Listing Results N2k Class Delete Search
About 18 results and 8 answers. Outlook's Auto-Complete or Nickname Cache
2 hours ago Use the arrow key to select the incorrect address and press the Delete key. You can clear the entire autocomplete file: in older versions you …
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Cisco Nexus 5000 Troubleshooting Guide
12 hours ago
- Cannot pass frame size larger than 2300 bytes through switch Cannot pass frame size larger than 2300 bytes through switch Although the jumbo MTU has been configured for class-default, you cannot pass a frame size larger than 2300 bytes through the Nexus 5000 switch and the Nexus 2000 FEX. Possible Cause The CoS value may conflict with the existing MTU value. Solution CoS 7 is used internally for controlling traffic between the Nexus 5000 switch and the Nexus 2000 FEX. The MTU value for the traffic with CoS 7 is set to a fixed value. You must check that the incoming traffic is marked with CoS 7. Use any CoS value other than 7 to avoid this limitation.
- MTU for “class-default” value is 1500 when jumbo MTU configured MTU for “class-default” value is 1500 when jumbo MTU configured When the configuration for the network-qos policy-map sets the class-default to jumbo MTU, the show queuing interface command indicates that the MTU for class-default is 1500. Possible Cause An incorrect startup configuration may exist after an upgrade. Solution If the switch has been upgraded to the 4.2(1)N1(1) release, make sure that you have used the write erase command to delete the startup configuration. You can save the configuration first to another file name. After the Nexus 5000 switch boots up with an empty configuration, reapply the original configuration. You might lose your connectivity to the Nexus 5000 if you are using Telnet or SSH. It is recommended that you use the console for this procedure.
- Traffic not queued or prioritized correctly on Nexus 2148, Nexus 2232, and Nexus 2248 Traffic not queued or prioritized correctly on Nexus 2148, Nexus 2232, and Nexus 2248 After configuring all three types of policy maps (QoS, Network-QoS, and Queuing), the traffic is not queued or prioritized correctly on Nexus 2148, Nexus 2232, and Nexus 2248 switches. Possible Cause The Nexus 2148, Nexus 2232, and Nexus 2248 FEX can only support CoS-based traffic classification. The QoS service policy type configured under System QoS is populated from the Nexus 5000 to FEX only when all the matching criteria are match cos. In a policy map that has match cos and match dscp statements, the FEX programs the cos part of the policy even if the match dscp is configured. Note Use the show queuing interface command to ensure that the queues have been created properly. Solution For the ingress traffic (from server to network) that is not marked with a CoS value, the traffic is placed into the default queue on FEX. Once the traffic is received on the Nexus 5000, it is classified based on a configured rule and are placed in the proper queue. For the egress traffic (from Nexus 5000 to FEX, and then FEX to server), it is recommended that you mark mark the traffic with a CoS value on the Nexus 5000 so that the FEX can classify and queue the traffic properly. The following example is a complete Nexus 5000 and Nexus 2232/Nexus 2248 configuration that classifies the traffic and configures the proper bandwidth for each type of traffic. This example applies only to the Nexus 5000 and Nexus 2248. The configuration for the Nexus 2148 is slightly different due to the fact that Nexus 2148 has only two queues for user data. The Nexus 2232/Nexus 2248 has six hardware queues for user data, which is the same as Nexus 5000. Example: //class-map for global qos policy-map, which will be used to create CoS-queue mapping.// class-map type qos voice-global match cos 5 class-map type qos critical-global match cos 6 class-map type qos scavenger-global match cos 1 class-map type qos video-signal-global match cos 4 //This qos policy-map will be attached under “system qos”. It will be downloaded to 2248 to create CoS to queue mapping.// policy-map type qos classify-5020-global class voice-global set qos-group 5 class video-signal-global set qos-group 4 class critical-global set qos-group 3 class scavenger-global set qos-group 2 class-map type qos Video match dscp 34 class-map type qos Voice match dscp 40,46 class-map type qos Control match dscp 48,56 class-map type qos BulkData match dscp 10 class-map type qos Scavenger match dscp 8 class-map type qos Signalling match dscp 24,26 class-map type qos CriticalData match dscp 18 //This qos policy-map will be applied under all N5k and 2248 interfaces to classify all incoming traffic based on DSCP marking. Please note that even the policy-map will be applied under Nexus 2248 interfaces the traffic will be classified on N5k// policy-map type qos Classify-5020 class Voice set qos-group 5 class CriticalData set qos-group 3 class Control set qos-group 3 class Video set qos-group 4 class Signalling set qos-group 4 class Scavenger set qos-group 2 class-map type network-qos Voice match qos-group 5 class-map type network-qos Critical match qos-group 3 class-map type network-qos Scavenger match qos-group 2 class-map type network-qos Video-Signalling match qos-group 4 //This policy-map type network-qos will be applied under “system qos” to define the MTU, marking and queue-limit(not configured here).// policy-map type network-qos NetworkQoS-5020 class type network-qos Voice set cos 5 class type network-qos Video-Signalling set cos 4 mtu 9216 class type network-qos Scavenger set cos 1 mtu 9216 class type network-qos Critical set cos 6 mtu 9216 class type network-qos class-default mtu 9216 class-map type queuing Voice match qos-group 5 class-map type queuing Critical match qos-group 3 class-map type queuing Scavenger match qos-group 2 class-map type queuing Video-Signalling match qos-group 4 //The queuing interface will be applied under “system qos” to define the priority queue and how bandwidth is shared among non-priority queues.// policy-map type queuing Queue-5020 class type queuing Scavenger bandwidth percent 1 class type queuing Voice priority class type queuing Critical bandwidth percent 6 class type queuing Video-Signalling bandwidth percent 20 class type queuing class-fcoe bandwidth percent 0 class type queuing class-default bandwidth percent 73 //The input queuing policy determines how bandwidth are shared for FEX uplink in the direction from FEX to N5k. The output queueing policy determines the bandwidth allocation for both N5k interfaces and FEX host interfaces.// system qos service-policy type qos input classify-5020-global service-policy type network-qos NetworkQoS-5020 service-policy type queuing input Queue-5020 service-policy type queuing output Queue-5020 //Apply service-policy type qos under physical interface in order to classify traffic based on DSCP. Please note that for portchannel member the service-policy needs to be configured under interface port-channel.// interface eth1/1-40 service-policy type qos input Classify-5020 interface eth100/1/1-48 service-policy type qos input Classify-5020 The show queuing interface command can be used to ensure that the CoS-to-queue mapping is properly configured under the FEX interfaces. It can also be used to check the bandwidth and MTU configuration. This same command can be used to check the QoS configuration for the Nexus 5000 interfaces. The following is the output from the show queuing interface command for the Nexus 2248 interfaces when the above configrations are applied: switch# sh queuing interface ethernet 100/1/1 Ethernet100/1/1 queuing information: Input buffer allocation: Qos-group: 0 2 3 4 5 (shared) frh: 2 drop-type: drop cos: 0 1 2 3 4 5 6 xon xoff buffer-size ------+---------+----------- 21760 26880 48640 Queueing: queue qos-group cos priority bandwidth mtu -----+----------+------------+-----------+--------------+------ 2 0 0 2 3 WRR 73 9280 4 2 1 WRR 1 9280 5 3 6 WRR 6 9280 6 4 4 WRR 20 9280 7 5 5 PRI 0 1600 Queue limit: 64000 bytes Queue Statistics: queue rx tx ------+-------------+--------------- 2 113822539041 1 4 0 0 5 0 0 6 417659797 0 7 0 0 Port Statistics: rx drop rx mcast drop rx error tx drop ------------+-----------------+---------------+--------------- 0 0 0 0 Priority-flow-control enabled: no Flow-control status: cos qos-group rx pause tx pause masked rx pause -------+-----------+---------+---------+--------------- 0 0 xon xon xon 1 2 xon xon xon 2 0 xon xon xon 3 0 xon xon xon 4 4 xon xon xon 5 5 xon xon xon 6 3 xon xon xon 7 n/a xon xon xon switch# The Nexus 2148 has two queues in both the ingress and egress directions. One queue is mapped to the no-drop system class and another queue is mapped to the drop system class. For the ingress direction, the two queues are scheduled using WRR (Weight Round Robin). For the egress direction, the queue for the no-drop system class is the priority queue. In order to separate traffic for the two queues, the user has to create a no-drop system class. All no-drop system classes created on the Nexus 5000 are mapped to the no-drop queue on the Nexus 2148. The pause no-drop command is added to the Network-QoS in order for the Nexus 2148 to place voice in the priority queue at the FEX egress direction. Example: policy-map type network-qos NetworkQoS-5020 class type network-qos Voice set cos 5 pause no-drop class type network-qos Video-Signalling set cos 4 mtu 9216 class type network-qos Scavenger set cos 1 mtu 9216 class type network-qos Critical set cos 6 mtu 9216 class type network-qos class-default mtu 9216 The configuration classifies the incoming voice traffic based on DSCP and marks the voice traffic to CoS 5. At the Nexus 2148 egress direction, the FEX assigns voice traffic to the priority queue. The following is example output from the show queuing interface command for the Nexus 2148 with the above configuration. Example: switch# sh queuing interface ethernet 199/1/1 Ethernet199/1/1 queuing information: Input buffer allocation: Qos-group: 0 2 3 4 (shared) frh: 3 drop-type: drop cos: 0 1 2 3 4 6 7 xon xoff buffer-size ---------+---------+----------- 16640 33280 56320 Qos-group: 5 frh: 2 drop-type: no-drop cos: 5 xon xoff buffer-size ---------+---------+----------- 8960 19200 34560 Queueing: queue qos-group cos priority bandwidth mtu ------+------------+--------------+---------+----------+---- 3 0 2 3 4 0 1 2 3 4 6 WRR 100 9280 2 5 5 PRI 0 1600 Buffer threshold: 271360 bytes Queue limit: Disabled Queue Statistics: queue rx ------+--------------- 3 241439087 2 0 Port Statistics: tx queue drop --------------- 0 Priority-flow-control enabled: no Flow-control status: cos qos-group rx pause tx pause masked rx pause -------+-----------+---------+---------+--------------- 0 0 xon xon xon 1 2 xon xon xon 2 0 xon xon xon 3 0 xon xon xon 4 4 xon xon xon 5 5 xon xon xon 6 3 xon xon xon 7 n/a xon xon xon switch#
- TX Pause counter increments on Nexus 2000 HIF port TX Pause counter increments on Nexus 2000 HIF port The TX Pause counter increments on the Nexus 2000 HIF port. Possible Cause The TX Pause counter increments might be sent out on FEX Host Interfaces (HIF) only for "no-drops" class traffic when FEX fabric uplinks are congested. Solution The following are possible workarounds: Increase the number of FEX fabric links. Adjust the port-channel hashing to utilize the links evenly. PFC
- Link pause (flow control) not enabled on back to back Nexus 5000 switch links Link pause (flow control) not enabled on back to back Nexus 5000 switch links When link pause (flow control) is not enabled on back-to-back Nexus 5000 switch links, packets are dropped while sending traffic on a no-drop class. Possible Cause If the peer Nexus 5000 switch supports PFC TLV with DCBX, then configuring flowcontrol send on and flowcontrol receive on will not enable the link pause. You have to disable the PFC TLV sent by DCBX on that interface. Use one of the following commands to verify: Use the show interface ethx/y flowcontrol command and check to see if the operating state is off. Use the show interface ethx/y priority-flow-control command and check to see if the operating state is on. Solution Configure the following commands under interface ethx/y to enable link pause instead of PFC on back- to-back switch links. no priority-flow-control mode on flowcontrol receive on flowcontrol send on
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NK2Edit: Edit AutoComplete files of Microsoft
6 hours ago
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N2K Starter Kit - Sea Clear Power LLC
2 hours ago Jan 03, 2022 . NMEA 2000 Network Starter Kit , MFG# 000-0124-69, Consists of 2' drop/power cable, 15' cable, 2ea. "T" connectors, and network terminators. Lowrance red …
Category: Lowrance > Navigation > Network Component
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Adventures of Tanglewood: NMEA 2000 Instances - there
10 hours ago Dec 07, 2015 . Back in this article on NMEA 2000 I talked about Instances in N2K. That led to a debate with Panbo's Ben Ellison about my understanding of N2K Instances, and we never really resolved it. More recently, like yesterday, the topic came up again on Panbo in this discussion about Simrad MARPA performance, a topic that I originally published here.Ben commented …
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Replace N2K src with CAN NAME · Issue #298 · SignalK
8 hours ago Nov 28, 2016 . Instrument Panel (IP) currently uses the src value in the deltas that it consumes to identify a stream of data. So, if a device's src changes, the next delta received by IP will be interpreted as coming from a new device. A new gauge display will be created on the screen and the old one will stop updating.
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NK2 / Outlook / Returning User issue - Spiceworks
5 hours ago May 10, 2013 . Recently had a similar issue. 1.)Sometimes the auto complete is linked to your contacts as well. If the rehire is in the Contacts list of the person sending, also delete the Contact from Contacts. 2.) Also read something about unchecking/checking Use Cached Exchange mode to update the Offline Addressbook.
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Delete ONE autocomplete entry programmatically
7 hours ago To my knowledge NK2 files are no longer used Outlook 2010 and up. If moving from 2007 to 2010/2013, the existing NK2 file for a given mail profile is imported into the Recipient Cache folder. For this reason, you may have latent NK2 files kicking around, but they'd be outdated. Can post a bit of PowerShell to accomplish this if you're interested.
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Bing - Search History
5 hours ago L e a r n m o r e. S i g n i n to see your search history on different browsers and computers.
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Renumbering FEX - Cisco Community
9 hours ago Jul 11, 2012 . Search instead for Did you mean: ... 101 fex01 Online N2K-C2248TP-1GE . 103 fex03 Online N2K-C2248TP-1GE ... take the other 2 ports and build for example portchannel 102 and than delete po 103. build po 103 delete po 105 build po 104 delete 107 and so on. Then again, it may be easier to have a short outage window and re-number them. HTH.
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Into the Nitty-Gritty of NMEA 2000 Cruising World
9 hours ago Feb 17, 2010 . The fix for such a problem would probably entail simply swapping instrument plugs to remove the baddie from the chain. Besides, after years of testing all sorts of NMEA 2000 gear, I’ve seen very few failures of this sort. The root N2K technology, which is based on another industrial standard called CANbus, seems to be extremely robust.
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Dealing with "Unable to parse query string for Function
7 hours ago n2K. n2K Original Poster. 3/13/20 More options. ... This will remove the reply from the Answers section. Cancel Remove. Notifications are off. Your notifications are currently off and you won't receive subscription updates. ... Clear search. Close search. Google apps. …
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N2K Evinrude Engine Interface - Sea Clear Power LLC
3 hours ago N2K Evinrude Engine Interface NMEA 2000 Evinrude Engine Interface, MFG# 000-0120-62, Between an Evinrude engine and NMEA 2000 network to …
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Edit Outlook AutoComplete files from command-line with
9 hours ago Delete - Delete the record NoDelete - Mark the record for 'no delete', so the record won't be deleted even if other 'if' command request to delete it. Set [FieldName] [Value] - Set a value into the specified string. [FieldName] may also contain 'weight' string, if you want to set the weight of the NK2 record.
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How do I update my N2KServer license key to support
1 hours ago 8) Stop N2KView if running. 9) Start the Request and Install Additional Client Licenses tool (just as you did in step 2). 10) In the Secure Update Utility window that opens, click the folder icon in the “Update Hardware Key” section and browse to the electronic license file that you saved in step 7. 11) Click the Apply Code button.
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End-of-Sale and End-of-Life Announcement for the Cisco
9 hours ago Cisco announces the end-of-sale and end-of-life dates for the Cisco Nexus 2248TP GE, Cisco Nexus 2348UPQ 10GE and Cisco Nexus 2348TQ 10GE Fabric Extenders. The last day to order the affected product(s) is August 24, 2022. Customers with active service contracts will continue to receive support from the Cisco Technical Assistance Center (TAC) …
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DuckDuckGo — Privacy, simplified.
2 hours ago The Internet privacy company that empowers you to seamlessly take control of your personal information online, without any tradeoffs.
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