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We're here to help you find itThe Designing Cisco Data Center Infrastructure (DCID) v7.1 course is a comprehensive training program that equips learners with the knowledge and skills necessary to design a scalable, reliable, and intelligent data center infrastructure. The course covers key topics such as High availability mechanisms, Virtual port channels, Cisco FabricPath, and overlays such as VXLAN. It also delves into Compute design, Automation, Security, Storage networking, and Cisco Unified Computing System (UCS) configurations.
Learners will benefit from a deep dive into designing Layer 2 and Layer 3 connectivity, Data center topologies, interconnects with Cisco Overlay Transport Virtualization (OTV), and Network virtualization techniques. The course addresses current industry standards and practices, ensuring that participants are prepared to design data center solutions that can effectively support business operations and objectives.
By completing the DCID course, professionals will gain the expertise needed to design and implement robust data center infrastructures using Cisco technologies, thereby enhancing their career prospects and contributing value to their organizations.
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Cisco Learning Credits : 41
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♱ Excluding VAT/GST
Classroom Training price is on request
You can request classroom training in any city on any date by Requesting More Information
To successfully undertake training in the Designing Cisco Data Center Infrastructure (DCID) v7.1 course, students should possess the following minimum required knowledge:
These prerequisites ensure that students have a foundational understanding of the various components and technologies that come into play when designing a Cisco Data Center Infrastructure. With this knowledge, students will be better equipped to grasp the advanced concepts presented in the course.
The Designing Cisco Data Center Infrastructure (DCID) v7.1 course is ideal for IT professionals responsible for designing and implementing data center solutions.
The Designing Cisco Data Center Infrastructure (DCID) v7.1 course empowers students with a deep understanding of data center design, network infrastructure, and their high-availability mechanisms.
High availability mechanisms are techniques and systems designed to ensure a computer network or service remains available at all times, minimizing downtime and maintaining continuous operational performance. They include redundant hardware, failover clustering, load balancing, and distributed resources, ensuring critical systems and applications can withstand failures without disruption of service. These mechanisms are crucial in environments where system reliability is vital, supporting seamless and uninterrupted access to data and services.
Virtual port channels, or vPCs, are a feature used in networking to allow links that are physically connected to two separate switches to appear as a single port channel to a third device. This setup increases the bandwidth and provides redundancy since traffic can travel over multiple paths without the risk of a loop. vPCs enhance network efficiency and reliability by enabling multiple links to seamlessly coexist and function as if they were a single connection, thereby helping to prevent downtime and improving data transfer rates within network environments.
Cisco FabricPath is a network technology that simplifies and improves the efficiency of large Ethernet networks. It combines the benefits of Layer 2 and Layer 3 networking, enabling high-performance, scalable, and flexible network architectures. FabricPath replaces the traditional Spanning Tree Protocol to avoid network loops and provide multiple active paths between switches, maximizing bandwidth usage and improving fault tolerance. This technology is particularly useful in data center environments, where managing complex networks securely and efficiently is crucial. FabricPath is easy to configure and manage, leading to reduced operational costs and increased network stability.
Compute design primarily focuses on the architecture and organization of computer systems, ensuring optimal performance, efficiency, and adaptability. It involves selecting and integrating hardware and software components to match specific operational requirements, goals, and constraints. The process encompasses considerations such as processing power, storage solutions, networking infrastructure, and security, aiming to build robust systems that meet user and business needs effectively. Good compute design supports scalability and cost-effectiveness, facilitating easier maintenance and upgrades as technology evolves.
Automation involves using technology to perform tasks that would otherwise require human effort. This can range from simple machinery in manufacturing to sophisticated software in IT for managing complex systems. The goal is to increase efficiency, reduce errors, and free up humans to focus on more strategic work. Automation is implemented in various sectors, including production lines, office administration, and even digital marketing, optimizing processes to achieve better outcomes with minimal human intervention. As technology evolves, automation continues to expand its capabilities, enhancing productivity and driving innovation across industries.
Security in the context of Information Technology refers to the protection of data, networks, and systems from unauthorized access, attacks, or theft. It encompasses practices, technologies, and processes designed to safeguard digital assets and sensitive information. Effective security measures include encryption, strong password policies, firewalls, and regular security audits. Training and courses like the DCID course focus on instruments and frameworks essential for setting up robust security in data centers, enhancing professionals' abilities to secure infrastructures against threats and vulnerabilities.
Storage networking is a technology designed to connect different data storage devices with data servers to enable more reliable data transfer and accessibility across an organization. It involves the use of hardware and software solutions to facilitate and manage the communication between these devices. This setup enhances the efficiency of data storage operations, providing scalability and improving data management practices. Common forms of storage networking include SAN (Storage Area Network), which allows high-speed block-level storage access, and NAS (Network Attached Storage), designed for file-level data access.
Cisco Unified Computing System (UCS) is a data center platform that integrates computing, networking, and storage resources to increase efficiency and enable central management. UCS configurations combine hardware (servers, switches) and software, managed through a unified interface, simplifying setup and scalability. It optimizes virtualization environments and supports multiple applications and services. This system is designed to reduce total cost of ownership and improve energy efficiency by centralizing resources and management, making it ideal for enterprises seeking streamlined data center operations.
Layer 2 connectivity involves linking devices within the same network using data link protocols like Ethernet. It ensures data packets are delivered among physical addresses within the same local area network. Layer 3 connectivity, on the other hand, operates at the network layer and uses protocols like IP to handle data moving between different networks. This layer determines the best paths for data transmission via routers, enabling the connectivity between separate networks. Thus, Layer 2 deals with local network data exchange, while Layer 3 facilitates broader network communication across diverse networks.
Data center topologies refer to the physical and logical layout of the infrastructure in a data center. These topologies outline how network, storage, and computing resources are organized and interconnected to ensure efficient data flow, scalability, and reliability. Common designs include centralized, decentralized, and hybrid topologies, each catering to different business needs and scales. Choosing the right topology impacts performance, manageability, and the ability to recover from disasters. Understanding and selecting the appropriate topology is essential for optimal data center operations.
Cisco Overlay Transport Virtualization (OTV) is a technology designed to connect separate data centers over a network. OTV allows different networks to share data and resources seamlessly, treating geographically dispersed data centers as a single entity. This facilitates efficient data recovery and workload mobility across data centers without the complexity typically involved in traditional data center interconnect setups. Essentially, OTV extends Layer 2 networks across Layer 3 infrastructures, ensuring high availability and load balancing in distributed computing environments.
Network virtualization involves creating virtual versions of physical network hardware to increase flexibility and efficiency. Imagine taking multiple networks and devices like routers and switches, and simulating them on a single physical network. This allows different networks to run as if they are distinct from one another, even though they share the same physical hardware. This setup improves resource utilization, simplifies network management, and boosts security by isolating networks. It is especially useful in large data centers and cloud environments, enabling organizations to better manage and scale their network infrastructure.
The Designing Cisco Data Center Infrastructure (DCID) v7.1 course is ideal for IT professionals responsible for designing and implementing data center solutions.
The Designing Cisco Data Center Infrastructure (DCID) v7.1 course empowers students with a deep understanding of data center design, network infrastructure, and their high-availability mechanisms.
