Nordic Semiconductor shows their ultra low power Bluetooth Low Energy, Ant, 2.4Ghz ARM Cortex-M0 based system on chips for trying to simplify the development of Wearables, Internet of Things devices, they are working to make things as simple as possible. One of the features that Nordic Semiconductor is able to demonstrate is to send voice over Bluetooth Low Energy. Nordic Semiconductor's implementation of Thread and mbed are being demonstrated.
Gordon Zheng, Founder and Lead Developer, presents Andromium OS, described as a guest OS that run on top of Android, leveraging existing Android API's as well as a new UI library to bring a productivity keyboard/mouse desktop style user experience similar to Windows and OSX. Currently Android does not support a true multi-window experience, however some manufactures like LG and Samsung have made some modification to android (ROM) to bring the side by side apps and windows app experience for their devices. Andromium takes a similar approach, while Samsung and LG's approaches are exclusive to their devices, Andromium OS runs on any Android device as long as their device support Android version 4.4 and above. The next step for Andromium will be to release a Developer SDK and Andromium app store to the developer community, to grow the OS ecosystem.
The Andromium SDK, designed as an additional library that developers can import into their existing Android projects, allowing their android apps to inherit the Andromium OS multi-windows functionality, as well as have the correct UI elements for a keyboard and mouse interface. The Android developers can continue to use their favorite Developer environment: ADT or Eclipse, they just have to import Andromium's library into their project.
Currently Andromium OS in on the Google playstore as a public beta, it is currently around 5mb download. Long term the OS/App will stay relatively small. Andromium can support most devices on Android 4.4 and above (including Lollipop). The Andromium OS/UI is hardware accelerated, so that users should experience 30fps or above according to the performance of the ARM Processor. For example on a Samsung Note 4, Andromium OS can play a 4k video, surf in the browser and still have close to 30fps ui rendering when moving or resizing the application windows.
After spending Billions of dollars in the past year to buy market share in the tablet market, Intel’s mobile division reported an operating loss of $4.21 billion for 2014, Intel subsidized Shenzhen tablet design houses and factories, they probably want to stop that very expensive subsidy by trying to convince the design houses and factories to use Intel's next generation x86 platform which Intel may claim to not be requiring subsidies to buy market share anymore. Previously code-named Sofia, Intel's x3 platform is a two chip 3G solution using ARM Mali-400MP4 GPU in the Intel x3 C3130 dual-core, ARM Mali-450MP4 GPU in the quad-core Intel x3-C3230RK (marketed/designed with Rockchip) and 4G LTE with the ARM Mali-760MP2 GPU in the quad-core Intel x3 C3440. Will Intel manage to price their next generation x86 at MediaTek-like levels and will they really be able to keep design houses and factories interested if they stop subsidizing them, if they stop dumping the price and giving away their CPUs for free, giving factories PCB designs for free (reference design based), PCB and tablet productions subsidized, marketing subsidized, software development subsidized and etc? What is Intel's real potential market share in tablets and smartphones when they stop this subsidy? And why doesn't Intel just make more ARM devices in and out of their Fab like they did the Intel/Rockchip XMM6321 dual-core ARM Cortex-A5 that I filmed here: http://armdevices.net/?s=XMM6321
Thinfilm is a Norway-based company focused on expanding the traditional Internet of Things into a much broader Internet of Everything using the benefits of printed electronics. Thinfilm’s NFC Barcode and Smart Label product platforms use 13.56MHz Near Field Communication (NFC) technology to communicate from Thinfilm labels (placed on everyday things, at the item level rather than the box/palette/case level) to NFC capable devices, including smartphones and industrial readers. The 128-bit NFC Barcode is manufactured on Thinfilm’s printed-dopant polysilicon (PDPS) manufacturing platform, which enables high-performance transistors capable of handling wireless communication and NFC frequencies and data rates. The payload consists of a mix of fixed ID ROM bits, which cannot be electrically modified for security purposes, and dynamic bits that can the assigned to sensors. Thinfilm recently announced OpenSense technology, which transmits information about the state of a seal (factory sealed or previously opened) to a smartphone. This is being demonstrated in Barcelona in the form of a Johnnie Walker whisky Smart Bottle, which can communicate a unique identification number and dynamic sensing data to a smartphone. The OpenSense technology can lead to improved consumer engagement and can be used to verify authenticity of the underlying product while the seal is still intact. Next, Thinfilm’s temperature sensing Smart Labels integrate batteries, sensing circuitry, optional visual printed electrochromic displays, and NFC wireless transmission function into a single self-contained smart sensing system. These systems use NFC to tell a smartphone or other compatible device whether a food or pharmaceutical shipment stayed within specified temperature limits or whether it became too hot or too cold during transport. That simple data can help caretakers, retailers, and supply chain partners to make smart decisions by providing a real time indication of the temperature behavior (within limits vs. exceeded limits), and the big data pushed to the cloud with every interaction will help brand owners and others to make smarter business decisions based on trends captured by thousands or even millions of units active at any point in time. Learn more at www.thinfilm.no
You can contact ThinFilm here:
Director, Product & Technical Marketing
Thin Film Electronics, Inc.
phone +1 408 503 7311
Address: 2865 Zanker Rd, San Jose, CA 95134-2101, United States
LinkedIn: Thin Film Electronics
MediaTek launches their MT2601 Android Wear ready (soon) Smartwatch platform, and also they show off their Kopin micro LCD Smart Glass solution on MediaTek Aster MT2502. In my opinion, these are the best looking Smartwatch and Smartglass at Mobile World Congress 2015. The Smartwatch that MediaTek is showing is designed by GoerTek and it runs Android 4.4 for now but Android 5.0 with Android Wear UI is coming soon for the MT2601 platform according to MediaTek. MediaTek MT2502 is running an ARM11 core to run the MediaTek LinkIt OS while MediaTek MT2601 is a dual-core ARM Cortex-A7 to run a full Android Lollipop with Android Wear soon supported! This is perhaps the optimal low cost Smartwatch and Smart Glass solution for the market, finally available from MediaTek, with soon to come Lollipop thus Android Wear supported.
Specs of the GoerTek MediaTek MT2601 Smartwatch:
- 1.5” circular TFT LCD 320x320
- IPX7 waterproofing
- BT/BLE, Wi-Fi, GPS, 3G cellular supported
- Android 4.4 OS (Lollipop Android Wear soon!)
- PPG heart-rate sensing
- Built-in microphone and speaker
Android 5 on 64bit ARMv8 with Mali-T760MP8 shown running Epic Unreal Engine as well as the Mali-T760 MP4 on the Pipo P4 with 32bit Rockchip RK3288 ARM Cortex-A17.
Runs Qualcomm Snapdragon 810 octa-core 64bit ARM Cortex-A57/53 with the Adreno 430 GPU, with LTE support on a 10.1” 2K display, 3GB RAM, it's thinner and lighter than Sony has ever done a tablet, packs a 6000 mAh battery for up to 17 hours of Video playback. It also has a nice bluetooth Keyboard Dock option that fits well with it and folds into a laptop mode. I just wish Sony would sell it closer to sub-$300 with LTE and the Keyboard Dock than at probably $600+.
Runs on Qualcomm MSM8939 Snapdragon 615 which is an octa-core 64bit with quad 1.7 GHz ARM Cortex-A53 and quad 1.0 GHz ARM Cortex-A53, runs Android 5 Lollipop and it is already now being sold for about $250. The ZTE Blade S6 Plus will be available in April at maybe something around $300.
LG's nicest yet Android Wear watch has a circular 1.3" P-OLED display with 410mAh and runs on Qualcomm Snapdragon 400.
Qualcomm announced their upcoming Snapdragon 820 processor, introducing their newest Kryo custom ARM 64bit design, to be available in the second half of the year, built on FinFET technology. Qualcomm introduces their cognitive computing which is a sort of artificial intelligence making mobile computing easier. This video is also a 28-minute booth tour of the Qualcomm booth at Mobile World Congress 2015, where they are showing Cat9 450mbitps LTE and even Cat11 LTE at up to 600mbitps! Qualcomm shows their advanced 4K and Graphics on the Snapdragon 810 Octa-core 64bit ARM Cortex-A57/53. We also get to see some of Qualcomm's Allseen Internet of Things demos, augmented reality, mantis vision's MV4D world scanning, the Snapdragon 400 powering Android Wear and more.
- Qualcomm Announces Snapdragon 820 and Zeroth Platform (anandtech.com)
- Qualcomm unveils Snapdragon 820 SoC with Kryo CPU cores (HEXUS.net)
- Qualcomm announces Krait successor with Kryo-powered Snapdragon 820 (mobilesyrup.com)
- Qualcomm's Snapdragon 820 will feature Kryo CPU, Krait's 64-bit successor (arstechnica.com)
- Qualcomm puts silicon brain in flagship Snapdragon 820 chip (computerworld.co.nz)
- Qualcomm confirms Snapdragon 820, details 64-bit Kyro CPU (trustedreviews.com)
- Qualcomm teases Snapdragon 820 and 'thinking' camera tech (wired.co.uk)
- Qualcomm launches Snapdragon 820, new ultrasonic fingerprint scanner (pocketnow.com)
- Snapdragon 820 Revealed in Qualcomm's Leaked Roadmap (technobuffalo.com)