MPD Digital Times Microwave LMR-400 coaxial cable is engineered for reliable transmission line solutions in various applications including military, aerospace, wireless communications, and industrial settings. Designed for long-term service in RF applications.
Features:
* Genuine Times Microwave LMR-400 Coaxial Cable, a direct replacement for RG-8/9913.
* Equipped with MPD Digital N Type (Female) to RP-SMA (Male) connectors, supporting UHF/VHF WIFI up to 6 GHz.
* Ideal for connecting access points, GPS systems, rotary antenna assemblies, WiFi hotspots, receivers, scanners, meters, wireless internet routers, and radio transmitters to antennas. Also suitable for connecting miners to antennas/arresters.
* Compatible with Helium and IoT hotspot antennas and devices for LPWANs or LoRaWAN (868-869 MHz and 902-930 MHz). Used for cryptocurrency mining applications.
* Ultra-low loss coaxial transmission line, offering excellent handling characteristics and improved shielding.
* Features a flexible, UV-proof Black PVC jacket with an outer diameter of 0.405 inches (10.3mm).
* Designed for 20-year outdoor or indoor applications, resistant to ultraviolet light and oxidation.
⚠️ 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 MPD Digital LMR400 coaxial cable?A: The cable is fifty feet long. This length is suitable for a variety of applications where low loss is essential.
Q: What type of connectors does this cable have?A: It features N Type female and RP-SMA male connectors. These connectors are compatible with many wireless communication devices.
Q: What material is the cable jacket made of?A: The cable has a flexible UV proof PVC jacket. This design helps it withstand outdoor conditions and resist ultraviolet light.
Q: How do I connect the MPD Digital LMR400 coaxial cable?A: Connect the N Type female end to your device and the RP-SMA male end to your antenna. Ensure a secure fit for optimal performance.
Q: Is this cable suitable for outdoor use?A: Yes, it is designed for outdoor applications. The jacket is UV resistant and can last for twenty years in various conditions.
Q: Can I use this cable for my WiFi setup?A: Yes, it's suitable for WiFi setups and can handle frequencies up to six gigahertz. This makes it ideal for connecting routers to antennas.
Q: How do I maintain the MPD Digital LMR400 coaxial cable?A: Keep the cable clean and avoid sharp bends. Regularly inspect the connectors for damage to ensure optimal performance.
Q: Is this cable compatible with Helium miners?A: Yes, it is compatible with Helium and IoT hotspot antennas. This makes it ideal for low power wide area networks.
Q: What should I do if the cable arrives damaged?A: Contact customer support immediately for a replacement. Ensure you have your order details ready for a smoother process.
Q: What is the maximum recommended length for optimal performance?A: The recommended maximum length is seventy-five feet. Keeping it within this length helps minimize signal loss.
Q: Is this cable flexible for installation?A: Yes, the cable is flexible and designed for easy handling. It bends easily, making installation simpler in tight spaces.
Q: Can this cable be used for mining cryptocurrency?A: Yes, it can be used for cryptocurrency mining setups. Many users utilize it for connecting devices like miners to antennas.
Q: What is the outer diameter of the cable?A: The outer diameter of the cable is zero point four zero five inches. This size is standard for coaxial cables of this type.
Q: Does this cable provide low loss transmission?A: Yes, it is designed for ultra-low loss. This is crucial for maintaining signal integrity over long distances.
Q: Is there a warranty for this cable?A: Yes, the product comes with a manufacturer warranty. Check the packaging or website for specific warranty details.
Q: What frequency ranges does this cable support?A: It supports frequency ranges from eight hundred sixty-eight to nine hundred thirty megahertz. This makes it versatile for various applications.