Greg Kroah-Hartman shows the Google Project Ara prototype phone and development board, and he talks about Greybus the protocol that they are developing to make it possible for these hardware modules that must be able to talk to each other and to the host module, they can be hot swappable, they have to be able to describe themselves so everything just works smoothly, they work on the knowledge that they have from USB, PCI, Firewire and all the previous protocols that people have implemented, they work on the base level of what UniPro can do, and they go from there. This is just another sub-system of Linux that drivers plug into. Rob Herring is the project tech lead at Linaro for Project Ara, and he talks about how the Linaro guys are working on the Kernel portions, the ARM Applications Processor modules and the Android modifications to support hardware modules hotplug in a Smartphone.
Smartphone hardware modules Google Project Ara is being shown by Linaro CEO George Grey, as the modifications to Linux on ARM to support Project Ara are being developed and optimized together with Linaro engineers, many of the Google Project Ara engineers meet at the Linaro Connect conference to advance their development for the project. Linaro is one of many companies working for Google on Project Ara, focused on the firmware and on the software to make Android work with removable modules, to communicate through the UniPro bus for hardware modules. Linaro has a lot of experts in Linux and the Linux kernel, able to deliver what Google needs for this project.
The Wifi controlled Nest Thermostat enables you change the temperature in your house anywhere using a Wifi connection. The Nest Thermostat is also aware your homes activities, when people aren't present the Nest Thermostat will change to save energy. The Nest Thermostat can also remember preferences. Nest also makes a smart a Smoke and Carbon Monoxide Detector.
Google promotes their advertising solutions at HKTDC Hong Kong Electronics Fair 2014, they talk about how they work with partners that support Adword campaigns, support industry to make better ads on Google.
Linaro developer talks Android 4.4 in front of the KitKat statue at Android Google Headquarters in Mountain View California
Linaro Android developer Bernhard Rosenkränzer talks about KitKat, talks about the Linaro Connect and talks about the plans for Linaro on Android in the future.
A few hours before the official unveiling of the Google Moto X phone, here I talk with Thomas Christiansen of http://worldoftommy.com, +Todd Neumann of AT&T and +Rafael Morales of http://AndroidSpin.com
Would you like to participate in the next ARMdevices.net Hangout Show? Leave a comment here or on the Google+ thread with your Google+ Profile link and I will invite you to be on the next show when we record it live!
Thanks +Daniel Lietzan for sending me a Chromecast so I'm one of the first in Europe to be testing one! In this episode we talk about all the latest news around the Google Chromecast, Google's "simplified Chrome OS" Powered HDMI Stick!
Watch me talk about the $35 Google Chromecast HDMI Stick Chromestick on a Hangout for Chromecastcast.com
You can watch these 49 minutes of me being interviewed by Paul Terry Walhus in a Hangout On Air for his new blog that's going to be at http://chromecastcast.com (not yet launched) where I talk about what I think the Google Chromecast is, which ARM Powered hardware I expect it to have (I thought maybe Rockchip but it's Marvell), how it may be unlocked for a Chromebox mode (Micro-USB Host to Hub/Ethernet/RF), how this Chrome OS device may support the Chrome browser, Android apps and Games natively instead of only being used for streaming video and audio and more.
I guess Google reads my Google+ feed.. on April 16th I suggested:
$50 Chrome stick would be nice. ARM Cortex-A15 on a HDMI stick running Chrome OS. I'm just saying.
Not sure if the $35 Chromecast Google HDMI Stick has an ARM Cortex-A15 processor in it though, what is the ARM Processor inside of the new Google Chromestick? Is Google using the Quad-core ARM Cortex-A9 Rockchip RK3188? Tegra4? Something from Qualcomm?
Which ARM Processor is being used? Can it run a full Chrome OS On ARM also? USB Host (to Ethernet/RF/Hub) supported?
Can the Chromecast Chromestick run a full Chrome OS included for free? Why didn't Google explain how to "unlock" the Chromestick to display a full ARM Powered Chrome OS on the TV?
I look forward to Chrome OS on ARM Powered HDMI Sticks, let it not just revolutionize Video-on-demand, let the $35 Google stick also be the x86 Wintel desktop killer.
1. My guess is Chromecast has MHL support, can otherwise get charge from MicroUSB, I wonder if a MicroUSB hub can allow for Ethernet connectivity on Chromecast.
2. I wonder how video games and apps are going to run natively on the Chromecast.
3. Does it support Bluetooth 4.0, RF and USB Host for wireless keyboards and mice to use the Chromecast as a Chrome OS desktop without a remote device?
- Google Announces "Chromecast" - Runs Chrome OS (chromestory.com)
- Google Launches The Chromecast To Bring Chrome To The Living Room (techcrunch.com)
- Chromecast Is Official: Costs $35, Sends Video, Music, And Chrome Tabs To Your TV, 3 Months Of Free Netflix Included (androidpolice.com)
- "OK Google, What is Chromecast?" (chromestory.com)
- Chromecast hits $35 price point, aims to connect TV to the web this week (slashgear.com)
- Google announces Chromecast, a dongle to stream online videos to your TV (gigaom.com)
Google Motorola with Qualcomm designs modified Qualcomm Snapdragon ARM SoC based on the dual-core 1.7 GHz Qualcomm Snapdragon MSM8960 Pro with quad-core Adreno 320 GPU. Google says they add "natural language" and "contextual computing" cores hinting at dedicated processes for the OK Google Now touchless control features, to me feel like Sensor Fusion type of support within new upcoming smart devices. This means extreme low power sensors that can monitor things all the time, or which can for example "start listening" as long as the phone is touched at some point in the specific amount of time before you do the touchless voice commands. These types of sensor fusion features may bring very impressive new features to smartphones, the phone may learn always more about where it is in the world, where it is around you, about exact touching and other things. Think about sensors that detect taps without needing to even turn on the screen, meaning you could interact while keeping it in your pocket. Sensor fusion processing is so low power, as far as I remember hearing from Freescale, the battery in a phone can run that sensor for something like a year, or several months, where it can constantly monitor all movements of the device, triggering other areas on the SoC to be activated when specific movements are detected. Consider this may replace the need for a power button to be touched each time you power on the screen of your phone. Consider unlocking mechanisms and a whole new range of gestures and behaviors to interact with your phone. Your phone may even detect all types of touches not only on the screen but also on the back and around your phone, perhaps even touches on the table next to your phone. The GPS may be further optimized and super accurate and fast for all types of positioning features, including expanded Google Now functionality, without turning the phone on, from within your pocket, your phone may start saying something like "Hey Roger, you should check out the restaurant to your right, and I think you must be hungry" because your phone can know that you haven't eaten yet and it knows what types of restaurants you like and it can constantly monitor your positioning to provide smart automatic notifications based on the types of augmented information you would like.
I don't know if Google Motorola with Qualcomm is integrating those new sensors on the die of that Snapdragon/Adreno or if those new type of sensors are outside of the die on the SoC somehow. Does anyone here have any info about how Google Motorola and Qualcomm are doing it? And how are the other ARM SOC vendors going to start shipping all those new Sensor Fusion and advanced Sensor features into devices?
Google Motorola is shipping this new Motorola X8 ARM Processor in their new range of Droid phones (selling exclusively on Verizon in the USA) and it's probably also in the Moto X phone to be launched next week in New York (I wish Goog was inviting me to any of their events).
Are you looking forward to Moto X?
I think that Moto X needs to be $199 unlocked out of contract, released for pre-paid carriers around the world, even shipping with dual-sim card support. If Google can source enough X8 ARM Processors with Qualcomm, enough screens from whoever provides Motorola with screens and if Google can have suppliers manufacture and assemble those fast enough (including those that are rumored to be assembled in the USA, I guess to supply the US market only), if Google wants to sell Moto X all over the developing world, Google can rapidly expand Motorola's market share in smartphone sales worldwide. I can't wait to hear more about the features of the Moto X, how Google integrates those new sensors in Android, how those Sensors expand on the features of ARM Powered devices and to hear more about the range of hardware that Google and Motorola are planning to release. Android merging with Chrome OS and Google TV is just going to be a small part of our future.
3 years ago, I first video-blogged about Freescale's Contextual Sensor Fusion technology talking about Freescale's Xtrinsic Sensor technology being launched at the Freescale Technology Forum in June 2010, that may be similar to the technologies now to be included in Motorola's new range of devices including in the Moto X, this is what I wrote in the description of this video here on this blog in June 2010:
Imagine not needing a power button to turn on your phone, just pick it up. Imagine cheaper warranty as manufacturers will know when devices were damaged because of usage error such as fall or banging. Imagine new user interfaces that are much more relying on sensors as the new Freescale Xtrinsic sensors can measure stuff 2000 times per second (the bandwidth and architecture being better). Imagine also sensors combining their abilities through fusion, again, no need to wake up the main ARM processor of the device to do all kinds of things! Imagine the device knowing exactly how it is touched, how it is moved, how it is held, the touch is not anymore only on the screen! This means better battery usage, months maybe even years of seamless standby. The new Xtrinsic sensor only needs 12 micro amps of power to be turned on all the time!
- Motorola X8 homemade SoC recap: modified Snapdragon forms 'the first true mobile computing system' (phonearena.com)
- Google/Motorola now have their own X8 ARM processor, to debut in new Droids (9to5google.com)
- Motorola new X8 ARM processor to power the Moto X (thedroidguy.com)
- Motorola's X8 Mobile Computing System packs eight cores, one for language processing, one for contextual computing (androidauthority.com)
- Motorola introduces X8 chip for smartphones (liliputing.com)
- Motorola X8 8-core computing system official with Qualcomm backing (slashgear.com)
- Details on Motorola's X8 Mobile Computing System (intomobile.com)