Data center architecture refers to logical and physical layout of resources and core elements along with a data center facility. So, in this post, we are going to cover all possible things about data center architecture with diagram and its types; involving with different components and examples of data center architecture with ease. At the end of this post, you definitely will be educated about Data Center Architecture without getting any hindrance.
What is Data Center Architecture?
Definition: Data Center Architecture refers to physically layout of cabling infrastructure and the way servers are linked to switches, and they must strike a balance in between the performance, scalability, reliability, cost, and aging. It must also support both present and future applications and speed.
It provides a blueprint for designing and installing a data center facility, and it specifies where and how the server, storage networking, racks and other resources of data center, which will be physically situated. This is layered process which gives architecture guidelines for developing the data center.
The main goal of deploying of data centered architecture is to achieve integrity of data.
There are three key factors to choose the data center architecture like as:
The size of present data center
Anticipated growth of a data center
Either it is new one installation or an upgrade of a legacy system.
Data Center Architecture Evolution is Ongoing
Continuously changing in storage, computing and network technology has had an exciting effect on that how data center are architected and operate. Still, technology frequently to evolve, organizations require to ensure that they contain many solution in place to protect their ever-shifting digital attack surfaces.
Data Center Architecture Tutorial Headlines:
In this section, we will show you all headlines about this entire article; you can check them as your choice; below shown all:
Data Center Architecture Types
Mesh Network
Three-Tier or Multi-Tier Model
Mesh Point of Delivery (PoD)
Super Spine Mesh
Components of Data Center Architecture
Data Center Computing Architecture
Data Center Security Architecture
Data Center Network Architecture
Data Center Architecture Examples
FAQs (Frequently Asked Questions)
What is meant by data centered architecture?
What are the 3 main components of a data center infrastructure?
What are the layers of data center architecture?
Where data centered architecture is used?
What are the advantages of data centered architecture?
Let’s Get Started!!
Data Center Architecture Types
Usually, there are four different types of data center architecture like as Mesh Network, three-tier or multi-tier model, Mesh Point of Delivery, Super Spine Mesh; below explain each one with their diagrams:
Modern Designs of Data Center Architecture with Diagram:
Mesh Network
The mesh network architecture, usually known as ‘Network Fabric’ that represents the network topology that having components pass data to all other with helping of interconnecting switches. It is supported to cloud services along with predictable capacity and less latency with a lot of switching resources spread across the data center, and this network is getting to inherent redundant for great application availability. This distributed network blue print can be most cost-effective to deploy and scale if it is very large to traditional centralized switching platforms.
Three-Tier or Multi-Tier Model
This multi-tier architecture has been usually deployed model that is implemented into enterprise data center. This architecture enabled with primarily of web, application and database server tiers working on many platforms, with helping of blade servers, mainframes and LRU servers.
Multitier model consists the three layers like as core layer, aggregation layer, and access layer.
Core Layer: It offers the fabric for higher speed packet switching in between the multiple aggregation modules and connectivity to multiple aggregation modules.
Aggregation Layer: It can support many functions such as service module integration, layer 2, spanning tree processing and gateway redundancy.
Access Layer: It offers the physical level attachment to the server resources and works in layer 2 or layer 3 modes. It also plays an major role in meeting particular server needs like as NIC teaming, clustering, and broadcast containment.
Mesh Point of Delivery (PoD)
Mesh point of delivery (PoD) architecture has a couple of leaf switches that are interconnected along with the PoDs. It works as repeatable design pattern and their components having scalability, modularity and manageability of data center. Data center managers are able to easily to add other infrastructure to their presenting three-tier topology to support the less latency east west data flow of new cloud applications. PoD networks can also give a pool of less latency compute and storage for these applications that can be attached without interrupted all presenting environment.
Super Spine Mesh
This super spine architecture is most eligible to large scale or campus style data centers. This data center architecture let to offer service to massive amount of data passing from east to west via data halls.
Data Center Architecture Components
Data center architecture has many functions and support different kinds of services, like as data computing, processing, storage and so on. Data center architecture has five major components like as: Data center network architecture, Data center computing architecture, Data center security architecture, Data center physical architecture, Data center information architecture; below detail each one:
This data center computing architecture has most importance for data center architecture, which plays a major role in the higher-efficient use of resources, rapid deployment, reducing capital expenditure and scalability. In this computing architecture, computer resources can be transferred to edge where the data resides, then decrease the latency and bandwidth issues in transmission.
Data Center Security Architecture
This architecture represents to physical practices and virtual technologies for getting to protect data centers from attacks, unwanted access, and threats. Less data center security protections might be result in data breaches, whereas the organization’s data may be attacked by intruders.
Data Center Network Architecture
This data center network architecture lets to manage of all network devices, which are interconnect with all data center resources together. It has been a key research area to internet organizations and large cloud computing organizations. So, data center network architecture plays a major role in the data center architecture. It usually deploys the switches and routers in the two or three level hierarchy like as fat tree DCN, three-tier DCN, D Cell and other kinds.
Data Center Architecture Examples
First example of data center architecture is a database architecture, in which common database schema is made along with data definition protocol such as a set of related tables along with fields and data types in a RDBMS.
Second example of data center architecture is the web architecture that lets a common data schema and follows hypermedia data model and process communicate with helping of shared web based data services.
FAQs (Frequently Asked Questions)
What is meant by data centered architecture?
Data center architecture refers to logical and physical layout of resources and core elements along with a data center facility. Another; as blueprint for getting to deploy and design a data center facility.
What are the 3 main components of a data center infrastructure?
Facility: Using space that is available for IT elements
Core Components: Software and equipment for IT operations and storage of data and applications.
Support infrastructure: Equipment letting to protect the sustaining as higher availability possible.
What are the layers of data center architecture?
There are three layers of data center architecture like as core, aggregation, and access layers.
Where data centered architecture is used?
This architecture is mostly used in library information systems, RDBMS, interface repository in CORBA, compilers environments as well.
What are the advantages of data centered architecture?
It lets to decrease the overhead of transient data in between software components.
It also allows to keep store enlarge amount data.
It contains the centralized management that having of security, backup and concurrency control as well.
Summing Up
I hope that, through this article you have completely educated about Data Center Architecture Diagram with their Examples, Types, and Components and so on. If this content is helpful for you, then share it along with your friends, family members or relatives over social media platforms like as Facebook, Instagram, Linked In, Twitter, and more.
