The XRDS -RF 20FT SDI Cable is a high-performance digital video cable designed for professional broadcasting and video surveillance applications. This precision video cable ensures reliable signal transmission over a 20-foot length.
Features:
* **Cable Type:** RG59 75 Ohm Coaxial Cable
* **Connectors:** Dual SDI 75 Ohm BNC Male connectors
* **Length:** 20 feet (approx. 6.1 meters)
* **Impedance:** 75 Ohm
* **Construction:** Dual RG59 shield cable with tinned copper braid and aluminum foil conductor for excellent shielding and minimal signal attenuation.
* **Video Support:** Supports HD-SDI, 3G-SDI, 6G-SDI, 4K-SDI, and 8K-SDI video signals.
* **Compatibility:** Works with SDI video cameras, monitors, recorders, SDI to HDMI converters, SDI PCIe capture cards, video frame grabbers, and SDI digital video broadcast router switchers.
⚠️ WARNING (California Proposition 65): This product may contain chemicals known to the State of California to cause cancer, birth defects, or other reproductive harm. For more information, please visit www.P65Warnings.ca.gov.
Frequently Asked Questions
Q: What is the length of the XRDS -RF SDI Cable?A: The length of the XRDS -RF SDI Cable is twenty feet. This length is suitable for various setups, providing ample reach for connecting devices.
Q: What type of cable is the XRDS -RF SDI Cable made of?A: The XRDS -RF SDI Cable is made of RG59 75 Ohm coaxial cable. This type of cable is designed for high-quality digital video transmission.
Q: What connectors does the XRDS -RF SDI Cable use?A: The XRDS -RF SDI Cable uses SDI 75 Ohm BNC male connectors. These connectors ensure a reliable connection for digital video signals.
Q: How do I connect the XRDS -RF SDI Cable?A: To connect the XRDS -RF SDI Cable, plug one BNC male connector into your SDI output device and the other into your monitor or recorder. Ensure a secure fit to maintain signal quality.
Q: Is the XRDS -RF SDI Cable compatible with my camera?A: Yes, the XRDS -RF SDI Cable is compatible with devices that have SDI outputs, such as cameras and monitors. This makes it versatile for various video applications.
Q: Can I use the XRDS -RF SDI Cable for 4K video?A: Yes, the XRDS -RF SDI Cable supports 4K video transmission. It is designed to handle high-definition signals, including HD-SDI, 3G-SDI, and 6G-SDI formats.
Q: How do I maintain the XRDS -RF SDI Cable?A: To maintain the XRDS -RF SDI Cable, keep it dry and store it in a cool place. Avoid bending the cable sharply to prevent damage to the internal wiring.
Q: Is the XRDS -RF SDI Cable safe to use indoors?A: Yes, the XRDS -RF SDI Cable is safe to use indoors. It is designed for indoor video setups and provides reliable signal transmission.
Q: What should I do if my XRDS -RF SDI Cable is damaged?A: If your XRDS -RF SDI Cable is damaged, you should stop using it immediately to prevent further issues. Consider replacing it with a new cable for optimal performance.
Q: Does the XRDS -RF SDI Cable come with a warranty?A: Yes, the XRDS -RF SDI Cable typically comes with a manufacturer warranty. Check the packaging or product details for specific warranty information.
Q: Can I use the XRDS -RF SDI Cable with an HDMI converter?A: Yes, the XRDS -RF SDI Cable can be used with an SDI to HDMI converter. This allows you to connect SDI sources to HDMI displays easily.
Q: What is the impedance of the XRDS -RF SDI Cable?A: The impedance of the XRDS -RF SDI Cable is seventy-five Ohms. This impedance is standard for digital video connections to reduce signal loss.
Q: What types of devices can I connect using the XRDS -RF SDI Cable?A: You can connect various devices such as SDI video cameras, monitors, recorders, and converters using the XRDS -RF SDI Cable. It is versatile for all SDI applications.
Q: Is the XRDS -RF SDI Cable suitable for outdoor use?A: No, the XRDS -RF SDI Cable is not specifically designed for outdoor use. For outdoor applications, consider cables with additional weatherproofing.
Q: How does the dual RG59 shield cable benefit signal quality?A: The dual RG59 shield cable provides improved shielding against interference and reduces signal attenuation. This results in clearer video signals over longer distances.