Table 4-10 List Of Initial Values That Can Be Set Using Frame Relay Information And Initial Values During Initial Installation - Hitachi GR2000 Series Configuration Commands

Table 4-10 List of Initial Values that can be set using Frame Relay Information and
Information
group name
frame_relay
information
dlci information Relay designation of packets using Frame-Relay
GR2K-GA-0014
Ver. 07-02
Initial Values during Initial Installation
Information name
Procedure of PVC state report using Frame-Relay
protocol
Direction of PVC state report procedure using
Frame-Relay protocol
Transmission of single PVC non-synchronous state
display report using Frame-Relay protocol
Delay time from PVC down detection to logical
interface down detection using Frame-Relay protocol
CLLM reception/monitoring time using Frame-Relay
protocol
Maximum information field length using Frame-Relay
protocol (not including the Q922 header)
protocol (DLCI)
Maximum information field length using Frame-Relay
protocol (DLCI) (not including the Q922 header)
Limit and maximum value of data transmission rate
using Frame-Relay protocol (DLCI)
Throughput adjustment during detection of frame relay
network congestion using Frame-Relay protocol (DLCI)
CIR (Certification Information Rate) using Frame-Relay
protocol (DLCI)
Setting of IP packet transmission using Frame-Relay
protocol (DLCI)
Setting of IPX packet transmission using Frame-Relay
protocol (DLCI)
Setting of InverseARP transmission using
Frame-Relay protocol (DLCI)
Setting of ARP transmission using Frame-Relay
protocol (DLCI)
BC (certification burst size) using Frame-Relay
protocol (DLCI)
BE (excess burst size) using Frame-Relay protocol
(DLCI)
Guarantee value of transmission data rate using
Frame-Relay protocol (DLCI)
DE bit of transmission frame using Frame-Relay
protocol (DLCI)
Operation Management Information
Initial value
ITU-T Q.933 AnnexA is
executed.
STATUS ENQ is transmitted
to wait for STATUS
reception.
Single PVC non-synchronous
state display report is not
transmitted.
0 second
No CLLM reception is
monitored.
1600 bytes
Send/receive packets are
relayed.
1600 bytes
The transmission rate is not
limited.
No throughput adjustment is
performed.
O kbps
IP packets are transmitted.
IPX packets are not
transmitted (discarded).
InverseARP is transmitted.
ARP is not transmitted.
0 kBytes
0 kBytes
0 kbps
The DE bit is always set to
"0".
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