Cisco Cisco UCS Director 4.0 White Paper

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© 2015 Cisco and/or its affiliates. All rights reserved. This document is Cisco Public Information. 
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Application Infrastructure on Demand with Cisco UCS Director and Cisco Application Centric Infrastructure
March 2015
deployment units you use—racks, rows, and pods—tend to become a new type of silo 
because Layer 2 networks do not interconnect them.
Transforming Application Infrastructure Delivery
Cisco has a solution that transforms the way that you design and deliver application 
infrastructure, helping you overcome the challenges you face while reducing capital 
expenditures (CapEx) and operating expenses (OpEx). Our solution combines Cisco 
UCS® Director with Cisco® Application Centric Infrastructure (ACI) to deliver a 
foundational automation layer for deployment of data center and cloud solutions. 
The solution lets you design and deliver standard application infrastructure with 
click-of-the mouse simplicity. The combination of tools provides you with single-
pane orchestration and management for your entire application infrastructure, 
including computing, networking, and storage resources. Intelligent telemetry gives 
you visibility into the physical infrastructure supporting virtual environments, with the 
capability to dynamically reconfigure the network to avoid hot spots. Data center 
operations are simplified with policy-based orchestration to place workloads, and 
later move them, anywhere in your data center, eliminating stranded resources. Your 
business benefits with a scalable network that interconnects resources anywhere in 
your environment. 
Main Foundational Elements
The foundation for automation of data center and cloud solutions includes three 
essential capabilities:
• 
Secure multitenancy partitions computing, networking, and storage resources 
into individual, secure tenant containers reserved for specific tenant use. Your 
clients typically pay for the capability to use resources, which can range from 
physical servers to virtual machines, from basic networking capabilities to security 
appliances, and from virtual disks to complete storage systems. With secure 
multitenancy, clients can be assured that the resources they reserve will be 
consumed and used only by the appropriate users.
• 
Rapid infrastructure deployment occurs through the use of application profiles 
that define specific application requirements across computing, networking, and 
storage resources. Application profiles are like blueprints that guide the creation 
of supporting infrastructure for a specific application configuration. For example, 
one-, two-, and three-tier environments are common, and standardizing on a set 
of commonly used profiles can meet the needs of most applications. Application 
profiles reduce time-to-value by delivering consistent infrastructure tailored to 
each application and simplifying the ordering process so that clients can get the 
infrastructure they need with a few clicks of the mouse. Because application 
profiles define physical infrastructure through software, the process of modifying 
existing profiles or cloning profiles is simple and straightforward. 
• 
A self-service portal allows clients to deploy resources allocated to them and 
perform lifecycle management on these resources without any intervention by 
IT staff. End users, administrators, and application developers can order from 
service catalogs and take delivery of consistent infrastructure resources with 
click-of-the-mouse simplicity. Every aspect of infrastructure provisioning at the 
server, network, and storage levels is automated to give your business the speed 
and rapid time-to-value it needs through automated delivery of resources. 
An 
application profile defines the 
end-to-end application infrastructure 
that Cisco UCS Director establishes. 
It includes computing, network, and 
storage characteristics, class of ser-
vice, and communication policies.
An 
application-centric network pro-
file, or network profile, defines the 
network infrastructure that Cisco ACI 
establishes in the form of a network 
container.
network container is the pol-
icy-based, end-to-end network 
infrastructure into which Cisco UCS 
Director places computing and stor-
age resources.