Cisco 3850 fed process high cpu. . Cisco 3850 fed process high cpu

 
Cisco 3850 fed process high cpu  FN - 64191 - Catalyst 3850/3650 Switches That Run Cisco IOS XE Releases 3

Cisco Catalyst 3850系列交換器具有許多佇列,可滿足不同型別的封包(FED維護32個RX CPU佇列,這些佇列是直接前往CPU的佇列)。. 3 0 fed. CPU utilization of the process in minutes and seconds. • IOSd runs as process on kernel-> linux_iosd-image • Not all processes run on all switches. We are running OSPF and L2 MST. Note: It is necessary to define 'exit-val. Observe que o Cisco Catalyst 3850 Series Switch usa quatro núcleos e você verá o uso da CPU listado para todos os quatro núcleos: 3850-2#show processes cpu sort | exclude 0. Options. El switch Catalyst de Cisco serie 3850 tiene varias colas que atienden a diferentes tipos de paquetes (la FED mantiene 32 colas de CPU RX, que son colas que van directamente a la CPU). show platform health. 50 69. This command initiates a graceful switchover from the active to the standby switch. Hi everyone, Our c3850's version is 16. We have a cisco WS-C3750X-24 that sometimes shows high cpu. The title says "3750" but the screenshots look like 3650/3850. Additional Reading. 39 5. 242 808819595 3949538 204800 65. Cisco 3850 High CPU due to fed Go to solution. 通过设备 showprocess cpu sorted detai led 可以看到CPU四个核基本都达到90%以上,其中占用最多的进程为fed。. 99 MB). Output from top. 0. EN US. 506 Central: %IOSXE-5-PLATFORM: 2 process fed: Logging is not supported for Client/Group ACL Feb 22 07:06:56. 1. Here is some output: SW58#sh mod. show process cpu コマンドは、CPU の現在の状態をそのまま表示します。Cisco Catalyst 3850 シリーズ スイッチが 4 つのコアを使用していることに注意してください。次のように、4 つすべ てのコアの CPU 使用率が表示されます。 3850-2#show processes cpu sort | exclude 0. we had an alert through for a sustained period of high cpu usage, upon investigation we observed the following. 109. The Cisco Support website provides extensive online resources, including documentation and tools for troubleshooting and resolving technical issues with Cisco. Notice that the Cisco Catalyst 3850 Series Swtich uses four cores, and you see the CPU usage listed for all four cores: 3850-2# show processes cpu sort | exclude 0. Here are some outputs: switch#sh proc cpu sort | e 0. This will be the second beta rebuild on 16. #show process cpu detail process fed sorted Core 0: CPU utilization for five seconds: 67%; one minute: 61%; five minutes: 63% Core 1: CPU utilization for five. 2 cli command "enable" action 0. Following the Cisco white paper, it looks to be stemming from ARP Requests. Refer to Catalyst 6500/6000 Switch High CPU Utilization to clear the root cause. Number of times that the process has been invoked. 5. At first it won't cause problems, but eventually it will cause issues with important control plane traffic getting dropped on ingress. ' As the script collects data, it increases CPU utilization. * 2 52 WS-C3750G-48PS 12. Like. Please see bug details. Options. show processes cpu | ex 0. Schritt 3: Verwerfen Sie das an die CPU gesendete Paket. Check the details of the LACP neighbor, such as the operational mode, neighbor system Dev ID , and its priority. 27777 26990 0% 0% 0% S 314179584 fman_rp. 26 50. 6371 1716285 808412104 2100 73. In Polaris code, use the following: show platform software fed switch x acl counters hardware. ePub - Complete Book (2. x releases. Step 2: Determine the CPU Queue that Causes the High CPU Usage Condition The Cisco Catalyst 3850 Series Switch has a number of queues that cater to different. Monitoring tool shows Memory 1 is running with 90% (above threshold limit) and other memory is fine. PID Runtime(ms) Invoked uSecs 5Sec 1Min 5Min TTY Process . Has anyone seen this and solved it without an upgrade. 506 Central: %IOSXE-5-PLATFORM: 2 process fed: Logging is not supported for Client/Group ACL Feb 22 07:06:56. Below is the logs from the switch: HOSTNAME#sh ver Cisco IOS Software, IOS-XE Software, Catal. 3850-2#show processes cpu detailed process iosd sort | ex 0. Core 1: CPU utilization for five seconds: 18%; one minute: 24%; five minutes: 28% 5672 2559796 11225434 155 26. Eg. 66 26. All other devices have typical utilization <1% but the EBNs and FRs are running between 5-6% constantly. 3SE, support was added for the Cisco Catalyst 3650 Series Switches and Cisco Catalyst 3850 Series Switches. 1900 <-- Your system MAC address. Cisco Catalyst 3850 Series Switches Support Cases:363 Known Affected Releases: (1) 15. NOTE: Stack in Bundle Mode. Apr 04, 2014 Contents Introduction Background Information Case Study: Address Resolution Protocol (ARP) Interrupts Step 1: Identify the Process that Consumes CPU Cycles Step 2: Determine the CPU Queue that Causes the High CPU Usage Condition Step 3. We tried disabling ip dhcp snooping on user VLANs and adding deny all rule for ipv6 but nothing helps. 32% 0. 5E/3. 0. 0 Core 0: CPU utilization for five seconds: 9%; one minute: 39%; five minutes: 44% Core 1: CPU utilization for five seconds: 8%; one minute: 25%; five minutes: 28%. 28 MB) View with Adobe Reader on a variety of devicesOptions. 6. 42 1088 fed 6258 3292482 92102444 4593 23. 升级. 07-17-2019 12:32 AM. Contacts; Feedback; Help; Site Map; Terms & Conditions; Privacy Statement; Cookie Policy; TrademarksContacts; Feedback; Help; Site Map; Terms & Conditions; Privacy Statement; Cookie Policy; TrademarksMonitor High CPU via SNMP OID. 99 MB) PDF - This Chapter (1. This command initiates a graceful switchover from the active to the standby switch. I have two switches in stack, which have high CPU processing, I see that the fed process is consuming too many CPU resources. x software on the Cisco Catalyst 3850 Series Switches. 7. This traffic ends up on queue 23 . I read a lot of threads, but most of them are regarding the fed or stack-mgr. 4E or Earlier Might Exhibit High CPU Usage FN - 70110 - Memory Leak Issue on C3850/C3650 Switches That Run Polaris Software Version 16. #show process cpu detail process fed sorted Core 0: CPU utilization for five seconds: 67%; one minute: 61%; five minutes: 63% Core 1: CPU utilization for five seconds: 90%; one minute: 63%; five minutes: 68% Core 2: CPU utilization for five seconds: 44%; one minute: 77%; five minutes: 74% Core 3: CPU utilization for five seconds: 99%; one. I have found that the delay is so high when I telnet 10. Be prepared to upgrade to a later (and newer) release of 16. I checked our monitoring software (Orion) after the install, and found that CPU #3 was still at 99%. Buy or Renew. 1 etc then you won’t see any OID for each core , this means at present Cisco has not included or implemented the OIDs for each core under CISCO-PROCESS-MIB. It is run as a software process within the kernel. This is commonly seen when the CPU is interrupted due to ARP packets. What is VMATM?4) Prior to CSCuu14019, interfaces won't display "output drop" counters. 241. Symptom: A Catalyst 9200 switch may crash when executing "show platform hardware fed switch active fwd-asic resource tcam utilization 1". 79% Replenish OOB = 16. Step 2 Use the show process cpu command to display CPU and core processor usage. 6 we are facing the high CPU usage. Average CPU is not really high, between 40% and 50%. I read a lot of threads, but most of them are regarding the fed or stack-mgr. High CPU Usage Caused by Process or TrafficTraditionally, most of smaller Cisco switches (3750, 3850, 2960, etc. " Reference: Catalyst 3850: Troubleshooting Output drops. I have researched and cannot figure out what this process is for. -High cpu being caused by looped packet and/or dhcp ack dropping. 6. When a process is finished with a buffer, the process must free the buffer. [6] The switch ships with one power supply by default, and the second power supply can be purchased at the time of ordering the switch or at a later time. As stated earlier, I plan to upgrade the software to 3. 73 26. 0. 35 Command Summary - High CPU Troubleshooting Steps Check CPU usage on IOS threads Commands show process cpu detailed process iosd [sorted] Check CPU usage on platform dependent and Nova threads Check traffic on the RX and TX CPU queues show process cpu detailed process {fed platform_mgr stack-mgr ha_mgr. PID Runtime(ms) Invoked uSecs 5Sec 1Min 5Min TTY Process 5715 4011600 27402184 4878 25. PDF - Complete Book (8. Step 1: Identify the Process that Consumes CPU Cycles Step 2: Determine the CPU Queue that Causes the High CPU Usage Condition Step 3: Dump the Packet Sent to the CPU Step 4: Use FED Tracing Sample Embedded Event Manager (EEM) Script for the Cisco Catalyst 3850 Series Switch Cisco IOS-XE 16. , this is the output for the first switch, on the others the cpu utilization shows a s 8 to 14 %. Introduction Background Information Case Study: Address Resolution Protocol (ARP) Interrupts Step 1: Identify the Process that Consumes CPU Cycles Step 2: Determine. 1. 排除CPU使用率过高故障. Release Notes for Catalyst 3850 Series Switch, Cisco IOS XE Release 3. Command Reference, Cisco IOS XE Fuji 16. 35 49. 第2步:確定導致CPU使用率過高的CPU隊列. 通常,CPU 使用率较高是由安全问题(例如网络中运行的蠕虫或病毒)引起的。. 05 will be stable ? or 16. x 20/Aug/2020. Feb 22 07:06:56. I am facing high CPU utilization with 3850 switch. SDP drops causing. 6. 1. ip dhcp snooping vlan 1-110. System memory: 3980144K total, 3493056K used, 487088K free, Lowest: 487088K. 0(2a)EX5 with the CPU processes to follow:. Known Affected Release. The other cpu core are fine at below 20% utilization. Hello, I have a Cisco 3850 stack with 2 switches, 3. I have 3 of the 9 standalone switches still reporting high cpu and I am receiving alerts from Cisco Prime. Enterprise Switching Business Unit is happy to announce availability of Beta release of 16. 08-14-2013 04:13 AM. Switch_1# sh processes cpu platform sorted location switch 3 R0 | in fman Hello, After the IOS upgrade to the version 16. Cisco shows fed (PunjectRx and Xcvr) process is mostly consuming. 03 cli command "no monitor capture tac_cpu" 관련 정보. 26 0 stack-mgr 13631 3774917 28728769 167 2. Book Title. Upgrading Cisco C3850 Switches to Solves the Problem of High CPU Occupancy According to our customer's feedback, the CPU usage rate of a Cisco. 0(1)EZThrough our monitoring system we saw an peak in the CPU usage on one of our C3850 switch stacks. 5b without a noticeable change in CPU levels. 00 4. Please find attachement. 5 cli command "show platform punt statistics port-asic 0 cpuq -1 direction rx | append nvram:. 00SE. To perform a manual switchover and to use the high availability feature enabled in the switch, execute the redundancy force-switchover command. We have one Catalyat 3850 switch with High CPU utilization. x. From what I can see, the 'iosd' and 'fed' processes are high, which usually means high interrupts. This release note gives an overview of the features for the Cisco IOS XE Denali 16. 5 Helpful. 97 26. 00 Core 0: CPU utilization for five seconds: 80%; one minute: 79%; five minutes: 79% Core 1: CPU utilization for five. Says the following: When you downgrade to a Cisco IOS XE 3. 0 #show process cpu detail process fed sorted Core 0: CPU utilization for five seconds: 67%; one minute: 61%; five minutes: 63% Core 1: CPU utilization for five seconds: 90%; one minute: 63%; five minutes: 68% Core 2: CPU utilization for five seconds: 44%; one minute: 77%; five minutes: 74% Core 3: CPU utilization for five seconds: 99%; one. If only one power supply is installed, it should always be in power supply bay 1. 0 info type routername action 2. Options. 283 I 574800 3225649 0 4. 10#sh proc cpu so. 00 . EN US. 54 0 stack-mgr For temparary remdiation, if you have maintenance window, reboot teh device and test. Quite a few IOSs in the 3750s, will use a lot of CPU for Hulc LED process, but that normally doesn't impact performance. As per RFC7042, all MAC-48 multicast identifiers prefixed "33-33" (that is, the 2**32 multicast MAC identifiers in the range from 33-33-00-00-00-00 to 33-33-FF-FF-FF-FF) are used as. High CPU WS-C3850-48T. 6, haven't seen any related bugs for this version. x (Catalyst 3850 Switches). C3850#sho processes cpu detailed process fed sorted | ex 0. 34 23. 04SE. Following the Cisco white paper, it looks to be stemming from ARP Requests. 3850 是现在常用的思科交换机,有时候遇到CPU 使用巨高的情况,严重影响网络使用,那么如何排错呢?下面是官方的推荐操作,大家可以参考参考! Introduction Background Information Case Study: Address Resolution Protocol (ARP) Interrupts Step 1: Identify the Process that Consumes CPU Cycles Step 2: Determine the CPU Queue that. n164-3850-DHS-SP-1stFL-1#show process cpu detailed process iosd sort | exclude 0. 3 to see if it helps but any suggestions would be helpful. 06. johnlloyd_13. PID Runtime(ms) Invoked uSecs 5Sec 1Min 5Min TTY Process 5715 4011600 27402184 4878 25. Cisco Moderador. show proc cpu | exclude 0. Full screen Standard. For example, sometimes you can have a 3750 CPU problem caused by using the "wrong" SDM template. 一旦您发现 CPU 使用率高的症状中列出的任何症状,请执行以下操作:. #sh processes cpu sorted CPU utilization for five seconds: 96%/84% ; one minute: 96%; five. Cisco Employee. Hi fellow network ninjas, We have c3850 (WS-C3850-24-T) running with ip services license and version 03. 2 (40)SE C3750-ADVIPSERVICESK. show proc cpu detailed process fed | ex 0. 00 Core 0: CPU utilization. CPU Q Id : 23 CPU Q Name :. Type escape sequence to abort. 78 25. Release Notes for Cisco Catalyst 3850 Series Switches, Cisco IOS XE Everest 16. In general, the larger the Layer 2 or Layer 3 network, the greater the demand on the CPU to process network-related traffic. 7. 80. . 11 0 DAI Packet Process 3850-2#show processes cpu detailed process fed sorted | ex 0. The CPU on the Cisco StackWise Virtual active switch. Core 0: CPU utilization for five seconds: 99%; one minute: 98%; five minutes: 98%. 1 get-type exact entry-op ge entry-val 50 poll-interval 0. 12. High CPU Usage on 3850 Go to solution. fed —The Forwarding Engine Driver process. 0E IOS, and they are experiencing high CPU peak. WhenOnly TAC will know how to decipher what is causing the process "linux_iosd-imag" to be chomping up so much memory. X or 3. Model Number : WS-C3850-48P. Core 1: CPU utilization for five seconds: 99%; one minute: 98%; five minutes: 98%Third, upgrading procedures and process. If I do not run this com. Cisco IOS-XE 16 — 概览; 排除 Catalyst 3850 系列交换机高 CPU 使用率问题; Cisco IOS®和IOS®-XE的嵌入式 数 据包捕获配置示例; 在运行IOS-XE 16. The output (Cisco IOSd® CPU output) shows that ARP Snoop, IP Host Track Process, and ARP Input are high. Core 2: CPU utilization for five seconds: 100%; one minute: 99%; five minutes: 99% Core 3: CPU utilization for five seconds: 100%; one minute: 99%; five minutes: 100% PID Runtime(ms) Invoked uSecs 5Sec 1Min 5Min TTY Process 5635 4023094 34582089 2885 74. 06E RELEASE SOFTWARE (fc1)) when we checked the software we noticed that software version effected with vstack vulnerability and we want to upgrade to latest stable version afterI have checked the. 06 to 16. 0 Core 0: CPU utilization for five seconds: 34%; one minute: 35%; five minutes: 41% Core 1: CPU utilization for five seconds:Core 2: CPU utilization for five seconds: 100%; one minute: 99%; five minutes: 99% Core 3: CPU utilization for five seconds: 100%; one minute: 99%; five minutes: 100% PID Runtime(ms) Invoked uSecs 5Sec 1Min 5Min TTY Process 5635 4023094 34582089 2885 74. - Update both Power Supplies and RPS. show platform cpu packet. According to our customer's feedback, the CPU usage rate of a Cisco aggregation switch has increased recently. Current OS version: Gibraltar - 16. Linux will schedule a process (remember IOSd is a single process from the Linux perspective) on a CPU core based on a number of different factors, including utilization of the other cores at any given time. Checked from the monitoring software, the CPU usage is high. But I canSwitching High CPU troubleshooting on cisco 3850; Options. x. If the command syntax check in the running configuration of the active switch fails while the standby switch is booting, use the redundancy config-sync mismatched-commands command to display the Mismatched Command List (MCL) on the active switch and to reboot the standby switch. Please provide the output to the command "sh processor memory platform sorted location switch 2 r0". Step 2: Determine the CPU Queue that Causes the High CPU Usage Condition The Cisco Catalyst 3850 Series Switch has a number of queues that cater to different types of. 0 Core 0: CPU utilization for five seconds: 45%; one minute: 44%; five minutes: 44% Core 1: CPU utilization for five seconds: 38%; one minute: 44%; five minutes: 45%We have 4 Cisco 3860 (stack) configured as a collapsed core switch (it is Core and Distribution switch). - If the switch supports POE, it checks to see if there is a Power Device (PD) detected. The show processes cpu history command displays in ASCII graphical form the total CPU usage on the router over a period of time: one minute, one hour, and 72 hours, displayed in increments of one second, one minute, and one hour, respectively. 4 cli command "show process cpu detailed process sorted | nvram:. I'm having issues with switches in my network , high cpu bounces from code to core , Switch-xxx#sh processes cpu | ex 0. . Book Title. 0 Core 0: CPU utilization for five seconds: 80%; one minute: 80%; five minutes: 83% Core 1: CPU utilization for five seconds: 16%; one minute: 18%; five minutes: 25% Core 2: CPU utilization for five seconds: 9%; one minute: 19%; five minutes: 23% Core 3: CPU utilization for five seconds: 95%. 89 0 iosd-FED process crash -flash write issue -Traffic destined to the CPU is dropped following a reload and a shut/no shut of SVI fixes it until the next reload. 44 MB)04-14-2020 05:08 AM. 0 Helpful. Looking at the memory stats below I can't seem to figure out what is taking up all the memory, I know there is a Field Notice: FN - 70359 and 70416 that deal with high memory utilization on IOS versions, 16. However, due to the differences in architecture and forwarding mechanisms between. 32768, f04a. 4 software release is posted on CCO for General Availability (GA). Cisco bug ID CSCup49704€- 3850 FED Crash - Waits for SPI channelsCisco Employee オプション. txt"We had the same issue on many stacks and ended up upgrading the IOS to at least Version 03. When the CPU is over 80% busy, the script takes these actions: creates a timestamp from the output of show clock, and uses this to create a unique filename; outputs about process and software state are then written. BOOTLDR: CAT3K_CAA Boot Loader (CAT3K_CAA-HBOOT-M) Version 1. 21 does not. High CPU on 3850 Stack . Security and application visibility and control are natively built into the switch. Unless otherwise noted, the terms switch and device refer to a standalone switch and to a switch stack. 1 syslog msg "high CPU detected" action 0. Switch_1# sh processes cpu platform sorted location switch 1 R0 | in fman. 06 to 16. Core 3: CPU utilization for five seconds: 97%; one minute: 94%; five minutes: 94%. We have two 24 port 3850 switches stacked. Download and copy the IOS version file to a USB flash drive, and connect it to the USB port of the C3850 switch. Step 2: Determine the CPU Queue that Causes the High CPU Usage Condition The Cisco Catalyst 3850 Series Switch has a number of queues that cater to different types of. Thanks, Tom . 03. 75% PdsEvent = 15. 6. There is no debugging enabled at this time. 33 4. 10-11-2017 08:11 AM. the 'iosd' and 'fed' processes are high, which usually means high interrupts. 44 23. Current state of the process. Command Reference, Cisco IOS XE Gibraltar 16. Step 3: Dump the Packet Sent to the CPU. txt action 4. This command gives you a list of active processes, along with their corresponding process ID, priority, CPU time used, number of times invoked, and other information. These are examples of operations that have the potential to cause high CPU utilization: Spanning Tree; IP Routing Table. 5 cli command "show platform punt statistics port-asic 0 cpuq -1 direction rx | append nvram:. 4 and below is a copy of the command "show process cpu | ex 0. High CPU Utilization may be seen on some Cisco Catalyst platforms due to IPv6 Multicast traffic with MAC address in the range 3333. Switch #1 PunjectRX = 15. The Cisco 3850 reboot after a couple of hours in operations. High cpu issue dueto process Auth-proxy HTTP, Web Auth client issue. See the attached process output. 41 49. E. _MX# sh processes cpu detailed process fed sorted Core 0: CPU utilization for five seconds: 6%; one minute: 5%; five minutes: 5%. Current state of the process. 02. 3. . Now CPU processing of the stack is very high and it causes the packet loss. Similar to Cisco routers, switches use the show processes cpu command in order to show CPU utilization to identify the causes of high CPU utilization. 0 cli command "show processes cpu detailed process fed sort | append flash:HG-CPUlog. 10. Happy to hear it's been identified. IOSd resides at the control. 1 however the rest of the 3850 seems to be OK except this naught one. Everything else is not even at 1%. 12. x-Versionen (auch Polaris genannt) ausgeführt werden, Abhilfe schaffen. 6% of my total CPU power, I. 80. Solved: Hi All, We experience high CPU usage on Stack 3850 switches and currently running WS-C3850-48P 03. I would recommend to use other DHCP server and exempt your 3850 device from this process. It is installed on VMware with the minimum requirements. Cisco IOS Software, IOS-XE Software, Catalyst L3 Switch Software (CAT3K_CAA-UNIVERSALK9-M), Version 03. NCM is reporting lower CPU for our 3850 & 3650 switches. High CPU utilization percentage with a low interrupt percentage indicates a problem with an operating system process. Using the command 'show processes cpu' does not show that the CPU is being taxed. - Set Main LED and ports LEDs. and are only doing packet forwarding you could consider changing to a layer 3 switch, like a Cisco 3850. 8 fed 本帖最后由 xupeng 于 2015-4-10 09:12 编辑 案例分享:ARP导致3850交换机CPU中断高 第一步: 找到CPU占用率高的进程 3850系列交换机使用4核CPU, 使用show process cpu 命令将会看到: 3850-2#show processes cpu sort | exclude 0. x (Catalyst 3850 Switches) Chapter Title. Now CPU processing of the stack is very high and it causes the packet loss. I analysis "show proc cpu" result, the root cause of high CPU utilization is "FED" process. 3850 是现在常用的思科交换机,有时候遇到CPU 使用巨高的情况,严重影响网络使用,那么如何排错呢?下面是官方的推荐操作,大家可以参考参考! Introduction Background Information Case Study: Address Resolution Protocol (ARP) Interrupts Step 1: Identify the Process that Consumes CPU Cycles Step 2: Determine the CPU Queue that Causes the High. 12. 7 recently. And I knock to command being delay. 01 2. 69 34817 iosd There are several bugs involving high CPUs and "stack-mgr" and "iosd" processes and CSCuo14511 is one of them. x or Later Releases Related Information IntroductionTroubleshooting high cpu en 4500, 6500, 7600 y 3850 - Pregunte al Experto Ir a solución. The memory utilization for switch 2 is abnormally high (ideally <50%). If not, reboot the switch and observe. m. 26. txt" action 0. Community. and activating IPV6 MLD snooping solved . Unfortunately, I don't have the necessary tools to read the contents of this file but I suspect the cause of the crash to be CSCvb91970. Del comando show process cpu las visualizaciones naturalmente cómo el CPU mira actualmente. C3850# show processes cpu detailed process fed sorted | ex 0. Kindly refer to Cisco 3850: IOS-XE/Firmware Upgrade (Install Mode). 12. 6 28. CPU . Core 0: CPU utilization for five seconds: 1%; one minute: 4%; five minutes: 23%. Sw Ver. Problem analysis process. CPU Q Id : 23 CPU Q Name : CPU_Q. Mark as New; Bookmark; Subscribe; Mute; Subscribe to RSS Feed;. 84 44. Solved: Hello, I need help on understanding the problem we are facing with one of our 3850 stack. The output (Cisco IOSd® CPU output) shows that ARP Snoop, IP Host Track Process, and ARP Input are high. IStep 2: Determine the CPU Queue that Causes the High CPU Usage Condition. 3. 12-29-2009 02:32 PM - edited ‎03-06-2019 09:06 AM. 0 cli command "show platform punt statistics port-asic 0 cpuq -1 direction rx | append flash:HG-CPUlog. Contacts; Feedback; Help; Site Map; Terms & Conditions; Privacy Statement; Cookie Policy; TrademarksHow to configure AVB. In our SDA network I've noticed that the External Border Routers (EBN) and Fusion Routers (FR) are reporting high IOSXE-RP Punt Se. sample capture from device: switch#Show process CPU sorted | ex 0. Catalyst 3650/3850 series switches with Cisco IOS XE 16. Thanks. I can't see anything else strange if I look at the output from the following commands: show proc cpu. x (Catalyst 3850 Switches). O comando show process cpu exibe naturalmente a aparência atual da CPU. However, this is not my case.