Ok...
Here's what I have for LD 137 STAT HSP & STAT ELNK
.stat HSP
LCS HSP STATE is DOWN
HSP LINK CARRIER: OK
Auto Negotiation: Enabled
Auto Negotiation Completed: YES
Actual Line Speed: 1000 Mbps
Actual Duplex Mode: Full Duplex
Ethernet (gei unit number 1):
Internet address: 127.2.0.2...
Greetings ~
I have a CS1K-E kicking out SRPT errors - it looks as if CPU-0 is defective or something on CPU-0 not feeling well. I have attached the HST file to show exactly what's going on.
Looking for some guidance on a resolution >
Would an INI possibly clear this? What happens if there’s...
Ah shoot - ya know - these are i2002 sets. So the menu is different - I now see on the i2004 sets where I adjust this. Not too certain if I can do this on the i2002 sets
Greetings ~
Where do I make this change?
Does this entail a system reboot?
Can this be phone dependant or is this system wide?
The current setting is
Nortel-i2004-A
from 10.1.X.XX
XX.XX.XX.XX:4100,1,5
Is there a way to adjust the retry to 10?
Thank You,
mrclean613
Hey there Wane47 ~
I'm referring to the Alarm/Fan module (NTDU64)
On the inactive CPU Alarm/Fan module (NTDU64)
Here are the lamp conditions on the Alarm/Fan module
System LED = RED
Power LED = RED
The other two LED's = GREEN
On the Active CPU - Alarm/Fan module
All four LED's = GREEN...
Hey there Wane47 ~
Do you happen to have a CS1000E?
Would you happen to know what the normal lamp conditions are for both Call Server CPU-O & CPU-1 are supposed to be?
Is the inactive side suppose RED on the Power and System LED?
I appreciate the feed back
I'm familiar with the Paddle Boards on the Legacy Nortel Opt81C - CS1000M (several columns) architecture
However, this issue I'm having is on the Nortel RACK MOUNTED CS1000E - this is the Call Server Architecture
OK - Here's what I get - I don't believe there is no System Monitor on the CS1000E Call Server
stat cpu
cp 1 16 PASS -- ENBL
TRUE REDUNDANT
DISK STATE = REDUNDANT
HEALTH = 20
VERSION = Jul 28 2005, 04:14:02
Side = 1, DRAM SIZE = 512 MBytes
cp 0 16 PASS -- STDBY
TRUE REDUNDANT
DISK STATE...
Yeah - no luck there
I did see mention of SCPU to get the system running on CPU-1 > then trying to initiate the ENLL
Not too certain and I need to do this maintenance after hours. I prefer to know what to expect before hand
It's a VGW - loop 16 running in core-1 -
Active CPU-0
What are my options?
What effect is this loop being DSBL having on the system?
Can I lock the Core-0 and work on this loop 16 without an interruption to the system... INI or Reload - can't have an interruption during production hours...
Unable to restore this loop
These are VGW trunks for the most part
REQ: stat 16
SUPER LOOP
DSBL RESPONDING
Any suggestions are appreciated - all maintenance needs to be done after hours - I'm trying to determine the current effect of this loop being out of service?
CPU-0 side is all GREEN lights
So, you suggest an INI - do I need to swap CPU's to get it on CPU-0, then INI the switch? Or can I initiate the INI on CPU-1?
>ld 135
CCED000
.stat cpu
cp 1 16 PASS -- ENBL
TRUE REDUNDANT
DISK STATE = REDUNDANT
HEALTH = 20
VERSION = Jul 28 2005, 04:14:02
Side = 1, DRAM SIZE = 512 MBytes
cp 0 16 PASS -- STDBY
TRUE REDUNDANT
DISK STATE = REDUNDANT
HEALTH = 20
VERSION = Jul 28 2005, 04:14:02
Side = 0, DRAM SIZE =...
Hmmmm
Well I was assuming in normal mode that the DID's to the branch would terminate directly to the CS1000B PRI?
I'll turn up DCH monitoring to se how the DID's are presented to the Branch
There are no PWR codes in the history file
We're on T&M with a local vendor - The cs1000e appears to be running ok at the time - CPU-0 is the cabinet showing the RED light on both System and Power LED's
So it appears to be a power issue on CPU-0 - just not certain how to isolate
The CS1000B is our branch office > with its own PRI to local carrier
The DID's work fine in normal conditions
We loose In-bound DID's when the TLAN of the CS1000E fails
(We had a scheduled failover test last night) that's how we discovered this
So... I would suspect the DID's to continue to...
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