1. Like ATM, frame relay a connection-oriented service.

2. Like ATM, frame relay is a connection-oriented service.

3. LADF is used in the Frame Relay network for end-to-end signaling.

4. For example, assume an example network that uses Frame Relay at the remote sites.

4. is a sentence dictionary, on which you can find nice sentences for a large number of words.

5. Frame relay is a network technology that has seen considerable expansion within the past few years.

6. D. This command is required for all Frame Relay configurations.

7. The Frame Relay switch is a DCE device. Frames from one DTE will be moved across the network and delivered to other DTEs by way of DCEs.

8. Frame Relay Switch Node?

9. This paper focuses on frame relay functions, frame structures, and transmission mode on the telecommunications network.

10. X. 25 and Frame Relay are parts of the communication protocols.

11. Which of the following is true concerning Frame Relay multipoint subinterfaces?

12. Physical failures of the frame relay interface are indicated by a loss - of - line signal.

13. The Frame Relay frame is a subset of the HDLC frame type. Therefore it is delimited with flag fields.

14. One day it is a frame relay switch, the next it is your ISDN router.

15. An X. 25 or frame relay network can handle only public-switched data.

16. To avoid this problem, Frame Relay switches incorporate a policy of dropping frames from a queue to keep the queues short. Frames with their DE bit set will be dropped first.

17. Specifies whether the Frame Relay link becomes available automatically in a Frame Relay profile.

18. With increasing demand for higher bandwidth and lower latency packet switching, communications providers introduced Frame Relay.

19. The customer connects a customer premises equipment (CPE) device, such as a router or frame relay access device, into the NTU using a V. 35 or RS-232 serial interface.

20. This paper includes two parts on technology and realization of frame relay network.

21. This paper discusses the characters of congestion control and methods to congestion on the private integrated service communication network (FRPISCN) which is based on frame relay network.

22. Frame relay voice compression capabilities have increased along with the development of the frame relay technology.

23. With the card, user can connect its communication equipments to the frame relay to make full use of the frame relay network.

24. A number that identifies the end point in a Frame Relay network.

25. Split -horizon is not a problem when there is a single PVC on a physical interface. This would be a point - to - point Frame Relay connection.

26. This paper briefly describes the objects which may able to attack, and using security device-FPX4802/DES against these threats in Frame Relay network.

27. The clock speed (port speed) of the connection (local loop) to the Frame Relay cloud.

28. Frame Relay is unlikely to be cost-effective when only two sites are interconnected with a point-to-point connection. Frame Relay is more cost-effective where multiple sites must be interconnected.

29. The serial links are point - to - point Frame Relay and need an IP address for each side.

30. Link Access Procedure for Frame Mode Services (LAPF), as defined in ITU Q. 922, is an enhanced LAPD (Q. 921) with congestion control capabilities for Frame Mode Services in the Frame Relay network.

31. The frame relay is a new method of data communication and a new transmission service.

32. The theory and characteristic of frame relay are introduced and the design of the card for frame relay network is described.

33. CCNA certification exam necessary manuals, including the following use of these protocols: IP, EIGRP, Serial Line Interface Protocol, Frame Relay, RIPv2, VLAN, Ethernet and Access Control List (ACL).