| Exam Name: | Designing Cisco Data Center Infrastructure for Traditional and AI Workloads v1.2 (DCID 300-610) | ||
| Exam Code: | 300-610 Dumps | ||
| Vendor: | Cisco | Certification: | CCNP Data Center |
| Questions: | 299 Q&A's | Shared By: | alexia |
A Cisco engineer is analyzing a customer environment where dozens of VMs are running on a physical server and UCS chassis are cascaded The setup uses two ISLs in a port channel to the SAN switch (per fabric) The oversubscription from VM to physical SAN port is often 20 (VMs/host) x 72 (9 UCS chassis cascaded = 72 hosts): 2 (ISLs from fabric interconnect to SAN switch port on the NPV core (NPIV enabled switch) This results to 20 x 72 2 per single ISL = 720 VMs per ISL
20 (VMs per host) x 8 (hosts per chassis) x 9 (chassis per port channel to SAN switch) / 2 (ISLs per port channel) = 20 x 8 x 9 / 2 = 720 VMs per SAN F-port What is the best way to resolve possible IOPS bottleneck?
Refer to the exhibit. A Cisco engineer is configuring a Cisco UCS integrated infrastructure for SAP HANA that consists of 8 x Cisco UCS B/C480-M5 servers for SAP HAN A and 4 x Cisco UCS C240-M5 C-Series rack mount servers for storage. The rack servers are equipped with Cisco VIC 1225T. The engineer plans to install RHEL8. but the boot process is interrupted at installation because the iSCSl LUNs are not recognized by the VIC adapter. After proper Investigation, the engineer concludes that the initiator and target configuration that is programmed on the primary ISCSl VNIC to the operating system Is missing. What is the reason for the issue?
Which programming model is vendor-agnostic and combines operational and configuration data in the same container?
An engineer is operating data center environment that hosts data-intensive financial applications. The applications are mostly processing HTTP/HTTPS data with large data segments, which results in a CPU contention due to the significant network processing.
Which set of the Ethernet adapter policies must be selected to resolve the issue?