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Networking

Consultation & Discovery

Designing custom wired and wireless network systems for our customers is our specialty.  All services rely on proper networking.  During discovery we will look at the equipment that you’re currently working with and listen to what you need from your new network before we even consider making a recommendation.  Once we have pinpointed your goals we can work together to start paving the road to achieve those goals.

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Update Your Business Network

A well designed network has physical cabling that is installed correctly in accordance to current co

At Certified Communication Solutions, we are committed to providing our customers with the best telecommunications workmanship in the industry.  Our structured cabling installations are guaranteed to be installed in accordance to current building codes to help you stay connected with your clients and business associates.

What is Networking?

A well-designed network is critical throughout a building.

Networking in the realm of computers and communication, refers to the interconnection of devices and resources to enable them to share information and services.  It's like building a digital highway system that allows data to flow freely between different components.  Here's a breakdown of the key aspects of networking:


  • Components:
     
    • Nodes: These are the individual devices on a network, such as computers, laptops, tablets, smartphones, printers, servers, and even specialized equipment like security cameras or industrial control systems.  Each node has a unique identifier, typically an IP address, that allows other devices to locate and communicate with it.
       
    • Links: These are the physical or wireless connections that establish communication channels between nodes.  Physical links can be cables like ethernet cables or fiber optic cables, while wireless links use radio waves (Wi-Fi, Bluetooth, cellular networks) or infrared light to transmit data.
       
    • Networking Devices: These are specialized hardware components that manage and facilitate communication within a network.  Some common networking devices include:
       
      • Routers:  These act as traffic directors, intelligently routing data packets between different networks.  Imagine a router like a central post office in a city, sorting and forwarding mail (data packets) to their designated destinations (devices) on different streets (networks).
      • Switches:  These connect devices within a single network, providing dedicated connections for faster and more efficient data transfer.  Think of a switch like a local mail delivery office within a neighborhood, ensuring mail gets delivered efficiently to specific houses (devices) on that street (network segment).
      • Access Points (APs):  These create wireless networks by transmitting and receiving data signals over radio waves.  They act as Wi-Fi hotspots, allowing devices to connect to the network wirelessly.


  • Protocols:
    Protocols are sets of rules and specifications that govern how devices communicate on a network.  Protocols define everything from data formatting and transmission procedures to error checking and security measures.  Common networking protocols include:* TCP/IP (Transmission Control Protocol/Internet Protocol):  The fundamental suite of protocols that underpins the internet. TCP ensures reliable data delivery by breaking down large files into packets, transmitting them, and then reassembling them at the receiving end. IP assigns unique addresses (IP addresses) to devices, enabling them to be identified and located on the network.* Ethernet:  A set of protocols defining how data is transmitted over wired networks using ethernet cables.* Wi-Fi:  A set of protocols specifying how devices communicate wirelessly using radio waves.
     
  • Network Types:
    Networks can be categorized based on their size, purpose, and geographical scope. Here are some common types:


  • Local Area Network (LAN):  A network that connects devices in a limited geographical area, typically a home, office, or school.  LANs are usually private networks with high-speed connections.  

 

  • Wide Area Network (WAN): A network that spans a large geographical area, connecting devices across cities, states, or even continents.  WANs often use a combination of different communication technologies like leased lines, satellite communication, or virtual private networks (VPNs).


  • Metropolitan Area Network (MAN):  A network that covers a larger area than a LAN but smaller than a WAN, typically encompassing a city or a large campus. 


 

  • Benefits of Networking:
     
    • Resource Sharing:  Networking allows devices to share resources like printers, scanners, storage space, and software applications.  This eliminates the need for duplicate hardware and software purchases, saving costs and simplifying maintenance.
    • Communication:  Networks enable efficient communication between users through email, instant messaging, video conferencing, and other collaboration tools.
    • Centralized Management:  Network administrators can centrally manage and configure devices, ensuring security, applying updates, and troubleshooting issues more efficiently.
    • Internet Access:  Networks provide access to the vast resources of the internet, enabling users to browse websites, access online services, and communicate globally.


Overall, networking is the foundation of modern digital communication.  It allows us to connect our devices, share information, access resources, and collaborate seamlessly in a globalized world.  As technology continues to evolve, networking will play an increasingly crucial role in the future of computing and communication.



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The history of computer networking is fascinating

Why is it so important to have a well-designed network for your organization?

Organizations need a proper communication network more now than ever before.  Almost every company feels the pressure to be more efficient, more productive, and less wasteful.  Most organizations in 2024 are required to adapt because they need to share data, improve efficiency, and foster collaboration.  As technology progressed, so did we, and humanity was forced to evolve their businesses to compete at the top level.


Here's a glimpse into this evolution:


Early Days: Sharing Data Through Punch Cards and Magnetic Tape (1950s - 1960s):


  • The pre-network era relied on physical media like punch cards and magnetic tape to transfer data between computers.  Imagine carrying boxes of punch cards across departments to update a central computer system!
  • The first  mainframe computers  were expensive and centralized, typically located in dedicated data centers.  Data processing was a slow and laborious task, often involving manual intervention.


Birth of Networks: ARPANET and the Rise of Minicomputers (1960s - 1970s):


  • The development of  ARPANET  (Advanced Research Projects Agency Network) in the 1960s marked a turning point. ARPANET, funded by the US Department of Defense, was the first  packet-switching network, allowing efficient data transmission over long distances.  Packet switching broke down data into smaller packets, transmitted them independently, and reassembled them at the destination. This innovation significantly improved network efficiency compared to earlier circuit-switching methods.
  • The emergence of  minicomputers  in the 1970s offered a more affordable alternative to mainframes. These smaller computers could be distributed within departments, fostering  decentralization.
  • Early business applications of networking included  file sharing,  remote access,  and  electronic mail (email).  Imagine a team using a shared server to access the same files instead of relying on physical copies.


Local Area Networks (LANs) and the PC Revolution (1980s - 1990s):


  • The invention of the  personal computer (PC)  in the 1980s, coupled with the development of  Ethernet  standards, led to the widespread adoption of  Local Area Networks (LANs)  within businesses. LANs connected computers within a limited geographical area, typically an office or building, enabling faster and more efficient communication and resource sharing.
  • The rise of  network operating systems (NOS)  like Novell NetWare and Microsoft Windows NT provided the software foundation for managing and securing LANs.  File servers became central repositories for shared data, and network printers eliminated the need for individual printers in every department.
  • Business applications like  database management systems  emerged, allowing companies to organize and manage large amounts of data more effectively.  Email became the dominant form of business communication, revolutionizing internal and external collaboration.


The Internet Age: The Rise of Wide Area Networks (WANs) and the Cloud (1990s - Present):


  • The commercialization of the  internet  in the 1990s transformed business networking.  Wide Area Networks (WANs)  connected geographically dispersed offices and allowed businesses to connect with customers, partners, and suppliers globally.
  • The development of  web technologies  like the World Wide Web and web browsers created new avenues for collaboration and communication.  Enterprise Resource Planning (ERP)  systems emerged, integrating various business functions like finance, manufacturing, and human resources into a single, centralized platform accessible over the network.
  • The rise of  cloud computing  in the 2000s further revolutionized business networking.  Cloud-based applications and storage eliminated the need for companies to maintain their own IT infrastructure, offering greater scalability, flexibility, and cost-efficiency.  Businesses can now access software, storage, and computing power on-demand from cloud providers.


The Future of Business Networking: Mobility, Security, and the Internet of Things (IoT):


  • The proliferation of  mobile devices  like smartphones and tablets has driven the need for secure and reliable  wireless networking. Businesses are adopting technologies like Wi-Fi 6 and 5G to support the growing demands of mobile users.
  • Security  remains a paramount concern as businesses increasingly rely on networked systems and data.  Cybersecurity measures like firewalls, encryption, and intrusion detection systems are crucial for protecting sensitive information.
  • The  Internet of Things (IoT)  is transforming businesses by connecting machines, sensors, and devices to the network. Network infrastructure needs to adapt to handle the vast amount of data generated by these devices and ensure seamless communication within and beyond the organization.


In conclusion, the history of computer networking in business is a story of continuous innovation and adaptation. From the early days of punch cards to the cloud-based world of today, networking has fundamentally changed the world as we know it.

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Certified Communication Solutions

27 Madden Drive, Elizabethtown, Kentucky 42701, United States

270-506-2700

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27 Madden Dr., Elizabethtown, KY 42701, United States

270-506-2700

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