What device is used to extract time for the SINCGARS radio when using FH?

What device is used to extract time for the SINCGARS radio when using FH?

• A. Handheld Stopwatch
• B. GPS receiver (i.e a DAGR)
• C. Standard Time Clock
• D. Digital Chronometer

Answer: (B)

The GPS receiver, such as the DAGR (Defense Advanced GPS Receiver), is the correct device used to extract time for the SINCGARS radio when utilizing Frequency Hopping (FH) capabilities. This is essential because the SINCGARS radio operates with time-sensitive data for secure communications and needs accurate timing to synchronize the frequency-hopping process among various units. The DAGR provides precise timing information derived from GPS satellites, ensuring that all units using SINCGARS are synchronized to the same time reference. This is critical for effective communication, particularly in a tactical environment where timing can significantly impact operational success. Other devices mentioned, while they can measure or keep track of time, do not provide the level of precision or synchronization needed for the SINCGARS radio system. They lack the capability to accurately align with the real-time updates required in military communication technology. As a result, they are unsuitable for the specific needs of frequency hopping in secure radio operations. The reliance on DAGR not only enhances communication security but also facilitates coordinating operations effectively across multiple units.

The GPS receiver, such as the DAGR (Defense Advanced GPS Receiver), is the correct device used to extract time for the SINCGARS radio when utilizing Frequency Hopping (FH) capabilities. This is essential because the SINCGARS radio operates with time-sensitive data for secure communications and needs accurate timing to synchronize the frequency-hopping process among various units.

The DAGR provides precise timing information derived from GPS satellites, ensuring that all units using SINCGARS are synchronized to the same time reference. This is critical for effective communication, particularly in a tactical environment where timing can significantly impact operational success.

Other devices mentioned, while they can measure or keep track of time, do not provide the level of precision or synchronization needed for the SINCGARS radio system. They lack the capability to accurately align with the real-time updates required in military communication technology. As a result, they are unsuitable for the specific needs of frequency hopping in secure radio operations. The reliance on DAGR not only enhances communication security but also facilitates coordinating operations effectively across multiple units.