Build and test your understanding of how data moves across networks, from basic concepts to real-world protocols. These Computer Networking quizzes cover core topics like TCP/IP, routing and switching, and network security so you can practice terminology, troubleshooting, and standards in a focused way.

Build confidence with core routing concepts across OSPF, BGP, and RIP. You’ll review how these protocols form adjacencies, exchange routes, and choose best paths, with a mix of fundamentals and practical scenarios. Great for students, interview prep, and hands-on network engineers.

Test your Ethernet switching skills with a focused mix of VLAN and Spanning Tree Protocol questions. You’ll work through real-world scenarios like trunking, loop prevention, and root bridge selection. Pick your preferred question count and difficulty, then learn from clear explanations as you go.
Sharpen your IPv4 subnetting skills with CIDR blocks, masks, and prefix lengths in real-world scenarios. Work through network/broadcast calculations, usable host ranges, and route summarization. With mixed difficulty, you’ll build speed and accuracy without feeling rushed.
There are 3 quizzes with 356 questions total.
No. Each quiz has no timer, so you can work carefully and review each question.
Every question is multiple-choice with 4 options, and you select the best answer.
Yes. Quiz length and difficulty can vary, so you can start easier and progress to more detailed topics.
You’ll see core networking concepts like protocols, addressing, routing and switching basics, and security fundamentals.
These Computer Networking quizzes help you review essential concepts such as addressing, subnetting basics, protocol behavior, and common network devices. You’ll also practice interpreting scenarios you might see in IT support, sysadmin work, or certification prep.
Each question has 4 answer options and there’s no timer, so you can focus on accuracy and learning. Quizzes vary in difficulty and length, letting you start with fundamentals and move toward more detailed protocol and troubleshooting questions.
Computer networking is built on layered models (like OSI and TCP/IP) that standardize how data is packaged, addressed, transmitted, and received. A key milestone was the adoption of TCP/IP on ARPANET in 1983, which helped shape the modern Internet.