Cisco unified computing system (ucs) (data center) pdf download

Search instead for. Did you mean:. All Community This category This board. Unified Computing System Documents. Labels: HyperFlex. Latest Contents. Created by rugman66 on PM. I need to know if there is a firmware issue that would prevent using it, or if it would be too large. The C has one PCIe 16x slot that can a UCS X-series Simulator. Created by Rags on AM.

The fabric interconnects are designed to work in an active-active model, with automated failover of network management in the event of a failure. The system is designed so that if either fabric A or fabric B fails, the remaining fabric will take on the traffic from the failed fabric.

Cisco VICs support fabric failover by moving traffic from one fabric to the other according to failover policies established on a per-NIC basis. This eliminates complicated operating system or hypervisor NIC teaming configuration. Fabric failover makes the failure of a fabric transparent to the operating system or hypervisor. Figure 9 illustrates that different types of network modalities have different best practices for failover, and Cisco VICs support both.

Fabric failover is typically configured for Ethernet because it avoids complex operating system and hypervisor configuration. In the example, vNIC 1 connects primarily to fabric A but fails over to fabric B in the event of a fabric failure.

Fibre Channel is typically cabled with two networks with the driver software handling failover, so HBAs 3 and 4 connect to fabrics A and B, respectively, without fabric failover configured. The API enables our own management tools and also a rich ecosystem of third-party tools that can be used for everything from monitoring the system to automating processes through scripting languages.

Cisco UCS is the only system designed from the beginning to abstract every aspect of system personality, configuration, and connectivity from the hardware so that it can be configured through software. Everything from firmware revisions to network profiles are abstracted into more than configuration variables that fully specify each server. In this sense the system is stateless, and any of the management tools using the Cisco UCS unified API can set server state and thus automate the integration of servers into systems.

From one perspective, Cisco UCS does for physical servers what hypervisors do for virtual machines: it creates an environment in which any server can be configured through software to support almost any workload. This increases flexibility, utilization, and business agility. The Cisco UCS unified API enables higher-level tools to turn the knobs and program the infrastructure by setting the abstracted state variables. This applies whether your Cisco UCS servers are deployed within a single UCS connectivity domain unified with fabric interconnects or standalone servers not connected to fabric interconnects.

The Cisco UCS unified API is uniquely positioned to adopt evolving standards while continuing to provide a premier framework for automation. While the API remains constant, how you access it depends on what management tools you use.

When the fabric interconnects are configured in Intersight managed mode, the fabric interconnects act as a proxy that makes all of the server configuration state variables available to Intersight. The fabric interconnects use Intersight Secure Connect technology to make the connection as secure as if an isolated management network were configured. Intersight provides a single control point for organizations to help teams work securely, collaborate better, work smarter, and get the job done faster.

Intersight is a unified, secure Software-as-a-Service SaaS platform with modules that provide support for everything from basic infrastructure configuration tasks to real-time workload optimization using visibility into how your applications are using the infrastructure on which they run. The SaaS nature of Intersight means that you have access to all of the latest features automatically. Intersight supports complete lifecycle management, from Day 0 deployment using role- and policy-based server profiles, to Day N optimization and support.

It supports your bare-metal servers, hypervisors, Kubernetes, and serverless deployments, helping you transform with AIOps to reach the scale and velocity your stakeholders demand. Intersight spans all of your Cisco UCS infrastructure, whether or not it is connected through Cisco UCS fabric interconnects, creating a single management domain with unlimited scale. The Intersight Infrastructure Service Figure 10 enables you to configure the identity, personality, and connectivity of modular, blade, and rack servers.

It provides access to automated deployment for entities such as Cisco HyperFlex clusters, and it can automate and support large-scale edge deployments.

The service provides the following capabilities that are complementary to the basic deployment and configuration features:. Cisco Intersight is a modular platform with services to support a wide range of infrastructure and application lifecycle activities. The system can open cases and upload supporting documentation for fast resolution. It maintains the status of your contracts and licenses so that you can administer them from the same interface.

This feature gives you recommendations on configurations and help you implement best practices. Intersight has insight into your operating system and driver versions. Information on the other services supported by Cisco Intersight are available at cisco. Cisco UCS Manager. Because Cisco UCS integrates computing and networking, it is aware of any device connected to it.

When the system is first powered on, or when a new component is added, the system discovers the components and adds them to its internal model of the system configuration.

Cisco UCS Manager is model based, allowing administrators to create models of desired server configurations and then configure them simply by associating a model with the physical resources. The system helps guarantee consistent, error-free, policy-based alignment of server personalities with workloads, increasing standards compliance. Server configuration is essentially guaranteed to be correct because Cisco UCS Manager automatically sequences configuration steps and backs them out if an error occurs.

Role- and policy-based management preserves current administrator roles server, storage, and network , helps administrators be more effective in their jobs, helping to reduce overall cost.

After configuration, Cisco UCS Manager aggregates element monitoring so that every aspect of the system can be monitored from the GUI or through higher-level tools. Cisco IMC gives you access to standalone rack server configuration. Intersight Secure Connect technology provides a framework to scale and extend the universe of Intersight cloud-managed devices.

It provides enterprise-class, secure connectivity to Cisco UCS, Cisco HyperFlex, Cisco converged infrastructure, and an expanding set of third-party hardware and software platforms including storage systems from NetApp, Pure Storage, and Hitachi.

You can create and test scripts using the emulator installed on a PC or laptop computer. Cisco UCS infrastructure can be programmed on demand to support DevOps practices through a variety of tools and scripting languages. The following tools, described in our management handbook , are designed to support programmable configuration of standalone rack servers:. Cisco UCS integrated infrastructure solutions. We offer solutions from an ecosystem of integrated infrastructure partners, including:.

When the system is powered on, or when new components are configured in the system, components are added to a hierarchical model that represents all the objects in the system. This model acts as the single source of truth for all connected components and their configuration. Physical components are configured by manipulating the model, not the actual devices.

You can classify servers into resource pools based on criteria including physical attributes such as processor, memory, and disk capacity and location for example, blade chassis slot. Server pools can help automate configuration by identifying servers that can be configured to assume a particular role such as web server or database server and automatically configuring them when they are added to a pool.

Resource pools are collections of logical resources that can be accessed when configuring a server. In typical use cases, subject-matter experts define the way different classes of systems are to be configured by creating resource pools and policies that cover their specific domains of expertise.

For example, network administrators can create policies that determine every aspect of the way that a Microsoft Exchange Server should connect to the network. These policies can indicate that certain aspects of identity should be drawn from a specific resource pool—for example, a pool of MAC addresses dedicated to Microsoft Exchange Server NICs.

Management tools support typical divisions of responsibility in IT departments while giving each role visibility into the actions taken by other roles, enhancing communication and simplifying coordination between roles. Role-and policy-based management makes organizations more effective because administrators can configure policies once, and then administrators at any level of authority can use these policies to configure a server.

Cisco UCS service profiles and templates. Administrators can select among policies to create a Cisco UCS service profile known as a server profile in Intersight , which is the complete specification for how a system should be identified, configured, and connected to IP and storage networks Figure The situation for a distributed system, however, is more complex, with multiple hosts located at a primary site having one or more secondary sites and supporting a distributed multiterabyte database with full fault and disaster recovery.

The sixth generation of the Emulex Fibre Channel HBAs with dynamic multicore architecture offers higher performance and more efficient port utilization than other HBAs by applying all application-specific integrated circuit ASIC resources to any port as the port requires them.

The IPMI console management interface provides remote access for multiple users and allows you to monitor system health and to manage server events remotely. Installed on the motherboard, IPMI operates independently from the operating system and allows users to access, monitor, diagnose, and manage the server through console redirection. This modular platform offers a more intelligent level of management and enables IT organizations to analyze, simplify, and automate their IT environments in ways that were not possible with prior generations of tools.

This capability empowers organizations to achieve significant savings in total cost of ownership TCO and to deliver applications faster to support new business initiatives. The Cisco Intersight platform uses a unified open API design that natively integrates with the third-party platform and tools. Cisco Intersight features for the Cisco UCS C M5 server will become available through software updates in the future and will not require any hardware adjustments to adopt. The Cisco Nexus Series Switches offer both modular and fixed 1, 10, 25, 40, and Gigabit Ethernet switch configurations with scalability up to 60 Tbps of nonblocking performance with less than 5 microseconds of latency and wire-speed VXLAN gateway, bridging, and routing support.

Cisco NX-OS is a data center operating system designed for performance, resiliency, scalability, manageability, and programmability at its foundation. It provides a robust and comprehensive feature set that meets the demanding requirements of virtualization and automation in present and future data centers. The 48 downlink ports on the YC-FX3 can support 1, 10, and 25 Gigabit Ethernet, offering deployment flexibility and investment protection.

You can configure the six uplink ports as 40 or Gigabit Ethernet, offering flexible migration options. It combines high-speed Fibre Channel connectivity for all-flash arrays with exceptional flexibility and cost effectiveness. The Cisco MDS T delivers advanced storage networking features and functions with ease of management and compatibility with the entire Cisco MDS Family portfolio for reliable end-to-end connectivity. This switch also offers state-of-the-art SAN analytics and telemetry capabilities that are built in to this next-generation hardware platform.

This new state-of-the-art technology couples the next-generation port ASIC with a fully dedicated network processing unit designed to complete analytics calculations in real time. Add SAN analytics to Cisco MDS switches to gain insights into the fabric monitoring data, perform analysis, and identify and troubleshoot performance problems. It provides a way for Cisco customers to collect technical support across multiple devices and upload the technical support data to the Cisco cloud. The Cisco NI Base application collects CPU, device name, device product ID, serial number, version, memory, device type, and disk-use information for the nodes in the fabric.

The device connector provides a secure way for connected Cisco DCNM to send and receive information from the Cisco Intersight portal by using a secure Internet connection.

The front-end NVMe and Fibre Channel connectivity enables you to achieve optimal performance from an all-flash array for workloads that include artificial intelligence, machine learning, and real-time analytics as well as business-critical databases.

This solution thus help protect your NetApp investment now and into the future. This model was created to keep up with changing business needs and performance and workload requirements by merging the latest technology for data acceleration and ultra-low latency in an end-to-end NVMe storage system.

The offload engine is computational and independent of the CPU, which allows better allocation of processing power. This system also offers improved serviceability compared to the previous NetApp 4RU chassis: the fan cooling modules have been moved from inside the controller to the front of the chassis, so cabling does not have to be disconnected and reconnected when replacing an internal fan.

The SAP HANA in-memory database combines transactional and analytical SAP workloads and hereby takes advantage of the low-cost main memory, data-processing capabilities of multicore processors, and faster data access. The enhanced sizing approach allows consolidation of the storage requirements of the whole SAP landscape, including SAP application servers, into a single, central, high-performance enterprise storage array.

In addition to the default reliability, availability, and serviceability RAS features, the configuration design of the server includes redundant boot storage and network connectivity. This section describes the solution requirements and design details.

The smaller platinum processors address a maximum memory size of 6 TB of main memory, and the recommended Platinum L processor addresses all memory configurations listed in Table 1. Table 1. CPU specifications. Intel Xeon Platinum L processor. Memory configurations. Host name unresolved. Created by saqibja on PM. Hi, i have configured my server in packet tracer and its DNS settings too.

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