Samsung Electronics just announced the launch of the Samsung GALAXY Chat, a sleek and compact phone designed for the socially-active user. The new GALAXY Chat will allow its users to connect the people around them more easily. The phone will be available from July starting in Spain and gradually rolled out to Europe, Latin America, Middle East, China, Southeast Asia, and Southwest Asia at a competitive price point
The phone combines a 3.0 inch touch-screen with a full QWERTY keypad, and is powered by Android 4.0. The design has the look and feel of the Nokia E6 and the classic Blackberry phones, and intends to make it easy to keep up with your social life and turn it into a fast and fun experience.
Sports photographers can rejoice this summer as Sony launch their new XQD™ S Series memory card, allowing the best-ever shooting performance so far. Offering a sustained read/write transfer speed of 168MB/s (actual speed), the XQD™ S Series actually outpaces the maximum interface speed limit of Compact Flash cards (167 MB/s), and is ideal for storing large volumes of data-heavy RAW files.
The blazing speed and large capacity, should make the card ideal for sports photographers who doesn’t want to be held back by eventual lag in the storage media, and at the same time might be triggering the camera’s shutter remotely and cannot conveniently change media cards in the middle of the action they are trying to capture.
Microsoft just announced the new Microsoft Surface at their Los Angeles press event. It will come in two versions. One running Windows RT on an ARM processor from Nvidia, and a second using an Intel Ivy Bridge Core i5 processor, running Windows 8 Pro. They use Corning Gorilla Glas 2, got dual 2×2 Memo antennas, a 10.6 inch display, front / rear cameras and a built in stand. The edges are beveled, chiseled at a 22-degree angle, so the tablet feels natural in your hand
A research team at Nokia Institute of Technology (INdT) in Brazil have developed a technology that will allow for a more efficient connection when moving between different cell sites, and also at the same time improving the operators networks. On mobile Internet systems such as 3G and LTE, the users mobility is managed by the use of Proxy Mobile IPv6 (PMIPv6), a protocol standardised by the Internet Engineering Task Force (IETF).
To communicate with the outside world, your mobile phone is connected to a particular cell site for both calls and a data connection. At the same time hundreds, thousands or maybe even tens of thousands of people are also attached to that same cell site, at the same time depending on area and population. What the INdT propose is a new way of sending data to the operators cell station, using what they call Bulk PMIPv6 Binding Updates that can greatly reduce the amount of traffic sent to and from the cell station.
Usually docking control systems are developed for costly missions to the International Space Station, and it has never been employed on the small scale that the researchers now are attempting. They have a vision of using relatively low cost nanosatellites as intelligent “space building blocks”, that could potentially be stacked together and reconfigured to build larger modular spacecrafts, if combined with low cost docking system.
NTT Docomo have together with Fujitsu developed a new prototype smartphone running Android, using a transparent display. No only is it using a see-through display, but it also has dual touchscreens, one on the front, and the other on the back. Through newly developed gestures this makes it possible to manipulate and navigate the phone UI in a way never seen before.
“You could hold down an icon on the front, and slide on the back to move an icon, or use the message bar, or create a new application”, explained Masashi Tagaya, Advanced Technology Group, Communication Device Development Dept., NTT DOCOMO R&D.
Thursday this week Nokia and the X PRIZE Foundation announced the launch of a new global $2.25 million competition to stimulate the development of a new generation of health sensors and sensing technologies they call the Nokia Sensing X Challenge. The intent is to drastically improve the quality, accuracy and ease of monitoring a person’s health.
The competitions goal is to create a new level of personalized, digital health sensors, never seen before. The aim is also to improve health sensors and sensing technologies so that they can both help empower individuals to effortlessly monitor and collect their own real-time health data, and at the same time give healthcare providers convenient access to critical information whenever and wherever they need it.
This Friday, Samsung announced that they will introduce new Samsung Mobile PIN stores in London to celebrate the launch of their new flagship smartphone, the GALAXY S III. The mobile stores are intended to encourage consumers to interact with the latest technology’s from Samsung, and try out the solutions with the help of fully trained members of staff.
The Samsung Mobile PIN’s have a unique glass-housed structure that has been specially engineered to capture the customers imagination with it’s futuristic design, but it’s still mobile enough to easily change location if needed. The wall of the Mobile PIN is made up of a two-way customized mirrored glass, making it the most dominate and eye catching feature. Even the furniture within the store has been specially designed to showcase the Samsung products design, and the user experience they offer.
NEC Corporation announced on May 22, a new image recognition service for smartphones and mobile terminals that will become available in Japan at the beginning of June. The new service can provide detailed information on a wide range of subjects that appear in photos taken with mobile devices, including everything from food to automobiles.
According to NEC, the system provides high speed, highly accurate image recognition services. It utilizes NEC‘s internally developed image recognition technologies, and original NEC technologies that compress image data and reduce the amount of calculations required for an application. This makes it possible for the system to effectively operate on even the limited computing resources of mobile terminals.
Samsung Advanced Institute of Technology (SAIT), the core R&D incubator for Samsung Electronics, has developed a new transistor structure utilizing graphene. Current semiconductors consist of billions of silicon transistors. To increase the performance of a semiconductor used today, you need to either reduce the size of individual transistors to shorten the traveling distance of electrons, or use a material with higher electron mobility which allows for faster electron velocity.
Graphene possesses electron mobility about 200 times higher then silicon, and a switch to this material could be an alternative path for making faster and more energy efficent devices as it allows faster electron velocity. An issue with using graphene is however that unlike the conventional semiconducting materials, current cannot be switched off because the material is semi-metallic. This has long been a key issue, preventing graphene transistors to be realized.