Campus Area Network with Examples | Advantages & Disadvantages

In this blog post, we are going to explain about what is campus area network with examples? And involving with advantages and disadvantage  of CAN networks as well. We can hope that at the end of this article, you will definitely fully understand about Campus Area Networke with ease.

What is Campus Area Network?

Definition – CAN stands for “Campus Area Network“, and it is also called the “Corporate Area Network“. CAN network helps to link couples of local area networks with small geographical space. CAN is larger to Local Area Network but it smaller compare to WAN and MAN networks.

Campus Area Network

Campus Area Network Diagram

Campus Area Network (CAN) has main objective is that offer to best accessibility of campus residential regions such as schools, colleges, university, small institutes (Campus), and corporate area (building). Campus Area Network (CAN) means to connect multiple LAN networks to each other through switches and router, and finally to create a single network.

Campus Area Network 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:

  1. What is Campus Area Network?
  2. Infrastructure of CAN Network with Working
  3. Examples of Campus Area Network
  4. Future of Campus Area Networks
  5. Campus Area Network Differ From Other Networks
  6. Advantages of Campus Area Network
  7. Disadvantages of Campus area Network
  8. FAQs (Frequently Asked Questions)
  • What is the meaning of campus area network?
  • What is another name of campus area network?
  • What is campus area network architecture?
  • Which network area is used in college campus?
  • What is range of campus area network range?
  • What is a characteristic of campus area network?
  • What are the features of campus area network?
  • What is the function of campus area network?
  • What are the advantages of campus area network?
  • What are the advantages and disadvantages of CAN network?
  • What is an example of campus area network?

Let’s Get Started!!

Infrastructure of CAN Network with Working

The infrastructure of a CAN typically comprises several LANs connected through routers and switches joined together to form a single network. Nodes in a CAN use the same kind of technologies as LANs, and interconnection between different buildings is established.

Ideally, all of the nodes in a CAN are interconnected by means of optical fiber media, taking advantage of gigabit Ethernet or 10-Gigabit Ethernet technology. In some cases, Wi-Fi hot spots or even a hot zone make up the user end of the network.

CANs are implemented with centralized control in mind that helps to allow the organizations to keep manage everything in-house where administrators are getting full control over their infrastructure, Quality of Service (QoS), and security policies.

Unlike other types of networks, CANs are maintained and managed by one entity, which in most cases is the campus IT department. Network administrators can easily monitor, regulate, and allow access to the network. The team also installs firewalls between CAN and internet providers to prevent unauthorized access.

Examples of Campus Area Network

Here are some examples of how CAN networks are used in different sectors, including:

Also Read: What is Bus Topology in Network? Diagram, Advantages, and disadvantages!!

University Campus Network: University may have multiple buildings and departments spread across a campus. Campus area network can interconnect the LANs in each building to provide seamless communication, file sharing, and access to centralized services like library resources and databases.

Corporate Campus Network: Large corporations with multiple office buildings in close proximity can use a CAN to connect their LANs. This network delivers the facilities the data sharing, centralized server access and video conferencing between different offices within the campus.

Hospital Campus Network: Hospitals often have various departments, clinics, and administrative buildings within their campus. CAN network permits the healthcare professionals to access electronic health records, medical imaging data, and other critical information from different sites along within the hospital complex.

Manufacturing and Industrial Complex: Large manufacturing plants and industrial facilities may use CANs to link together various LANs across their complex. This CAN network is enabled the real-time monitoring, control of machinery, and data exchange for efficient production processes.

Research Institutions: Research facilities, laboratories, and academic institutions engaged in collaborative research projects can use the CAN networks to share data, computational resources, and getting the access specialized equipment and instruments across different research regions.

Business Parks: Business parks house multiple companies in separate offices or buildings. A CAN network helps to connect the LANs of these businesses to improve inter-company communication, data sharing, and collaboration.

Government Campuses: Government agencies often have multiple departments operating in different buildings within a campus environment. So, CAN network help in connecting these departments for sharing the information and access centralized government databases and services.

Stadiums and Event Venues: Large stadiums and event venues may deploy with CAN networks with supporting the wireless communication, ticketing systems, security, and concessions; then making ensuring the seamless experience for both visitors and event organizers.

Entertainment Complexes: Theme parks, shopping malls, and entertainment complexes may use CANs to manage various services, such as ticketing, security, and public Wi-Fi, throughout the entire complex.

Data Centers: Data centers with multiple server rooms can implement a CAN to connect these server rooms, ensuring high availability, load balancing, and efficient data transfer among them.

Future of Campus Area Networks

There are few some commonly potential trends and developments that may shape the future of CANs, including:

Also Read: What is LAN (Local Area Network)? Types and Examples!!

Network Automation: Mostly machine learning applications and AI are getting to expand in campus networks that help to enhance IT security and management. This trend is going to expect to continue as these technologies becoming more integrated into network operations.

IT Security and Work from Anywhere with Any Device: With the rise of remote work and the increasing use of personal devices, IT security will become even more critical in the future. CANs will need to adapt to provide secure access to the network from anywhere and on any device.

Wireless Innovation: The use of wireless technology is expected to continue to grow, with private 5G networks becoming more prevalent in campus network architectures. This will huge improve into wireless communication coverage and predictability.

IoT and Edge Computing: The Internet of Things  (IoT) and edge computing are expected to become more prevalent in CANs, allowing for more efficient data collection and transformation in localized areas.

Cloud-Based Management: CAN networks can be deployed quickly from remote locations thanks to cloud-based management and cellular technology. This will provide the most flexible and scalable network solutions.

Managed Campus Networks: Managed campus networks are those where network management is outsourced to a third-party provider. This trend is going to expect to continue as these technologies becoming more integrated into network operations

Campus Area Network Differ From Other Networks

Campus Area Networks (CANs) differ from other networks in several ways. Here are some of the key differences:

Geographical Area: CANs are designed to operate within a limited geographical area, such as a university campus, corporate building, or government agency. In contrast, Wide Area Networks (WANs) cover larger geographic regions, while Local Area Networks (LANs) are limited to a single building or site.

Ownership: The networking equipment and transmission media in a CAN are almost entirely owned by the campus tenant/owner, such as an enterprise, university, or government agency. In contrast, WANs are typically owned by telecommunications companies, while LANs are owned by the organization that operates them.

Interconnection: CANs are made up of an interconnection of LANs within a limited geographic area. In contrast, WANs connect LANs across large geographic regions, while LANs are limited to a single building or site.

Centralized Control: CANs are designed with centralized control in mind, which allows organizations to manage everything in-house where administrators have full control over their infrastructure, Quality of Service (QoS), and security policies. In contrast, WANs are typically managed by telecommunications companies, while LANs are managed by the organization that operates them.

Network Resources: CANs provide a simple way for organizations to control their network resources, centralize their security efforts, and share data quickly. In contrast, WANs are designed to connect users and businesses across large geographic regions, while LANs are designed to provide network access within a single building or site.

Advantages of Campus Area Network

There are several benefits of Campus Area Network (CAN), such as –

Affordability

In CAN network, to use some hardware devices of networking such as hub, routers, switches, cable, bridge etc.

Easy accessibility of data

Multiple departments of campus are connected to each other in CAN networks. So message is fired one time, and it transferred to all nodes easily.

Wireless medium

Wireless connections are used to link various offices and buildings with single organization.

Higher speed

It is capable to transfer huge files with higher speed over entire computer network via internet.

Protection

CAN Network is combination of multiple LAN networks, and it takes form a single entity. In CAN network, firewall or proxy server are used for security purpose from unauthorized access.

Share internet connection

Single ISP (Internet Service Provider) is used by different client machines.

Disadvantages of Campus Area Network 

Campus Area Network has some limitations such as

  • Bound to some connecting nodesIt does not support maximum number of nodes. It can connect up to 64 nodes due to electrical loading.
  • Campus Area Network (CAN)’s maintenance is more costly to another network such as LAN, SAN, WAN etc.
  • It can support up to 40 meter length.
  • In CAN network,  to seem undesirable interactions in between all nodes
  • Complex implementation, management, and design
  • Increased cyber security challenges
  • Requires on-going maintenance and administration
  • Potential single points of failure
  • Relies on physical infrastructure

FAQs (Frequently Asked Questions)

What is the meaning of campus area network?

Campus Area Network means to connect multiple LAN networks to each other through switches and router, and finally to create a single network.

What is another name of campus area network?

Campus area network is also known as “campus network“, “corporate area network” or “CAN” is a computer network that is build-up of an interconnection of local area networks (LANs) within a limited geographical area.

What is campus area network architecture?

Campus area network architecture is a blueprint that refers to concepts are enabled all small networks that is used a single LAN switch, and convert into enlarge network along with thousands of connections.

Which network area is used in college campus?

Mostly, campus area network is used into college and university campus that is a bunch of interconnected LAN network along with limited geographical area such as school campus, university campus, military bases, or organizational campuses and corporate buildings, and more.

What is range of campus area network range?

The range of campus area network (CAN) approximate is 1 km to 5 km, as well as CAN network usually used for corporate campuses so the data attach will be higher speed.

What is a characteristic of campus area network?

It allows to transfer massive files with higher speed over entire computer network through internet.

What are the features of campus area network?

CAN Network is combination of multiple LAN networks, and it takes form a single entity. In CAN network, firewall or proxy server are used for security purpose from unauthorized access.

What is the function of campus area network?

The main function of campus area network is to interconnect networks as a limited geographical locality such as school campus, university campus, military bases, or organizational campuses and corporate buildings, and so on.

What are the advantages of campus area network?

Campus area network has many advantages like as Affordability, Easier accessibility of data, Wireless medium, Higher speed, Protection, Share internet connection, and so on.

What are the advantages and disadvantages of CAN network?

In this blog post, we have been explained various advantages and disadvantages of campus area network; you can read them.

What is an example of campus area network?

Most popular example of campus area network is university campus network like as the networks at Googleplex and Microsoft’s campus.

Final Remarks

Through this article, you are completed educated about what is campus area network along with their advantages, disadvantages, and example of CAN networks with ease. If this article is valuable for you, then please share it along with your friends, family members or relatives over social media platforms like as Facebook, Instagram, Linked In, Twitter, and more.

Also Read: What is Hybrid Topology in Network? Advantages and Disadvantages!!

If you have any experience, tips, tricks, or query regarding this issue? You can drop a comment!

Happy Learning!!

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