Data Center Design & Build
Data Center Design Architecture and build Experts
Data center design architecture in Bangalore
With the increased need for resources and data in business and everything slowly transitioning from physical to virtual, it has become even more important not just to have a data center but to design it in a way that not only makes it easier to access but makes it tenfold useful and let’s see who does that for businesses in Bangalore.
Floorspace Setup for Growth
It is much less expensive to build what you need now than to try to perform a renovation in a few years.
Optimize Data Center Cooling
Energy-intensive, air conditioning units will be able to keep a data center at the precise temperature you need.
Smart Data Center Airflow Management
Planning where the cool air will come in and where the warm air will exit is critical.
Design & Build Resilient data center
To build, run and sustain an efficient data center, we provide:
- Modular Infrastructure – flexible and scalable rack and cabinet solutions to manage high server rack density and cabinet density that will effectively accommodate future needs
- Optimal Space Management – Careful layout and design of the server rack and cabinet infrastructure to ensure that density is maximised
- Innovative power and cooling solutions –Superior backup supply and cooling methods to prevent data centre outages, hardware failure and out-of-control costs
- Safety and surveillance – Futuristic physical security measures, including enclosed server racks and access control to ensure data is secure
- Smoke detector, fire alarming, Water leakage preventing, and rodent repellent systems – Effective systems to prevent any unexpected and unfortunate incidents
- Fire-rated metal doors, False flooring, False ceiling, Fire resistant painting, Anti-static PVC vinyl flooring among others
Design and Build Process
We have the technical expertise and industry experience to strategize and deploy Data Center programs that meet regional and international regulatory standards.
When designing any Data Center, we apply a systematic approach. We also provide budgeting and project assessment services.
We specialise in design and building data centres that optimise your data and energy infrastructure for increased operating efficiency, reinforce security, and assure future progression.
Every installation within the Data center will be checked and verified, and when necessary, compliance will be achieved.
Data Center Design and Build
Our dedicated and experienced team is well equipped to perform a comprehensive assessment of both you current and anticipated future needs in terms of Data Centre Infrastructure Management (DCIM). Taking into account, rapidly evolving technology, we formulate effective DCIM strategies for your design.
What is data center architecture?
We can easily call a data center the backbone of any business because it supports a business by being the center to access all the computational power, storage, and applications, and this is what makes it very important to design and plan it well because it can very easily impact the performance, flexibility, and scalability of business operations.
Datacenter architecture, in simple words, is the way a data center is designed. Storage systems, servers, networks, the way these resources are arranged, the layout of equipment, the way these resources are inter-connected to one another are included in data center architecture.
Another important reason to design a data center appropriately is in businesses, it is very common to change the scale, bring new applications and services onboard, and if while planning the proposition of this is not considered, it can negatively affect the businesses in the long run by not being able to adapt these changes.
Why do you need data center design architecture in Bangalore?
You must be wondering where you can get all of this in Bangalore, and don’t worry, and you are at the right place for your answer, which is Value Point Systems.
Over the period, Value Point Systems has been credible enough and effectively provides these data center design architecture services to customers in Bangalore.
Bangalore is the hub of IT, which heavily relies on data. The demand for data center design architecture increases. Opting for Value Point Systems comes with unique but essential advantages such as proper designing and planning and proper implementation and execution.
All this information might have left you very confused and restless as to how should you opt for the optimum design for data centers, and here’s when some of the best data center design architecture companies in Bangalore comes into the picture with the best possible solution always coined by experts and professionals who are a part of the Team.
Types of data center design architecture in Bangalore
Value Point Systems, one of the best providers of these architecture services, always analyses your business properly before putting up a final proposition to understand the type of Data network that fits according to your scale and functioning. It always keeps track of the old but keeps in track with the newest advancements to offer your business the optimum data network, which could be your competitive advantage.
Three-tier: has three layers, namely the access, aggregate, and core, as discussed later.
To reduce the problems faced by the three-tier DCN, mainly bandwidth and oversubscription, the fat-tree DCN uses commodity network switches, following the hierarchical organization of the network, and the number of switches is larger in number than three-tier DCN.
In this form of architecture, one server is directly connected to another server, and a hierarchy of cells is followed for its arrangement.
Layers of data center design architecture in Bangalore
Value Point Systems has constantly been working and improving to evolve like the evolving technology. Still, it also stays grounded and pays attention to its functioning roots, just like the layer design.
The layered design has been adopted and improved, making it one of the best approaches to design and understand a data center. It consists of the following layers.
As the name says, the core layer is the center for all the functioning and working for all the output that flows out of the system. It acts as the resilient layer and is connected to the aggregation layer modules to balance out the traffic between the other layers.
The server to server multi-tier traffic flows through the aggregation layer wherein services like firewall and server load balancing help optimize and secure applications. The modules in this layer provide important functions such as default gateway redundancy, spanning tree processing, layer 2 domain definitions, and service module integration.
This layer is the one that is physically connected to the servers and is also known as the edge layer. The Access layer switches are also known as top rack switches because they are usually located at the top of the rack.
What are the available data center design architecture Models in Bangalore?
Service providers of data design architecture such as Value Point Systems help meet your general and specific demands because they always do their homework when it comes to an understanding of various types of data design models how and when they are applicable.
Multi-tier model in data center design architecture in Bangalore
If adopted for your data center, a multi-tier model, as per the best understanding of Value Point Systems, would have the following features.
A multi-tier is the most commonly used model amongst enterprises.
The three tiers it uses are
- Web Server
What makes multi-tier the topmost choice is resiliency and security. When it is backed by the testimonials from various customers of Value Point Systems over the years to whose data centers it was made applicable, it makes it even more reliable.
The multi-tier can run in two ways :
- software running as separate processes on the same machine using interprocess communication
- the software runs on different machines using communications over the network.
So, if one server is attacked, the others can still keep running without being accessed, i.e.firewalls can be put in between implementing the security, and another server belonging to the same application tier as the one being taken out of service can provide the same function, i.e., load balancing implementing the flexibility.
Even if two servers exist on a common physical server, their database is unaffected by the arrangement and remains separate.
Server Cluster Model in data center design architecture in Bangalore
Value Point Systems also offers a service cluster model with the following features:
In such a model, instead of being arranged in a tier system, the servers are clustered together for any of the purposes, e.g. load balancing, computational power
The idea here is to combine the resources so the aggregation of particular features can make it specialized and well-performing with high-speed network interactions.
If we talk about the times before, cluster models were mostly used for research purposes, but now they are being applied to business applications because of their numerous benefits.
Physical segregation and Logical segregation in data center design architecture in Bangalore
Value Point Systems also suggests physical and logical segregation for less complexity and better performance.
By physical aggregation, the separation of servers is done by adding dedicated hardware to each of the tiers. But with logical segregation, there is no dedicated hardware but logical/virtual software to separate and reduce the complexity.
HPC cluster types
Value Point Systems aims to keep your businesses in line with the latest technologies for data center designing so that you may miss out on no benefits:
HPC means high-performance computing, wherein the landscape consists of several old and new interconnect technologies and cluster types.
The old but mostly used ones are generally based on Fast Ethernet and Gigabit Ethernet, but there are some new in the market, including Infiniband and Myrinet.
These clusters can be found in various forms, but the three major types are
HPC type 1
Here the applications are operating simultaneously, i.e., the message is parallelly being transmitted across using all compute nodes.
HPC type 2
The request is parallelly processed by the compute nodes only after the client request has been transmitted and balanced across master nodes.
HPC type 3
This is the most loosely coupled because, unlike parallel or first master, then parallels, the source file is directly divided, distributed, and manipulated across the compute pool.
Logical Overview of the Server Cluster in data center design architecture in Bangalore
Value Point Systems offer the best design architecture possible as per your resources and requirement, and in case it is a service cluster, this is how it would look logically :
Frond end: the part that the client is visible and interacted with for submitting the data or retrieving the data.
Back end-:wherein the processing of all the data takes place, and the master node is connected with the compute nodes—the reason why low latency and high bandwidth.
Master node- The node that controls and manages all the other computer nodes and communicates with the outside world simultaneously.
Compute nodes -which take up all the instructions from the master node and operate as per the particular instructions
Storage path -The back end and storage path form a common transport medium.
Common File System- Can be accessed by all the compute nodes.
Physical Overview of the cluster in data center design architecture in Bangalore
For the placement of the physical resources associated with the data center, Value Point Systems designs an optimum layout with the best possible features, and in case it is a service cluster, it would probably look like this:
Server Hardware: server Cluster implementations are based on AMD-based processors with single/dual processors.
NIC Cards: provide high-speed transfer bus speed because bandwidth is a major feature considered in servers for better communication.
Jumbo frame supports: large frames are great resources in CPU overhead, transmission overhead, and file transfer time.
Mesh connectivity is used to transmit information and communication across all nodes in a cluster.
Nonblocking fabric- For smooth flow of large quantities of data and transmission of information between various nodes.
Low latency hardware: to avoid delay in passing the message and keep the entire cluster performance unaffected.
Data Center Design Architecture can make accessing and using your data so much easier, thereby pushing your business towards better performance and results as the output. If you are based in India’s Silicon Valley, i.e., Bangalore, have a business, looking for someone who can design your data center’s architecture, Let Value Point Systems be your ultimate destination.
Frequently Asked Questions
Who uses data center architecture?
All the businesses with big data banks, library information systems, compilers, the interface repository in Corba, the computer-aided software engineering environments.
What are the core components of a data center design?
Hardware, i.e., equipment and software, i.e., storage, server, and network systems(e.g., switches and routers) for processing and storage of data and applications like firewalls for data security.
Why is data center design important?
To keep the data organized in a manner that makes it easy to use and flexible and helps improve the performance of the business.
Is data center design architecture difficult to plan and implement?
Nothing is difficult once you’ve decided on what you have to do. So once you are clear about the fundamentals, you can always approach market leaders and best service providers such as Value Point Systems to plan and design a proper data center architecture for you. It cannot be any easier because professionals and experts would do the work.
Which company should I choose for the best consultation in this regard?
There’s no one best fit for all. So for this, first of all, gather all the required info about your business and your market and determine what your requirements are. After which you can physically and virtual approach companies which offer the services that seem best to you and know more about their experiences and working and then make the right choice after finally considering the cost as per the service being provided. If it seems unreasonable, you can always repeat step 2 and look for more options but never forget to look at their experience in this particular field.