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Changing to the Static IP Address Mode

Step

Procedure

 

 

1

Select the Network link from any web page of the Printer.

 

 

2

Select the Use the following IP address radio button, which prepares the

 

Printer to use network settings (that the User has manually set).

 

These manual settings will then be used the next time the Printer is rebooted.

 

 

3

Enter the network settings which are required for Ethernet communications

 

from within the same subnet.

 

With only these entries the User cannot print from a subnet (other than on

 

the subnet on which the Printer is connected). These required settings are

 

the following:

 

•

IP Address

 

•

Subnet Mask

 

 

4

Enter the optional network settings for Ethernet communications across a

 

router from other subnets, as follows:

 

•

Default Gateway

 

 

5

Enter the optional network settings for DNS. These are the following:

 

•

DNS Server Address

 

•

DNS Domain Suffix

 

 

6

Select the Submit button to save these changes to stored settings in the

 

memory of the Printer. (Note: These settings will not be lost if the power is

 

removed from the Printer.)

 

 

 

 

 

Continued on the next page

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

6-21

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FARGO electronic HDPii manual Changing to the Static IP Address Mode
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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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