A network administrator is isolating connectivity failures on a newly commissioned twisted-pair workstation drop. The administrator needs to verify the physical layer integrity to pinpoint cable distance faults and analyze captured broadcast traffic to identify rogue DHCP server offers on the subnet. Which TWO tools or capabilities should the administrator utilize to achieve these objectives? (Select TWO)
- Time-Domain Reflectometer (TDR) to measure cable continuity and locate physical impedance breaksCevap
- BLoopback plug attached to the wall jack to filter broadcast frames and detect protocol port mismatches
- Packet analyzer with a display filter targeting DHCP traffic (such as bootp or udp.port == 67)Cevap
- DDigital multimeter configured for DC voltage to decode Layer 7 payload headers and protocol flags
Cevap
The administrator should use a Time-Domain Reflectometer (TDR) for physical copper cable fault location and a packet analyzer with DHCP protocol display filters to identify rogue DHCP server traffic.
Using a Time-Domain Reflectometer (TDR) allows precise detection and distance measurement of physical copper cable defects, while a packet analyzer equipped with DHCP protocol filters enables capture and analysis of Layer 3/4 network traffic to identify unauthorized DHCP servers.
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Anahtar Kavram
Utilizing TDR hardware for Layer 1 cable fault location and packet analyzers for protocol traffic inspection