Rose electronic Singlemode or Multimode fiber models manual CrystalView DVI Fiber

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CrystalViewDVI Fiber

DIGITAL FIBER KVM EXTENDER

INSTALLATION AND OPERATIONS

MANUAL

Single or Dual video / USB or PS/2

Catx, Singlemode or Multimode fiber models

10707 Stancliff Road

Phone: (281) 933-7673

Houston, Texas 77099

WWW.ROSE.COM

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Contents CrystalView DVI Fiber Page Limited Warranty Models FCC/IC STATEMENTS, EU Declaration of ConformityTable of Contents Disclaimer IntroductionSystem introduction Package contents FeaturesCompatibility Models Models / Connectors Single VideoModels / Connectors Single Video Serial / Audio Rear Models Dual VideoModels Dual Video Serial / Audio Cables CrystalView DVI Fiber to Rose switch cableReceiver to KVM station cable Transmitter unit to Receiver unit cableInstallation InstallationApplying power Cable type w/ LC connectors Maximum distanceTransmitter to Receiver cabling Video OK Power Data Error Status Diagnostic LED IndicatorsOperating instructions OperationDDC Information DDC Source JP1 setting JP2 setting Color Depth JP3 setting Reset DDC table to default valuesColor Depth Selection Moment to switch Selecting moment of switching to next frameDescription Troubleshooting TroubleshootingMaintenance and Repair Service InformationServide Technical SupportSafety SafetyGrounding Safety and EMC Regulatory Statements Safety informationServicing Appendices Appendix A. General specificationsPart Number Multimode Description Appendix B. Parts and cablesPart Number Singlemode Description Appendix C. Rackmount Kit Page Stancliff Road Phone 281 Houston, Texas

Singlemode or Multimode fiber models, Single or Dual video / USB or PS/2 Catx specifications

Rose Electronics offers a range of high-performance video and peripheral extension solutions with its Single or Dual video options, in conjunction with USB or PS/2 interfaces. This versatile product line is designed to meet the growing demands for connectivity and data transmission over long distances through various technologies, including Category X (CatX) cabling and fiber optics—offering models in both singlemode and multimode configurations.

One of the standout features of Rose Electronics’ offerings is their ability to extend video signals over significant distances without loss of quality, making them ideal for professional environments such as broadcasting, education, and command centers. The Single and Dual video models allow users to transmit one or two video signals simultaneously, providing flexibility for diverse applications. Whether deploying a single monitor setup or a more complex dual display environment, these solutions ensure seamless operation.

The USB and PS/2 options cater to different peripheral requirements, allowing users to connect various devices such as keyboards, mice, and other input tools, enhancing the overall functionality of their workspace. This multi-connectivity feature is especially beneficial for institutions that require reliable access to multiple peripherals without the hassles of tangled cables or connectivity issues.

In terms of connectivity technology, the CatX models leverage advanced cabling infrastructure to deliver high-quality video and data transmission. CatX cabling is widely recognized for its robustness and reliability, supporting high-definition content without degradation over extended distances. Meanwhile, the fiber models utilize singlemode and multimode fibers, which offer exceptional bandwidth capabilities and longer distances compared to traditional copper solutions. Singlemode fibers are particularly advantageous for long-distance applications, while multimode fibers are ideal for shorter connections with a lower cost of implementation.

In summary, Rose Electronics’ Single or Dual video extension solutions utilizing USB or PS/2 interfaces across CatX and fiber mediums cater to a wide array of professional needs. With their ability to deliver high-quality video and peripheral connections over long distances, they provide organizations with the strategic advantage—ensuring that technology aligns seamlessly with operational demands. This innovative approach to remote connectivity continues to strengthen the capabilities of modern workspaces, enhancing productivity and streamlining operations across various sectors.