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Qualcomm recently made an announcement about Mu-Mimo (Multi-User, Multiple input and Multiple Output) technology that is considered as a breakthrough in wireless technology as its three times faster than Wi-Fi speeds.
The development of MU-Mimo took seven years for research, but in the end it turned out to be a great technology. Wi-Fi access points work by serving one user at the time, but MU-Mimo works even with multiple users.
The company explains,"Using MU-MIMO is like using the carpool lane: the Wi-Fi Highway doesn't change, but grouping up with other users lets you go much faster while de-congesting the other lanes."
The USB 3.0 promoter's group have finalized its design for the next USB connector. The USB 3.1 Type C cable and ports are designed specifically for providing easier connectivity with notebooks, tablets and even smartphones such as Samsung Galaxy Note 3 which uses micro USB 3.0 port.
Another main feature is that the connectors are reversible. This way end users shouldn't be confused with which end of the connector goes to the device and the system. The newer connector is said to be as thin as micro-USB 2.0 made to be robust enough for notebooks and tablets, and even slim enough for mobile phones. It will also eventually replace existing micro USB 3.0 connectors.
The Type-C USB 3.1 connector also doubles up to 10 Gbps transfer speed. According to a spokesperson, the specification is scheduled to be completed by July, and products with the new connector should be out by end of this year.
Google Fiber areas are rumored to get a lot better in the future, with the Mountain View-based search giant looking into offering Fiber customers a mobile phone service.
The Information has its sources, which said that Google is interested in becoming a mobile virtual network operator, or MVNO. Google could offer its mobile service through Wi-Fi access points that are built directly into the super-fast Fiber service. This means that the company would only require the traditional mobile network when its service is unavailable or insufficient.
Even if Google were to announce this, it's not going to affect much of the mobile market in the US as Fiber only reaches a small handful of US residents at the moment.
The USB implementers Forum has made an announcement today in regards to Media Agnostic specification. The forum has finalized the MA-USB details and released its V.10 specification.
The USB-IF used WiGig Serial Extension v1.2 specification as its initial foundation for the MA-USB specification. It is also compliant with SuperSpeed USB (3.0 and 3.1) and Hi-Speed USB (USB 2.0). Devices that uses MA-USB will be branded as 'Powered by MA-USB', provided the product qualifies its certification program.
Edgar Figueroa, the president and CEO of Wi-Fi Alliance said,"We share a commitment with the USB-IF to enhance wireless connectivity. The completion of MA-USB supports our efforts to deliver wireless data, display and audio applications, all while providing the best user experience."
The National Broadband Network in Australia has tested out some truly breakneck Internet speeds, where a successful trial has been completed by the NBN Co and network transport company Coraint at 1Tbps super-channel.
The trial was conducted over the company's 1066km fiber ring in Queensland on a 396GHz grid using Coraint's FlexiGrid technology. Coriant said that the trial featured a 35% improvement in spectrial efficiency, where it could eventually provide a maximum theoretical transmission capacity of 13Tbps over a distance of over 1000km.
NBN Co's Chief Technology Officer, Gary McLaren, said that the trial proved that the NBN Co's potential upgrade path for its transit network is huge. He said in a statement: "It highlights how established backbone infrastructure can be upgraded with sophisticated optical and electronic equipment to provide extra capacity for the future needs of the National Broadband Network."
13Tbps would be quite the Internet connection, let's hope this is in the pipes for the future!
Intel's latest cable with green coloured housing has the ability to carry data at 800Gbps. This cable is based on the company's Photonics technology.
The cable uses 64 fibers, out of which 32 is dedicated for transmitting and 32 for receiving. Each fiber has a capability to move 25Gbps of data. The cable uses MXC (NOTE: Not an acronym) connectors. These connectors are significantly smaller than the Ethernet cable connector.
To develop Silicon Photonics transmission, Intel partnered with Corning to developed new fibers to support the new technology. The chipmaker also worked with US Conec. This helps to convert electric signals into optical signals- and vice versa.
UK Prime Minister David Cameron has inked a deal with Germany which will see the two countries work on 5G Internet for Britain. This new ultra-fast Internet will be fast enough to download an 800MB file in less than one second.
Cameron said that with the "world on fast forward," the UK could be left behind without super-fast Internet access. The deal between the two countries was struck at CeBIT 2014 which is currently underway in Hanover, Germany. Cameron also announced a £73 million or $122 million deal to develop the Internet of Things, which will allow billions of everyday objects to communication with one another online.
The Internet of Things will allow appliances, smart devices and other tech gadgets of the future to communicate with each other - such as power meters that can automatically get consumers the best deals, and monitors which allow doctors to track patients' heart rates in real-time. Cameron said: "This is a world on fast forward. A world of permanent technological revolution. And in this world, countries like the UK and Germany will only succeed if we have a relentless drive for new ideas and innovations. The UK tech scene today is dynamic. Relentlessly ambitious. Leading the way."
TweakTown publishes a large amount of security and hacking stories largely focused in the cyber world, but there also is a need for physical security. Both businesses and a growing number of private residences use closed-circuit television (CCTV) security systems, which can be found for as low as $100.
CCTV technology continues to develop and vigilant store security staff are able to monitor and sometimes prevent a potential theft. Footage proves valuable to police, potentially making it easier to identify suspects, vehicles, and additional circumstances that might otherwise be overlooked.
"Armed robberies can be a terrifying experience for members of staff and the unpredictable nature of the crime means it's important to have CCTV security systems in place to protect customers and members of staff," said an AlertSystems company official.
Computer scientists in the University of Washington have made a prototype of a low-cost gesture control system that requires no battery to power it up. The control system even allows the users to control their devices that are out of sight using TV signals.
This research project is funded by a Google faculty research award and Washington Research Foundation. The prototype called 'AllSee' uses TV signals as a source of power and its way to detect any gesture command from the user. The assistant professor computer science and engineering at the University of Washington said,"This is the first gesture recognition system that can be implemented for less than a dollar and doesn't require a battery. You can leverage TV signals both as a source of power and as a source of gesture recognition."
The hybrid memory cube consortium (HMCC) is an organization comprising of memory providers such as Micron Technology, Samsung Electronics, and SK Hynix, is dedicated to developing and establishing an industry-standard interface specification for the hybrid memory cube (HMC) technology.
This week, the consortium unveiled HMC 2.0, which is capable of some truly crazy speeds. HMC 2.0 is capable of supporting bandwidth of 480GB/sec per one memory device. HMC can do this by using advanced through-silicon vias (TSVs) - which are vertical conduits that electrically connect a stack of individual chips - in order to combine high-performance logic with dynamic random access memory (DRAM) die.
HMC 1.0 was capable of 160GB/sec of bandwidth, in 2GB density while running 10Gb/s per late data-rate, using up to 70% less energy per bit than existing technologies. The new HMC 2.0 specification supports increased data rate speeds advancing short-reach (SR) performance from 10Gb/s, 12.5Gb/s, 15Gb/s and up to 30Gb/s, allowing the peak bandwidth of a single memory cube to bounce all the way up to 480GB/sec.