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Atricle Dump - A Buyer's Guide to Film Scanners
Network Marketing - Living your Dreams or Surviving a Nightmare? face of your film scanner will determine how long it takes to transfer digital data to a computer for processing. Together with the actual operational speed of the scanner, the hardware interface plays an important part in determining scan speed. Most older film scanners have SCSI ports; the newer film scanners feature FireWire or USB (Hi-Speed or USB 1.1) interfaces. Models with either USB or FireWire interface are hot swappable — which means the scanners can be plugged or unplugged from other devices to which they are connected without having to turn the scanners off and on.Can you remember back to when you were young? When the world was a place where everything was possible, nothing was a concern and you promised yourself the most expensive cars, the most luxurious house and the best job? How old were you? 9, 10, 11 or even 12 years old?Money was no object… Right?Because you knew that once you graduated and did all the degree stuff, passed all the exam stuff and got that great job, you would be able to afford all your dreams. The Lamborghini would be sitting in front of your Mansion house and you would invite people to lunch and drink only the best champagne, eat at the best restaurants, go to the theatre…So how did you end up? Are you still driving that 10 year old, beaten up, pile of junk, that you’ve had the displeasure of driving for the last 6 years?Are you still living in that bad neighborhood, trying to protect your kids from the local drug dealers and alcoholics, in a house that would have looked better as a parking lot? The kids, no-one told me about the kids! Man, they cost a p Dynamic Range The dynamic range of a scanner measures how well it can capture the tonal range of an image, ranging from the brightest highlights to the darkest shadows. Dynamic range is a more important spec in film scanners than it is for flatbeds, because film and other transparent media have a broader range of tones compared to photos or prints — something that film scanners are perfectly equipped to capture and show. Dynamic range is measured on a scale from 0.0 (perfect white) to 4.0 ( Email Blunders - How to Avoid Them & How to Benefit from Them (when they happen) Film scanners are made for the sole and express purpose of scanning film directly into your computer. Unlike their flatbed counterparts, which may be able to handle media of various sizes and thicknesses and can even scan film if a transparency adapter is installed, film scanners scan only one thing: film. But because the image to be scanned is taken directly from the original material — from the film, and not from a print — film scanners allow more direct control over image elements such as cropping and aspect ratio. In addition, film has more detail and dynamic range compared to prints — which invariably lose tonal range and color data during the printmaking process. These are real concerns to photographers and graphic artists, who rely on original slides and film — and film scanners — to ensure the integrity of scanned images in professional and commercial applications. So, if your work relies on scanning negatives, slides, and other types of film, a film scanner is the right choice for you. This buying guide tackles some of the more important things that you need to know when looking for a film scanner.It happens, we've all done it at one time or another (including some very high profile email marketing professionals). The campaign has been sent out and suddenly you get a knot in your stomach as you realize that something is wrong within the campaign. Then the emails start arriving, advising you of the mistake. You sit back and are tempted to congratulate yourself that at least you know the campaign is being received and read, but you don’t have time to do that as you need to consider what you can do to rectify the situation. Do you put your head in the sand and pretend it never happened (although as your inbox begins to fill up with emails from your readers, helpfully pointing out the mistake, you are beginning to realize that it will be difficult to ignore it), or do you own up and make the most of the mistake.What's that you say?.. make the most of a mistake? Yes, that's right. Some very canny marketers actually use mistakes (intentional mistakes, that is), as part of their marketing plan. Whilst I'm not advocating that you build an i Style and Type Some flatbed scanners include either an external or built-in transparency adapter that is used to scan film. Other flatbeds are of a dual-bed design; i.e., with one bed — the glass flatbed part of the scanner —for scanning prints; and another bed — a transparency bay that looks like a pull-out drawer — for scanning film. If you intend to scan only the occasional slide or stray piece of film, and don’t mind the lower resolution as well, a flatbed scanner that can accommodate film may well serve your purpose. Be aware, however, that the resulting film scans will not be suitable for commercial or professional use. To obtain the best results, nothing less than a dedicated film scanner will do. Bit Depth A scanner’s bit depth determines the number of bits captured per pixel, which is related to the number of possible colors. The higher the bit depth is, the greater the number of colors that can be shown. Bit depth for film scanners on the market today can be 30-bits, 36-bits, 42-bits, or 48-bits. Always aim for higher bit depth when possible, as this allows the scanner to work with and retain a greater amount of color information. A 48-bit scanner, for instance, produces 65,536 levels or shades of color per R,G,B (red, green, blue) channel, resulting in a mind-blowing possible combination of about 250 trillion colors. In contrast, a 36-bit scanner produces 4,096 levels of information, or a paltry 68.7 billion colors. Resolution For scanners, the optical, or “true”, resolution is what matters, as this is the actual number of pixels being read by the scanner’s optics. Film scanners have much higher resolution figures compared to flatbeds, with optical resolution in film scanners ranging from 2700 dpi to 5400 dpi, and 4000 dpi being the most common. The high resolution in film scanners allows you to enlarge small images, creating enough pixels in the process to print in full-page size. For instance, a full-frame 35mm color negative scanned at 2400 dpi will result in a size of about 3400 x 2200 pixels. If this 2400-dpi image is printed at 300 dpi, the resulting printed image will be 8 times larger than the original film size (2400/300=8). In actual terms, this means that your original 1.4 x 0.9-inch film (36 x 24 mm) can be increased by 8 times to 11.2 x 7.2 inches when printed at 300 dpi — without any loss of image clarity or detail. A word of caution: Because film scanners can scan in such high resolutions, file sizes can be big. Scanning the 35mm negative at 2400 dpi in the example just cited will result in a file size of 22 megabytes. Film Formats Most film scanners work with 35mm film. Some can scan APS film, but an optional APS adapter is needed to batch scan the full APS roll. Other film scanners, such as the Microtek ArtixScan 120tf, can scan medium format film as well, ranging from 6x6cm to 6x17cm panoramic. Check to see what types of film holders are provided with the film scanner; most models will include a 35mm slide holder as well as a 35mm filmstrip holder. A few models offer optional autofeeders that accommodate 50 mounted slides to allow efficient batch scanning of film. Interface The hardware interface of your film scanner will determine how long it takes to transfer digital data to a computer for processing. Together with the actual operational speed of the scanner, the hardware interface plays an important part in determining scan speed. Most older film scanners have SCSI ports; the newer film scanners feature FireWire or USB (Hi-Speed or USB 1.1) interfaces. Models with either USB or FireWire interface are hot swappable — which means the scanners can be plugged or unplugged from other devices to which they are connected without having to turn the scanners off and on. Dynamic Range The dynamic range of a scanner measures how well it can capture the tonal range of an image, ranging from the brightest highlights to the darkest shadows. Dynamic range is a more important spec in film scanners than it is for flatbeds, because film and other transparent media have a broader range of tones compared to photos or prints — something that film scanners are perfectly equipped to capture and show. Dynamic range is measured on a scale from 0.0 (perfect white) to 4.0 (p Creativity, Fun, and Originality in Internet Marketing? when looking for a film scanner.Sometimes it seems to me that everyone on the internet is busy copying everyone else.This is not entirely a bad thing, but this perspective can also be limiting.Allow me to explain how creativity, fun, and originality can spice up your internet marketing.While I certainly understand the concept of modeling, using the tried-and-true experience of someone else to cut corners, save time and money, and be on your way to depositing serious amounts of money into your bank account, I also wonder if this is entirely a significant and worthwhile maneuver.You see, there is no one quite like you.You are utterly unique.And while I’m not going so far as to recommend that you cleave entirely to fresh origination, I think that something worthwhile may come of letting your brain experiment with an original thesis.Economically, things could go either way.Your original rendition of an old theme or your creation of something entirely new may or may not make an impact on your end-of-day receipts.However, Style and Type Some flatbed scanners include either an external or built-in transparency adapter that is used to scan film. Other flatbeds are of a dual-bed design; i.e., with one bed — the glass flatbed part of the scanner —for scanning prints; and another bed — a transparency bay that looks like a pull-out drawer — for scanning film. If you intend to scan only the occasional slide or stray piece of film, and don’t mind the lower resolution as well, a flatbed scanner that can accommodate film may well serve your purpose. Be aware, however, that the resulting film scans will not be suitable for commercial or professional use. To obtain the best results, nothing less than a dedicated film scanner will do. Bit Depth A scanner’s bit depth determines the number of bits captured per pixel, which is related to the number of possible colors. The higher the bit depth is, the greater the number of colors that can be shown. Bit depth for film scanners on the market today can be 30-bits, 36-bits, 42-bits, or 48-bits. Always aim for higher bit depth when possible, as this allows the scanner to work with and retain a greater amount of color information. A 48-bit scanner, for instance, produces 65,536 levels or shades of color per R,G,B (red, green, blue) channel, resulting in a mind-blowing possible combination of about 250 trillion colors. In contrast, a 36-bit scanner produces 4,096 levels of information, or a paltry 68.7 billion colors. Resolution For scanners, the optical, or “true”, resolution is what matters, as this is the actual number of pixels being read by the scanner’s optics. Film scanners have much higher resolution figures compared to flatbeds, with optical resolution in film scanners ranging from 2700 dpi to 5400 dpi, and 4000 dpi being the most common. The high resolution in film scanners allows you to enlarge small images, creating enough pixels in the process to print in full-page size. For instance, a full-frame 35mm color negative scanned at 2400 dpi will result in a size of about 3400 x 2200 pixels. If this 2400-dpi image is printed at 300 dpi, the resulting printed image will be 8 times larger than the original film size (2400/300=8). In actual terms, this means that your original 1.4 x 0.9-inch film (36 x 24 mm) can be increased by 8 times to 11.2 x 7.2 inches when printed at 300 dpi — without any loss of image clarity or detail. A word of caution: Because film scanners can scan in such high resolutions, file sizes can be big. Scanning the 35mm negative at 2400 dpi in the example just cited will result in a file size of 22 megabytes. Film Formats Most film scanners work with 35mm film. Some can scan APS film, but an optional APS adapter is needed to batch scan the full APS roll. Other film scanners, such as the Microtek ArtixScan 120tf, can scan medium format film as well, ranging from 6x6cm to 6x17cm panoramic. Check to see what types of film holders are provided with the film scanner; most models will include a 35mm slide holder as well as a 35mm filmstrip holder. A few models offer optional autofeeders that accommodate 50 mounted slides to allow efficient batch scanning of film. Interface The hardware interface of your film scanner will determine how long it takes to transfer digital data to a computer for processing. Together with the actual operational speed of the scanner, the hardware interface plays an important part in determining scan speed. Most older film scanners have SCSI ports; the newer film scanners feature FireWire or USB (Hi-Speed or USB 1.1) interfaces. Models with either USB or FireWire interface are hot swappable — which means the scanners can be plugged or unplugged from other devices to which they are connected without having to turn the scanners off and on. Dynamic Range The dynamic range of a scanner measures how well it can capture the tonal range of an image, ranging from the brightest highlights to the darkest shadows. Dynamic range is a more important spec in film scanners than it is for flatbeds, because film and other transparent media have a broader range of tones compared to photos or prints — something that film scanners are perfectly equipped to capture and show. Dynamic range is measured on a scale from 0.0 (perfect white) to 4.0 ( Investing In Pay Per Click Marketing Or Search Engine Optimization - A Company Decision r higher bit depth when possible, as this allows the scanner to work with and retain a greater amount of color information. A 48-bit scanner, for instance, produces 65,536 levels or shades of color per R,G,B (red, green, blue) channel, resulting in a mind-blowing possible combination of about 250 trillion colors. In contrast, a 36-bit scanner produces 4,096 levels of information, or a paltry 68.7 billion colors.As click costs rise, many companies who are already investing in active pay per click marketing campaigns are looking toward hiring a search engine optimization company to supplement their marketing portfolio in order to increase their exposure and reduce their advertising spend. In some cases, frustrated by click fraud and increasing click costs, marketers are using search engine optimization to completely replace pay per click marketing. However, these companies will often try to evaluate search engine optimization using the same methodology that they had used for pay per click - by figuring out the cost per click.In almost every case, a campaign created by a reputable search engine optimization company will eventually garner lower per-click costs than pay per click marketing for any industry. Yet using cost per click to compare the effectiveness of these two separate disciplines is comparing apples to, well, anything other than apples. The crucial difference between these two approaches is that pay per click marketing is more of an ad Resolution For scanners, the optical, or “true”, resolution is what matters, as this is the actual number of pixels being read by the scanner’s optics. Film scanners have much higher resolution figures compared to flatbeds, with optical resolution in film scanners ranging from 2700 dpi to 5400 dpi, and 4000 dpi being the most common. The high resolution in film scanners allows you to enlarge small images, creating enough pixels in the process to print in full-page size. For instance, a full-frame 35mm color negative scanned at 2400 dpi will result in a size of about 3400 x 2200 pixels. If this 2400-dpi image is printed at 300 dpi, the resulting printed image will be 8 times larger than the original film size (2400/300=8). In actual terms, this means that your original 1.4 x 0.9-inch film (36 x 24 mm) can be increased by 8 times to 11.2 x 7.2 inches when printed at 300 dpi — without any loss of image clarity or detail. A word of caution: Because film scanners can scan in such high resolutions, file sizes can be big. Scanning the 35mm negative at 2400 dpi in the example just cited will result in a file size of 22 megabytes. Film Formats Most film scanners work with 35mm film. Some can scan APS film, but an optional APS adapter is needed to batch scan the full APS roll. Other film scanners, such as the Microtek ArtixScan 120tf, can scan medium format film as well, ranging from 6x6cm to 6x17cm panoramic. Check to see what types of film holders are provided with the film scanner; most models will include a 35mm slide holder as well as a 35mm filmstrip holder. A few models offer optional autofeeders that accommodate 50 mounted slides to allow efficient batch scanning of film. Interface The hardware interface of your film scanner will determine how long it takes to transfer digital data to a computer for processing. Together with the actual operational speed of the scanner, the hardware interface plays an important part in determining scan speed. Most older film scanners have SCSI ports; the newer film scanners feature FireWire or USB (Hi-Speed or USB 1.1) interfaces. Models with either USB or FireWire interface are hot swappable — which means the scanners can be plugged or unplugged from other devices to which they are connected without having to turn the scanners off and on. Dynamic Range The dynamic range of a scanner measures how well it can capture the tonal range of an image, ranging from the brightest highlights to the darkest shadows. Dynamic range is a more important spec in film scanners than it is for flatbeds, because film and other transparent media have a broader range of tones compared to photos or prints — something that film scanners are perfectly equipped to capture and show. Dynamic range is measured on a scale from 0.0 (perfect white) to 4.0 ( Cisco CCNP / BSCI Certification Exam: Five OSPF Details You Must Know d image will be 8 times larger than the original film size (2400/300=8). In actual terms, this means that your original 1.4 x 0.9-inch film (36 x 24 mm) can be increased by 8 times to 11.2 x 7.2 inches when printed at 300 dpi — without any loss of image clarity or detail. A word of caution: Because film scanners can scan in such high resolutions, file sizes can be big. Scanning the 35mm negative at 2400 dpi in the example just cited will result in a file size of 22 megabytes.Preparing for your BSCI exam on your way to the Cisco CCNP certification, you can quickly get overwhelmed by the details! Here are five commonly overlooked points you should keep in mind when it comes to your OSPF studies.The virtual link command includes the area number of the transit area, and if authentication is being used on Area 0, the virtual link command must include the authentication statement. Since the virtual link is a logical extension of Area 0, it stands to reason that it has to be configured with the authentication type and password configured on Area 0.OSPF requires no seed metric when routes are being redistributed into an OSPF domain. The default cost for such routes is 20, but you do need to use the "subnets" option if you want to redistribute subnets into OSPF.There are two kinds of external OSPF routes. The default, E2, reflects the cost of the path from the ASBR to the external destination. The other option, E1, has a cost reflecting the entire path from the local router to the external destinatio Film Formats Most film scanners work with 35mm film. Some can scan APS film, but an optional APS adapter is needed to batch scan the full APS roll. Other film scanners, such as the Microtek ArtixScan 120tf, can scan medium format film as well, ranging from 6x6cm to 6x17cm panoramic. Check to see what types of film holders are provided with the film scanner; most models will include a 35mm slide holder as well as a 35mm filmstrip holder. A few models offer optional autofeeders that accommodate 50 mounted slides to allow efficient batch scanning of film. Interface The hardware interface of your film scanner will determine how long it takes to transfer digital data to a computer for processing. Together with the actual operational speed of the scanner, the hardware interface plays an important part in determining scan speed. Most older film scanners have SCSI ports; the newer film scanners feature FireWire or USB (Hi-Speed or USB 1.1) interfaces. Models with either USB or FireWire interface are hot swappable — which means the scanners can be plugged or unplugged from other devices to which they are connected without having to turn the scanners off and on. Dynamic Range The dynamic range of a scanner measures how well it can capture the tonal range of an image, ranging from the brightest highlights to the darkest shadows. Dynamic range is a more important spec in film scanners than it is for flatbeds, because film and other transparent media have a broader range of tones compared to photos or prints — something that film scanners are perfectly equipped to capture and show. Dynamic range is measured on a scale from 0.0 (perfect white) to 4.0 ( Canadian Home Business Opportunities face of your film scanner will determine how long it takes to transfer digital data to a computer for processing. Together with the actual operational speed of the scanner, the hardware interface plays an important part in determining scan speed. Most older film scanners have SCSI ports; the newer film scanners feature FireWire or USB (Hi-Speed or USB 1.1) interfaces. Models with either USB or FireWire interface are hot swappable — which means the scanners can be plugged or unplugged from other devices to which they are connected without having to turn the scanners off and on.It?s a dream of many people to enjoy their lives with home-based business opportunities. They bring in recurring income and avoid constraints of a rigid job routine. It also allows individuals to seek greater freedom in their careers by becoming self-employed and work from a home office. In Canada, there are a number of home-based business opportunities that have widened the scope of earning good money from the comforts of home.In Canada, there are practical ?work at home clubs? that offer amazing earning opportunities to people. The work includes doing clerical, administrative, customer service and computer work. There are many favorable business opportunities for starting a small business. They include interior decorators or designers, marketing bed and bath products and residential cleaning services.There are no-investment opportunities available in Canada. The non-profit international high school student exchange programs needs volunteers to act as local youth coordinators. It is an ideal home based opportunity for people who ca Dynamic Range The dynamic range of a scanner measures how well it can capture the tonal range of an image, ranging from the brightest highlights to the darkest shadows. Dynamic range is a more important spec in film scanners than it is for flatbeds, because film and other transparent media have a broader range of tones compared to photos or prints — something that film scanners are perfectly equipped to capture and show. Dynamic range is measured on a scale from 0.0 (perfect white) to 4.0 (perfect black), and the single number associated with a scanner indicates how much of that range it can tell apart. The minimum and maximum density values that can be captured by a scanner are called Dmin and Dmax, respectively. If a scanner’s Dmin was 0.2 and its Dmax was 4.2, then its dynamic range would be 4.0. The dynamic range of film scanners are usually advertised by their manufacturers as falling somewhere between 4.0 and 4.6, but these are intrinsically difficult figures to prove or validate, and a model claiming a higher number may not necessarily have better results to show, mainly because of variances in testing and determining the figure. A more practical way of assessing would be to visually check how shadows and highlights are reproduced by the scanner and then compare the results to the original image or to how other scanners reproduce those same tonal colors. Dust-and-Scratch Removal, Film Repair Software provided with film scanners can be specialized and varied. Like flatbeds, film scanners will include their own driver or scanning software, as well as bundle an image-editing program — such as Adobe Photoshop — into which scanned images are delivered and placed. In addition, higher-end film scanners may include a color calibration and ICC profiler program, which ensures consistent color by creating a color profile specific to the film scanner. With the ICC profiler program, an image — known as an IT8 target and containing industry-standard color values — is scanned, and then compared to values that the scanner actually recorded. The differences are then translated into a compensation scheme to even out color variations, so that accurate color results can be produced in the future. Dust and scratches on film can present a big challenge for film scanners, as imperfections can take on gigantic proportions when the film is scanned at the scanner’s very high resolution. Film can also be damaged through improper handling, and what appears to the naked eye as a tiny scratch may render the image on a film practically useless. For this reason, a number of film-repair technologies have been developed to remove imperfections, allowing an image to be reconstructed and printed flawlessly, as though it came from a pristine original. These film-repair technologies may be implemented either through software alone, such as the dust-and-scratch removal feature from the SilverFast program by LaserSoft Imaging; or through a combination of hardware and software, as is the case with the DIGITAL ICE technology built-into some models. Other technologies Depending on the model, film scanners may incorporate proprietary technologies unique and exclusive to their manufacturer. Such technologies may include an auto-focus mechanism to ensure perfect image capture, a patented feeder mechanism, or specially designed holders for making film stay flat. These features may make a real difference in improving the quality of your scanning or streamlining your workflow.
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