Using the Best – HDMI and Toslink Cables
Using the Best – HDMI and Toslink Cables
There is a ton of high definition capable components in the electronic entertainment world now and the people who buy these need to have the best support for them. These consumers sometimes don’t think about the AV cables between these components, but if you don’t use the best connectors it doesn’t matter how high tech your toys are. If you use the same old analog cables to hook them up you’ll not see the quality increase you’re expecting.
The lack of performance of the old style analog cables, like composite and component cables, is because when they transmit the data stream to the TV it’s compressed which creates a lesser sound and picture quality. In contrast the HDMI cables present a digital alternative, they don’t compress the signal at all so there’s fabulous high quality pictures and audio.
Most of the newer electronics like game consoles, i.e. XBOX 360 and Playstation 3, and entertainment pieces like Blu ray players, DVR’s and HD cable boxes have used the HDMI format since it was released to consumers in 2003. The capability of HDMI allows us to see true high def resolutions of 480p, 720p, and the awesome 1080p. As it grows there are now newer releases of this cable which can handle 40p, 1600p and 2160p capable resolutions. Another special feature is the HDMI is backward compatible with standard Digital Video Interface, DVI, which are present on most modern video cameras and computer monitors.
For the audiophile, there is the Toslink cable or Optical cable, which is a high quality digital optical connection for audio devices. Digital Optical inputs can be found on many recent audio devices such as MiniDisc recorders, DAT recorders, and high-end disc players. It is also increasingly being included on newer computers such as Apple’s Unibody Macbook line of laptops.
The way the signal moves through the system, digital signal in an uncompressed state, is similar for the Toslink as the HDMI cables. This results in pure high quality audio output, great for sound editing and playback because there’s a full sound spectrum with no loss due to compression. Both the HDMI and Toslink are the best and should be used if someone wants to see and hear the capability of their components.
A Brief Guide to Toslink Cables
A Brief Guide to Toslink Cables
There is a huge variety of audio cables on the market, varying in size, shape, cost and quality. The most popular audio cable on the market is the optical digital audio cable, also known as the Toslink cable.
The Toslink cable is a standardized optical fiber cable used for connecting input devices such as CD/DVD players to output devices like TVs or a home theater system. Toslink cables were invented by Toshiba in the year 1983 to enhance the functionality of their CD players. Soon, this optical cable became the industry standard. The standard name for it is EIAJ optical.
Toslink cables are usually constructed out of inexpensive 1mm plastic optical fiber. More expensive cables are made out of multistrand plastic optical fibers. The construction quality and materials vary with the application and bandwidth of the cable, or the required length. Usually, toslink cables have a range of 10 meters (though you’ll usually find 5 meter varieties in your local hardware shop). Beyond that, the toslink cables tend to lose the strength and quality of the signal and need a booster.
A ton of manufacturers are in the market to produce these cables, and you will have a wide variety of brands to choose from. Never spend too much on audio cables as the difference in quality is negligible between the and the 0 variety. Pick something that fits your budget and provides appreciable quality.
Remember that toslink cables also go by several other names such as optical digital audio cable, SPDIF cable, or simply, optical audio cable. They all mean the same thing, so don’t get confused at the store when you see all the options before you.
A Look back at the History of Plasma Televisions
A Look back at the History of Plasma Televisions
Plasma televisions are today a popular commodity and used by millions all over the world. However, little is known about the history of the plasma television, when it was first invented and how it become so popular. Here we plot the development of this technology and who played key roles along the way.
It all started with a Hungarian scientist called Kálmán Tihanyi, an engineer who had previously designed television-based guidance systems for defense applications, including prototypes of an optically-controlled, pilot-less aircraft. He would also make significant contributions to the design of cathode ray tubes. In 1936 Tihanyi described the basic principles behind plasma television.
These ideas were taken on by David Bitzer, H Gene Slottow and Robert Wilson at the University of Illinois who together gave “birth” to the monochrome (black and white) plasma display in 1964. This display was part of a computer system project (by the name of PLATO. PLATO was shut in 1996 but incidentally was a trailblazer for major internet based concepts that we now as forums, message boards, e-mail, chat rooms, picture languages, instant messaging, remote screen sharing, and multi-player games.
Another key figure in the development of plasma displays was Larry F Webber who pursued postgraduate study under Bitzer and Slottow in the 1960s. Webbers research papers would eventually earn him 15 patents relating to the subject.The worlds first full colour plasma display was made by Fujtsu in 1992. The same company was also responsible for the first 42-inch plasma display in 1997. Philips and Pioneer also started to sell plasma screens to the general public in this year also.
Up until the year 2000, the plasma was the most popular choice for flat panel displays as there was a host of advantages over competing technologies (notably LCDs) However significant improvements have narrowed that gap, however it is still widely believed that plasma display panels have the edge when it comes to large screens and this is borne out by Panasonic introducing a 152″ 2160p 3D plasma screen in 2010
What Is A Toslink Optical Audio Cable?
What Is A Toslink Cable?
Multiple audio cable choices are on the market. One of the most prevalent used by consumers is a Toslink cable, also know as a optical cable. The technical detail is that it is standardized optical fiber connection system, they’re used for linking components like CD players and DAT recorders. A standard in digital video and audio is PCM, pulse code modulation and the Toslink was invented by Toshiba is the early 80′s to connect their recievers and CD players to recieve the PCM stream. It became a common connector for most manufacturers CD players right after that, EIAJ optical being the standard name for them.
The bandwidth and application have a lot to do with what the cable will be made out of. Quartz glass optical fibers may be used occasionally, but most likely they will be made with either quality multistrand plastic optical fibers or cheaper 1mm plastic optical fiber. Toslink cables can run up to 10 meters in length, but are typically 5 meters or less. Anything longer than 10 meters and it is likely that a signal booster will be needed. Newer consumer electronics, however, can have Toslink cables that will run 100 feet or more. As audio cables go, the toslink cable has become very popular and you can find them at varying prices through many different manufacturers.
There’s another type of jack that goes by the name of mini-toslink jacks. There are adapters on the market to connect the mini toslink to the regular Toslink cable. The most common users of the mini-toslink jacks are Apple computers and portable mini disc players.
The audio signal from a Toslink cable was originally limited to 48 kHz at 20 bits, but has now been extended to support all modern formats. The only exceptions to this are DTS HD audio streams, TrueHD, and Dolby Digital Plus.
After Toshiba’s invention of the Toslink they’re now the standard in audio cables, to connect CD players and other things to the main component. There are many manufacturers now so the name of Toslink describes the cable not related to Toshiba. They’re highly available through retail brick stores and online, so if you need one it’s a easy search.
Is Burning Xbox 360 games an Infraction?
Is Burning Xbox 360 games an Infraction?
People are sometimes afraid to copy Xbox 360 games because they think this is an infraction. While the fact that licensed games are not to be sold as illegal cracked or hacked copies is true, the simple fact that you are copying and burning Xbox 360 games you have bought for yourself is not a breach. Game producers allow users to create as many backup copies as they wish, all for their personal use. The problem is that Xbox games are protected to avoid piracy.
This usually means that you won’t be able to backup your games using your DVD creator sofware. You might be able to create a copy of the game disk without problems. But you will notice that the copied disk is not working because Xbox shows only a black screen when you try to play it. Xbox will think this a pirated game and not a legal backup. The problem here is that the available burning software is not capable of copying the digital recognition license to the new disk.
But don’t give up just yet: the truth is that there are several new programs that make it possible copying and burning Xbox 360 games. As you may guess, these programs know how to transcribe onto copied disks the needed information.
So if your original game disk becomes unusable due to a scratch or something like that, you’ll be safe because of this programs for copying and burning Xbox 360 games. One important info that you must retain is the fact that you can actually make backups of your games in a legal and safe way.
HDMI Cable – A Compact Signal
HDMI Cable – A Compact Signal
Some might be wondering, what exactly does HDMI stand for? The answer is: High-Definition Multimedia Interface. When using an HDMI cable, the uncompressed audio/video digital data is transmitted to a more compact usable signal. It is a digital version of the RGB analogue signal. This is when white light is produced by being mixed with the colours red, green and blue, hence the term RGB. This cable connects various audio/video digital sources such as: HD DVD players, Blu-ray Disc players, personal computers, PlayStation 3 and Xbox 360 video game consoles, and AVCHD camcorders to compatible digital televisions and computer monitors.
An HDMI cable is a bit complicated. The data is carried on four shielded twisted pairs that carry the sync pulses, colour and clock signal. The transmission is much like a CAT5 cable, but with added shielding. Sync pulses are the signals that tell the display where the frame begins. The colour is just that, red, blue and green (RGB) signals that come together in a neat unified colour picture. The clock signal is information that is carried through transmitted energy. With this complication comes great diversity in the video signal that is produced.
The video signal that can be produced by HDMI cables is unimaginably huge, beginning with 480i and reaching all the way to 2160p. This means that this cable can produce a small scale of picture information (480 lines) to a large scale that produces 2160 pixels on an 84-in LCD television. When deciding the length of cable to purchase, there is no maximum length. However, the construction and quality of the cable determines the usable length. There are two categories of cables that are available on market for purchase. These are defined as category 1, standard cable, and category 2, high speed cable. A cable can reach up to 49 feet in length and still produce a usable signal.
The cable as a whole is actually a very complicated piece of art. When looking for an HDMI cable, one must keep in mind that the shape and size of the pair wires affect the transmission of the picture. Also, the thickness of the insulation within the wires can produced a different effect with different cables. There are so many cables available, but carefully determining the features and benefits of each will help make an educated decision. Cables are so different now than they were only two years ago. Therefore, understanding the meaning of Full HD and whether professional or high quality is the best option or if the cable is gold plated are good things to contemplate before purchasing a cable. You should also purchase the shortest cable you can get away with as a long HDMI cable can cause signal loss.
XBOX 360 Wholesale Directory: Scam Prevention
XBOX 360 Wholesale Directory: Scam Prevention
If you have found yourself in the process of finding legitimate suppliers for XBOX 360 wholesale gaming consoles, video games and accessories, it can be a very time consuming, painful and difficult process, through trial and error. There are hundreds of websites claiming to have the “Ultimate” wholesale directory, unfortunately over 99.9% are there to purposely scam you out of your hard earned money. You will hear claims such as: Once you purchased our “Wholesale Directory”, you will soon find yourself making 0,000+/yearly profits and no experience is necessary for these results.
I am sure you have stumbled upon an ebay auction listing for a “Wholesale List’ on ebay, what did you find from that wholesale list? Suppliers that we’re found using alibaba, which will eventually get you scammed. The first rule to product sourcing is: You cannot purchase name branded electronics from China, so that means for those that think you will find a supplier for XBOX 360′s wholesale from alibaba, made-in-china, tradekey, ec21, you will only lose your hard earned money and be at square one again. Hong Kong does have legitimate distributors for branded products, they have contracts with manufacturers and you will not find them advertising on B2B china websites.
Wholesale Distributor
A business that purchases products, warehouses the product, and then resells the product to retailers or wholesalers. They also provide different services (such as information about products, technical support, warranties, credit) to their clients.
How is a Distributor Beneficial?
The significant benefits of purchasing product from a distributor, is the fact you’re purchasing inventory directly from the source. Let’s say for instance, Foxconn manufacturers Apple products, once the manufacturing process for Apple iPhone is complete they ship the iPhones to the wholesale distributors and AT& T. Meaning you’re one step away from the manufacturer, with branded electronics you cannot purchase directly from the manufacturer, It’s impossible.
Wholesaler
A business that purchases large quantities of products and resells to resellers, rather than directly to the retail customer.
How is a Wholesalers Beneficial?
The significant benefits of purchasing product from a wholesaler, is the fact you’re purchasing inventory in small to large quantity orders, thus allowing the cost per item to be reduced significantly. Which allows you to make more profits per sale.
Drop Shipping
Drop shippers ship products for a business directly to your customers, as though the business owned a relevant product inventory, but the manufacturer is the source of that delivery
How Is Drop Shipping Beneficial?
The benefits of drop shipping are the elimination of physical inventory and a positive cash flow. A positive cash flow cycle occurs because the seller is paid when the purchase is made. The seller usually pays the wholesaler using a credit card or paypal. Therefore, there is a period of time in which the seller has the customer’s money, before money is sent to the wholesaler.
Drop shipping also eliminates managing inventory and shipping costs.
As an experienced product sourcing professional, 7+ years dealing with distributors and bulk suppliers, 2 different retail businesses that I would label a success. Once you know where to look, finding reliable, trustworthy profitable suppliers becomes easy, you simply cannot expect to find water looking in the desert.
The facts are, it is vital for you to find XBOX 360 wholesale suppliers that will provide you with true wholesale pricing for consoles, video games and accessories. You will need true wholesale suppliers that will benefit your business with genuine product and quality customer service. I wish you success with your future business aspirations to achieve your goals for financial independence.
TOSLINK ? Basic Things You Need To Know
TOSLINK ? Basic Things You Need To Know
The significant feature of these fiber optic cables is that they could convert signals of audio into light impulses as opposite to electric signals. TOSLINK cables typically send out their signals with the LED lights that are colored red. The standard TOSLINK was first established by Toshiba to offer connections in the CS players. It then caught on and turn out to be the most popular connection audio signal’s format. It’s mainly utilized to connect DVD players, CD player, receivers of satellite dish and any other equipment that require reliable way of converting audio signals. A significant difference between TOSLINK and any other audio cable formats is that, because TOSLINK utilizes cables made with fiber optic, it’s not at risk to electromagnetic commotion and line sound.
Cables of TOSLINK are frequently restricted to being 5meter long. This is the maximum length for TOSLINK cable that has no signal booster. It is found to be approximately 10 meter. Depending on its purpose, TOSLINK cables can utilize 1milimeter thick plastic fiber optic, which are cheap or for high-quality device that can as well utilize cables that are high-quality multi-strand fiber optic.
Once you shine a light at an end of the coil of TOSLINK, you’ll be able to look at it at the other end. The reason for this is because fiber optic cables are made-up of conducting light material and therefore transmit the light from the end to another end.
Audio cables come in all sizes, types, and configurations. Furthermore, the most famous cable utilized for audio is the Toslink cable, or it is frequently referred to as the optical cable. It is a standardized connection system for connecting stuffs such as DAT recorders and CD players. The standard for video and digital audio is pulse code modulation (PCM). Toshiba developed the Toslink in the year 1983 to utilize with CD players connecting it to the receiver of the pulse code modulation audio signal. The Toslink cable turned out to be regular for other producers, and it was named as EIAJ optical.
There is another type of cable that is known as the mini-toslink jacks. There are as well adapters on the marketplace to connect this mini-toslink to the regular Toslink cable. Most usual users of mini-toslink jacks are portable mini disc players and Apple computers.
HDMI V1.4 for 3D Television Explained
HDMI V1.4 for 3D Television Explained
HDMI V1.4 for 3D Television Explained
HDMI explained
HDMI (High-Definition Multimedia Interface) is a compact audio/video interface for transmitting uncompressed digital data.[1] It represents a digital alternative to consumer analog standards, such as radio frequency (RF) coaxial cable, composite video, S-Video, SCART, component video, D-Terminal, or VGA. HDMI connects digital audio/video sources-such as set-top boxes, upconvert DVD players, HD DVD players, Blu-ray Disc players, AVCHD camcorders, personal computers (PCs), video game consoles such as the PlayStation 3, Xbox 360, and AV receivers-to compatible digital audio devices, computer monitors, and digital tv sets.[1]
HDMI supports, on a single cable, any uncompressed Tv or PC video format, including standard, enhanced, and high-definition video; up to 8 channels of compressed or uncompressed digital audio; and a Consumer Electronics Control (CEC) connection. The CEC allows HDMI devices to control each other when necessary and allows the user to operate multiple devices with one remote control handset.[2] Because HDMI is electrically compatible with the signals used by Digital Visual Interface (DVI), no signal conversion is necessary, nor is there a loss of video quality when a DVI-to-HDMI adapter is used.[3] As an uncompressed connection, HDMI is independent of the various digital television standards used by individual devices, such as ATSC and DVB, as these are encapsulations of compressed MPEG video streams (which can be decoded and output as an uncompressed video stream on HDMI). The HDMI standard was not designed to include passing closed caption data (for example, subtitles) to the television for decoding.[4] So any closed caption stream has to be decoded and included as an image in the video stream(s) prior to transmission over an HDMI cable to be viewed on the DTelevision. This limits the caption style (even for digital captions) to only that decoded at the source prior to HDMI transmission. This also prevents closed captions when transmission over HDMI is required for upconversion.
History of HDMI
The HDMI Founders are Hitachi, Matsushita Electric Industrial (Panasonic/National/Quasar), Philips, Silicon Image, Sony, Thomson (RCA), and Toshiba.[7] Digital Content Protection, LLC provides HDCP (which was developed by Intel) for HDMI.[16] HDMI has the support of motion picture producers Fox, Universal, Warner Bros., and Disney, along with system operators DirecTv set, EchoStar (Dish Network), and CableLabs.[1]
The HDMI Founders began development on HDMI 1.0 on April 16, 2002, with the goal of creating an AV connector that was backward-compatible with DVI.[17][18][19] At the time, DVI-HDCP (DVI with HDCP) and DVI-HDTv (DVI-HDCP using the CEA-861-B video standard) were being used on HDTvs.[19][20][21] HDMI 1.0 was designed to improve on DVI-HDTelevision by using a smaller connector and adding support for audio, enhanced support for YCbCr, and consumer electronics control functions.[19][20][22][23]
The first Authorized Testing Center (ATC), which tests HDMI products, was opened by Silicon Image on June 23, 2003, in California, United States.[24] The first ATC in Japan was opened by Panasonic on May 1, 2004, in Osaka.[25] The first ATC in Europe was opened by Philips on May 25, 2005, in Caen, France.[26] The first ATC in China was opened by Silicon Image on November 21, 2005, in Shenzhen.[27] The first ATC in India was opened by Philips on June 12, 2008, in Bangalore.[28] The HDMI website contains a list of all the ATCs.[29]
Specifications
The HDMI specification defines the protocols, signals, electrical interfaces, and mechanical requirements of the standard.[39] The maximum pixel clock rate for HDMI 1.0 was 165 MHz, which was sufficient for supporting 1080p and WUXGA (1920?1200) at 60 Hz. HDMI 1.3 increased that to 340 MHz, which allows for higher resolution (such as WQXGA, 2560?1600) across a single digital link.[40] An HDMI connection can either be single-link (Type A/C) or dual-link (Type B) and can have a video pixel rate of 25 MHz to 340 MHz (for a single-link connection) or 25 MHz to 680 MHz (for a dual-link connection). Video formats with rates below 25 MHz (e.g., 13.5 MHz for 480i/NTSC) are transmitted using a pixel-repetition scheme.[1]
Versions
HDMI devices are manufactured to adhere to various versions of the specification, in which each version is given a number, such as 1.0, 1.2, or 1.3a.[41] Each subsequent version of the specification uses the same kind of cable but increases the bandwidth and/or capabilities of what can be transmitted over the cable.[41] A product listed as having a HDMI version does not necessarily mean that it will have all of the features that are listed for that version, since some HDMI features are optional, such as Deep Color and xvYCC (which is branded by Sony as “x.v.Color”).[96][97] Note that with the release of the version 1.4 cable, the HDMI Licensing LLC group (which oversees the HDMI standard) will require that any reference to version numbers be removed from all advertising from the cable only.[98] Non-cable HDMI products starting on January 1, 2012 will no longer be allowed to reference the HDMI number and will be required to state which features of the HDMI specification the product supports.[99]
[edit] Version 1.0 to 1.2
HDMI 1.0 was released December 9, 2002 and is a single-cable digital audio/video connector interface with a maximum TMDS bandwidth of 4.9 Gbit/s. It supports up to 3.96 Gbit/s of video bandwidth (1080p/60 Hz or UXGA) and 8 channel LPCM/192 kHz/24-bit audio.[41] HDMI 1.1 was released on May 20, 2004 and added support for DVD-Audio.[41] HDMI 1.2 was released August 8, 2005 and added support for One Bit Audio, used on Super Audio CDs, at up to 8 channels. It also added the availability of HDMI Type A connectors for PC sources, the ability for PC sources to only support the sRGB color space while retaining the option to support the YCbCr color space, and required HDMI 1.2 and later displays to support low-voltage sources.[41][90] HDMI 1.2a was released on December 14, 2005 and fully specifies Consumer Electronic Control (CEC) features, command sets, and CEC compliance tests.[41]
[edit] Version 1.3
HDMI 1.3 was released June 22, 2006 and increased the single-link bandwidth to 340 MHz (10.2 Gbit/s).[40][41][100] It optionally supports Deep Color, with 30-bit, 36-bit, and 48-bit xvYCC, sRGB, or YCbCr, compared to 24-bit sRGB or YCbCr in previous HDMI versions. It also optionally supports output of Dolby TrueHD and DTS-HD Master Audio streams for external decoding by AV receivers.[101] It incorporates automatic audio syncing (audio video sync) capability.[40] It defined cable Categories 1 and 2, with Category 1 cable being tested up to 74.25 MHz and Category 2 being tested up to 340 MHz.[58] It also added the new Type C Mini connector for portable devices.[50][102]
HDMI 1.3a was released on November 10, 2006 and had Cable and Sink modifications for Type C, source termination recommendations, and removed undershoot and maximum rise/fall time limits.[41] It also changed CEC capacitance limits, clarified sRGB video quantization range, and CEC commands for timer control were brought back in an altered form, with audio control commands added.[41] It also added support for optionally streaming SACD in its bitstream DST format rather than uncompressed raw DSD like from HDMI 1.2 onwards.[41]
HDMI 1.3b, 1.3b1 and 1.3c were released on March 26, 2007, November 9, 2007, and August 25, 2008 respectively. They do not introduce differences on HDMI features, functions, or performance[103], but only describe testing for products based on the HDMI 1.3a specification regarding HDMI compliance (1.3b [93][104][105]), the HDMI Type C Mini connector (1.3b1 [93][104][105]), and active HDMI cables (1.3c [63][106]).[103]
[edit] Version 1.4
HDMI 1.4 was released on May 28, 2009, and the first HDMI 1.4 products were available in the second half of 2009.[54][107] HDMI 1.4 increases the maximum resolution to 4K ? 2K (3840?2160p at 24 Hz/25 Hz/30 Hz and 4096?2160p at 24 Hz, which is a resolution used with digital theaters); an HDMI Ethernet Channel, which allows for a 100 Mb/s Ethernet connection between the two HDMI connected devices; and introduces an Audio Return Channel, 3D Over HDMI (HDMI 1.3 devices will only support this for 1080i)[108], a new Micro HDMI Connector, expanded support for color spaces, and an Automotive Connection System.[54][109] HDMI 1.4 supports several stereoscopic 3D formats including field alternative (interlaced), frame packing (a full resolution top-bottom format), line alternative full, side-by-side half, side-by-side full, 2D + depth, and 2D + depth + graphics + graphics depth (WOWvx),[51][110][111] with additional top/bottom formats added in version 1.4a . HDMI 1.4 requires that 3D displays support the frame packing 3D format at either 720p50 and 1080p24 or 720p60 and 1080p24.[111] High Speed HDMI 1.3 cables can support all HDMI 1.4 features except for the HDMI Ethernet Channel.[51][110][111]
HDMI 1.4a was released on March 4, 2010 and adds two additional mandatory 3D formats for broadcast content which was deferred with HDMI 1.4 in order to see the direction of the 3D broadcast market.[112][113] HDMI 1.4a has defined mandatory 3D formats for broadcast, game, and movie content.[112] HDMI 1.4a requires that 3D displays support the frame packing 3D format at either 720p50 and 1080p24 or 720p60 and 1080p24, side-by-side horizontal at either 1080i50 or 1080i60, and top-and-bottom at either 720p50 and 1080p24 or 720p60 and 1080p24.[113]
[edit] Version comparison
HDMI Cables & Leads V1.4 For 2160p HD Plasma, LED and LCD TV’s
HDMI Cables A To A
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