The two most often used radar remoting configurations are

The two most often used radar remoting configurations are

• A. Cable/land lines and coaxial links
• B. Wireless and radio microwave links
• C. Cable/land lines and radio microwave links
• D. Cable/land lines and satellite links

Answer: (C)

Radar remoting hinges on how data and control signals travel from the radar site to the operations center. The most common configurations used for this backhaul are wired connections using cable/land lines and wireless links using microwave radio. Cable or land-line paths tap into existing copper or fiber networks, offering stable, predictable performance with relatively low noise. They’re reliable for stable, regional connections and, over time, bandwidth has grown with technology, though laying and maintaining physical lines can be costly and inflexible for very remote locations. Microwave radio links provide a wireless backhaul that can span great distances without laying cable. They rely on line-of-sight towers and can quickly connect multiple sites, making them ideal for remote radars that aren’t near existing infrastructure. They’re fast and scalable but require clear terrain between endpoints and can be more susceptible to weather or atmospheric conditions. The other options mix media that aren’t typically used together for radar backhaul or rely on media (like satellite) that introduce latency or cost impractical for routine remoting, and thus aren’t the standard pairing.

Radar remoting hinges on how data and control signals travel from the radar site to the operations center. The most common configurations used for this backhaul are wired connections using cable/land lines and wireless links using microwave radio. Cable or land-line paths tap into existing copper or fiber networks, offering stable, predictable performance with relatively low noise. They’re reliable for stable, regional connections and, over time, bandwidth has grown with technology, though laying and maintaining physical lines can be costly and inflexible for very remote locations.

Microwave radio links provide a wireless backhaul that can span great distances without laying cable. They rely on line-of-sight towers and can quickly connect multiple sites, making them ideal for remote radars that aren’t near existing infrastructure. They’re fast and scalable but require clear terrain between endpoints and can be more susceptible to weather or atmospheric conditions.

The other options mix media that aren’t typically used together for radar backhaul or rely on media (like satellite) that introduce latency or cost impractical for routine remoting, and thus aren’t the standard pairing.