/8/9/19 LTE: Bands: 1/3/5/7/8/9/19/20/28/41 CA DL: B3-B5, B3-B8|
|Power**|| 3220 mAh Talk time: up to 24 hours Standby time up to 300 hours Internet use time up to 8.5 hrs Wi-Fi, 7 hrs LTE Wireless charging built-in
Turbo charger gives up to 6 hours of power in 1 minutes
|Sensors||Accelerometer, Gyro, Magnetometer, Prox, Ambient Light Sensor, Haptics, Hall effect, Barometer|
|Ports & Connectors||Micro USB Single nano SIM Power and Volume key on Right Hand Side of the device 3.5mm audio jack|
|OS||Android 5.0 Lollipop|
Subject: General Tech, Mobile | July 16, 2014 - 04:11 AM | Scott Michaud
Tagged: google, google play, Android, android l
If you have looked at Google's recent design ideologies, first announced at Google I/O 2014, you will see them revolve around skeuomorphism in its most basic sense. By that, I do not mean that they want to make it look like a folder, a metal slab, or a radio button. Their concept is that objects should look like physical objects which behave with physical accuracy, even though they are just simulations of light.
Image Credit: Android Police (and their source)
Basically, rather than having a panel with a toolbar, buttons, and columns, have a background with a page on it. Interface elements which are affected by that panel are on it, while more global actions are off of it. According to Android Police, who make clear that they do not have leaked builds and readers should not believe anything until/unless it ships, the Google Play Store will be redesigned with this consistent, albeit broad, design metric.
Basically, if you are navigation bar, pack your desk and get out.
If true, when will these land? Anyone's guess. One speculation is that it will be timed with the release of Android "L" in Autumn. Their expectation, however, is that it will be one of many updates Google will make across their products in a rolling pattern. Either way, I think it looks good... albeit similar to many modern websites.
Subject: Mobile | July 2, 2014 - 12:00 PM | Ryan Shrout
Tagged: linux, linaro, juno, google, armv8-a, ARMv8, arm, android l
Even though Apple has been shipping a 64-bit capable SoC since the release of the A7 part in September of 2013, the Android market has yet to see its first consumer 64-bit SoC release. That is about to change as we progress through the rest of 2014 and ARM is making sure that major software developers have the tools they need to be ready for the architecture shift. That help is will come in the form of the Juno ARM Development Platform (ADP) and 64-bit ready software stack.
Apple's A7 is the first core to implement ARMv8 but companies like Qualcomm, NVIDIA and course ARM have their own cores based on the 64-bit architecture. Much like we saw the with the 64-bit transition in the x86 ecosystem, ARMv8 will improve access to large datasets, will result in gains in performance thanks to increased register sizes, larger virtual address spaces above 4GB and more. ARM also improved performance of NEON (SIMD) and cryptography support while they were in there fixing up the house.
The Juno platform is the first 64-bit development platform to come directly from ARM and combines a host of components to create a reference hardware design for integrators and developers to target moving forward. Featuring a test chip built around Cortex-A57 (dual core), Cortex-A53 (quad core) and Mali-T624 (quad core), Juno allows software to target 64-bit development immediately without waiting for other SoC vendors to have product silicon ready. The hardware configuration implements big.LITTLE, OpenGL ES3.0 support, thermal and power management, Secure OS capability and more. In theory, ARM has built a platform that will be very similar to SoCs built by its partners in the coming months.
ARM isn't quite talking about the specific availability of the Juno platform, but for the target audience ARM should be able to provide the amount of development platforms necessary. Juno enables software development for 64-bit kernels, drivers, and tools and virtual machine hypervisors but it's not necessarily going to help developers writing generic applications. Think of Juno as the development platform for the low level designers and coders, not those that are migrating Facebook or Flappy Bird to your next smartphone.
The Juno platform helps ARM in a couple of specific ways. From a software perspective, it creates common foundation for the ARMv8 ecosystem and allows developer access to silicon before ARM's partners have prepared their own platforms. ARM claims that Juno is a fairly "neutral" platform so software developers won't feel like they are being funneled in one direction. I'd be curious what ARM's partners actually think about that though with the inclusion of Mali graphics, a product that ARM is definitely trying to promote in a competitive market.
Though the primary focus might be software, hardware partners will be able to benefit from Juno. On this board they will find the entire ARMv8 IP portfolio tested up to modern silicon. This should enable hardware vendors to see A57 and A53 working, in action and with the added benefit of a full big.LITTLE implementation. The hope is that this will dramatically accelerate the time to market for future 64-bit ARM designs.
The diagram above shows the full break down of the Juno SoC as well as some of the external connectivity on the board itself. The memory system is built around 8GB of DDR3 running at 12.8 GB/s and the is extensible through the PCI Express slots and the FPGA options.
Of course hardware is only half the story - today Linaro is releasing a 64-bit port of the Android Open Source Project (AOSP) that will run on Juno. That, along with the Linux kernel v3.14 with ARMv8-A support should give developers the tools needed to write the applications, middleware and kernels for future hardware. Also worth noting on June 25th at Google I/O was the announcement of developer access coming for Android L. This build will support ARMv8-A as well.
The switch to 64-bit technology on ARM devices isn't going to happen overnight but ARM and its partners have put together a collective ecosystem that will allow the software and hardware developers to make transition as quick and, most importantly, as painless as possible. With outside pressure pushing on ARM and its low power processor designs, it is taking more of its fate in its own hands, pushing the 64-bit transition forward at an accelerated pace. This helps ARM in the mobile space, the consumer space as well as the enterprise markets, a key market for SoC growth.