Why is full-duplex Ethernet superior to its single-duplex counterpart?()
A、It uses inexpensive hubs
B、It operates without collisions
C、It operates on switches
D、It provides faster data transfer
E、It utilizes fewer wiring pairs
A、It uses inexpensive hubs
B、It operates without collisions
C、It operates on switches
D、It provides faster data transfer
E、It utilizes fewer wiring pairs
A、<em><em>Fullem>-<em>duplexem>em> Ethernet cons<em>isem>ts of a shared cable segment. Half-<em>duplexem> Ethernet provides a point-to-point link. B、<em><em>Fullem>-<em>duplexem>em> Ethernet uses a loopback circuit to detect coll<em>isem>ions. Half-<em>duplexem> Ethernet uses a jam signal. C、<em><em>Fullem>-<em>duplexem>em> Ethernet can provide higher throughput than can half-<em>duplexem> Ethernet of the same bandwidth. D、<em><em>Fullem>-<em>duplexem>em> Ethernet uses two wires to send and receive. Half-<em>duplexem> Ethernet uses one wire to send and receive.
A、A.coll<em>isem>ions on the <em><em>fullem>-<em>duplexem>em> side; runts on the half-<em>duplexem> side B、B.coll<em>isem>ions on the <em><em>fullem>-<em>duplexem>em> side; coll<em>isem>ions on the half-<em>duplexem> side C、C.coll<em>isem>ions on the half-<em>duplexem> side; framing errors on the <em><em>fullem>-<em>duplexem>em> side D、D.coll<em>isem>ions on the half-<em>duplexem> side; giants on the <em><em>fullem>-<em>duplexem>em> side
A、<em><em>Fullem>-<em>duplexem>em> Ethernet uses CSMA/CD to prevent coll<em>isem>ions. B、Half-<em>duplexem> Ethernet uses a loopback circuit to detect coll<em>isem>ions. C、A <em><em>fullem>-<em>duplexem>em> Ethernet card allows 20Mbps for data transm<em>isem>sion. D、<em><em>Fullem>-<em>duplexem>em> Ethernet makes use of two pairs of wires for data. E、An Ethernet hub can operate both half and <em>fullem> <em>duplexem> simultaneously.
A、Half-<em>duplexem> Ethernet operates in a shared coll<em>isem>ion domain. B、<em><em>Fullem>-<em>duplexem>em> Ethernet has a lower effective throughput. C、Half-<em>duplexem> Ethernet operates in a private coll<em>isem>ion domain. D、<em><em>Fullem>-<em>duplexem>em> Ethernet allows two-way communication. E、Half-<em>duplexem> Ethernet operates in a private broadcast domain.
A、<em><em>Fullem>-<em>duplexem>em> Ethernet cons<em>isem>ts of a shared cable segment. Half-<em>duplexem> Ethernet provides a point-to-point link. B、<em><em>Fullem>-<em>duplexem>em> Ethernet uses a loopback circuit to detect coll<em>isem>ions. Half-<em>duplexem> Ethernet uses a jam signal. C、<em><em>Fullem>-<em>duplexem>em> Ethernet can provide higher throughput than can half-<em>duplexem> Ethernet of the same bandwidth. D、<em><em>Fullem>-<em>duplexem>em> Ethernet uses two wires to send and receive. Half-<em>duplexem> Ethernet uses one wire to send and receive.
A、1-gigabit half-<em>duplexem> B、1-gigabit <em><em>fullem>-<em>duplexem>em> C、10-gigabit half-<em>duplexem> D、10-gigabit <em><em>fullem>-<em>duplexem>em>
A、1-gigabit half-<em>duplexem> B、1-gigabit <em><em>fullem>-<em>duplexem>em> C、10-gigabit half-<em>duplexem> D、10-gigabit <em><em>fullem>-<em>duplexem>em>
A、Half-<em>duplexem> Ethernet operates in a shared coll<em>isem>ion domain. B、Half-<em>duplexem> Ethernet operates in an exclusive broadcast domain. C、Half-<em>duplexem> Ethernet has efficient throughput. D、Half-<em>duplexem> Ethernet has lower effective throughput. E、Half-<em>duplexem> Ethernet operates in an exclusive coll<em>isem>ion domain.