ATEN Long Distance DVI Optical KVM Extender-TAA Compliant

The ATEN ce690 is a high-performance DVI Optical KVM extender designed to defeat the distance barriers of traditional copper DVI cables. By sending video, audio, and control signals over fiber optics, it enables secure, reliable, and high-quality remote operation of your DVI-equipped systems. Ideal for data centers, command centers, control rooms, broadcast studios, and industrial facilities, this extender delivers crisp digital video, smooth input device handling, and seamless peripheral integration across long distances without sacrificing performance or security.

• Long-distance DVI extension with fiber optics: Bypass the limitations of copper cables by transmitting DVI video, USB keyboard/mouse signals, and audio over a fiber link. This setup provides stable, interference-free communication between the source and the remote workstation, even across substantial distances. Whether you’re centralizing servers in a data center or placing monitoring displays in a separate control room, the ce690 keeps you connected with pristine video quality.

• High-definition video and integrated audio: The extender is engineered to carry high-definition video alongside multi-channel audio, preserving clarity and synchronization for critical visual tasks. This makes it suitable for applications that require precise image fidelity and accurate audio cues, such as diagnostics, analysis, and real-time monitoring.

• USB-enabled KVM control across distances: Transmit keyboard and mouse input from a local workstation to a remote display, enabling full KVM control over the connected computer or device. The ce690 supports seamless peripheral redirection, so operators can interact with remote systems as if they were directly attached, improving efficiency and workflow in space-constrained or dispersed environments.

• TAA compliant and built for dependable operation: The design adheres to Trade Agreement Act (TAA) standards, making it suitable for procurement in regulated environments. Its robust construction and fiber-based transmission minimize EMI/EMI-related issues, delivering reliable performance in industrial settings, data centers, and mission-critical operations.

• Easy integration with existing infrastructure and plug-and-play deployment: The ce690 is designed to work with standard DVI sources and displays, USB peripherals, and common fiber cabling. With straightforward setup and minimal or no driver requirements, deployment is quick, reducing downtime and enabling faster ROI for IT, security, and operations teams.

Technical Details of ATEN Long Distance DVI Optical KVM Extender-TAA Compliant

• Model: CE690
• Product type: DVI Optical KVM Extender
• Transmission method: Fiber optic link for long-distance extension
• Signals supported: DVI video, USB keyboard/mouse, and audio pass-through
• Compliance: TAA compliant

How to Install ATEN Long Distance DVI Optical KVM Extender

• Plan the layout: Place the transmitter unit near your DVI video source and user input devices, and position the receiver unit near the display. Prepare the fiber link between the two units and ensure there is a clean, protected path for the fiber cable.

• Connect video and peripherals: Attach the DVI source’s output to the transmitter’s DVI input. Connect the display to the receiver’s DVI output. Connect USB keyboard and mouse to the appropriate USB ports on the transmitter and/or receiver according to the product’s guidance, ensuring proper host control for the remote system.

• Link the units with fiber: Use the recommended fiber optic cable to connect the transmitter and the receiver. Follow the manufacturer’s specifications for single-mode or multi-mode fiber as required by your deployment distance and optical transceivers. Ensure connectors are clean and properly seated to avoid transmission problems.

• Power on and verify: Supply power to both transmitter and receiver units and switch them on. Observe the status indicators to confirm a stable optical link and proper video, audio, and input signal transmission. If LEDs indicate a fault, consult the user manual for troubleshooting steps.

• Configure EDID and peripheral behavior (if needed): Depending on your display or source devices, you may need to adjust EDID settings or USB device behavior to optimize compatibility and performance. Test the full chain by operating the remote system and verifying video refresh, audio clarity, and responsive input across the extended connection.

• Documentation and maintenance: Keep the included manuals accessible for future changes or troubleshooting. Consider labeling fiber runs and maintaining a regular inspection routine to preserve connector cleanliness and optical integrity over time.

Frequently Asked Questions

• What is the ATEN CE690 designed to do? It extends DVI video, USB keyboard/mouse input, and audio signals over a fiber optic link, enabling long-distance, centralized control of remote displays and computers without sacrificing video quality or input responsiveness.

• How far can I extend with this extender? The CE690 is intended for long-distance fiber extension. The actual usable distance depends on the fiber type, transceivers, and compatibility with the rest of your infrastructure. Consult ATEN documentation or your vendor to determine exact distance capabilities for your setup.

• Does it require software or drivers? In most configurations, the CE690 is plug-and-play and does not require special drivers. Some environments may benefit from minimal configuration for EDID or USB behavior, but core functionality operates without additional software.

• Is the CE690 suitable for regulated environments? Yes, it is TAA compliant, making it appropriate for procurement in government, defense, education, and other regulated sectors where compliance is a requirement.

• Can I use this extender with different brands or models? The CE690 is designed to work with standard DVI sources and displays and common USB peripherals. For optimal compatibility, verify that your devices support DVI, USB HID, and audio pass-through as expected and follow the installation guidelines for fiber connectivity.