Which four cables must be connected between the ICC and the TCS?

Which four cables must be connected between the ICC and the TCS?

• A. Fiber Optic Cable, 50 Ohm Cable, MIDS Interface Cable, 26 Pair Cable Hock
• B. Fiber Optic Cable, 75 Ohm Cable, MIDS Interface Cable, 26 Pair Cable Hock
• C. Copper Cable, 50 Ohm Cable, MIDS Interface Cable, 26 Pair Cable Hock
• D. Fiber Optic Cable, 50 Ohm Cable, USB Interface Cable, 26 Pair Cable Hock

Answer: (A)

When connecting the ICC to the TCS you need a mix of data, RF, and signaling paths that the system design supports. The fiber optic link provides a fast, EMI-resistant data channel between the units, which is essential for high-bandwidth communication. The 50 ohm coax path supplies the RF/coaxial connection that matches the system’s impedance for reliable radio-frequency and signal transfer. The MIDS Interface Cable carries Link 16 data between the MIDS-enabled components, enabling the military data network that the TCS uses. Finally, the 26-pair cable hook (hock) delivers the necessary copper multi-pair connections for voice and control signals routed through the system’s copper backhaul. Other options don’t fit because they either propose an impedance that isn’t standard for this configuration (75 ohms) or introduce interfaces not used in this hookup (USB), or omit a needed path by relying on copper alone without the dedicated high-speed or RF links.

When connecting the ICC to the TCS you need a mix of data, RF, and signaling paths that the system design supports. The fiber optic link provides a fast, EMI-resistant data channel between the units, which is essential for high-bandwidth communication. The 50 ohm coax path supplies the RF/coaxial connection that matches the system’s impedance for reliable radio-frequency and signal transfer. The MIDS Interface Cable carries Link 16 data between the MIDS-enabled components, enabling the military data network that the TCS uses. Finally, the 26-pair cable hook (hock) delivers the necessary copper multi-pair connections for voice and control signals routed through the system’s copper backhaul.

Other options don’t fit because they either propose an impedance that isn’t standard for this configuration (75 ohms) or introduce interfaces not used in this hookup (USB), or omit a needed path by relying on copper alone without the dedicated high-speed or RF links.