Electronics For Imaging Pi6500 Pro Instrukcja Użytkownika Pobierz pdf (Strona 15)

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different algorithms when imaging spacing and font metrics. Often times, this results in a slightly different look or format for a document when printed to two

different printers.

There is also potential differences within the image areas of the main bodies of the two printers. The print controller takes the image area into account when

laying out the image on the paper. Different image areas can determine different layouts. These factors can result in lines of text being moved on the paper.

If lines are moved enough, or lie close enough to the threshold of the image area, text and page breaks that are rendered in a certain position on one printer

may be rendered in a different position on another.

This scenario will occur across the board for printer manufacturers. A Lexmark* is different from an Epson* which is different than an HP*, etc. Obviously, the

output from certain printers will match up closer to some printers than others. The effect of this behavior can be reduced somewhat by printing with a

common standard PDL such as PostScript*. Alternatively, the customer can print with a common driver to both printers. In other words, one can print to the

HP using the Konica driver or vice versa. In this way, at least the driver-generated output would be the same going to both machines. While the output still

may not be exactly the same, the effect of printing to two different printers can be lessened. There may even be different output within the same printer

manufacturer (i.e., Konica IP302 print controller is good, but the IP304 print controller is not; Lexmark Optra K1220 is good, but the Optra T614 is not).

The analogy that is often used when explaining this to customers involves motor vehicles. A Ford and Dodge are essentially the same in terms of the fact that

they are cars that serve as a means of transportation, just as two printers are output devices. However, while the end result of driving two different cars is

essentially the same, there may be certain differences with regard to cornering and acceleration that give each car a distinct feel. This is essentially what is

happening between the two printers.

It is understandable that the customer does not want to convert thousands of existing documents, but due to the vast number of different printers currently

available on the market today, it is not possible to exactly emulate all printer manufacturers' algorithms. The only other option is to pick one printer model,

format these documents that need a consistent look for that printer, and use only that particular printer to print these documents. If there are any further

questions, please feel free to contact the National Systems Solutions Group at 1-800-825-5664.

* Trademark ownership information

TAUS0655991EN03

Solution ID Solution Usage

Description

Why does pagination change when printing any document using the Konica Minolta print driver?

Solution

Pagination differences between different manufacturers print drivers:

This situation is not uncommon in the printing world. Commonly, documents will be formatted differently when printed to printers made by different

manufacturers. There are many reasons for this. Due to physical differences between printers, as well as copyright laws, different manufacturers will use

different programs for their drivers. It is the driver that does the majority of the formatting for the image to be placed on the page. Different drivers will use

different algorithms when imaging spacing and font metrics. Often times, this results in a slightly different look or format for a document when printed to two

different printers.

There is also potential differences within the image areas of the main bodies of the two printers. The print controller takes the image area into account when

laying out the image on the paper. Different image areas can determine different layouts. These factors can result in lines of text being moved on the paper. If

lines are moved enough, or lie close enough to the threshold of the image area, text and page breaks that are rendered in a certain position on one printer

may be rendered in a different position on another.

This scenario will occur across the board for printer manufacturers. A Lexmark is different from an Epson which is different than an HP, etc. Obviously, the

output from certain printers will match up closer to some printers than others. The effect of this behavior can be reduced somewhat by printing with a common

standard PDL such as PostScript. Alternatively, the customer can print with a common driver to both printers. In other words, one can print to the HP using the

Konica Minoltadriver or vice versa. In this way, at least the driver-generated output would be the same going to both machines. While the output still may not

be exactly the same, the effect of printing to two different printers can be lessened. There may even be different output within the same printer manufacturer

(i.e., Konica IP302 print controller is good, but the IP304 print controller is not; Lexmark Optra K1220 is good, but the Optra T614 is not).

The analogy that is often used when explaining this to customers involves motor vehicles. A Ford and Dodge are essentially the same in terms of the fact that

they are cars that serve as a means of transportation, just as two printers are output devices. However, while the end result of driving two different cars is

essentially the same, there may be certain differences with regard to cornering and acceleration that give each car a distinct feel. This is essentially what is

happening between the two printers.

It is understandable that the customer does not want to convert thousands of existing documents, but due to the vast number of different printers currently

available on the market today, it is not possible to exactly emulate all printer manufacturers' algorithms. The only other option is to pick one printer model,

format these documents that need a consistent look for that printer, and use only that particular printer to print these documents. If there are any further

questions, please feel free to contact the National Systems Solutions Group at 1-800-825-5664.

TAUS0656577EN02

Solution ID Solution Usage

Description

Unable to install 32-bitdrivers on a Microsoft Windows 2003 64-bit server formigration to the 32-bit clients.

Solution

The 32-bit driver files are not recognized when attempting to load on a 64-bit system, therefore, the files must be pulled from a 32-bit system in order to add

additional driver support on a 64-bit server:

1. After installing the 64-bit driver on the server, install the matching 32-bit(PCL, PostScript Visual, PostScript (Plug-in) or PostScript (Adobe) driveron one of

the clients.

2. The driver files will be placed in C:\WINDOWS\inf folder on the client.

3. Share this folder on the network so that the 64-bit server has access.

4. From the server, when adding additional drivers, browse to the shared folder on the workstation

October 2006

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