Cisco CCST Networking Labs
The Cisco CCST Networking certification is new to Cisco and aimed at those seeking entry-level roles in a networking environment.
Much of the CCST Networking exam involves having skills you can use in the real world. We walk you through every aspect of the syllabus, explaining the tools you can use and how to configure them. These skills will prove invaluable for the CCST exam, technical job interviews, and, of course, the real world of networking, where you will be faced with challenges such as broken network equipment, IP addressing conflicts, and incorrectly configured VLANs.
101 Labs – Cisco CCST Networking has been created for the latest exam syllabus.
Note that Cisco lists all of the exam topics on its CCST web page, but it also reserves the right to ask questions not listed there, so ensure you prepare using a broad range of devices, protocols, and services.
Cisco CCST Networking Labs
We guide you through the Cisco CCST Networking exam syllabus topics. More than $400 of practice exams are included, guaranteeing your success on exam day.
The CCST Networking exam features both hands-on, performance-based questions and multiple-choice questions. You must know both theory and practical application. For the role, you must proactively capture traffic using tools like Wireshark and have a good working knowledge of standard TCP protocols such as HTTP and DNS.
You must understand common troubleshooting commands for Linux and Cisco devices and demonstrate knowledge of troubleshooting techniques.
Operating systems tested include Microsoft, Linux, MacOS, and Android. It’s all hands-on, so if you want to learn the theory, please check out our sister website howtonetwork.com for the CCST Networking theory course.
Follow along every step of the way as our expert instructor shares tips and secrets for passing the exam and succeeding in the real world of internetworking. Allow around 1-3 months of study time to prepare for the exam. Follow the labs, read your study guide and take practice exams every day until you are exam ready.
Typical CCST Networking Job Roles
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Network Support Technician
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Provides first-line support for network connectivity issues.
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Assists with basic router, switch, and wireless device troubleshooting.
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Monitors network performance and escalates complex problems.
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Documents issues and maintains support logs.
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IT Help Desk Technician (Networking Focus)
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Handles user inquiries related to network access and performance.
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Resets passwords, configures basic network settings, and tests connections.
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Supports wired and wireless network troubleshooting.
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Collaborates with senior engineers on escalated tickets.
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Junior Network Administrator
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Assists in managing small-scale network infrastructure.
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Configures basic IP settings, VLANs, and device access.
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Performs routine maintenance like backups and updates.
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Supports network documentation and inventory tasks.
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Field Support Technician
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Installs and tests networking hardware (e.g., routers, access points).
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Troubleshoots on-site connectivity issues for end users.
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Verifies cabling and physical network setups.
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Reports findings to higher-level technicians.
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Technical Support Specialist (Entry-Level)
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Provides remote or on-site support for Cisco-based systems.
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Assists with initial setup of network devices.
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Identifies and resolves common software/hardware issues.
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Learns to use diagnostic tools under supervision.
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Take This Course if You:
- Want to lay a foundation for a career in networking
- Are new to the world of IT and want to learn all the basics
- Don’t feel ready for advanced exams such as CCNA
- Want an understanding of security, troubleshooting tools, and technology
- Want to gain confidence in your hands-on IT skills
- Want to gain an edge in your CCST exam
| Module 1 | Standards and Concepts |
|---|---|
| Unit 1 | View the OSI Layers |
| Unit 2 | View the OSI Layers - Wireshark |
| Unit 3 | See Layer 2 Address Change per Hop |
| Unit 4 | Install and Use iPerf |
| Unit 5 | Testing Using iPerf |
| Unit 6 | Create Simple LAN |
| Unit 7 | Create Simple WAN |
| Unit 8 | Create a Simple CAN |
| Unit 9 | Design a PAN |
| Unit 10 | Create a WLAN |
| Unit 11 | FTP |
| Unit 12 | SFTP |
| Unit 13 | TFTP |
| Unit 14 | HTTP |
| Unit 15 | HTTPS |
| Unit 16 | DNS |
| Unit 17 | DHCP |
| Unit 18 | ICMP |
| Unit 19 | NTP |
| Unit 20 | Latency |
| Unit 21 | Speed Test |
| Module 2 | Addressing and Subnet Formats |
| Unit 1 | Check Your Public IP Address |
| Unit 2 | Using a Subnet Calculator |
| Unit 3 | Different Types of IPv6 Addresses |
| Unit 4 | Create an IPv6 Network |
| Unit 5 | IPv6 Auto Addressing |
| Unit 6 | Static NAT |
| Unit 7 | Dynamic NAT |
| Unit 8 | Port Address Translation |
| Unit 9 | Broadcast Domain |
| Module 3 | Endpoints and Media Types |
| Unit 1 | Cable Types |
| Unit 2 | Create IoT Network |
| Unit 3 | Network Connectivity on Windows |
| Unit 4 | Network Connectivity on Linux |
| Unit 5 | Network Connectivity on macOS |
| Unit 6 | Connecting to a SSID |
| Unit 7 | Network Related Troubleshooting Commands |
| Unit 8 | 2.4GHz and 5GHz Wireless Interfaces |
| Unit 9 | Connecting Wired and Wireless LAN |
| Unit 10 | Network Connectivity on Android OS |
| Module 4 | Infrastructure |
| Unit 1 | Link Light Color and Status |
| Unit 2 | Design and Build a Network |
| Unit 3 | Exploring Network Devices Ports |
| Unit 4 | Default Gateway |
| Unit 5 | L2 Networking |
| Unit 6 | L3 Networking |
| Unit 7 | Local vs Remote Network |
| Unit 8 | Power over Ethernet |
| Unit 9 | Default Route |
| Unit 10 | Static Routing |
| Unit 11 | Dynamic Routing |
| Unit 12 | Packet Capture with Wireshark |
| Unit 13 | Applying Filters to PACP File |
| Unit 14 | Using ipconfig |
| Unit 15 | Using ip |
| Module 5 | Exams |
| Unit 1 | Exam 1 |
| Unit 2 | Exam 2 |
| Unit 3 | Exam 3 |
| Unit 4 | Exam 4 |
