Print Modes

This printer provides 14 different print modes. Choose the print mode to use based on the type of media, the productivity , and the image quality.

NOTE The recommended print mode for this printer is the “NORMAL” mode. Use the other modes if productivity and image quality are important.

The FAST print modes should be used when the PC processing the print job has a slow CPU or has low memory or a small capacity HDD. With these modes the emphasis is on the PC processing speed and therefor the RIP time is decreased, but the input resolution is 360 x 360 dpi. Consequently, the printed image quality could be degraded compared to the normal modes.

The media width and nest origin settings cannot be saved.

1.“NORMAL” (Productivity + Image quality oriented — 4–pass) This is the standard print mode for this printer and is the mode you should normally use. It provides a print resolution of 720 x 720 dpi at a print speed of 16 m2/h. The image quality is processed at high resolution.

2.“H-QUALITY” (Image quality oriented — 8–pass) This mode is used for media that has poor drying performance or shows noticeable uneven printing in NORMAL mode. The print resolution is the same as NORMAL mode, 720 x 720 dpi, and the print speed is half the speed of the NORMAL mode.

3.“H-DENSITY” (High density printing — 8–pass) This mode is designed for printing on transparent media such as FF, transparent vinyl chloride, and other such media, where high density is required. If media that has poor drying performance is used, unidirectional printing is effective. A solid image of 100% density is printed at 200% density. The print speed is the same as H-QUALITY.

4.“3 TIMES” (High density printing — 12–pass) This mode is designed for printing on transparent media such as FF, transparent vinyl chloride, and other such media, where high density is required. A solid image of 100% density is printed at 300% density. The print speed is three times slower than NORMAL mode.

5.“H-QUALITY2” (Image quality oriented — 16–pass) This mode is used for media that has poor drying performance or shows noticeable uneven printing in H-QUALITY mode. The print resolution is the same as NORMAL mode, 720 x 720 dpi, and the print speed is half the speed of the H-QUALITY mode.

6.“H-DENSITY2” (High density printing — 16–pass) This mode is designed for printing on transparent media such as FF, transparent vinyl chloride, and other such media, where high density is required. Use this mode for media that has poor drying performance or shows noticeable uneven printing in H- DENSITY mode. A solid image of 100% density is printed at 200% density. The print speed is half the speed of the H-DENSITY mode.

7.“DRAFT” (Productivity oriented — 2–pass) This mode provides a print resolution of 360 x 720 dpi at a print speed of 30 m2/h but with a much lower density than the NORMAL mode. Consequently, depending on the type of media used, uneven printing may be noticeable. A solid image of 100% density is printed at 50% density of the NORMAL mode. This mode is very useful for checking layout.

8.“FAST” (Reduced PC processing time— 4–pass) This mode has an equivalent density and the same print speed as the NORMAL mode.

9.“F-H-QUALITY” (Reduced PC processing time — 8–pass) This mode is used for media that has poor drying performance or shows noticeable uneven printing in FAST mode but at half the speed of the FAST mode.

Introduction

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Print Modes

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HP 10000s manual Print Modes
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10000s specifications

The HP 10000s series is a robust line of high-performance computing solutions, meticulously designed to meet the demands of enterprise-grade environments. These systems are known for their exceptional reliability, scalability, and versatility, making them a preferred choice for businesses requiring advanced computing resources.

One of the standout features of the HP 10000s is its powerful processing capabilities. These systems are equipped with cutting-edge processors, often utilizing the latest Intel Xeon architecture. This ensures superior computational power and efficiency, allowing organizations to run complex applications and handle large datasets with ease.

In terms of memory, the HP 10000s offers extensive options, supporting significant amounts of RAM to meet the needs of memory-intensive applications. This flexibility helps businesses optimize performance and ensure smooth multitasking, which is crucial for high-demand workloads.

Storage options in the HP 10000s series include a variety of HDD and SSD configurations, allowing users to select the most suitable combination based on performance needs and budget. The integration of high-speed NVMe drives can dramatically enhance data access times, ensuring that users experience minimal latency and maximum throughput.

Networking capabilities are another focal point of the HP 10000s. These systems are typically equipped with advanced networking features, including support for high-speed Ethernet interfaces. This ensures robust connectivity and aids in the seamless integration of the systems into existing IT infrastructures, enabling efficient data transfer and communication.

The HP 10000s also emphasize energy efficiency and environmental sustainability. With energy-efficient components and advanced power management features, these systems help organizations reduce their carbon footprint while keeping operational costs in check.

Security is a paramount concern for enterprises, and the HP 10000s series incorporates multiple layers of security features. This includes hardware-based security measures, secure boot options, and advanced encryption capabilities to safeguard sensitive data and maintain compliance with industry regulations.

Ultimately, the HP 10000s series offers a compelling combination of power, reliability, and scalability. Its advanced technologies and features empower organizations to tackle demanding applications seamlessly while ensuring they are well-prepared for future growth. As businesses continue to innovate and expand, the HP 10000s stands as a solid foundation for their computing needs, driving efficiency and performance in an increasingly competitive landscape.
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