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Using Inhibit Panel (from an Application)

The second way of using the Inhibit Panel is to have a TextOut command, containing a “~i” within the print job itself. The “~i” is followed by the file name of a bitmap file, which is merged when the print job is rendered or changed to instructions that the printer understands.

Generating TextOut Commands

•Applications (generating TextOut commands): Applications that do create TextOut commands include Corel Draw, Microsoft Word, and Microsoft WordPad.

•Applications (non-generating):Not all applications that create print jobs generate the TextOut commands within the print job output needed to make this work. Examples of applications (which do not generate the TextOut commands) are Notepad and Paint.

Rendering Print Jobs

Rendering of the print job occurs on the given local workstation if the printer instance is local. However, if the printer is a shared instance, the print job is rendered on the server workstation under Microsoft Windows 2000, XP and 2003. Under Microsoft Windows Vista, the rendering of the print job may be performed on either the client or server workstation depending upon the setting chosen in the printer instance.

•Rendering Engine: Since the rendering engine looks for the file with the “~I” command, the file location specified within the command is relative to the server workstation on Windows 2000, XP and 2003. (Note: For example, it must exist in that location on the server workstation or on the corresponding workstation, depending upon your settings within that instance for Windows Vista.)

•Example: Place a “~IC:\Test\inhibit.bmp” text object within a Corel Draw print job against a local HDPii printer instance under Windows XP to cause the printer driver to look for a file with that name and location on the local workstation. (Note: This is because both the server and client portions of the printer driver processing occur on the local workstation.)

•Inhibit Area Location: The location of the inhibit area within the print job is the upper left hand corner where the TextOut string is placed upon the drawing within the application. (Note: The inhibit file bitmap must contain one bit per pixel (e.g., monochrome) at 300 dots per inch.)

•Print Size: If the inhibit bitmap is larger than the page print size, it is trimmed to fit. The

normal print size for a HDPii CR-80 card is 2.204 by 3.452 inches. (Note: With that print size, the maximum size of the inhibit bitmap area would be 661 by 1035 pixels.)

•Bitmap Black Areas: The black areas of the bitmap are the areas that will correspond to where the inhibit material will prevent the transfer of dyes on to the card.

HDPii High Definition Card Printer/Encoder User Guide (Rev. 1.1)

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FARGO electronic HDPii manual Using Inhibit Panel from an Application, Generating TextOut Commands
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HDPii specifications

The FARGO electronic HDPii is a high-performance card printer known for its ability to produce high-definition plastic cards with exceptional quality and reliability. This advanced printing technology is particularly popular in various industries, including corporate, educational, and government sectors, where secure and durable identification cards are paramount.

One of the standout features of the FARGO HDPii is its High Definition Printing (HDP) technology. Unlike traditional dye-sublimation printers, which print directly onto the card surface, the HDPii prints images onto a thin film that is then fused to the card. This method ensures vibrant colors and sharper images, even for intricate designs and fine text. Moreover, the HDP technology allows for printing in full color and supports a wide range of card formats, including access control cards, smart cards, and ID badges.

Another key characteristic of the FARGO HDPii is its versatility. The printer is capable of handling both single-sided and dual-sided printing tasks, making it adaptable to various requirements. Users can customize card designs according to specific needs, whether they require simple identification badges or sophisticated security credentials with embedded technology.

The HDPii is also designed with user-friendliness in mind. Its intuitive interface simplifies operation, and the printer can be easily integrated into existing workflows. The system is equipped with USB and Ethernet connectivity options, allowing for seamless integration with different operating systems and network environments.

Security is another essential aspect of the FARGO HDPii. The printer supports advanced encoding options, such as magnetic stripe, smart card, and proximity card encoding, ensuring that users can create secure cards that meet stringent identification standards. Additionally, the HDPii has built-in security features to prevent unauthorized access and tampering with printed cards.

Additional characteristics include its compact design, which makes it suitable for various workspace environments. The printer's robust construction ensures longevity, with minimal maintenance required. With an impressive print speed, the FARGO HDPii can produce up to 150 full-color cards per hour, making it an efficient choice for high-volume production.

In conclusion, the FARGO electronic HDPii is a state-of-the-art card printer that combines high-quality output, versatile features, and advanced security technologies. It is an ideal solution for organizations looking to streamline their card production processes while ensuring the highest standards of security and design. With its reliable performance and user-friendly design, the HDPii continues to be a preferred choice for remarkably effective identification solutions.
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