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A cloud service provider is managing day-2 operations of over 200 blade servers installed in the Cisco UCS environment. This pool of network resources is providing virtual networks to their customers. To successfully operate this environment, frequent changes to vNICs and other operational policies are required across multiple UCS domains. The operations team must streamline these repetitive tasks. Which orchestration tool must be used to meet this requirement?
Which type of Cisco Intersight workflow input controls the availability of other specific workflow inputs during the execution of a workflow?
In Cisco Intersight workflow inputs, a Conditional Input (also called a Gate Input or Selector Input) controls the availability of other specific workflow inputs during execution. When a conditional input is set to a particular value, it determines which other inputs are displayed, required, or available to the user. This creates a dynamic workflow experience where only relevant inputs are presented based on the value selected in the controlling input.
Refer to the exhibit.
A customer must ensure that the interface on a switch has enough resources to sustain the line rate traffic during peak load.
Which action meets this requirement?
To ensure the switch interface has sufficient resources to sustain line rate traffic during peak load:
QoS policies provide traffic engineering controls that guarantee resources for critical applications even during peak network load.
Your organization operates a multi-site data center environment spanning three geographic locations. You are designing a network segmentation strategy using VXLAN EVPN to support tenant isolation, mobility across sites, and Layer 3 service insertion. The architecture must support both VM migration between sites and integration with existing centralized security appliances.
Which VXLAN EVPN design approach best supports these requirements?
The correct answer is: Deploy EVPN with Route Type 5 (IP prefix routes) for inter-site routing, combined with Route Type 2 (MAC/IP routes) for intra-site VM mobility.
EVPN provides two critical route types for multi-site VXLAN deployments. Route Type 2 (MAC/IP advertisement) enables intra-site VM mobility and local ARP suppression, allowing seamless VM movement within a data center without MAC flapping or broadcast storms. Route Type 5 (IP prefix/aggregate routes) handles inter-site Layer 3 routing, enabling VMs to communicate across sites with proper routing and to traverse service insertion points (security appliances, load balancers) at site boundaries.
Using static multicast and separate OSPF domains would break the unified control plane advantage of EVPN and create scalability issues and operational silos. Route Type 2 alone cannot scale to multiple sites—it is designed for intra-site MAC learning and does not provide the aggregate routing needed for inter-site communication. VLAN stretching with static VNI mappings is an antiquated approach that loses EVPN's convergence, redundancy, and service insertion benefits.
A network architect designs the iSCSI-based storage area network solution. The iSCSI datastore must be designed with high availability, minimal downtime, and no single point of failure. The requirement is to fail over I/O to alternate paths based on SCSI sense codes without reliance on network failures.
Which feature must be deployed to meet these requirements?
ALUA (Asymmetric Logical Unit Access) is the feature that must be deployed to meet these requirements:
ALUA is specifically designed for iSCSI environments to provide intelligent, resilient storage access.
