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The output image is very bright and overdriven looking with poor contrast.

Solution 1: The loop through cable is probably being used without a local monitor and the signal is therefore unterminated. Use either a local monitor or a termination plug at the monitor loop- through connector on the IN5100 Series cable. If this is not the problem try #2.

Solution 2: Verify the gain settings on the IN2000 / IN2001 RGB gain pots. If they are set to a very high gain level, reduce the gain as required.

Solution 3: Check the contrast and brightness settings on the display device. Many CRT type display devices look best with the contrast set toward the upper end of the adjustment range (75 - 95%) and the brightness set towards the middle of the adjustment range (40 - 60%).

The output image is ghosting.

Solution: The IN5100 Series cables are designed to plug directly into the computer’s graphic card and a short (6 to 12 ft) monitor cable attached to the loop through output. An extension cable on the input or a very long monitor cable may cause this problem. Do not attempt to extend the length of the IN5100 Series monitor loop cable.

When using the IN2000 and an IN5101A with a VGA signal, the image from the RGBS output is violet with a very low green signal.

Solution: The local monitor may be monochrome. If it is a monochrome monitor, the IN9030 mono adapter must be used - the output of the IN2000 will be monochrome.

The output image from the IN2000/2001 has horizontal black bars throughout the image when interfacing to TTL video signals (IN5100 cables ending with "T").

Solution: The Horizontal Blanking Control may need adjustment. First check the Horizontal Position Control to ensure it is not causing the problem. If the problem persists, adjust the Horizontal Blanking Control according to the procedure on Pages 8 & 9.

The output image is too green.

Solution 1: The dip switches may be set for Sync on Green output. Try changing the dip switches to factory default settings (see Page 9) so the unit outputs an RGBS signal.

Solution 2: Some MACII and Quadra computers output an RGsBS signal. If an IN5161A cable is used with the IN2000 / IN2001, the interface does not strip the sync off of the green, and the resulting output signal is actually RGsBS. The problem can be solved by disconnecting the composite sync signal from the display device, forcing the display to operate in Sync on Green mode. If the display absolutely must have an RGBS signal, then an IN5104A cable should be used. The IN5104A will force the IN2000 to strip the sync off of the green and output a true RGBS signal.

The output image is doubled, with two images displayed side-by-side.

Solution: The display device may not be compatible with the horizontal scan rate of the computer. This problem often occurs when a 31.5 KHz VGA signal is sent into an RGB monitor which is only compatible with signals at 15.75 KHz.

If problems persist, call INLINE Technical Services at (800) 882-7117 for further assistance.

©1996-1997 - INLINE, INC.

IN2000 / IN2001 OPERATION MANUAL - REV. 2.1 12/11/99

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Network Computing Devices IN2001, IN2000 operation manual Output image is ghosting
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IN2000, IN2001 specifications

Network Computing Devices IN2001 and IN2000 are innovative solutions designed to enhance network performance and the user experience in the realm of enterprise computing. Both devices are tailored to meet the needs of businesses that require reliable, efficient, and scalable network capabilities.

The IN2001 is considered a powerhouse in network computing, boasting advanced processing capabilities that allow for high-speed data transmission. One of its main features is its multi-threaded architecture, which enables it to handle multiple operations simultaneously without compromising on speed or efficiency. This makes the IN2001 suitable for environments with heavy data traffic, such as data centers and corporate networks. The device is equipped with built-in redundancy features, ensuring minimal downtime and increased reliability.

On the other hand, the IN2000 caters to smaller businesses or branch offices that require a balance between performance and affordability. It is designed with a user-friendly interface that simplifies configuration and management, making it accessible for IT teams with varying levels of expertise. The IN2000 supports various mounting options and integrates seamlessly with existing infrastructure, allowing for easy deployment.

Both devices leverage cutting-edge technologies, including advanced routing protocols and security measures. They support IPv6, ensuring compatibility with the latest internet standards and future-proofing the network infrastructure. Additionally, the network computing devices are equipped with robust firewall capabilities, helping to protect sensitive data and prevent unauthorized access.

A distinguishing characteristic of the IN2001 is its high scalability, allowing businesses to expand their networks effortlessly as their needs grow. It supports a wide range of connectivity options, including Ethernet and wireless capabilities, providing flexibility for diverse networking environments.

Conversely, the IN2000 focuses on energy efficiency, employing intelligent power management to reduce operational costs. It is designed to be eco-friendly, minimizing its carbon footprint while maintaining optimal performance levels.

In summary, both the IN2001 and IN2000 serve as critical components in modern networking solutions, addressing the unique needs of different business environments. Their combination of performance, versatility, and security makes them ideal choices for organizations looking to enhance their network infrastructure in an ever-evolving digital landscape.
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