5TCP/IP Configuration

Setting your printerÕs IP address

There are two methods to accomplish these printer conÞguration steps:

Server-based printer configuration. This method uses RARP (Reverse Address Resolution Protocol) or BOOTP (Boot Parameter Protocol). When turned on or reset, the printer receives its IP addressing information from a boot server.

Printer-based printer configuration. This method can be used on hosts that do not have RARP or BOOTP. You store the IP addressing information in the printerÕs internal memory, where the printer reads it when reset.

Setting your printerÕs IP address using RARP or BOOTP (server-based configuration)

With this method, conÞguration information is sent to the printer over the Ethernet connection via RARP or BOOTP, depending on which protocol your host supports.

The advantage of server-based conÞguration is that it provides centralized administration. You can conÞgure a number of printers from a central location. The disadvantage is that if the server is down, the printer will not appear on the network after a reset or power cycle, because the printer gets its boot information from a boot server and does not retain it in non-volatile memory.

You store the printerÕs conÞguration information in a conÞguration Þle such as an ethers or bootptab Þle on a boot server. On power up, the printer issues RARP and BOOTP requests and receives the conÞguration information from the server in the RARP or BOOTP response.

The RARP and BOOTP responses contain only network address information. After the printer has its address information, you can set other TCP/IP parameters by sending PostScript Þles to the printer using your host spooler. Shell scripts for creating the PostScript Þles are provided on the UNIX version of the printerÕs network utilities diskettes.

5-18Network Utilities for Phaser Color Printers

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Tektronix 200 Series user manual Setting your printerÕs IP address, 18Network Utilities for Phaser Color Printers

200 Series specifications

The Tektronix 200 Series, renowned for its precision and versatility, represents a significant advancement in the world of oscilloscopes. This series is designed to meet the diverse needs of engineers, educators, and technicians, providing an impressive array of features tailored to various applications.

One of the main features of the Tektronix 200 Series is its high bandwidth capabilities. With models offering bandwidths ranging from 50 MHz to 200 MHz, these oscilloscopes can capture fast transient signals with exceptional clarity. This makes them ideal for testing and analyzing modern electronics, including embedded systems and high-speed digital circuits.

The user-friendly interface of the 200 Series is another significant attraction. Equipped with a large, bright display, users can easily view waveforms and measurements. The intuitive controls facilitate quick setup and adjustments, allowing users to focus on their work rather than spending time deciphering complex menus. Additionally, the presence of a context-sensitive help feature guides users through the oscilloscope's functionalities.

Tektronix has integrated advanced triggering capabilities into the 200 Series, ensuring accurate signal capture. With features like Edge, Pulse, and Video triggers, users can isolate specific events within a signal for detailed analysis. This level of sophistication is invaluable in troubleshooting and debugging electronic designs.

Another remarkable characteristic is the series' ability to perform mathematical functions. Users can combine waveforms, measure differences, or compute parameters directly on the display. This functionality enhances the analysis capabilities, making it easier to interpret complex signals.

The Tektronix 200 Series also includes a range of connectivity options. USB ports for data transfer and storage facilitate seamless integration into modern workflows, allowing users to save measurements or share data conveniently. The optional Ethernet interface enhances remote access, enabling engineers to monitor and control the oscilloscope from anywhere.

In terms of technology, the 200 Series employs a proprietary digital phosphor technology, which provides real-time display of signal variations. This innovative approach enhances the user experience by delivering a rich, detailed waveform presentation that is crucial for accurate analysis.

In summary, the Tektronix 200 Series oscilloscopes combine high bandwidth, user-friendly design, advanced triggering, mathematical capabilities, and robust connectivity. These characteristics make the 200 Series an invaluable tool for engineers and technicians who require reliable performance and precision in their work. The series stands as a testament to Tektronix's commitment to innovation and quality in the test and measurement industry.