Free CCNA 200-301: Retro Networking with 10Base5 & 10Base2

Name: Free CCNA 200-301: Retro Networking with 10Base5 & 10Base2
Rating: 4.6 (149 reviews)

See a working Retro Network using 10Base5 and 10Base2. This will help you prepare for your CCNA exam!

Last updated 1/2023

English

English [Auto],

What you'll learn

1 section • 5 lectures • 43m total length

10Base5 Network Overview13:02
Explore the history of 10 base five and 10 base two by building a practical retro bus network with vampire taps, transceivers, terminators, and baseband 10 megabits per second sharing.
Udemy tips and tricks3:20
Explore practical tips to optimize your Udemy learning experience, from adjusting playback speed and video quality to using captions and transcripts, resources, offline downloads, keyboard shortcuts, Q&A, and announcements.
Answering your questions1:54
Join our consolidated discord for fast cross-platform qa, connect with peers and instructors, and register for authentication while Udemy qa remains available; we don't access your email or personal data.
Wireshark captures, Internet Access on 10Base59:43
Explore retro networking with 10base5 and 10base2, demonstrating Wireshark captures, ICMP ping, IP config, and gateway routing between Windows 98, Mac, and routers.
Windows 3.11 laptop using 10Base5 pinging google.com15:17
Demonstrate retro networking by connecting a 1980s Windows 3.11 laptop to a 10Base5 network with an intrusive transceiver and terminators, then ping Google dot com to verify connectivity.

The 1970s is alive in 2020!

You may have read about it in books. Or seen PowerPoint slides about.

But, have you seen a fully working 10Base5 and 10Base2 retro network? This stuff is from the 1970s, but I created one in 2020!

See practical demonstrations of:

- Bus Network

- Vampire taps

- Transceivers

- 10Base5 cabling

- 10Base2 cabling

- Windows 3.11 connecting to the Internet

- Ethereal (predecessor to Wireshark)

- Windows 98 10Base5 computers

- VNC and PCAnywhere controlling old machines from a Mac

This is a true working example of what networks looked like in the very beginning.