A. Give LAN buyers lower cost and interoperability.
B. Limit the number of manufacturers in the LAN market.
C. Simplify the design of network servers.
D. Reduce the need for bridges and routers.
A. Program the router to give priority to VoIP packets
B. Program the router to divide all VoIP packets into segments based on the WAN's speed
C. Program the router to hold data packets in the jitter buffer during VoIP transmissions
D. All of the above
A. API.
B. RFP.
C. SVD.
D. IVR.
A. Trunk duty cycle
B. Telephony capacity
C. Network delay
D. Residual capacity
A. Reducing network cabling expense
B. Providing electronic mail
C. Reducing the number of printers or other peripherals
D. Sharing files
A. It is an analog transmission technique that provides separate circuits for data, video, and voice.
B. It is an analog transmission technique that combines signals for transmission over a single circuit.
C. It is a digital transmission technique that combines signals for transmission over a single circuit.
D. It is a digital transmission technique that provides separate circuits for data, video, and voice.
A. Fully-associated link
B. Bridge link
C. Diagonal link
D. Access link
A. UDP (as opposed to TCP)
B. IPsec
C. TCP (as opposed to UDP)
D. None of the above
A. DS3 signals.
B. Digital radio.
C. Digital switching.
D. T carrier systems.
A. Routing.
B. Bridging.
C. Switching.
D. Transmission.
A. Bandwidth consumption
B. Trunk duty cycle
C. Carrying capacity
A. New and promising programming interfaces
B. Signaling processing boards
C. The most prominent CTI bus standards today
D. Nearly obsolete host-based systems
A. Positioning new networks for the transport of existing services
B. Single-vendor compatibility
C. Synchronous networking to the customer location
D. Enhanced operations, administration, maintenance and provisioning
