Sunday, December 30, 2007

Panasonic released ultra thin Blue-ray drive

Panasonic now shipping ultra thin Blue-ray drive which can idle to fit in light weight notebook.

Along with the capability to read and write High definition video in Blue-ray format, this can also read and write standard CDs and DVDs. And can store 50 Gbytes of content.

Initially this drive has 2X writing speed.

Toshiba also said that it has plan to release an equally thin drive for reading and writing DVDs in the HD DVD format, which competes with Blu-ray.

Friday, December 28, 2007

HD features in Qosmio G40




Toshiba introducing first HD DVD-RW laptop Qosmio G40, initially they are selling this only in Japan.

This laptop comes with 17in notebook, 2.2GHz Core 2 Duo T7500 processor, 2GB of memory, two 200GB hard drives and an Nvidia GeForce 8600M GT graphics chip with 256MB of graphics memory attached.

The GPU drives the 1920 x 1200 display. G40 also provides HDMI port, this will give you option to hook the laptop up to an HD TV.

But the most significant feature in this laptop is the HD DVD-RW drive .It reads and writes both burn-once HD DVD-R media as well as the rewriteable version in both single- and dual-layer forms. It'll also handled DVD±R/RW discs, DVD-RAM and CD-R/RW.

Camera in Verizon Wireless XV6800

Verizon Wireless XV6800 comes with a 2-megapixel lens with flash. This has autofocus, and video-recording capabilities. You have five choices to select resolution while taking still image. Plus you have self-timer option and the option of adding a time stamp. In video mode available options are limited but you will have white balance settings, effects, and two resolution choices.

Friday, December 7, 2007

Music Videos for Iphone-How To Get Them

Iphone's are proving to be tremendously popular, and one of the most popular things to go with it is to download some music videos for it. The Ipod beforehand has proved to be a very popular device, and it's now likely for the Iphone to repeat that success.

In order to download the music videos for the Iphone, the first thing you need to do is to make sure the videos you are downloading are in the MP4 format, as this is the only video format the Iphone can currently support. Luckily you'll find that most sites are primarily based around this format anyway.

The toughest thing about downloading the music videos for the Iphone is actually finding them. It's pretty tough to find the best download sites unless you know where they are. There are several different kinds of site, some of which may well prove to be a lot more trouble than they are worth. Probably the biggest danger is to use a peer to peer site for your downloads. Whilst these sites have been popular in the past, it's best to avoid them as they are breaking the law, and so will you be if you download anything from there. Another major danger is the software itself-you can seriously damage your computer and Iphone by using these sites, as there is no regulation of what is uploaded by the users. This means hackers and spammers use sites like this as a method of introducing new viruses to the internet, putting you at direct risk.

The good news about this is that you can now find a few sites which can offer you all the positive sides of the peer to peer sites, but very few of the negatives. The way it works is that you pay a one off fee to join the site, and in turn they give you unlimited downloads. Because you pay the sites a fee to join, they use the income to keep their downloads clean and regularly add new downloads to their stocks. You'll also find that these kinds of sites keep a lot more in their database than music videos-you'll also find movies and games as well as TV shows. This gives these kinds of sites a tremendous amount of value for money.

If you are looking to download some music videos for your Iphone, this article will hopefully let you know anything you need.

Iphone Games

Downloads For Iphone

http://www.IphoneDownloadsReviews.com

Wednesday, December 5, 2007

The New Sigma SD14: 4.7 Megapixels = 14 Megapixels?

Photokina is going to be one hell of a show this year, and one of the many secrets being released and teased is that Sigma is coming out with with another DSLR, the SD14. Just from the name, DigitalDingus assumes it will be marketed as a 14MP DSLR, but will actually be a 4.7MP imager. Confusing? Yes, and the tradition continues in the world of image sensor spinning.

Preliminary Results? Pretty Good

The SD14 appears to put out some great images, just like the SD10 and the SD9 did many years ago. And this I won't really debate because how can a person debate a camera in and of itself? What is to be debated, is the way Sigma and Foveon present their cameras in relation to all the other competitors on the market.

Sell Your Camera, Not Your Spin

The DSLR market is certainly competitive. The Megapixel Wars have been battling each other several years now, but why add to the problem of an already confusing consumer product by adding subjectively different terminology as well. Fuji is another company which loves to hype it's "Honeycomb" sensors. In fact, Fuji and Sigma (along with Foveon who make the imagers for Sigma's SD DSLRs) are the two companies which I really have an issue with over any other camera manufacturers.

Sigma and Foveon are still telling the consumer, there is more than one "pixel" which is absorbing light in their cameras. Not true. If this were true, the imager wouldn't be 3.34MP in the former Sigma SD10 (as in 10MP imager--3.34MPx3). With the SD14, I'm assuming Sigma and Foveon have not actually made a 14MP imager. If they did, I'd certainly revise my preview and would be congratulating both companies for taking a giant leap in technology and honesty. I still have a small grain of hope come September 26, 2006, when Sigma will announce the full details (however, I am sure we'll get a hold of the specs much earlier and post them here...as well as a gazillion other camera forums).

Why Sigma DSLR Images Look Good

Pixel. Pitch. Those two words need to be ingrained in every camera users brain. The reason why Sigma's DSLR images have looked rather good, is because the imagers have an exceptionally high pixel size (i.e., pixel pitch) which are in the same league as the Canon 1DMKII imager. Having fairly large pixels in a DSLR will consistently produce great images. In fact, the Canon 1D, only a 4.2MP DSLR, released over 5 years ago, is still used by many professionals. Why? The pixel size is 10.8µm x 10.8µm. We will discuss pixel sizes in another article, but for now, the general consensus is the larger the pixel, the better the image. The larger the bucket of water, the more water you can capture...

Resolution Does Matter In The Overall World Of Photography

While pixel size is certainly the #1 priority in my book, if your overall resolution is not in the same ballpark as your competitor's, your imager's benefits become less of a benefit. For example, Nikon has released the D200 10.2MP and D80 10.2MP DSLR. Canon has released their 13MP 5D. If the Sigma SD14 is actually 4.7MP, we have at least double the pixel count and over 25% more resolution from other competitors (we have to remember in order to get twice as much resolution, you would need four times as many pixels).

Now, Sigma and Foveon are attempting to make a claim you don't need high resolution imagers. This is somewhat confusing. Maybe Foveon just doesn't have the technological and financial resources like Canon and Nikon have to make larger imagers. It takes a lot of money to research and develop larger imagers with more resolution, while still maintaining or exceeding image quality of a comparable smaller imager. Canon has virtually endless financial resources and in-house imaging, and Nikon already has Sony making most of its imagers, so these two companies already have a formula for creating competitive DSLRs.

Regardless of a manufacturer's methods, the result has been creating an imager with more resolution. Why is it we see a few companies twisting the definitions of pixels and resolution, and duping an already-confused DSLR consumer market?

Resolution in itself is certainly not the only answer to a camera's quality. We see many compact cameras announcing higher megapixels every 6 months. Compact camera resolution and DSLR resolution are pretty much in different categories since DSLRs still have larger pixels, and the image quality, is by far much better. So please don't think I am saying resolution is better 100% of the time because in some cases, it is not. However, when you follow Nikon and Canon's image sensor technology, their images have become better over the years in parallel to more resolution. This is not easy. And it's not cheap. Which is why many camera manufacturers are not producing 10MP DSLRs currently.

Being The Oddball Sells

In today's world of consumerism, not only does popularity sell...but being the outcast as well. If you have a competitor, or a few of them, and you know darn well there is no chance to compete because you flat-out don't have the personnel or resources to compete on the same level, simply create a reverse-popularity market, and create yourself as the oddball product that is better than your competitor. Believe it or not, it works. And it works darn well. Take any popular product and do a little research on the smaller competitors. Then look at the smaller competitor's marketing strategy. More than likely, you'll see a form of "oddball advertising". And on a curious note, some major competitors even use the smaller competitors' strategies to further their market share! Overall, it's a sea of marketing disinformation and confusion.

Don't Compete With The Big Guys, Just Sell Yourself

Another point I'd like to make is if you're a manufacturer who is struggling to survive and can't compete with the big guys...don't. Don't compete with them. Just sell yourself. Just sell your product. If Foveon and Sigma would just sell their product for what it was, and not compare it to proven camera giants like Canon and Nikon, you wouldn't be reading this editorial preview article. You'd simply be reading a preview on a cool new DSLR, improving on its previous DSLR model.

Would I Recommend A Sigma DSLR?

Well, I will not debate the SD DSLRs image quality because they are darn good. If I begin to compare them to other DSLRs, the amount of lenses available, the lens technologies such as Canon and Nikon, as well as new imaging technology from Canon and Nikon, the Sigma DSLR option becomes much less significant. If you're a Foveon imager fan, then the new SD14 is certainly going to get you excited. But I would like to request if you are going to purchase a Sigma DSLR, you conduct some simple tests.

Most camera shops have displays of the latest DSLRs available and you can bring your own media card and take images, then go home and open them up in your favorite image editor. What I recommend, is waiting until the SD14 becomes available in stores, take some images with the SD14, then take some images with a Canon 20D and a Nikon D80 or D200. Take all the images home which you've shot and compare them. If the Sigma seems it's better, then I am not one to tell you, you should do anything different. Buy the SD14. But if you like the other images from the Canon or Nikon, then go in that direction as well.

©2006 by Jason Busch (DigitalDingus.com)

Nokia N73: User Friendly Mobile Phone



N Series memberNokia N73 is a simply attractive 3G mobile phone. The Nokia N73 handset comes in a choice of four attractive colors. The Nokia N73 weighs 116 grams & measures 110 x 49 x19 mm in total which is a compact & well designed handset. The phone is full of great technology which is user friendly & improves the phones performance.

Nokia N73 comes with TFT color screen which provides 262k colors & a 240 x 320 pixel screen resolution. The integrated 3.2 mega pixel camera is of outstanding quality & has a 20 x digital zoom and auto focus option. The user can use the cameras built in flash when taking a photo in duller conditions.

The Nokia N73 camera feature comes with many different setting modes to ensure the user will capture the perfect photo each and every time. There are also options of advanced camera mode selection .The user can use the second VGA camera to take part in a video call.

The VGA camera comes with a 2 x digital zoom which allows the user to get a closer image on the video call. The user can store their photos on the phones memory, send to other contacts via multimedia messaging service or email, print using Nokia Xpress printing & download to other devices using the phones connectivity options.

The user can have a fun music experience on the Nokia N73 as it comes with best quality music feature that provides clear sound. The handset have all the messaging features according the need of user which includes email with attachments, text messaging, multimedia messaging & instant messaging.

Nokia N73

Mobile Phone Shop for Mobile Deals

Saturday, November 24, 2007

HDMI: Guide to HDTV Connection of the Future

Background:

As the HDTV market continues to heat up, consumers are in need of being educated on the latest technology. One of the terms that you, the consumer, will surely run into while selecting a HDTV set is: HDMI. For most this is an unfamiliar term and we will explain the details of HDMI in this article so you, the consumer, is armed with the proper knowledge to make intelligent purchasing decisions.

What is HDMI: HDMI is an acronym for High Definition Multi-Media Interface. The HDMI specification (now at 1.2) was created by some of the largest consumer electronics manufacturers in the world: Hitachi, Matsushita, Philips, Silicon Image, Sony, Thomson, and Toshiba. HDMI is the latest digital HDTV interconnection standard. The notable differences between HDMI and the earlier HDTV interconnects standards (component video, and DVI) are:

-HDMI is all digital unlike analog component video cables

-HDMI supports multi-channel audio in addition to digital video. (DVI only supports digital video)

- HDMI is more compact in size and carries both audio and video signals therefore eliminate cable clutter.

-HDMI incorporates content protection called HDCP ( high definition content protection)

What does a HDMI connector look like: HDMI looks similar to a USB cable. The compact size and high integration (carries both audio and video) makes the HDTV installation experience truly "plug and play."

Why should I use HDMI:

-HDMI is all digital, so picture quality is "perfect" from source to display

-HDMI is both a digital audio and video connection. This will minimize cabling in your system

-HDMI is rapidly becoming the de facto standard for HDTV connections.

How does HDMI transport the digital video: The video portion of HDMI is carried by 3 separate differential pairs. Each pair transports 1 of 3 uncompressed native digital R,G, B signals from source ( dvd player, set top box) to the sink ( HDTV display). A unique protocol, T.M.D.S.( transmission minimized differential signaling), is used to transport the digital data. Each pixel is represented by 24 bits ( 8 bits each for each of the primary colors). The T.M.D.S. protocol then "calculates" and stuffs 2 extra bits to the video data stream in order to create a digital stream with minimum transitions ( lower EMI, lower interference) and also minimize long strings of '1' and '0' which can cause detection errors.

A fourth differential pair, called the TMDS clock provides the pixel clock for timing the data stream. The maximum TMDS single link pixel clock rate is 165 MHz.

What is the data rate of a single link HDMI connection: The maximum pixel clock rate is 165MHz and each of the 3 TMDS video streams carries 10 bits. Therefore the aggregate data rate is 3 x 10 x 165MHz = 4.96Gbps.

How many pins are included in the HDMI connector: There are 19 individual pins in the HDMI connector. There are 3 pairs of TMDS signals which carry all the digital audio and video signals.

How is the digital Audio signal transported: The multi-channel audio is time multiplexed into the TMDS data streams. Audio is much lower data rate (192kbps) and the extra time is used to demux the audio signals.

What is HDCP: HDCP is an acronym for High-Bandwidth Digital Content Protection. HDCP is an encryption method developed by Intel in order to control unauthorized copying of digital media. The encryption is carried out in the HDMI transmitter found in the "source" ( dvd player, set top box) and decryption is carried out by the HDMI receiver ( the HDTV display). The secret keys for encryption are exchanged between the source and display over an I2C bus ( pins 15 and 16).

Is HDMI compatible with DVI: DVI is the predecessor to HDMI. HDMI and DVI are identical as far as video is concerned. Therefore, video backward compatibility exists. However, DVI will not support digital audio. For example, if you have an older DVI connection on your source and a HDMI connector on your display, a HDMI to DVI cable is all that is needed in order to view the video. A separate audio cable ( TOSLINK or SPDIF) will be needed to carry the digital audio.

What formats will HDMI support: HDMI is high speed digital connection and will support resolutions of 480i, 480P, 720i, 720 P, 1080i and in the future,1080P.

Conclusion:

HDTV technology is changing rapidly. HD connections such as HDMI will become the de facto standard in HDTV connections. We have outlined the important features of HDMI, so the consumer is well informed and ready to make intelligent purchasing decisions.

Jeff Su is product development manager at www.octavainc.com. Jeff is a graduate of the Georgia Institute of Technology (BSEE, MSEE) and has over 10 years of experience in CATV systems, RF, and microwave designs. He may be reached at info@octavainc.com

Choosing A Digital Camera Printer

There are so many types of digital camera printer on offer that finding the right one for your personal and business needs can be a very daunting task. However, there are a few main points to consider when choosing a digital camera printer that will help make the process a little easier.

It isn’t necessary to have a high-resolution digital camera printer to make great pictures. The higher the printer resolution you use, the more pixels you'll need in your original image file to produce a decent size print with your digital camera printer. The actual file size (in pixels) of the image from your camera, divided by the printer resolution (in dots per inch), determines the final print size. So, if the image file size is 1,478 x 1,280 pixels, and you print the file at 163 dpi with your digital camera printer, the final print size will be 9 x 7.8 inches.

If your digital camera printer resolution is 300 dpi, then you will have a higher resolution with more dots per inch laid down on the paper but a smaller print size. It is therefore important to ensure that you have the image file size to support the resolution of your digital camera printer.

The price of a digital camera printer is lowering whilst the quality is increasing. If you choose the right digital camera printer you can have your own photo lab, greeting card designing and sign making department with just your digital camera, some software and a printer.

The aim of having a digital camera printer is to produce photographic prints that look as close to real photographic prints as possible. This type of digital camera printer was once very expensive to buy and run, but technological advancements and competitive pricing have made them much more accessible to the average buyer. Ink-jet printers are now available that can produce excellent prints and a near photo-quality printer is much easier to find for people with a small budget. You will probably want to have a digital camera printer with a scanning feature built-in. If you want to produce same-size scans of photos you don’t need scan resolutions higher than 300 samples per inch for the scanner.

Your digital camera printer should also have the same interface that you already have on your computer. So if you have USB, then get a digital camera printer with USB, a Firewire printer if you have Firewire or a SCSI printer if you have SCSI. There should be no need to buy a digital camera printer that requires a different interface to the one you already have on your computer or it will cost you more to upgrade if necessary.

About The Author

Steve Gargin is the administrator of http://digital-camera-reviews.helper-guru.com/camera-digital-photography-wedding/index.html which is a great website dedicated to giving free advice on Digital Cameras.

Features Of Your MP4 Player

When MP3s came into the market, they were a huge hit. They were small and portable, and owners could listen to all their favorite music while on the move. Now you have the MP4 player, such as iPod, with even more advanced, attractive features!

With the MP4 player (iPod), you can not only listen to your favorite songs, you can also watch your favorite movies, music videos, and TV shows, along with all your MP3 songs. It can do other things as well - you can listen to FM radio stations, you can record voice notes, and on some devices, you can even read your favorite ebooks.

Since 1993, when the MP3 technology was first introduced in to the market, it had been the most important music format. The recent introduction of the MP4 with its more compressed audio format has again changed the way digital sound is perceived. Most people might not be aware of how the MP4 differs from the MP3 and think that MP4s are more compressed and hence smaller than the audio files in the MP3 format; others assume that these two represent different technologies.

There are both common features as well as distinctions between MP3 and MP4 players. The most important point that comes to the mind when you compare the two, is that the MP4 format has properties that make up for all the shortfalls of the MP3, and the quality of perception of the files in the MP4 format is much better when compared to the MP3.

Basically, MP4 is a container. So it has the capability to carry video as well as audio files. So the basic difference is that the MP4 contains the audio and video at the same time while the MP3 format can support only the audio files. The MP4 player (iPod) allows you to realize something bigger and better than anything you can imagine. It is a new concept known as Structured Audio, and it is a mode of describing sound in the most ultra-modern way.

The MP4 technology supports a quality of sound that represents the future standard for a variety of multimedia application , including computer music and gaming audio; hence one can think of the MP4 as the next step in the evolution of the file format that started with the MP3.

There are many types of MP4 players in the market. They are very light and have small screens of 1.2 inch, however some of them may have screens of up to 2 inches. The speakers are built inside the players and there are earphone sockets as well. It is not unusual to find OLED display characteristics. OLED produces brighter and sharper images as compared to LCD images.

A great characteristic of MP4 players (iPod) is that there are not innumerable buttons for the various commands. Only a few buttons are sufficient for the purpose. The memory is quite large at 8 GB for flash based and 100 GB in case of micro based hard drive .

The latest MP4 players (iPod) even support third party, flash memory cards, which are external... they even have USB support. Earphones and other accessories are also available with the MP4, but at times the quality may not be up to the mark.

Because of it capability of delivering both video and audio at the same time, MP4 devices (iPod) can offer an even greater range of features such as email, web browsing, instant messaging , music and video download, digital cameraPsychology Articles, bluetooth wireless technology and many more. Multiple language options and gaming capability add to its versatility. Features such as voice recording enable MP4 devices to be used not only for entertainment but also for professional purposes.

This article is under GNU FDL license and can be distributed without any previous authorization from the author. However the author's name and all the URLs (links) mentioned in the article and biography must be kept.


This article can be accessed in portuguese language from the Article section of page http://www.polomercantil.com.br/ipod.php , http://www.polomercantil.com.br/mp4-player.php

Roberto Sedycias works as IT consultant for Polomercantil

Wednesday, November 21, 2007

Your Guide To A Notebook

A notebook or laptop is nothing but a small portable computer that weighs 2.2 to 18 pounds (1 to 8 kg), that depends on its brand, style, size, material it is made of, and many other factors. Notebooks generally operate on a single main battery or through an external adapter that can both charge the battery and also supply power to the notebook.

Notebooks are adept at performing the same jobs like a personal desktop; the only difference is that they are generally less powerful for the same cost. They consist of similar components like desktop computers and execute the same functions, except that they are miniature in size and suitable for transportable use and effective power consumption. Notebooks usually have LCD and different memory modules. They have a built-in keyboard; input is done through a touchpad or a pointing stick, though an external mouse can also be attached.

There are different categories of notebooks. UMPCs are Ultra-Mobile PCs and are very portable. Since they are of a small size they can fit in a small touch screen while some other models have a minute physical keyboard along with a mouse interface. The other type is Ultraportables which are notebooks and have screens less than eleven inches and have less than 3.7 pounds (1.7 kg) of weight. They are generally used by business travelers, as they are small and light though very expensive. They have an extended battery life and integrated graphics. The other type of notebook is the Sony VAIO FJ76, and Dell XPS M1330 and XPS M1210. Then we have the mainstream notebooks that are more of budget desktops. And if you want desktop power, then you can opt for desktop replacement which can accommodate many performance components.

As far as the processors are concerned you should go for the fastest that your budget will allow. You can opt for Intel's Centrino that has great speed and also good battery life. Or else you can also go for the economic AMD's mobile processors whose performance still lags behind Intel. If you intend to watch DVDs on your notebook then go for wide screen ones that offer sharper, larger and great images. The only consideration is that they are not meant for carrying around a lot.

For great system performance it is vital to have enough memory (RAM) that will allow you to run many applications together. Adequate RAM is also essential for image and video editing, graphics work, and 3D gaming. Generally notebooks have a terrible sound quality so it is recommended to use speakers or headphones. These are some of the factors that you need to consider before buying a notebook.

Also keep in mind that like any electronic device, your notebook is vulnerable to accidents as well as system failures. It is recommended to get at least a three year warranty and also some additional insurance.

Health hazards related to using a laptop has been a controversial topic for quite some time. Researches have proved that heat generated from notebooks can raise temperature of scrotum, leading to reduced sperm count. A solution can be using it on a table or keeping it apart from the lap that will enable better cooling of the notebook and also prevent your lap from excessive electromagnetic radiation and heat.

Some of the famous brands that have notebook are Acer that have TravelMate, Ferrari and Aspire models; BenQ; Compaq with its Armada, LTE, EVO and Presario models. Other famous brands are Gateway, HCL, Lenovo, LG, Micro-Star International, Panasonic, Samsung, Toshiba and others.

This article can also be accessed from page Notebook_Guide