According to International Data Corp. (IDC), in 2020 there will be approximately 1.9 billion computers, 2.6 billion smart phones, 2 billion consumer electronics and 25 billion of embedded and intelligent systems. The number of which is larger than the other three combined. It is apparent that the growth potential of Internet of Things (IoT) is monumental; therefore, in the emerging connected world, ensuring secure network connections will become an important issue.In 2012, a nuclear power plant in southern Iran was brought to an unexpected halt after a malware attack. Despite the fact that the problem was immediately contained, the threat alerted other nations about the importance of network security. The need for network security exists not only in enterprise data centers. It also exists in telecom data center, machine to machine (M2M) network, industrial applications and small office/home office (SOHO) network. Any device with network connectivity could become a potential entry point for cyber attack and must be protected as well.Under these premises, the design of the next generation network security platforms must reflect the trend of "Internet everywhere" in addition to focusing on network traffic generated by data access. The platforms must go into telecom data center on account of surging mobile network traffic. They also have to give thorough thought to different network environments including ZigBee, Wi-Fi and industrial network using EtherCAT protocol to ensure security for M2M and industrial networks."As applications expand, the amount of network traffic will increase substantially. The existing infrastructure and the underlying platform alone will not suffice to monitor and control the increased traffic. Changes will be required to adapt," said Hadwin Liu, director of product management, NEXCOM Network and Communication Solutions Business Unit.Step into the new era of high-tech integrationHigh bandwidth and high-speed packet processing are key to accommodating the increased network traffic, explained Liu. Network security platforms must be dedicated appliances which integrate network processor units (NPU) and switching capabilities for efficient packet processing in contrast to conventional platforms which are computers assembled with add-on cards.More specifically, next generation network security platforms must equip intelligent NPU capable of implementing security policies to filter packets, inspect packet header for errors, skip and forward the ones with the same header information immediately to avoid repeated inspections. Offloading packet processing from computing cores to a dedicated NPU can increase throughput for network security platforms.Network security platforms require high throughput capacity because of multimedia packet overhead. In addition, the amount of data generated by M2M is far beyond imagination and beyond the capability of existing infrastructures.New evolution of customized machinesOn the other hand, to allow network security platforms to be used in different application environments and to handle different levels of network traffic, it is essential that the platforms are highly compatible with a variety of network security software to simplify integration for customers. In addition, the platform must comply with standards. For example, NEBS Level 3 certification is the key to ensuring customer success in telecommunication application while EN50155 certification is required by railway application. Liu adds, as industrial control is shifting towards M2M communication, incorporating rugged designs such as wide operating temperatures, water and dust proof, shock and vibration resistance into the platform are also a necessity.Network security platforms are moving towards a more specialized and custom design to adapt to the changing environment and traffic volume in the future. Beyond unique exterior design, increasing multi-core performance and technology integration, it is far more important to design solutions tailored to specific application needs.In 2013, NEXCOM, for example, has released new network security hardware aimed at different application needs of the telecommunication, industrial control and high-throughput industries. For telecommunications, NEXCOM provides NEBS Level 3 certified Advanced Telecommunications Computing Architecture (ATCA) blade servers and rackmount servers; for industrial controls, it offers EN50155 certified transportation computers and platforms with DIN-rail mounts for factory environments. As for high-throughput solutions, NEXCOM can design customized solution according to the customers' needs using different central processor units, NPUs and network switch chips.A more and more connected world is driving the demand for network security. Industrial facilities will require complete network security systems.

As we all know City surveillance is always a critical issue, in light of this, Cebu City government has been looking into the possibility of installing IP cameras in road intersections to deter the commission of crimes and traffic violations. Seeing this demand, GKB is proud to assist Cebu City government in customizing a total solution for this project. To ensure best image quality, GKB allocates the best PTZ camera DZ2801 in each intersection, supported by smart Diplomat platform, enables live public viewing from multi sites system, allowing Cebu government a comprehensive control of the city's security.High definition surveillanceGKB advised Cebu government using DZ2801 camera, which features Sony FCB –EH3400 and 720P 28X zoom module. The HD video provides the authorized guards and police with easy identification event detailed scenes such as facial or license plate when it is needed.FlexibleTo offer more, GKB not only offers HD speed dome for HD surveillance but also provides a comprehensive video alarm platform for the entire project.1. IAST platform with panic button: GKB advised to install panic button on each streetlight. If any citizen encounters burglar, criminal or some dangerous situation, they simply need to press the panic button. Then, police station will detect the notification with pop out video immediately. The device makes possible for the police to take immediate action to terminate and to avoid further crime.2. Support video hosting architecture to support multiple sites viewing: Upon getting the notification, the police would move to the location, yet even on the go; they could use laptops or smart phones to monitor the situation of that site. Furthermore, all of their city surveillance center, each police station, website, and smartphone could monitor the cameras at the same time.3. GKB proposed WIFI access point on each intersection: Another very creative method that GKB provides Cebu government - is to install WIFI device on each intersection. Therefore, the police guards can immediately take over the PTZ control when they are on site through WIFI LAN connection to the PTZ. Once taking over the PTZ control, the guards can control PTZ without delay for fast tracking purpose.Extendable1. Foresee the future demand: The platform GKB proposes is an extendable platform which the Government agency can prepare for its future control and management, with the entire surveillance cameras up to 30,000 as well as the increasing needs of future deployment. For future add on cameras, there will be no upgraded software license fees. The platform can be also extended for other video applications such as public traffic viewing through GKB unique video hosting platform, alarm and monitoring services for entire commercial shops through Cebu area, and sight scene applications as well.2. Professional consultant service: To serve from top to end, GKB also helps the government to deploy the internet structure with the biggest local telecom company in Philippines. Not only just support you with our solution but also provide professional service to our customer.GKB provides a variety of products and intelligent total solution for different projects such as school, hospital, bank and city hall… etc. And we will help our customer using the most economical way to do the right deployment for their project. For more GKB's products, visit: http://www.gkbsecurity.com/GKB PTZ camera DZ2801

Global electronic components distributor Digi-Key Corporation, the industry leader in electronic component selection, availability, and delivery, has expanded its distribution agreement with Honeywell Sensing and Control to distribute their products globally."We are excited to have the opportunity to work with Digi-Key in our other global regions to duplicate the success that we have seen in North America," said Mike West, Director, Global Distribution for Honeywell Sensing and Control. "Entering into this agreement with Digi-Key forms the foundation for us to grow our businesses on a global basis and expand our success beyond North America."Honeywell Sensing and Control manufactures more than 50,000 products ranging from snap action, limit, toggle and pressure switches to position, speed, pressure, torque, and airflow sensors. Honeywell also offers engineering expertise and value-added capabilities no other company offers. While its switch and sensor solutions meet a wide array of basic and complex applications, its custom-engineered solutions offer enhanced precision, repeatability and ruggedness for each industry it serves."With Digi-Key's rapid growth in the global markets, we are excited to expand our agreement with Honeywell," said Tom Busher, Digi-Key Vice President, Interconnect, Passives, and Electromechanical products. "Providing quality products to our worldwide customer base has always been a priority, and the ability to distribute Honeywell's superior products internationally adds immense value for our customers."Honeywell Sensing and Control's wide range of products are available for purchase now on all of Digi-Key's global websites: http://www.digikey.com/

Global electronic components distributor Digi-Key Corporation, the industry leader in electronic component selection, availability, and delivery, recently announced the signing of a global distribution agreement with MEMSIC, a leading provider of MEMS sensor components, sophisticated inertial systems, and leading-edge wireless sensor networks."As technology tries to fit more and more functionality into smaller and smaller spaces, MEMS has grown exponentially in utilization," said Mark Zack, Digi-Key Vice President, Global Semiconductor Product. "By integrating IC and MEMS functionality, MEMSIC offers our customers a unique product to fill a growing need in their designs. We are pleased to partner with MEMSIC."MEMSIC designs and manufactures integrated micro-electromechanical sensors (MEMS) using a standard integrated circuit (IC) manufacturing process. The company combines proprietary thermal-based MEMS technology and advanced analog mixed-signal processing circuitry into a single chip. This allows MEMSIC to produce high-performance accelerometers and other MEMS devices at substantially lower cost than most traditional processes."Digi-Key is recognized by design engineers worldwide for its excellent service, and for its access to readily available components they can count on for new designs," noted John Newton, MEMSIC Vice President of Marketing. "We are excited to be partnering with Digi-Key, and believe this agreement will significantly expand MEMSIC's global reach to design engineers looking for the latest in sensor technology."MEMSIC's full line of MEMS products is available for purchase on Digi-Key's global websites: http://www.digikey.com/

ABB has been selected as one of the world's 50 disruptive companies by the MIT Technology Review, a publication of the prestigious Massachusetts Institute of Technology in the US. The Review's annual list also includes household names such as Amazon, Apple, Facebook and Google, as well as some competitors.The publication cites ABB's success in "perfecting a circuit breaker for high-voltage DC lines - a crucial step for widespread use of renewable energy." The development of the breaker, announced by ABB last November, marked the resolution of a 100-year-old challenge. Thomas Edison's inability to find a solution for interrupting high-voltage DC is one of the reasons why he lost the War of the Currents in the 19th century and why today's grids are mostly built on alternating current (AC).The innovation makes it possible for the first time to create a grid based on high voltage direct current (HVDC), which is a necessary development to effectively balance supply and demand and ensure reliability, and therefore for tapping renewable energy on a large scale.ABB has ramped up investment in research and development in recent years, increasing annual spending by 68 percent over the last five years to almost $1.5 billion in 2012. From 2013, Chief Technology Officer Prith Banerjee is focusing part of the investment on "big bet" projects intended to deliver breakthrough technologies that will have a considerable impact on ABB's business.The company also invests in innovation in universities around the world, and today announced it is funding an additional 40 research projects that will shape the future of power and automation.

MSI, the world-leading manufacturer of Gaming motherboards, graphics-cards and All-in-Ones PCs storms CeBIT with a new line-up of Gaming products. Hardware enthusiasts and gamers will flock to MSI's new Z77 GAMING motherboards with their new distinctive look. To complement MSI's new Gaming motherboards MSI will also display a new concept of graphics cards that match the striking looks of the new Gaming motherboards. CeBIT 2013 will also be the first opportunity to touch MSI's new AG2712, world's first Gaming All-in-One. 2013 is an exciting year in the computer industry and MSI has reserved a spot in the driver's seat, as can be seen on CeBIT 2013. A new line of motherboards CeBIT 2013 is the first unveiling of MSI's new Gaming motherboards. A lineup created for and by gamers designed to offer exactly what gamers need without being limited to exorbitant price levels. MSI's Gaming motherboards will range in features and price to suit every gamers' need with better Audio features, the best Gaming network chip on the market and an all-out optimized third generation motherboard for the Intel 7 series chipset . Gamers can blindly trust MSI Gaming to offer the best Gaming networking chip with the latest Killer E2200 chip to accelerate and prioritize their Gaming traffic. Visitors will also be able to get a first glimpse of MSI's upcoming motherboards for Intel's next-gen chipset. For high-end desktops MSI showcases its' new X79A-GD45 Plus, popular Mini-ITX models, Thunderbolt equipped motherboards, AMD FM2 powerhouses and B75 business models. A Touch of Gaming After successfully integrating all parts of a full-worthy Gaming desktop into a massive touch-screen display, MSI proudly shows the world's first All-in-One PC for Gaming enthusiasts at CeBIT: the MSI AG2712. The MSI AG2712 Gaming All-in-One PC is equipped with the NVIDIA GeForce GTX670MX graphics card, one of the fastest, most advanced graphics cards at this moment. As more and more PC games available on app-stores and game shops are supporting movement gestures via touch, the MSI Gaming All-in-One PCs come with a multi-touch interface, even supporting 10-finger touch control. Accompanied by a 3rd generation Intel Core i7 processor, an impressive 27" anti-glare display with Full HD resolution and a top-notch audio solution by THX TruStudio Pro, the MSI AG2712 will impress both casual and enthusiastic gamers with visual awe and a striking performance. Now you're Gaming with MSI Also on display is a new class of MSI graphics card. Distinguishable by a new red color scheme on the cool Twin Frozr these graphics cards are designed to complete an all MSI Gaming setup much like the record-holding Lightning graphics cards fit the Z77 MPOWER. These new graphics cards are the first addition to an MSI Gaming ecosystem, where gamers can mix and match MSI GAMING products for even better performance. You can also see MSI's latest GeForce TITAN graphics card as well as MSI's renowned line of record breaking Lightning graphics cards, the overclockers favorite pacing through the exclusive MSI Fire Strike Tech Demo in the new 3DMark. Learn more about MSI Gaming at: GAME.MSI.COM Visit MSI and see the exiting new range of gaming products at CeBIT 2013 in Hal 15, Stand F15. MSI Z77A-GD65 Gaming MSI AG2712 Gaming All-in-One PC MSI GTX 670 Gaming

The need for defense and security has never ceased. Terror attacks have increased in many regions and the terrible events at the beginning of the century, led to a rapid increase in global security and massive development in surveillance technology. Technologies are constantly changing, so what are the next-generation surveillance systems likely to look like?The Evolution of Surveillance TechnologyAt first, surveillance systems consisted of basic analog video recording machines with simple light indicators on the exterior case to indicate the status and operation of the machine. After the advent of PCs in the 1980's the technology matured and we saw CRT screens with multiple images and multiple cameras. The system allowed you to monitor more than just one thing and enabled you see the entire system. As the internet began to mature in the 1990's, surveillance systems began to be upgraded again.Through network links and embedded sensors, cameras were now everywhere and back-end systems became more remotely controlled. The advance of networking technology eliminated the problem of distance and expanded the surveillance range from a few local cameras into multiple widely distributed cameras which can pan, tilt and zoom to paint an even fuller picture.The rise of Internet was the second wave of change in security surveillance. This world-wide network eliminated the last distance limitations, so that the surveillance systems could now break out of industrial applications and be used to monitor anything anywhere. There are two distinct functions over previous systems in today's web based security surveillance systems, the first is multi-point surveillance that uses up to 32 channels from a single image capture card, meaning that a host can be equipped with 32 cameras each with 32 screens for monitoring. The second is remote control, which emerged with the advent of IP cameras which can send and receive data via the network and can be operated independently or dependently through a control center.The Third RevolutionWhat will be the third wave of the surveillance revolution? Systems with built-in intelligence will become more and more common. But what is meant by an intelligent system? As the name suggests, it means the device has built-in logic and capability to identify itself to other devices and thus make decisions. But machines will always be machines. They can not think and judge like a human do - at least for now. So the functions of an intelligent surveillance system can be divided into two categories, the first gives the device an intuitive, smart and user-friendly interface and functions, and the second is a system's ability to carry out independent decisions under special conditions.For the first part, intelligent software for surveillance has been around for several years and was used mostly for the military in the early stages, and the technology gradually shifted to civilian use. Intelligent monitoring software allows operators to set up special warning conditions whereby events on screen trigger actions for example: if someone leaves luggage in a sensitive public place like an airport or train station, the system will notice that an unattended object has appeared on the screen and it will automatically trigger an event and inform security check it in out. Another example are art objects in a museum whereby an intelligent surveillance system can detect the presence - or not, of an object and will automatically alert security if something goes missing.The second category of an intelligent surveillance system endows a system with more independent functions such as a digital signal processor (DSP) built-in to the camera that can record and process digital video in advance, they can then store them locally on hard drives or network attached storage, or transmit them to the back end, which not only reduces performance overheads but also helps with bandwidth management. Another feature of the camera is a damage report function. Criminals might try to damage or destroy a camera to avoid leaving any video evidence after they've committed an offence. Cameras with this feature will alert security so that they can react accordingly.IoT Triggers Revolution in Intelligent SurveillanceAs for the future direction of intelligent surveillance systems, the rise of the Internet of Things (IoT) and Industrial Cloud Services will enable a whole new range of applications. Thanks to the inevitable progress of silicon technology, embedding sensing or communication chips into any device is not difficult. Through these chips, all equipment and devices can be interconnected into a network of devices that can communicate with each other. IoT will allow surveillance systems interconnect with each other and deploy useful functions for use in factory automation, security, transportation and many other familiar and new industries. These connected surveillance systems will also generate huge amounts of data for online analytical processing (OLAP), data mining and other useful applications such as face recognition or motion detection.In addition to a large number of digital video streams from several decentralized cameras, surveillance technology has teamed up with other technologies.

Phoenix Technologies Ltd., the global leader in UEFI firmware technology, products and tools, announced its participation in the annual premier event for the embedded community, Embedded World, at the Nuremberg Conference Center in Nuremberg, Germany, from February 26 to 28, 2013. Authorized Phoenix distributors, Eltan and Ircona, will showcase the newly released Phoenix flagship UEFI BIOS product, Phoenix SecureCore Technology 3.0.Phoenix SecureCore Technology 3.0 features a universal build system with native EDK II support and EDK 1117 backward compatibility. It is the first UEFI BIOS on the market with cross-device, cross-codebase and cross-platform support.Powered by the latest UEFI specification and advanced embedded features, Phoenix SecureCore Technology 3.0 speeds up the innovative design of intelligent systems by offering a scalable and reusable BIOS core that works with both x86 and ARM architectures, as well as Windows and Linux based systems.UEFI BIOS driving the next generation of embedded applicationsThe longevity and diversity of embedded systems make them even more challenging for BIOS engineers as the transition from legacy to UEFI progresses over a longer period of time. While some embedded systems still run legacy BIOS, the UEFI specification is already in the process of migrating to EDK II, the second generation UEFI build system. The co-existence of different BIOS architectures and codebases, under different specifications and written in difference languages, demands significant development and maintenance resources from embedded system developers. "The UEFI specification provides a platform for innovation with its modularity and functionality to support a new generation of connected embedded systems focusing on intelligence, connectivity, security, and manageability," said Kelly Wu, VP of Worldwide Embedded Sales and Marketing at Phoenix Technologies.Touch and security features enhancing product differentiation of embedded systemsEven before Windows 8, touch-enabled devices were widely used in the embedded market in such diverse applications as HMI for factory automation, ruggedized handheld devices for logistics, to POS and interactive signage for retail. With the advent of Windows 8, touch functionality is in high demand for almost every market segment.Phoenix SecureCore Technology 3.0 is tailored for touch-enabled devices with a fully touch-optimized feature set that includes a Windows 8 style GUI BIOS Setup, Programmable Touch Hot Zones, and BitLocker Unlock by Virtual Keyboard.With regards to security on connected embedded devices, Phoenix SecureCore Technology 3.0 has compelling security firmware features, such as Sure Boot, Safe Recovery BIOS2, and Non-volatile Capsule."The improved embedded features of Phoenix SecureCore Technology 3.0 with its highly acclaimed clean code tree and fully modularized design makes it an ideal choice for embedded system developers seeking product differentiation right at the firmware level," said Terry Chen, Phoenix VP of Development Engineering.Phoenix SecureCore Technology 3.0 at Embedded World 2013Phoenix Technologies' authorized distributors, Eltan (http://www.eltan.com/) and Ircona (http://www.ircona.com/), will demonstrate the latest UEFI technologies powered by Phoenix SecureCore Technology 3.0 at Embedded World 2013.Eltan (Booth number: 1-232)Eltan BV has superior BIOS engineering experience, including hundreds of embedded system projects based on Phoenix products. At Embedded World 2013, Eltan will demonstrate Phoenix SecureCore Technology 3.0 and its new graphical user interface for BIOS setup and boot menu together with customer projects on the Intel Atom, Ivy Bridge and AMD Comal and Kabini platforms. A comprehensive, high quality set of hardware and software development tools will also be demonstrated by engineers.Ircona (Booth number: 1-239)Ircona, the leader in server, storage, super-computing and embedded systems design, provides system development and BIOS engineering services based on Phoenix solutions. Ircona has developed hundreds of BIOS solutions solving complex problems like fastest boot on Atom for in-car entertainment to scalable storage based on Ivy Bridge / Haswell. Ircona will exhibit the latest UEFI technologies for embedded applications powered by Phoenix SecureCore Technology 3.0 at Embedded World 2013.

Huangpu River is the biggest and most important river in Shanghai. To avoid disaster, flood prevention walls were built along the riverbanks.The height of most channel gates is preset and they are designed to lower when water levels rise, but if the gates cannot be lowered quickly enough there could be serious water leakage which not only affects flood control but could also fail to block tidal intrusion leading to even more serious flooding. Because of this, real-time monitoring of the flood prevention walls and the status of the tidal gates is of the upmost importance.Having said that, the Huangpu River is 113 km in length with more than 1500 flood prevention walls and tidal gates. Even with the injection of huge resources in manpower and time, efficient monitoring cannot be fully implemented. So in 2005, Shanghai authority planned the construction of an automated river flood management system using Advantech's Human Machine Interface and image control WebAccess software to monitor the status of the river's flood walls and tidal gatesAutomated Monitoring Systems Reduce Water Costs and Time ManagementSenior engineer of Gao Cheng Shanghai GC Technology, Duan Shi-Min pointed out that the purpose of building an automatic flood control system for the Huangpu River is to monitor real-time water level changes of the river and the main river estuaries. The status of the tide gates and the coastal flood prevention walls along the riverbanks trigger automatic warning alerts of rising water levels or of damaged flood prevention walls. The system performs several other functions such as external communication and information exchange, database and data recording, day-to-day management, operation reports, and system maintenance notices.Management organization is divided into a subcontrol station and a control center located in the center of Shanghai to collect and compile information from the various monitoring points. Under this, 5 to 6 subcontrol stations link with the WebAccess back office software in the control center, and setup is based on each administrative region's monitoring information andrequirements.Mr. Duan Shi-Min further described the system, "First, sensors on the scene are responsible for collecting information such as water levels, gate level altitude, climate, distribution, rainfall, and auxiliary control equipment.Information is then transmitted to the back-end WebAccess management platform through the Internet. Managers in the control center can notify site engineers to assess and decide whether to open or close the gates according to the received monitoring data. Usually, monitoring inquiries will be done once a day to confirm whether the data is within normal ranges. But during flood season, the frequency of the monitoring will be more intensive such as 1 to 2 times a day because of the increased risk. Using Advantech's WebAccess human-machine interface and image control software, the automatic monitoring of the Huangpu river flood prevention system is achieved with the important benefit of higher reliability and lower labor costs to Shanghai GC Technology. In the past, people in each sub-control station had to collect onsite information. Now, all that can be centralized to the control center and the information from various sub-control stations can be aggregated and utilized. Field engineers will be on hand and be responsible for any problems should they arise.Advantech WebAccess Remote Internet MonitoringThis WebAccess water conservation project is not only limited to the Huangpu River. Duan Shi-Ming mentioned that WebAccess was implemented in a project to connect Taihu lake and Tai Po river basin segments of the Huangpu river as early as 2001 to automatically monitor the realtime status of the 26 flood prevention wall tide gates along the Tai Po river coast. Management was divided into remote monitoring and control centers. Because of the project's successful results, the scope of the project was expanded to the Huangpu river basin in 2009.At the beginning, different manufacturers of manmachine interface products and image control softwares were compared during the planning stage and Advantech WebAccess was ultimately chosen. Duan Shi-Min said that this was mainly down to the following features:1. Flexible control management conf igurat ion: Administrators can set the permission for the users of Master Control Center or Sub-Control Station to view the SCADA interface which demanded.2. With the web interface, information can be remotely monitored and viewed: Some SCADA sof tware was developed with C/S framework, and it only can be viewed in the local areas, but with WebAccess all monitoring information can be viewed from anywhere. This greatly enhances management flexibility.3. Friendly interface design: monitoring information displayed by the GUI was very clear and easy to understand and it allowed us to master it quickly.Furthermore, Advantech is a company with a great reputation and has a high degree of brand awareness in mainland China, and their trustworthiness was also one of the factors we considered. In addition to Webaccess, the industrial host and conversion modules used in this automatic monitoring system are made by Advantech.This means there will be less integration issues since the hardware and software are supplied by the same manufacturer.In addition to their hardware products, Advantech provided a considerable amount of support during the entire project. Their engineers provided excellent technical assistance in a timely fashion.Since Shanghai has to manage more than 1,000 km of river embankments and ancillary facilities, the burden of flood control is enormous regardless of the manpower and time management. Through automation, real-time monitoring and control of thousands of flood gates and tide gates along the Huangpu River can be safely managed and all information can be uploaded to Advantech WebAcess management platform to allow managers to take instant and appropriate action. The "Mother River" is now well looked after in its old age.

Samsung Electronics has launched its 8-inch tablet, the Galaxy Note 8.0 with functions including multi-window options to split the portable 8-inch screen and allow access to a number of live applications.The device features a 1.6GHz quad-core processor, a 2GB memory and an 8-inch 1280 by 800 display with an option to choose from either 16GB or 32GB storage space.The Galaxy Note 8.0 adopts the latest Android operating system with a 5-megapixel rear-end camera and another 1.3-megapixel one for the front end. Meanwhile, the machine also comes with Samsung's S Pen for touchscreen input. Samsung Galaxy Note 8.0 tablet specifications Item Detail Network HSPA+ 21Mbps 850/900/1900/2100 Processor 1.6GHz A9 quad-core processor Display 8-inch WXGA (1280 by 800, 189ppi) TFT OS Android 4.1.2 (Jellybean) Camera Main(Rear): 5-megapixel Sub(Front): 1.3-megapixel Video Codec: MPEG4, H.263, H.264, WMV, DivX (1080p Full HD video @ 30fps) Audio Codec: MP3, AAC, AAC+, eAAC+, WMA, AC3, FLAC3.5mm Ear Jack, Stereo Speaker GPS A-GPS and Glonass (3G version) Connectivity Wi-Fi 802.11 a/b/g/n (2.4 & 5GHz), Wi-Fi Direct, AllShareCast, BT4.0, USB2.0 Memory 2GB (RAM), 16/32GB storage microSD support (up to 64GB) Dimension (mm) & weight (g) 210.8 by 135.9 338 (3G Version) Battery Standard battery, Li-ion 4,600mAh Source: Company, compiled by Digitimes, February 2013Samsung Galaxy Note 8.0 tabletPhoto: Company