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Incorrect MAC address for the gateway. If this is the case, for a Catalyst 6000 gateway, you will probably get the following messages on the NMP console every 2 minutes: 2000 Apr 14 19:24:08 %SYS-4-MODHPRESET:Host process (860) 7/1 got reset asynchronously2000 Apr 14 19:26:05 %SYS-4-MODHPRESET:Host process (860) 7/1 got reset asynchronously2000 Apr 14 19:28:02 %SYS-4-MODHPRESET:Host process (860) 7/1 got reset asynchronouslyThe following example shows what the tracy output would look like if the gateway is not in the Cisco CallManager database:00:00:01.670 (CFG) Booting DHCP for dynamic configuration.00:00:05.370 (CFG) DHCP Request or Discovery Sent, DHCPState = INIT_REBOOT00:00:05.370 (CFG) DHCP Server Response Processed, DHCPState = BOUND00:00:05.370 (CFG) Requesting DNS Resolution of CiscoCM100:00:05.370 (CFG) DNS Error on Resolving TFTP Server Name.00:00:05.370 (CFG) TFTP Server IP Set by DHCP Option 150 = 10.123.9.200:00:05.370 (CFG) Requesting SAA00107B0013DE.cnf File From TFTP Server00:00:05.370 (CFG) TFTP Error: .cnf File Not Found!00:00:05.370 (CFG) Requesting SAADefault.cnf File From TFTP Server00:00:05.380 (CFG) .cnf File Received and Parsed Successfully.00:00:05.380 (CFG) Updating Configuration ROM...00:00:05.610 GMSG: GWEvent = CFG_DONE --> GWState = SrchActive00:00:05.610 GMSG: CCM#0 CPEvent = CONNECT_REQ --> CPState = AttemptingSocket00:00:05.610 GMSG: Attempting TCP socket with CM 10.123.9.200:00:05.610 GMSG: CCM#0 CPEvent = SOCKET_ACK --> CPState = BackupUnified CM00:00:05.610 GMSG: GWEvent = SOCKET_ACK --> GWState = RegActive00:00:05.610 GMSG: CCM#0 CPEvent = REGISTER_REQ --> CPState = SentRegister00:00:05.680 GMSG: CCM#0 CPEvent = CLOSED --> CPState = NoTCPSocket00:00:05.680 GMSG: GWEvent = DISCONNECT --> GWState = Rollover00:00:20.600 GMSG: GWEvent = TIMEOUT --> GWState = SrchActive00:00:20.600 GMSG: CCM#0 CPEvent = CONNECT_REQ --> CPState = AttemptingSocket00:00:20.600 GMSG: Attempting TCP socket with CM 10.123.9.200:00:20.600 GMSG: CCM#0 CPEvent = SOCKET_ACK --> CPState = Backup CCMAnother possible registration problem could be that the load information is incorrect or the load file is corrupt. The problem could also occur if the TFTP server is not working. In this case, tracy shows that the TFTP server reported that the file is not found: 00:00:07.390 GMSG: CCM#0 CPEvent = REGISTER_REQ --> CPState = SentRegister00:00:08.010 GMSG: TFTP Request for application load A002130000:00:08.010 GMSG: CCM#0 CPEvent = LOADID --> CPState = AppLoadRequest00:00:08.010 GMSG: ***TFTP Error: File Not Found***00:00:08.010 GMSG: CCM#0 CPEvent = LOAD_UPDATE --> CPState = LoadResponseIn this case, the gateway requests application load A0021300, although the correct load name would be A0020300. For a Catalyst 6000 gateway, the same problem can occur when a new application load needs to get its corresponding DSP load as well. If the new DSP load is not found, a similar message

Will display. ELVIS>> 00:00:00.020 (XA) MAC Addr : 00-10-7B-00-13-DE00:00:00.050 NMPTask:got message from XA Task00:00:00.050 (NMP) Open TCP Connection ip:7f01010100:00:00.050 NMPTask:Send Module Slot Info00:00:00.060 NMPTask:get DIAGCMD00:00:00.160 (DSP) Test Begin -> Mask00:00:01.260 (DSP) Test Complete -> Results00:00:01.260 NMPTask:get VLANCONFIG00:00:02.030 (CFG) Starting DHCP00:00:02.030 (CFG) Booting DHCP for dynamic configuration.00:00:05.730 (CFG) DHCP Request or Discovery Sent, DHCPState = INIT_REBOOT00:00:05.730 (CFG) DHCP Server Response Processed, DHCPState = BOUND00:00:05.730 (CFG) Requesting DNS Resolution of CiscoCM100:00:05.730 (CFG) DNS Error on Resolving TFTP Server Name.00:00:05.730 (CFG) TFTP Server IP Set by DHCP Option 150 = 10.123.9.200:00:05.730 (CFG) Requesting SAA00107B0013DE.cnf File From TFTP Server00:00:05.730 (CFG) .cnf File Received and Parsed Successfully.00:00:05.730 GMSG: GWEvent = CFG_DONE --> GWState = SrchActive00:00:05.730 GMSG: CCM#0 CPEvent = CONNECT_REQ --> CPState = AttemptingSocket00:00:05.730 GMSG: Attempting TCP socket with CM 10.123.9.200:00:05.730 GMSG: CCM#0 CPEvent = SOCKET_ACK --> CPState = Backup CCM00:00:05.730 GMSG: GWEvent = SOCKET_ACK --> GWState = RegActive00:00:05.730 GMSG: CCM#0 CPEvent = REGISTER_REQ --> CPState = SentRegister00:00:06.320 GMSG: CCM#0 CPEvent = LOADID --> CPState = LoadResponse00:01:36.300 GMSG: CCM#0 CPEvent = TIMEOUT --> CPState = BadUnified CM00:01:36.300 GMSG: GWEvent = DISCONNECT --> GWState = Rollover00:01:46.870 GMSG: CCM#0 CPEvent = CLOSED --> CPState = NoTCPSocket00:01:51.300 GMSG: GWEvent = TIMEOUT --> GWState = SrchActive00:01:51.300 GMSG: CCM#0 CPEvent = CONNECT_REQ --> CPState = AttemptingSocket00:01:51.300 GMSG: Attempting TCP socket with CM 10.123.9.200:01:51.300 GMSG: CCM#0 CPEvent = SOCKET_ACK --> CPState = Backup CCM00:01:51.300 GMSG: GWEvent = SOCKET_ACK --> GWState = RegActive00:01:51.300 GMSG: CCM#0 CPEvent = REGISTER_REQ --> CPState = SentRegister00:01:51.890 GMSG: Unified CM#0 CPEvent = LOADID --> CPState = LoadResponseThe difference here is that the gateway gets stuck in the LoadResponse stage and eventually times out. You can resolve this problem by correcting the load file name in the Device Defaults area of Unified Communications Manager Administration. Gatekeeper Issues Before starting any gatekeeper troubleshooting, verify that IP connectivity exists within the network. Assuming that IP connectivity exists, proceed to troubleshoot your gatekeeper calls. Admission Rejects Symptom The system issues Admission Rejects (ARJ) when Unified Communications Manager has registered with the gatekeeper but cannot send a phone call. Possible Cause Configuration issues on the gatekeeper should be the primary focus when the gatekeeper issues an ARJ. Recommended Action Verify IP connectivity from the Unified Communications Manager to the gatekeeper. Show gatekeeper status and verify that the gatekeeper state is up. Is a zone subnet defined on the gatekeeper? If so, verify that the subnet of the Unified Communications Manager is in

! interface FastEthernet0/0 ip address 10.4.138.5 255.255.0.0 duplex auto speed auto ! interface FastEthernet0/1 no ip address shutdown duplex auto speed auto ! ip default-gateway 10.4.0.1 ip classless ip route 223.255.254.0 255.255.255.0 10.4.0.1 ! ip http server ! ! ! control-plane ! ! voice-port 2/0 caller-id enable ! voice-port 2/1 caller-id enable ! voice-port 2/2 caller-id enable ! voice-port 2/3 caller-id enable ! voice-port 2/4 ! . . . ! voice-port 2/23 ! ! ! sccp local FastEthernet0/0 sccp ccm 10.4.131.200 identifier 7815 sccp ccm 10.4.138.77 identifier 7825 sccp ! sccp ccm group 1 associate ccm 7815 priority 1 associate ccm 7825 priority 2 ! ! dial-peer voice 500 pots service stcapp port 2/0 ! dial-peer voice 501 pots service stcapp port 2/1 ! dial-peer voice 502 pots service stcapp port 2/2 ! dial-peer voice 503 pots service stcapp port 2/3 ! dial-peer voice 504 pots service stcapp port 2/4 ! . . . ! dial-peer voice 523 pots service stcapp port 2/23 ! ! line con 0 exec-timeout 0 0 transport preferred all transport output all line aux 0 transport preferred all transport output all line vty 0 4 login transport preferred all transport input all transport output all ! end The following example shows the expanded command for call-control mode feature: You can now configure a string of up to 4 characters (0 – 9, *, #) as the feature code for the 5 features (the defaults are #1 for “hangup last active call”, #2 for “transfer”, #3

I feel like there’s a lot of control to it as well,” said Wolf, who was in another brand prior to trying the XF Pro.The changes in the XF Pro that contribute to those improved feelings of control go beyond the new shaft shape, however, and we’ll get to those shortly. But first, the other thing that first jumps out about CCM’s newest stick is how much lighter the XF Pro feels.“It’s super light, lighter than the other CCM sticks I was using before,” Levi said of his EFlex 5 ProLite. “I really think they upgraded from that stick to this one. It’s considerably lighter.”So, just how light is the CCM XF Pro?At 580 grams on a 25-inch paddle, it’s a little more than 50 grams lighter than its EFlex predecessor but anecdotally seems even lighter to the pros we talked to, which might have something to do with improved balance through some of the other improvements.“It’s really noticeable, they’re way, way, way lighter,” Young said.Some of that weight reduction is likely from a shaft that is two inches shorter than previous CCM sticks, following a trend that saw other companies shorten the shaft in large part because Carey Price used a shorter-shafted (CCM) stick for improved puck handling. There are also significant weight savings courtesy of a new, flatter front on the paddle as well, which allowed CCM to create its first one-piece paddle-blade with Sigmatex construction, which they say eliminates a lot of the excess materials previously required at the joint between those two points. That, of course, means less weight at the bottom of the stick, which improves the balance and feel, and might help explain why most of the pros and other goalies that picked up our XF Pro comment on the light weight first and foremost. It’s also improved the vibration dampening and feel the pros mentioned. The kick point is above the midpoint of the paddle (higher than the EFlex 5, according to CCM), and the flex feels just a little stiffer than that EFlex 5 model, though CCM has designated it a “regular” flex and it certainly does not feel as stiff as the old Premier 2 line of sticks, even the well-used models that InGoal still had on hand during this stick testing process.That stiffer profile is designed to make it easier to handle dump ins and hard rims behind the net,