We are currently working on a number of exciting web and graphic design projects.
We are excited to be upgrading the Elite Weddings & Events site to include a fresh look and an online shop. Also look out for EWE's advertisement in the Gold Coast Wedding Magazine due for release early March '09.
We are also re-vamping the East Coast Communications & Security website to include an enhanced visual experience for the user and an online shop. Check out the 'before shot' site at www.eccs.com.au.
Leethal Images is another PHP/MySQL project that is currently in development. This site has user password access, database powered image galleries and an online shop.
Keep an eye on this space for project completion updates.
Thursday, 5 February 2009
Blu-Ray set to take the world by storm!
By Paul Colbert
The Blu-ray Disc belongs to a new generation of optical discs capable of staging high density data. Blu-Ray technology is based on a blue-violet coloured laser. The blue laser operates at a wave length of 405 nm, while older technology such as DVDs and CDs are based on red and infrared lasers that works at 650 and 780 nm. Since the wave length is shorter with a blue laser, the new Blu-ray technology makes is possible to store much more information
The advantage with the Blu-ray technology is that the laser beam can be focused much more tightly at the surface of the disc. Tight focus means that a smaller spot will be produced on the surface on the disc, and when the spots become smaller there will naturally be room for more information on each disc. The minimum spot size of any laser depends on a naturally accruing phenomenon called diffraction. The narrow beam of light sent out from a laser will always diverge into a wider beam eventually, due to the natural diffraction of waves. Diffraction will also occur the waves meet an obstruction. By reducing the wavelength of a laser, we can affect the diffraction.
In Blu-ray technology, the diffractions is also affected by the fact that the lens used to focus the light has a higher numerical aperture than the lenses found in ordinary DVDs - 0.85 instead of 0.6. Blu-ray technology based appliances are also equipped with a dual-lens system of supreme quality, and the cover layer has been made thinner in order to prevent unwanted optical effects. All this makes it possible for a Blu-ray laser to focus on much smaller spots. The optical improvements are accompanied with a new method for encoding data which makes it possible to store even more data on the Blu-ray disc.
The standard for Blu-ray technology has been developed as a joint venture between several major manufacturers of PCs and consumer electronics, including Sony and Philips. The group is called the Blu-ray Disc Association (BDA). The first Blu-ray recorder was launched in Japan in 2003, by Sony. Today, Samsung, JVC, Matsushita (Panasonic) and LG Electronics are all examples of companies using Blu-ray technology in their products. Hewlett Packard has announced that they will release desktop PCs equipped with Blu-ray technology in late 2005.
The main competitor for the Blu-ray technology is the HD DVD format which is also capable of storing more information than a normal DVD. The Blu-ray technology does however allow for more information per layer than the HD DVD format - 25 GB compared to 15 GB. The Blu-ray technology will on the other hand most likely be more expensive to support, at least initially, which can make the HD DVD a tempting alternative. In a Blu-ray disc, the data is stored extremely close to the surface. This made the first Blu-ray discs extremely vulnerable to scratching and many users preferred the tougher HD DVD discs. Since 2004, all Blu-ray discs are coated with a clear polymer called "Durabis" which makes them much more durable. According to the developers of Durabis, the TDK Corporation, a coated Blu-ray disc will work even after being attacked with a screwdriver.
Author Bio
Paul Colbert of Blu Ray World is an author of various articles relating to new technology and innovations.
Article Source: http://www.ArticleGeek.com - Free Website Content
The Blu-ray Disc belongs to a new generation of optical discs capable of staging high density data. Blu-Ray technology is based on a blue-violet coloured laser. The blue laser operates at a wave length of 405 nm, while older technology such as DVDs and CDs are based on red and infrared lasers that works at 650 and 780 nm. Since the wave length is shorter with a blue laser, the new Blu-ray technology makes is possible to store much more information
The advantage with the Blu-ray technology is that the laser beam can be focused much more tightly at the surface of the disc. Tight focus means that a smaller spot will be produced on the surface on the disc, and when the spots become smaller there will naturally be room for more information on each disc. The minimum spot size of any laser depends on a naturally accruing phenomenon called diffraction. The narrow beam of light sent out from a laser will always diverge into a wider beam eventually, due to the natural diffraction of waves. Diffraction will also occur the waves meet an obstruction. By reducing the wavelength of a laser, we can affect the diffraction.
In Blu-ray technology, the diffractions is also affected by the fact that the lens used to focus the light has a higher numerical aperture than the lenses found in ordinary DVDs - 0.85 instead of 0.6. Blu-ray technology based appliances are also equipped with a dual-lens system of supreme quality, and the cover layer has been made thinner in order to prevent unwanted optical effects. All this makes it possible for a Blu-ray laser to focus on much smaller spots. The optical improvements are accompanied with a new method for encoding data which makes it possible to store even more data on the Blu-ray disc.
The standard for Blu-ray technology has been developed as a joint venture between several major manufacturers of PCs and consumer electronics, including Sony and Philips. The group is called the Blu-ray Disc Association (BDA). The first Blu-ray recorder was launched in Japan in 2003, by Sony. Today, Samsung, JVC, Matsushita (Panasonic) and LG Electronics are all examples of companies using Blu-ray technology in their products. Hewlett Packard has announced that they will release desktop PCs equipped with Blu-ray technology in late 2005.
The main competitor for the Blu-ray technology is the HD DVD format which is also capable of storing more information than a normal DVD. The Blu-ray technology does however allow for more information per layer than the HD DVD format - 25 GB compared to 15 GB. The Blu-ray technology will on the other hand most likely be more expensive to support, at least initially, which can make the HD DVD a tempting alternative. In a Blu-ray disc, the data is stored extremely close to the surface. This made the first Blu-ray discs extremely vulnerable to scratching and many users preferred the tougher HD DVD discs. Since 2004, all Blu-ray discs are coated with a clear polymer called "Durabis" which makes them much more durable. According to the developers of Durabis, the TDK Corporation, a coated Blu-ray disc will work even after being attacked with a screwdriver.
Author Bio
Paul Colbert of Blu Ray World is an author of various articles relating to new technology and innovations.
Article Source: http://www.ArticleGeek.com - Free Website Content
Thursday, 11 September 2008
All About Business Cards
By: Briana Liebmann
Business cards are a great way for your business to get it's name out into the world. Small, and convenient, these little cards provide your customers with your name and all your contact information, and because they're portable, your customers will be able to take your name with them wherever they go (an advantage over online advertising).
Many companies provide fully customizable cards, allowing you to choose from font size and color to a unique logo. A good business card company will even let you choose the paper thickness and finish.
For those of you who do not wish to customize, many providers come with pre-designed templates where you only have to insert your information for a quick and easy card ready to be shipped.
For those of you who wish to exercise your creative muscle, here are a few tips to follow:
1. Less is More:
It is pretty easy to get carried away with all the bells and whistles offered, but it usually doesn't take much for that little wallet sized card to get filled up with unnecessary decorations. Try to keep the main point in focus. Stick to the basics, this will also help get your message across quicker and easier for your customers.
2. Make Reading Easy:
Business cards are meant for quick reference. Contrasting colors are recommended as well as a simple sans font such as Arial. This will not only help the customer read your business card easier, but will also allow them to receive your information quickly and conveniently.
3. Keep the Important Material Larger:
Your name should be the largest font on the card. All your other information should be smaller and toward the bottom.
Choosing a high quality business card composer will make all the difference in the finished result. It is recommended that you choose a well known company who will guarantee their products. Even if they are a bit more expensive than their competitors, the extra expense will be well worth the quality product and service you will receive.
Author Bio
Briana is an original content writer for www.youseekit.com which features original articles on a variety of topics.
To see the original article, go to www.youseekit.com/business-cards.htm.
Article Source: http://www.ArticleGeek.com - Free Website Content
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