Sony Xperia Z6 Lite with Snapdragon 652 SoC is going to be launched in 2016 !

The Xperia Z5 family definitely brought a new and very overdue spark of life to the OEM's presence in the mobile realm and naturally got fans excited about the future of the brand. Consequently, rumors of a 2016 Xperia Z6 lineup have been flying all over the pace, but there are often conflicting and seem to raise more questions than they answer.




























Initial 
leaks hinted at a total of five models, including a 4-inch Z6 Mini, 4.6-inch Xperia Z6 Compact, 5.2-inch Z6, 5.8-inch Xperia Z6 Plus and a 6.4-inch Xperia Z6 Ultra – talk about spoiled for choice. However, a leaked T-Mobile roadmap later omitted any mention of a Z6 Mini, dropping the number of devices
down to four – two allegedly powered by a Snapdragon 820 and the other by a Snapdragon 652 SoC (previously known as Snapdragon 620). However, a new Chinese source just added another twist to the mystery with talk of a Z6 Lite.


According to Mobile-dad, the device will have a 5.0-inch display, placing it right between the Z6 Compact and basic Z6. The website also claims that said handset will be powered by a Qualcomm Snapdragon 650 SoC (known as the Snapdragon 618, prior to the renaming). A suggested price of $385 is also listed for the handset, along with a May 2016 release frame, but we can't really be sure which market this refers to, nor can we vouch for the authenticity of the source as a whole.



This Article Is Written By:Victor










Practical Uses for GPS Technology !




Since the US Department of Defense established the worldwide Global Positioning System (GPS) network, it has been put to a very wide variety of uses by governments, corporations, organizations, and individuals alike.



It has been put to good use for many years in its original, and most obvious, purpose of coordinating military operations. In fact, if it weren't for GPS, many modern military operations and practices would simply not be possible. It is also frequently used in search-and-rescue missions as well as disaster relief efforts.



In addition to this, GPS technology has proven to be instrumental in numerous scientific research expeditions, especially in very remote regions such as mountain ranges and the north and south poles.



The other side of GPS functionality, which is sometimes forgotten, is the many uses it can be put to by individual consumers. Handheld GPS units (http://www.gpsdevices.info/gps-handhelds.php ) and other GPS devices ( http://www.gpsdevices.info/ ) are available for sale through many ordinary retail channels, and can be very useful for a variety recreational purposes. For example, having a GPS device handy when camping, hiking, hunting, fishing, or boating can be an excellent way to ensure that you don't get lost, even if you somehow manage to wander off course.



Another common consumer use of GPS technology is for safety security purposes. Using a GPS tracking system ( http://www.gpsdevices.info/gps-tracking-system.php ) can be an excellent way to combat crimes such as theft and kidnapping.


This Article Is Written By:Jeremy Maddock

Car Headlights – Better Performance With Better Technology !






Car headlights have undergone sweeping changes over the years. They are much brighter now. Some of them have a tinted light and in general their beam is also better directed so you get improved visibility at night. You can see further down on the road. You can now adjust the direction of beam from inside your car. And some headlights even have small wipers on them to keep the lights clean. Headlights have clearly been the focus of technical experts who look to improve the individual components of a car. 

What has lead to all these changes? With the coming in of newer technologies newer sources of light have been invented. At one time there used to be only incandescent filament lamps. Now we have vapor lamps, halogen lights, Xenon lights, LED lights etc. Designers and manufacturers of cars and their accessories have experimented with these various sources to create better and brighter headlights. 

Besides the new sources of car headlights, better materials have also emerged. This means that the housing, reflector, and other components that make up the headlight have also been regularly upgraded over the years. 

Therefore the innovations are not restricted to only the sources of lights even their housings have undergone changes. There are black, blue, red or housings in other colors, and also chrome housings. You can choose one that suits your color scheme. Newer types of reflectors located behind the sources of light have been designed. As a result there are projector headlights that can be adjusted to direct the beam where you want it to be. Different types of lenses in front of the lights are in use. They give a better focused beam. 

With so many options available you can use headlights to alter the looks of a car. If you like a cars headlight chances are you will find a similar headlight is available for your make and model of car. While making all these attempts to beautify your car, it must be kept in view that headlights are also a safety feature. They have, therefore, to meet certain regulations made by the authorities concerned. You can find the latest headlights at http://www.ilovebodykits.com





This Article Is Written By:Louie Liu



LED Technology Surpasses Other Lighting Technology !





LED, or light emitting diode, technology is something consumers are hearing more and more about from television advertisements, magazine ads and news reports. However, very few people understand why this light source is such a powerful alternative to traditional lighting. The advantages of LED light sources over other technologies are numerous but can be simplified into two main categories: 1.) energy efficiency & longevity and 2.) power & versatility. 

Benefits: Energy-Efficiency & Longevity 

- LED light bulbs generate only trace amounts of heat, resulting in nearly all of the electrical energy consumed being used toward creating the light itself. Incandescent, halogen or fluorescent lights can use up to 90% of their energy consumption producing heat-carrying infrared light photons which do not produce visible light. 

- LED light bulbs produce more light per watt of energy. 

- Standard LED light bulb are estimated to burn for 35,000 to 50,000 hours at full capacity before requiring replacement (some high-quality LEDs even boast 100,000 hours). Incandescent burn for 1,000 to 2,000 hours. 

- LED technology is perfect for applications that are frequently turned off and on, like flashlights. Fluorescent bulbs burn out more quickly when they are frequently switched on and off. 

- LED light bulbs are solid state components, which are difficult to break, unlike incandescent, fluorescent and halogen bulbs which have internal filaments that can easily break. 

Benefits: Power & Versatility 

- When compared watt-for-watt to an incandescent bulb, LED light bulbs produce more light per watt than any other light bulb. 

- A single LED bulb can produce twice as much light (as measured in lumens) as a traditional bulb. 

- LED light bulbs light up quickly, providing full brightness in micro-seconds. 

- LED light bulb are much smaller than regular bulbs making them perfect for a variety of applications 

- LED light bulbs do not use any mercury. 

- LED technology is designed to focus the light better for a more intense, bright light. 

- LED light bulbs maintain their color when dimmed, unlike incandescent bulbs which turn yellow. 

- LED light bulbs can be built to emit color without using costly colored filters, which drive up the cost of traditional colored lights. 

With these benefits, LED light bulbs can be used in a countless number of applications. Hunting, fishing and camping enthusiasts can be confident that with a LED flashlight in their gear, they will have adequate, powerful light that will last for days on one set of batteries and years on one light bulb. They will also be pleased to find this technology built into a number of form factors, all specifically designed for specific activities - headlamps for cave hikers, flexlights for fishermen, lanterns for campers and torches for hunters. 

Home owners will be able to see power consumption reduction and lower electric bills within one month by transitioning light bulbs in the kitchen, bathroom or living room to LED replacement bulbs. 

Perhaps one of the best reasons to switch to LED light sources is to lessen your footprint on the environment. By switching to LED light bulbs, you are not only saving money by using less energy, you are also helping the environment by preserving our resources. In an environment that needs the earth's inhabitants to use less and save more, LED technology lights the way. 



This Article Is Written By:Ben Anton


Microdot Technology !




South Africa-based Recoveri has launched an entirely locally-developed, superior microdot-tag and trace solution for vehicles and other high-value moveable assets, giving South Africans access to affordable, effective asset-identification technology that has the potential to curb the market for stolen goods by making theft and the resale of stolen property less viable for criminals. 


Recoveri is one of only three providers of microdot tags for asset-identification in this country and aims to capture about 50 percent of the growing market in the short-term, with the goal of growing its market-share to 70 percent by 2012. 



The company's director, Graeme Love, believes that there is a huge market for microdot technology in South Africa because it has significant potential to deter theft by limiting the local market for stolen goods. 



"Securing the identity of assets is essentially the most effective tool to limit theft because it reduces their marketability, and microdot technology is one of the best ways of entrenching the identity of an asset because it provides indisputable proof of ownership and a level of asset-identification that simply makes the resale of stolen property less viable and less lucrative for criminals and syndicates. 



"Local and international statistics show that the use of microdot technology to entrench the identity of vehicles leads to 50 to 60 percent decrease in the number of stolen and hijacked vehicles. That's pretty impressive," says Love. 



According to him, microdot technology, as a tool to reduce the marketability of stolen goods and deter theft, has gained widespread acceptance in countries such as Australia, New Zealand, the United Kingdom and Russia. 



In South Africa, the use of microdot technology is gaining momentum and as awareness grows, microdots (special polymer-based devices which can carry a unique identification number) are expected to become one of the most credible and affordable means of securing the identity of assets and deterring theft. 



Recoveri, which is 100 percent owned and managed by South Africans, has spent over two years researching the market and refining its solution for local consumers and businesses. 



Recoveri uses advanced nanotechnology to validate its locally-manufactured Recoveri Dots, making it impossible to copy or counterfeit their tags. Each batch is etched with a unique Asset Identification Number (AIN) and then mixed into Recoveri's patented, resilient adhesive, ready for application across the areas of an asset. 



The solution, which dries to a hard, transparent finish, contains an Ultraviolet (UV) sensitive material which glows when exposed to a UV light to indicate the presence of the microtags. 



Although virtually undetectable to the naked eye, tiny Recoveri Dot's etched with the unique AIN and spread inconspicuously across vehicles, office equipment, computers, furniture, jewellery and appliances, become powerful asset identifiers. 



The AIN is linked to a full description of all the assets related to it on Recoveri's high-security web-based Asset Register. 



The Recoveri Asset Register offers level 4 security, which is the same level of security provided by banking websites. All information is stored off site, with full redundancy and real time backups. 



Only authorised users authenticated by means of username and password have access to the database. The Recoveri Asset Register is easily accessible via the Web and can cope with unlimited data storage. 



Customers can register their assets and manage their own asset register themselves online, or contact the call centre to do it for them. 



Teams within the SAPS have been equipped with devices that enable them to check for microtags on vehicles and other high-value assets seized from criminals. Recoveri Dot's telltale signature and the unique AIN allow them to trace ownership via the Recoveri Register, increasing the chances of recovering lost and stolen assets. 



Recoveri also has a whistle blowing aspect to it and people will be able to report suspected stolen property and assets anonymously via the Recoveri website. This information will be acted on by Recoveri's private investigators, law enforcement agencies and insurers. 



Opperman points out that success of microdot tagging as a tool to deter and reduce theft depends on the wider adoption and acceptance of the technology by the SAPS, local consumers and businesses, and other relevant authorities. 



Recoveri has been in consultation with these bodies and is working with them to drive further acceptance at all levels. There is also a growing interest in microdot technology from other industries including the insurance industry and financial services sector. Negotiations are currently underway with leading insurers to offer Recoveri's solution as a value-added product. 



"After nearly three years of intense research, planning and development, we are delighted to deliver our advanced tagging and trace solution to the market. We believe that our solution, which is both flexible in its application and affordable, will be welcomed by South Africans who want to protect what's theirs and be proactive about fighting crime in this country," concludes Love. 



Recoveri is the only player that operates in the Microdot and Tracking arena. In effect, you are able to track our microdots in the event of an asset being stolen or hijacked. For more info, call 0861 732683 or go to http://recoveri.vpnt.net/ 



Recoveri Trace Technology (additional Info) 



RECOVERI TRACE works via a transmitter that continually emits its own unique identity signal that is picked up by our beacons situated countrywide and transmitted to our control centre and database that contains the details of the asset and owner. The system is active 24 hours a day, seven days a week. 



In the event of a theft, you call a 24-hour control centre that will "red flag" your transmitter number and alert all fixed and mobile beacons countrywide. Then, when your vehicle or asset passes the beacons, they automatically send data to the control centre, which activates response teams in that area. 



RECOVERI TRACE is not a GPS location device, it is a point-to-point system. 



Recovery 



RECOVERI TRACE has outsourced the recovery of assets to Tracetec who have its own national network of recovery agents. They also have access to airborne and waterborne recovery facilities. 



RECOVERI TRACE always liaises with the SAPS during recovery operations to affect an arrest 



Pricing and Contract Terms 



Unlike most other tracking companies, which typically require a 2 or 3-year contract and one that continues even if you sell your car, RECOVERI TRACE has NO fixed term contract- you can cancel whenever you need to 



RECOVERI TRACE is the most affordable vehicle tracking and recovery product available. 



Accreditation 



RECOVERI TRACE and Tracetec are fully approved by the South African Insurance Association and became its first tracking company member in March 2005 



TRACETEC has a recovery rate audited by SAIA, which exceeds their minimum recovery requirement of 70% of incidents 



Recoveri Trace equipment is FCC & ETSI (CE) certified. ETSI EN 300 220, CE Directive 99/05/CE, FCC ID 06XL-TG501.





This Article Is Written By:Philip Opperman

The New Ford Technology !







Ford Motors is not only creating the most modern hybrid vehicles but they are also working on the best in safety features for those vehicles. There is a new array of "active" crash-avoidance technologies that will be introduced into this year by driving prototypes into large, car-shaped balloons to help customers avoid real accidents. Engineers at the Dearborn Development Center use these balloons to test the company's new adaptive cruise control and collision warning with brake support technology. The consumer is demanding that some technology be created that can help avoid sudden unexpected hazards due to cruise control failure or brake support failures. This is just a couple of the many new safety features that are being checked and corrected for the consumers. 

Ford Motors plans on introducing the system on the 2010 Ford Taurus, available in the fall 2009, while Lincoln is announcing the new system will be offered on the 2010 MKS, adding to the Lincoln flagship sedan's long list of available technology. One of the many newer technologies is the parallel parking active park assist that makes it easier for the consumer to park without touching the steering wheel. Along with the adaptive cruise control and collision warning with brake support to warn drivers of possible hazards in front of them and assist them in reacting earlier Ford Motors believes this will improve sales for the newer vehicles. Ford Motors is using radar in order to monitor the area in front of the vehicle which should help to drastically reduce major accidents by the careful driver. 

The newer safety features developed by the Ford Motors Technology division are things that other automakers will want to take a good look at and perhaps they too will install similar technologies in their vehicles. The idea is to save the consumer not only on gas mileage but to implement a vehicle that is not too expensive to repair. The high cost of repair bills is driving the profitability down for insurance companies but it is also putting a strong dent in the pocket of the consumer. No one wants high repair bills on a vehicle because it is poorly constructed and by implementing safety technology this will make the consumer much friendlier when it comes to buying the newer hybrids. The government takes a look at what "The Big Three" automakers are doing with the funds that they will be getting. 

As the world grows, auto makers are going to become more advanced over it's lifetime. From safety features to make it safer for you to newer features in the car that make it more convenient for you and your family. It's amazing to look back on everything in the past and see how far car companies have come today. Just think of what's out there right now and think 10 or even 20 years down the road from now. No matter what kind of car you step into, you're going to find that you're going to be driving in a wonderful piece of technology. 



This Article Is Written By:Tom Tessin

The Dish on Satellite TV !








The evolution of television has seen dramatic acceleration recently. Satellite TV has truly revolutionized the global viewing experience. You no longer have to rely on awkward rabbit ear antennae to bring viewing pleasure. Satellite dishes have become as ubiquitous as the roof antenna was in the early years. The world can now be accessed through numerous, and diverse channels, and programming. 

The number of options available with satellite television is overwhelming. Since the broadcast signals used in satellite television are digital, as compared with old analog, the results are crystal clear audio and visual transmissions. Broadcasts can be done in HDTV, or high definition television, which is the latest television technology. Digital transmissions allow a greater degree of flexibility for broadcasters. 

In addition to picture and sound excellence, there is a virtual library of movies, sporting events, and news programs to choose from. More than the basic channels of yesteryear. Satellite receivers, when put together with the properly built and positioned satellite dish, hook up with access to more than 225 digital-quality channels. The receiver can also provide an on-screen program guide that can be customized to suit viewers needs. The receiver also has a built-in "Locks and Limits" feature, which gives control to limit channels or programs. 

More recently, a spectacular Digital Video Recording feature, DVR, has emerged. This gives the viewer the ability to record, replay, and splice programming scenes as many times, and in as many ways, as desired. That's what the combination of HDTV and DVR will give: complete control. 

Unlike commercial television, which broadcasts free programming, satellite television is not without cost. To get satellite TV, you need a dish antenna, and a receiver designed to work with the chosen service. You can buy the hardware from the satellite company, an electronics store, or a satellite-system dealer/installer for about $100 and up. There is a monthly subscription fee, in addition to the cost of the hardware; this varies according to the level of service. In the past, bad weather could adversely effect the signals, however new technology and improvements have made this a rare issue. 

All considered, satellite television is an investment well worth it. Satellite service can include you in a world revolution that is changing the face of how information and entertainment is done in this world. The sky is the limit with satellite services, literally, when it comes to speed, features, and innovation.




This Article Is Written By:Ted Roxan