Smartphone Manufacture Company BlackBerry’s upcoming smartphone named Argon will be the second Android based smartphone to hit markets this year.
BlackBerry is preparing a full touchscreen Android Based smartphone Argon features a 5.5-inch Quad HD display. BlackBerry Argon come with a 21MP rear camera and an 8MP front camera.
BlackBerry Argon is powered by Snapdragon 820 SoC coupled with 4GB RAM and 32GB internal storage.
BlackBerry Argon has a 3000mAh battery. It will also have a fingerprint scanner and USB Type-C connector.
Features of BlackBerry Argon:
- Snapdragon 820 SoC
- Latest Android OS
- Fingerprint scanner and USB Type-C connector.
- 5.5-inch Quad HD display.
- 21MP rear camera and an 8MP front camera.
- 4GB RAM and 32GB internal storage
- 3000mAh battery
LeEco’s Le 2
Smartphone Manufacture LeEco’s recently launched second-generation super-smartphone Le 2.
LeEco’s Le 2 comes with 1.8GHz octa-core Qualcomm Snapdragon 652 processor. It has 16MP rear camera and 8MP front camera, which gives a self-portraits a superior camera-quality features. It is also equipped with PDAF a phase detection auto focus feature that enables fast focusing on the image.
LeEco’s Le 2 offers a 5.5-inch Full HD display and features an In-Cell display screen which allow mobile devices to be thinner and lighter.
LeEco’s Le 2 screen’s blue light filter also helps reduce eye fatigue. The phone packs 32GB of internal storage with 3GB of RAM.
LeEco’s Le 2 runs on Android 6.0.1 and is powered by a 3000mAh non removable battery. It comes with options include Wi-Fi, GPS, Bluetooth, 3G, 4G.
Sensors on the phone include Proximity sensor, Ambient light sensor, and Gyroscope.
LeEco’s Le 2 comes with an attractive price tag of Rs 11,999
Smartphone Manufacture Company BlackBerry’s upcoming smartphone named Neon will be the first Android based smartphone to hit markets this year.
After long gap BlackBerry enter into android Market.
BlackBerry Neon reportedly features a 5.2-inch Full HD display and metal unibody design. BlackBerry Neon Powered by Snapdragon 617 chipset. BlackBerry Neon comes with 3GB RAM and 16GB internal storage.
BlackBerry Neon also sports a 13MP rear camera and an 8MP front shooter for selfie lovers. It also has 2,610mAh battery with Qualcomm QuickCharge 2.0.
Feature of BlackBerry Neon :
- 5.2-inch Full HD display and metal unibody design
- Latest Android OS
- Snapdragon 617 chipset
- 3GB RAM and 16GB internal storage.
- Qualcomm QuickCharge 2.0.
- 13MP rear camera and an 8MP front camera.
- 2,610mAh battery.
BlackBerry Neon is expected to come to markets by this month.
Gionee launches Elife S8
Gionee launches Gionee Elife S8. This phone has a new features that supports 2 WhatsApp accounts.
The unique WhatsApp support is the headlining feature of the Gionee Elife S8, it also comes with a number of other features like floating windows and has an inbuilt video editor. Gionee Elife S8 uses the Amigo 3.2 user interface on top of Android Marshmallow.
Gionee Elife S8 also features a 3D Touch screen, that help users to access quick settings with long press on an app icon.
Gionee Elife S8 comes with Helio P10 processor made by MediaTek and has 4GB RAM. It has 64GB internal storage along with support for a microSD card.
Gionee Elife S8 has a unique design with all-metal body and has no rubber inserts for antennas and sensors. Gionee Elife S8 uses some special Gionee created technology to hide sensors inside the aluminium without any interference from metal. Gionee Elife S8 comes with a 5.5-inch AMOLED screen with resolution of 1080p.
Gionee Elife S8 has 16-megapixel camera with laser auto focus. On the front, the phone sports an 8-megapixel phone.
Specs of Gionee Elife S8:
- Android Marshmallow 6.0 OS
- Helio P10 processor made by MediaTek and has 4GB RAM
- 64GB internal storage and microSD card
- 5.5-inch AMOLED screen with resolution of 1080p
- 16-megapixel camera with laser auto focus at Rear End and 8-megapixel phone in front.
- Unique WhatsApp dual account support
The kSA 400 is the most potent analytical RHEED system on the market offered by k-Space. Additionally, k-Space provides the customer support you need to understand and manage the most advanced monitoring tools in the photovoltaic industry. The company is also proud to announce an addition to the kSA 400 – the kSA 400 Lite. For instance, if you must obtain RHEED pattern analysis, but don’t require the full potency of kSA 400, the “Lite” version might be all you need. kSA Lite has similar gear and technical support; it delivers real time growth rate and you will be able to upgrade to the full system at any given time. But before you make a decision, which system suits your production needs best, compare the main differences in the systems’ software first.
In a nutshell, kSA Lite is the more basic software. The fundamental difference will be the manner of data acquisition – the kSA 400 has 7 modes unlike Lite that delivers a single images for computable static analysis and archiving; kSA Lite data analysis capability, storage and communication are also rather limited. Another innovation that k-Space is proud to offer this year is Camera for BandiT Systems. The camera is not required for system use, however, if you want to obtain images of the sample inside the chamber, the camera will provide you with an ability to look inside without having to move the System. This is an extra way to control the process, and you can easily add this optional camera to your BandiT System at any time. You can use this camera at the same time as you’re obtaining your BandiT substrate temperature. Also, until December 31st, k-Space offers specials on system upgrades, cameras, etc. and you can take advantage of 10% off!
Technology devices we rely on every day were primarily possible because of the perfected process of thin film deposition. Our hobbies such as photography or architecture features for construction objects’ sustainability, for example window coatings that preserve heat or cool temperatures inside, our style accessories like sunglasses, and many other things we don’t even notice anymore, depend upon and are created with the use of thin film coatings.
Thin film deposition mainly consists of two steps – the production of thin films, and their deposition (application) onto a surface. Since this process must follow certain strict guidelines, everything must be performed in a highly controlled environment.
Fixed temperatures must be sustained for the production of thin film matter that will be transferred or deposited on another exterior, which also demands a certain environmental state to increase thin film deposition rate for a timely and error free process.
During this transfer of one substance onto another, a complicated network of events takes place to ensure the properties of the future thin film. Under controlled conditions, chemical particles of a deposited material interact with the chemical composition of the surface in order to create the perfect fusion. To reach this perfect fusing of the two, engineers must refer to extremely sensitive tools that control chemical purity, thin film stress and deposition rate.