Computer Networking What two multicast addresses does OSPFv3 use?1. FF02::A2. FF02::93. FF02::54. FF02::6 1 and 3 3 and 4 3 only 2 only 1 and 3 3 and 4 3 only 2 only ANSWER DOWNLOAD EXAMIANS APP
Computer Networking In OSI model, which of the following layer transforms information from machine format into that understandable by user presentation session application None of these physical presentation session application None of these physical ANSWER DOWNLOAD EXAMIANS APP
Computer Networking A remote batch-processing operation in which data is solely input to a central computer would require a: telegraph line All listed here simplex lines None of these mixedband channel telegraph line All listed here simplex lines None of these mixedband channel ANSWER DOWNLOAD EXAMIANS APP
Computer Networking Which of the following is not a standard synchronous communication protocol? None of these SMTP SDLC SLIP PAS None of these SMTP SDLC SLIP PAS ANSWER DOWNLOAD EXAMIANS APP
Computer Networking Communication circuits that transmit data in both directions but not at the same time are operating in None of these a simplex mode an asynchronous mode a full-duplex mode a half-duplex mode None of these a simplex mode an asynchronous mode a full-duplex mode a half-duplex mode ANSWER DOWNLOAD EXAMIANS APP
Computer Networking In Cisco's Unified Wireless Solution, what is the split-MAC architecture? The split-MAC architecture uses MAC addresses on the wireless network and IP addresses on the wired network. The split-MAC architecture uses MAC addresses to create a forward/filter table and break up collision domains. The split-MAC architecture allows the splitting of 802.11 protocol packets between the AP and the controller to allow processing by both devices. The split-MAC architecture uses MAC addresses to create a forward/filter table and break up broadcast domains. The split-MAC architecture uses MAC addresses on the wireless network and IP addresses on the wired network. The split-MAC architecture uses MAC addresses to create a forward/filter table and break up collision domains. The split-MAC architecture allows the splitting of 802.11 protocol packets between the AP and the controller to allow processing by both devices. The split-MAC architecture uses MAC addresses to create a forward/filter table and break up broadcast domains. ANSWER DOWNLOAD EXAMIANS APP
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