The Rise of Technology: Brief History of Network Cabling

The Main Advantages of Using Custom Molded Cable Assemblies

Since its creation, network cabling has vastly changed the way people navigate their online presence, professional and personal, and interact with each other online. Since the early 1970’s, the evolution of network cabling has boosted the convenience of technology for businesses everywhere. So, who do we have to thank for all the perks we have due to wired network systems? CableWholesale offers the following guide on a brief history of network cabling.

When Was Network Cabling Invented?

The network cabling we know, love, and use at our convenience today is not what we started with. Throughout the 1960s and 70s, facilities that needed local area networks simply created costly and massive systems with a wide net of equipment to get the job done. It wasn’t until 1972 that Xerox’s Palo Alto Research Center (PARC) requested a local area network (LAN) from a few of their inventive team members.

At first, Robert Metcalfe and David Boggs of Xerox’s PARC team simply wanted to create a LAN to establish a connection between the Xerox Alto, a personal workstation, and a Scanned Laser Output Terminal, the world’s first laser printer. For inspiration and guidance, Metcalfe referenced a paper on radio systems from ALOHAnet, an organization that enabled data connections between the Hawaiian Islands.

Metcalfe and other employees tasked with creating a network looked to coaxial cables as a part of their solution. Metcalfe ideated that he would run the coaxial cable through PARC’s corridors. Using a bus topology, Metcalfe connected the facility’s computers to the new network by 1973. The network offered 3 Mbps per second – it was an instant success.

For the next three years, this creation remained an in-house system only. Come 1976, Xerox and its team of LAN creators at the PARC opened the floor for other companies to benefit from the perks of ethernet network cabling.

A Timeline of the Evolution of Ethernet

To best explain the rise of technology, we’ve outlined a brief history of network cabling in chronological order:

  • 1973: Robert “Bob” Metcalfe creates the first ethernet cable for Xerox PARC.
  • 1975: Xerox patents the ethernet cable, crediting Bob Metcalfe, David Boggs, Chuck Thacker, and Butler Lampson as its inventors.
  • 1976: Metcalfe and Boggs write and publish “Ethernet: Distributed Packet Switching for Local Computer Networks,” outlining details about why ethernet makes a difference as well as proper network cabling system layouts, or topology. They also discuss implementation and the varying components necessary to create a successful cable network.
  • 1979: Metcalfe establishes the company 3Com, which will work with DEC, Intel, and Xerox to establish ethernet as the new standard.
  • 1980: They release ethernet’s first standard publicly.
  • 1982: Ethernet II, offering an impressive 10 Mbps, has its debut.
  • 1983: The Institute of Electrical and Electronics Engineers (IEEE) publishes IEEE 802.3, a collection of ethernet standards for industry use.
  • 1985: IEEE verifies ethernet as the new industry standard.
  • 1986: Heavy coax ethernet cables known as 10Base5 ethernet cables arise.
  • 1989: Kalpana releases the first ethernet switch.
  • 1991: Cable manufacturers establish Cat3 twisted pair ethernet cables. These cables lay as the groundwork for modern day network cables.
  • 1991: Additionally, HP releases the first mass-market ethernet printer, the HP LaserJet IIISi.
  • 1994: Manufacturers debut fiber ethernet for data center use.
  • 1994: T-568A is now considered the standardized pinout.
  • 1995: 100 Mbps ethernet becomes the new standard.
  • 1998: The IEEE recognizes gigabit ethernet (GbE) as a standard.
  • 2001: Manufacturers develop 10 GbE ethernet, the Cat5e cable, and the T-568B pinout.
  • 2002: The IEEE officially approves 10 GbE as a standard.
  • 2002: Cat6 cables are released.
  • 2003: Power Over Ethernet (PoE) is now on the market. This type of cable provides both electric power and data connection via twisted pair ethernet cabling.
  • 2003: Bob Metcalfe accepts the US National Medal of Technology.
  • 2008: Manufacturers release the Cat6a ethernet cable.
  • 2010: IEEE accepts 40 GbE as a new standard.
  • 2015: IEEE accepts 100 GbE ethernet as a new standard.

The Advantages of Using Network Cabling for Your Application

Since its inception at Xerox PARC, wired network cabling has done wonders for businesses all over the world. From massive data centers to at-home offices, wired networks exist and perform for a broad range of purposes. CableWholesale visits the advantages of using network cabling for your application and how evolutions of Metcalfe’s 1973 invention continue to serve people everywhere.


A specific advantage that wired networks have over wireless networks is greater security. With network cabling, data is only accessible through devices connected to the system. Should someone wish to steal sensitive information from a company with a wired network, they would have a much more difficult time than they would retrieving data from a wireless setup.


Businesses that opt for network cabling for their workstations can feel confident knowing that their system is scalable. So long as they choose a network topology that is conducive to growth, companies can easily scale their network up or down to accommodate for their operational demands.

Connectivity Speed

People who utilize wired networks experience much less downtime and interruptions than they would with a wireless network. Ethernet cable connections streamline connectivity, making data transmissions much faster.


Connection with a wired network is not only faster than a wireless network, but it’s also stabler. A lot of things can interfere with a reliable connection on a wireless network – unauthorized devices logging onto the network, insufficient bandwidth, poor router placement, etc.

A Few Considerations for Using Network Cabling

  • Cost
  • Maintenance
  • Distance
  • Troubleshooting

Set Up Your Cable Network Today

At CableWholesale, we have everything you need to create an efficient and reliable network. As one of the top bulk cable suppliers in the industry, we can guarantee that our equipment is high quality. From Cat6a ethernet cables to connectors and management supplies, you’ll find every component required for a successful cabling system. No matter the size of your facility, CableWholesale has got you covered. Contact a member from our knowledgeable tech support team to learn more about our lifetime warranties and product specifications.

The Main Advantages of Using Custom Molded Cable Assemblies

The Main Advantages of Using Custom Molded Cable Assemblies

The Main Advantages of Using Custom Molded Cable Assemblies

Certain applications require more specialized equipment than others. Large and complex facilities often opt for custom cable assemblies to minimize the chances of network failure. Places such as hospitals, military bases and massive industrial production sites rely heavily on high-performing cables to keep their critical network systems up and running. CableWholesale reflects on the main advantages of using custom molded cable assemblies for complicated and large-scale applications.

A Guaranteed Accurate Fit

When you order custom molded cable assemblies, you outline their specifications. Whether you have a particularly small or large application that needs cabling, your cables are sure to go the distance with custom assemblies. Having an accurate fit reduces the need for extra adapters and connectors as well as safety hazards such as tripping over excess cable wiring.

You Acquire an Adequate Cable Supply

With a custom cable order, you can be sure to get just the right number of cables that your application needs—no more, no less. A custom order of cables prevents your company from over or under-investing in cords for your network system.

They Provide Better Performance

Custom molded cable assemblies go through thorough testing to confirm they’re performing as needed. During testing procedures, custom cable manufacturers will tweak any faults, providing you with cables specially optimized for your application.

They’re a Cost-Effective Investment

The cost-effective perks are some of the main advantages of using custom molded cable assemblies. You have control over which materials are used to make your cables, reducing the odds of incompatibility or faulty components. The higher quality your cables are, the less likely you are to experience downtime and expenses on replacement wires.

Invest in High-Quality Cables

CableWholesale is your one-stop shop to buy HDMI cables online, buy cable management supplies online, and buy just about any other aspect of a well-functioning network online. We offer a lifetime warranty on all our cables to ensure you get the most out of your investments in your cable system. Contact our tech support team today for guidance on which of our supplies is right for your application.