Samsung S6 edge or face out: curved screen production capacity

Samsung S6 edge or face out: curved screen production capacity

galaxy-s-6-edge

According to South Korean media reported earlier rumors Samsung’s new reservation number listed GalaxyS6 and high S6 edge innovation, more than 20 million units. The latest news shows, the initial listing of the new machine will be faced with stock risk, Shen Zong Samsung mobile business executives have said, because the screen is difficult to manufacture surfaces, S6 edge may be in short supply.

Samsung S6 Edge or face out: curved screen production capacity
Samsung S6 edge or face out (images from cbsi)

Jong-Kyun Shin made the remarks at a media event held in Seoul, said that although the curved screen Galaxy S6 edge strong demand for mobile phones, but the curved screen complex production process, production speed is slower. “We are trying to solve the problem of insufficient supply. Supply problems will continue for some time,” said Shen Zongjun.

It is understood that the Samsung Galaxy S6 Friday will be on sale in more than 20 countries and regions. The phone has received much praise, Samsung Electronics expects sales of the models will be very brisk, and bring new hope for the company’s sluggish performance.

However, Jong-Kyun Shin refused to provide two new flagship shipments forecast data, but 申宗钧 pointed out that these two mobile phone shipments will exceed last year’s launch of the Galaxy S5 phone.

In response, many analysts say parts supply difficulties may become an obstacle to the success of Samsung’s new mobile phone stumbling block. Samsung curved screen because of its unique design received a positive evaluation. Some analysts expect theGalaxy S6 edge mobile phone sales will exceed the flat-screen Galaxy S6 phone.

Samsung’s new flagship struck pass using 4K display Galaxy Note 5

Samsung’s new flagship struck pass using 4K display Galaxy Note 5

galaxy-note-5

According to foreign media reports SamMobile, Samsung plans to launch this year with 3840 × 2160 resolution, Ultra HD screen smartphone, and Note 5 is likely to be applied first model of this screen.
Samsung’s new flagship struck pass using 4K display Note 5
Biography 4K display using Samsung Note 5 (images from SamMobile)
It is reported, Galaxy Note 5 will have regular edition and curved screen version two, respectively 5.89 inches and 5.78 inches display with 748ppi pixel density will reach a record and 762ppi. The new display will choose “Diamond pixel (Diamond pixels)” arrangement, closer PenTile, rather than the standard RGB arrangement.
Because Galaxy S6 edge dual side screen has been welcomed by the market, so Samsung plans to introduce this design Note Series models, namely Galaxy Note 5 edge.
In addition, Galaxy Note 5 camera will have a stronger and higher pixel processor performance, that is an upgraded version of Exynos 7420. Reported that Samsung’s latest processor, code-named “Mongoose” (mongoose), frequency up to 2.3GHz, single core Geekbench score of 2200 points, the Exynos 7420 processor performance than 45 percent higher.
News that Samsung will start mass production of about 5.9 inches 4K resolution display in August of this year, and Galaxy Note 5 is also expected during the IFA in September debut.

Samsung GALAXY Note 5 detailed parameters
Basic parameters
Exposure Date 2014
Phone type 4G phones, 3G mobile phones, smart phones, tablet phone
Screen
Touch screen type capacitive screen, multi-touch
The main screen size 5.89 inches
The main screen material Super AMOLED
The main screen resolution of 3840×2160 pixels
Screen pixel density of 748ppi
Screen technology Diamond Pixel pixel arrangement diamond technology
2.56mm narrow border
Accounting for 79.53% of the screen
Network
WLAN function WIFI, IEEE 802.11 a / n / b / g / ac
Navigation GPS navigation, GLONASS navigation, Beidou navigation
Connecting and sharing DLNA, WLAN hotspot, Bluetooth, NFC, infrared remote control, MHL3.0, OTG
Hardware
Operating System Android OS
True eight nuclear cores
Samsung Exynos 7420 CPU model
Webcam
Built-in camera
Camera type dual cameras (front and rear)
Flash LED fill light
Video capture 4K (3840×2160,30 frames / sec) video recording
Camera features digital zoom, auto focus, noise reduction
Exterior
Candy bar design
Body Material metal frame
Operation type physical buttons
Sensor type gravity sensor, light sensor, proximity sensor, gyroscope, heart rate sensor, fingerprint reader, ultraviolet sensors
SIM Card Type Micro SIM card
Body interface 3.5mm headphone jack, Micro USB v2.0 data interface
Service and Support
Audio Support MP3 / WAV / eAAC + / AC3 ​​/ FLAC and other formats
Video Support MP4 / DivX / XviD / WMV / H.264 / H.263 formats
Picture Support JPEG / PNG / GIF / BMP format
Common features calculators, radios, books, alarm clock, calendar, recorder, scene mode, theme mode
Business functions Flight mode
Mobile Phone Accessories
Packing list host x1
Lithium Battery x1
Data line x1
Headphone x1
Charger x1
S Pen stylus x1
Manual x1

Aluminum Battery Recharge Your Phone In Just One Minute

aluminum-battery

Coming soon (hopefully): an ultrafast rechargeable battery that’s also cheap and long-lasting. And since it’s made of aluminum, the new battery is a safer alternative to conventional lithium-ion and alkaline batteries millions of us are using today. The work is described in Nature this week.

For decades, researchers have been eyeing aluminum (the same stuff in foil and beer cans) as material for batteries: It’s cheap, bendy, and has low flammability and high-charge storage capacity. But attempts to develop a commercially viable aluminum-ion battery have been unsuccessful. Like most other batteries, these are comprised of two electrodes: a negatively charged anode (here, made of aluminum) and a positively charged cathode. The challenge has been finding the right material for the cathode — something capable of producing sufficient voltage after repeated cycles of charging and discharging.

Now, an international team led by Stanford’s Hongjie Dai have accidentally discovered a simple solution using graphite, which is basically carbon. They placed an aluminum anode, graphite cathode, and an ionic liquid electrolyte (a salty liquid, essentially) in a flexible pouch coated with a polymer.

The team hope that their new battery will replace alkaline batteries, which are bad for the environment, and lithium-ion batteries, which can sometimes burst into flames. Even though they’re somewhat of a fire hazard, lithium-ion batteries are used in most of ourlaptops and smartphones. “Lithium batteries can go off in an unpredictable manner — in the air, the car or in your pocket,” Dai says in a news release. “Our new battery won’t catch fire, even if you drill through it.”

Furthermore, they say their breakthrough battery is also ultra-fast charging and crazy durable. Unlike the hours some of us might spend charging our phones, their prototype has a charge time of one minute. And it’s able to withstand more than 7,500 charge-discharge cycles without losing its capacity. A typical lithium-ion battery, for comparison, lasts about 1,000 cycles.

Unfortunately, this new rechargeable aluminum battery won’t be ready for us any time soon. For one thing, this battery generates about two volts of electricity. While that’s more than your everyday 1.5-volt AA and AAA batteries, as well as any other aluminum prototype thus far, that’s only about half the voltage of a typical lithium battery. “Improving the cathode material could eventually increase the voltage and energy density,” Dai explains. “Otherwise, our battery has everything else you’d dream that a battery should have: inexpensive electrodes, good safety, high-speed charging, flexibility, and long cycle life. I see this as a new battery in its early days.

Foreign media said the iPad protective

When the iPad Smart Cover Case originally released, you can unlock the device through the firmness, can be used directly opened with great convenience, but this operation has won praises from the users.

    But iPad Air 2 and iPad mini 3, Apple added its Touch ID fingerprint recognition to unlock, which raises the question: When the user off Smart Cover, see would be a fingerprint to unlock the screen, more than the increase of one step a direct impact on its original convenience, users will find some of the old accustomed.

    Of course, Apple would certainly have joined in on the device Touch ID function, to ensure payment and other aspects of security. However, considering that many users are at home using iPad, in fact, the security itself is relatively high, but will make the unlock process becomes complicated.

　　For Touch ID, Apple's explanation would be safe and would be a lot easier when shopping in the App Store. In addition, Apple also apply for patents, for example, allows the user to a region set to "trusted" in the affected area within the trusted device can be automatically unlocked without a password.

Since injections cry: UK research SMD

Medical research group at Queen's University Belfast introduction, Microneedles miniature SMD syringe needle is mounted on a patch, but after the patch attached to the patient in the appropriate position on the skin, you can complete a traditional hypodermic link. Microneedles the obvious benefits of this, there will not appear traditional bruises after subcutaneous injection and scars, can effectively avoid the risk of wound infection after injection since brought.

    Currently, the medical team is on Microneedles for clinical trials. In addition, Microneedles also attracted strong interest immunologists. Because, this is applied to the vaccination syringe, let the work will become a lot easier. Microneedles expected before the official promotion also need several rounds of clinical trials in the near future will be applied to clinical medicine.