試験300-615シュミレーション問題集 &有難い300-615日本語認定対策 |大人気300-615日本語版問題解説

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Cisco 300-615 Exam Syllabus Topics:

Section	Weight	Objectives
Management and Operations	15%	- Troubleshoot management tools 1. DCNM 2. UCS Central - Monitor and troubleshoot performance 1. Logging and diagnostics 2. Traffic analysis
Automation and Programmability	15%	- Troubleshoot automation tools 1. Python, Ansible 2. API connectivity - Troubleshoot orchestration and integration 1. NX-API / REST API 2. UCS Director
Storage Network	20%	- Troubleshoot FCoE and Unified Fabric 1. FIP and DCB 2. Virtual Fibre Channel interfaces - Troubleshoot storage services 1. VSAN merge 2. Load balancing - Troubleshoot Fibre Channel 1. VSAN and zoning 2. NPV / NPIV 3. FSPF routing
Compute Platforms	25%	- Troubleshoot hardware and interoperability 1. Component errors and diagnostics 2. Compatibility issues - Troubleshoot Cisco UCS B-Series 1. Server discovery and inventory 2. LAN / SAN connectivity 3. Chassis and fabric interconnects 4. Firmware and package updates - Troubleshoot Cisco UCS C-Series 1. CIMC management 2. Local storage 3. VIC adapter operation
Network	25%	- Troubleshoot routing protocols 1. OSPFv2, OSPFv3 2. MP-BGP 3. EIGRP - Troubleshoot network security 1. ACL, port security 2. CoPP - Troubleshoot switching protocols 1. VLANs / PVLANs 2. RSTP+ 3. LACP 4. vPC - Troubleshoot ACI infrastructure 1. Fabric discovery 2. APIC cluster 3. Contract and policy enforcement 4. Endpoint learning - Troubleshoot overlay protocols 1. VXLAN EVPN 2. OTV

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Cisco Troubleshooting Cisco Data Center Infrastructure 認定 300-615 試験問題 (Q90-Q95):

質問 # 90
Refer to the exhibit. VSAN traffic is not routed as expected. Which action should be taken to resolve the issue?

A. Reset the error packet counter
B. Reset the inactivity timer on switch-2
C. Configure the hello timer to match the neighbor
D. Configure the FSPF dead interval with a value higher than 80 seconds

正解：C

解説：
Reference:
https://www.cisco.com/en/US/docs/switches/datacenter/nexus5500/sw/troubleshooting/guide/n5500_ts_sans.html

質問 # 91
Refer to the exhibit.

Partial configuration from N9K-1 and N9K-2 is included. The client has two WANs connected.
* WAN-1 is for normal business-day activities.
* WAN-2 is for server backups during nonworking hours of 1:00 a.m. to 5:00 a.m. daily.
The client says that at the scheduled time for backup, the data center server failed to use the WAN-2 link to back up the servers to the cloud backup system. What is the solution to this problem?

A. The Cisco Nexus switch must be configured with one applet because a configuration with two applets will fail.
B. The event timer must be written in epoch time format.
C. The Cron entry must be configured without double quotes.
D. The applet called "Backup" must include an action to remove the current static route.

正解：D

質問 # 92
Refer to the exhibit.

The job fails to run. Which action resolves the issue?

A. Renew the feature license
B. Enable the feature required
C. Configure an NTP server
D. Add a start time to the script

正解：D

質問 # 93
A maintenance operation on power rail A caused a reboot of the servers in a Cisco UCS B-Series chassis. The Cisco UCS system has these attributes:
* The system is equipped with four PSUs.
* N+1 mode is used.
* PSU 1 and 2 are connected to rail A.
* PSU 3 and 4 are connected to rail B.
Which action prevents server reboot when rail A goes down?

A. Configure N+1 mode with PSU1 and 2 on B and PSU3 and 4 on A.
B. Configure nonredundant mode with PSU1 and 3 on A and PSU2 and 4 on B.
C. Use N+2 mode; do not change physical plugs.
D. Use GRID mode; do not change physical plugs.

正解：B

解説：
The correct action is Configure nonredundant mode with PSU1 and 3 on A and PSU2 and 4 on B. Cisco UCS troubleshooting depends on the relationship between policy, inventory discovery, firmware state, and server identity. The question involves UCS, so the selected option fixes the UCS component or policy that directly controls the failure. In UCS Manager, service profiles, vNIC/vHBA templates, boot policies, firmware packages, server pools, adapters, fabric interconnects, and I/O modules are applied through a managed model; a server can fail even when basic IP reachability exists if the relevant policy is incomplete or the hardware inventory has not been acknowledged correctly. The distractors typically change an unrelated object, force a disruptive recovery without fixing the policy, or apply to a different UCS mode. Cisco guidance is to verify faults, FSM stage, inventory status, association status, and the specific boot or connectivity policy before taking action. After the remediation, validate that the fault clears, the FSM completes, and the server or fabric component returns to the expected operable state.

質問 # 94
When the engineer runs the command, this error is received:
opsengineer@wkst1:/home/auto/bash_scripts$ curl -s -b cookie_file_39422186.txt -X GET -k
192.15.132.101/api/node/class/Tenant.json {"totalCount":"1","imdata":[{"error":{"attributes":
{"code":"400","text":"Request failed, (output omitted)"}}}]}
Which action resolves the issue?

A. Change the HTTP verb to POST
B. Add the -c class Tenant flag to the cURL command
C. Regenerate the API token object
D. Modify the URI to 192.15.132.101/api/node/class/fvTenant.json

正解：D

解説：
Modify the URI to 192.15.132.101/api/node/class/fvTenant.json resolves the problem because the symptom is specific to the automation subsystem handling When, GET, Tenant, Request. Nexus automation failures are frequently caused by a missing EEM event statement, absent event-default action, invalid REST path, incorrect JSON or XML syntax, Guest Shell DNS/resource settings, or a scheduler feature that is not enabled.
The selected answer corrects that execution prerequisite. The wrong options may make sense for normal switch forwarding, but they do not repair the automation control path. Cisco documentation treats Guest Shell as a separate Linux environment and EEM as a policy engine that can intercept CLI events; both must be validated from their own operational state. A proper verification is to confirm the policy is registered, run the job or API call again, review the response or syslog output, and ensure that normal CLI behavior is preserved after the automation fires.

質問 # 95
......

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