A scan converter is a device that transforms video signals from one format to another, enabling compatibility between different display systems or recording equipment. This process is essential in applications requiring the integration of various video sources and displays.

Video-to-video scan converters modify standard video signals (e.g., converting between formats like RS-170, RS-343, SDI, or VGA) to match the requirements of different display systems. In contrast, stroke-to-raster scan converters convert vector-based signals (stroke video) into raster formats, allowing vector graphics from devices like radar or Heads-Up Displays (HUDs) to be viewed on standard raster-based monitors.

A stroke-to-raster scan converter accepts XYZ vector inputs from devices generating stroke video and processes these signals into raster video formats. This conversion enables the display, recording, or transmission of vector graphics using standard video equipment, facilitating broader compatibility and utility.

A video-to-video scan converter processes video signals by converting them from one format or resolution to another. It adjusts input signals, such as composite, RGBHV, or SDI, to match the output requirements of different display or recording systems. This includes scaling, de-interlacing, and aspect ratio adjustments to ensure seamless compatibility across diverse video sources and equipment, facilitating integration and high-quality output in various applications.

Scan converters are utilized in various fields, including:

• Broadcasting and Media Production: Converting video formats for compatibility between different equipment.
• Military and Aerospace: Displaying radar or HUD information on standard monitors.
• Medical Imaging: Integrating various imaging devices with display systems.
• Industrial Monitoring: Facilitating the display of data from specialized equipment on common screens.

When choosing a scan converter, consider the following features:

• Input and Output Compatibility: Ensure the converter supports the specific video formats you need to process.
• Resolution Support: Verify that the device can handle the required input and output resolutions.
• Conversion Quality: Look for advanced scaling algorithms and de-interlacing capabilities to maintain video integrity.
• Ruggedness: For field applications, select converters designed to withstand environmental stresses.
• Control Interfaces: Consider converters with user-friendly interfaces and remote-control options for ease of operation.

DDV scan converters are ruggedized for military and aerospace applications, offering high-quality video-to-video and stroke-to-raster conversion with low latency. They support multiple input types, advanced scaling ensuring seamless integration into mission-critical environments.

DDV scan converters are highly versatile, supporting RS-170, NTSC, PAL, RS-343, VGA, HDMI, SDI, and XYZ vector inputs. They also feature advanced interfaces like Ethernet and serial control, allowing for easy integration with diverse platforms.

With flexible input/output configurations, Ethernet and serial control, and network connectivity, DDV scan converters seamlessly integrate with legacy and modern systems, ensuring compatibility with telemetry, ISR platforms, radar systems, and secure video networks.

Yes, DDV scan converters meet MIL-STD-810 and MIL-STD-461 standards, ensuring durability and performance in extreme temperatures, vibration, and EMI interference. They are built for airborne, maritime, and ground operations.

By converting stroke video signals into standard raster formats, DDV scan converters enable real-time display and recording of radar, HUD, and surveillance feeds on commercial monitors. This improves situational awareness, training, and post-mission analysis.

DDV scan converters are utilized in military, aerospace, and commercial sectors. Applications include radar and HUD displays, live video broadcasting, industrial monitoring, and simulation systems. They excel in both field and studio environments, offering ruggedness and precision.

• VTV/875R: A rugged, MIL-STD-compliant unit designed for harsh environments, with advanced scaling for composite and RGBHV video signals.
• VSC/890H: A commercial-grade unit featuring de-interlacing, aspect ratio conversion, and Ethernet control, ideal for flexible input/output requirements in controlled environments like studios.

• VTV/875R: Military and aerospace applications requiring ruggedness and reliability, such as mission-critical operations and field deployments.
• VSC/890H: Broadcast studios, industrial monitoring, and simulation environments where precise video processing and flexible control are essential.

• VSC/900: Supports high-definition stroke-to-raster conversion with features like key and matte mixing, making it ideal for radar display systems and advanced visualization.
• SSC/924: Focuses on mono stroke-to-raster conversion with full HD 1080p output, offering a cost-effective solution for applications requiring clear raster graphics from vector inputs.

• VSC/900: Aerospace and defense applications, including radar displays, where high-definition output and advanced features enhance mission-critical operations.
• SSC/924: Simulation systems, training environments, and control rooms that need mono stroke video signals converted into HD raster graphics.