Open the right and left guides of the ADF paper chute about 5 mm wider than the document width.

Place the documents face down onto the ADF paper chute with the top edges facing the automatic feeder hole.

Adjust the guides to the document sides. Skewing may occur if there is a gap between the guides and documents.

Slide the documents down until they touch the far end of the automatic feeder opening. If the documents hit the far end hard, two or more pages may be fed at once. Make sure that the upper end of documents are not turned.

11Start the read operation. If a wrong document size or mode (portrait or landscape) is selected, the document may not be read entirely.

NOTICE:

Unless 3 mm of the leading edge of forms are not white or drop- out color, set the document type to “Photo.”

12After reading, remove the documents from the stacker.

Guide

Automatic document feeder

Documents

ADF paper chute

Guide lever

Guide

Figure 4.4 Loading the document

Portrait

Landscape

Short side

Long side

Automatic document feeder

ADF paper chute

Documents

4 – 9

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Image 36
Fujitsu M3096EX, M3096GX manual Loading the document

M3096GX, M3096EX specifications

The Fujitsu M3096EX and M3096GX are high-performance microprocessors designed for enterprise-level applications, providing robust computational power and exceptional reliability. These models are part of Fujitsu’s M-series line of processors, known for their advanced technology and adaptability to various demanding environments.

One of the standout features of the M3096EX and M3096GX is their architecture, which incorporates state-of-the-art processing capabilities. Both processors utilize a multithreaded design, allowing them to handle multiple tasks simultaneously. This feature is increasingly important in a world where businesses rely on rapid data processing and multitasking capabilities.

The M3096EX offers enhanced performance with a higher clock speed compared to its counterpart, making it ideal for compute-intensive applications. Its architecture is optimized for large-scale processing, which is crucial for enterprises operating in sectors such as finance, telecommunications, and data analysis. The M3096GX, while slightly lower in performance, provides excellent energy efficiency, making it suitable for environments where power consumption is a critical consideration.

Another significant characteristic of these processors is their advanced cache architecture, which includes high-speed cache memory designed to minimize latency and increase throughput. This design improves the overall speed of applications, particularly those that require frequent access to stored data. Coupled with a rich set of instructions, these processors can efficiently execute complex calculations and support a wide range of programming languages and software environments.

In terms of connectivity and integration, both the M3096EX and M3096GX feature support for a variety of input/output interfaces, ensuring compatibility with existing systems and peripherals. This flexibility allows businesses to seamlessly integrate the processors into their IT infrastructure without the need for extensive modifications.

Security is another critical aspect of the M3096 series, with built-in hardware-based security features designed to protect sensitive data and transactions. As cyber threats evolve, having reliable security measures at the hardware level is essential for organizations looking to safeguard their operations.

In summary, the Fujitsu M3096EX and M3096GX microprocessors provide cutting-edge performance, advanced multitasking abilities, and robust security features, making them suitable for a wide range of enterprise applications. Their combination of high-speed processing, efficient energy consumption, and reliable connectivity positions them as valuable assets in today’s technology-driven landscape. These processors exemplify Fujitsu’s commitment to delivering powerful solutions that meet the evolving needs of businesses worldwide.