350-101 Implementing and Operating Cisco Wireless Core Technologies Exam Topics and Questions

These Cisco Implementing and Operating Cisco Wireless Core Technologies (350-101) exam topics are organized according to official exam domains to help candidates quickly verify coverage and focus on assessment rather than theory. Each domain is paired with topic-wise 350-101 sample questions that reflect how objectives are tested in the actual exam. This structure enables efficient review, targeted self-assessment, and rapid identification of weak areas when preparing for the Cisco Implementing and Operating Cisco Wireless Core Technologies certification exam.

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📄 Exam Contains: 7 Topics

Topic Content

RF Fundamentals encompasses the essential concepts needed to understand wireless communications. Radio wave propagation describes how electromagnetic signals travel through space and interact with physical environments, including concepts like path loss, reflection, refraction, and diffraction. RF signal measurements include evaluating signal strength through metrics such as RSSI Received Signal Strength Indicator, transmit power levels, and receive sensitivity thresholds, while also identifying interference sources, noise factors, and rogue access points that degrade network performance. Understanding device capabilities across smartphones, laptops, and... See More

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Wi-Fi Governance and Regulatory Framework covers the organizational structures that oversee wireless technology standards and implementation. This includes understanding regional regulatory bodies that establish spectrum usage rules for different geographic areas, the IEEE 802.11 standards committee that develops technical specifications for wireless protocols, and the Wi-Fi Alliance organization that certifies device interoperability and promotes Wi-Fi technology adoption globally. These three entities work together to ensure consistent, safe, and effective deployment of wireless networks worldwide while maintaining compliance with local regulations... Wi-Fi Governance and Regulatory Framework covers the organizational structures that oversee wireless technology standards and implementation. This includes understanding regional regulatory bodies that establish spectrum usage rules for different geographic areas, the IEEE 802.11 standards committee that develops technical specifications for wireless protocols, and the Wi-Fi Alliance organization that certifies device interoperability and promotes Wi-Fi technology adoption globally. These three entities work together to ensure consistent, safe, and effective deployment of wireless networks worldwide while maintaining compliance with local regulations and international standards. Channel and Power Management in Wireless Networks examines how wireless devices operate within permitted frequency bands while adhering to power transmission limits. This encompasses regional Effective Isotropic Radiated Power EIRP limitations that vary by country and determine maximum transmission strength, the available frequency bands such as 2.4 GHz and 5 GHz that support different numbers of channels, and Radio Resource Management RRM fundamentals that optimize spectrum usage and minimize interference. Understanding these elements is essential for deploying compliant and efficient wireless networks that maximize coverage while respecting regulatory constraints and avoiding interference with other devices and services. 802.11 Technical Fundamentals and Advanced Features explores the core technologies that enable modern wireless communication and performance optimization. This includes modulation techniques that encode data onto radio waves for efficient transmission, channel width configurations that determine bandwidth allocation and data rates, advanced antenna technologies such as MIMO Multiple-Input Multiple-Output, MU-MIMO Multi-User MIMO, and MLO Multi-Link Operation that increase capacity and reliability, wireless network topologies including infrastructure and ad-hoc modes that define how devices connect and communicate, and frame types that structure data packets for proper network operation. Mastering these fundamentals is critical for understanding how wireless networks achieve high performance, support multiple simultaneous users, and maintain robust connectivity in complex environments. See More

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Wireless Network Implementation encompasses understanding and deploying various Cisco wireless architectures including Fabric, Mesh, Local, and Cloud deployment models. Students must be able to describe the characteristics, use cases, and benefits of each architecture type to determine appropriate solutions for different network environments. The implementation of physical infrastructure connections for wireless networks requires knowledge of proper cabling, power delivery, grounding, and component placement to ensure optimal performance and reliability. Additionally, learners must master the configuration and management access connections for... See More

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Wireless Network Operation encompasses the fundamental processes required to establish and maintain functional wireless infrastructure environments. This includes performing initial configuration of Cisco wireless systems, which involves setting up controllers, access points, and network parameters to create a foundation for wireless connectivity. The implementation of AP discovery and join processes enables access points to locate and authenticate with wireless controllers, establishing the management relationship necessary for centralized control. AP mode configuration allows administrators to deploy access points in various operational... See More

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Client Connectivity Configuration encompasses the essential processes for establishing secure and efficient wireless network access. This includes implementing authentication mechanisms outside the controller environment, such as external RADIUS servers and directory services, as well as configuring authentication protocols directly on the wireless controller including WPA2, WPA3, and 802.1X standards. Understanding how to configure client connectivity across various operating systemsWindows, macOS, iOS, and Androidensures seamless device integration and user experience. Roaming capabilities enable clients to maintain continuous connectivity while moving between... See More

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Wireless monitoring and management encompasses the essential practices required to maintain optimal network performance and user experience. This includes managing wireless network maintenance through regular updates, firmware patches, and hardware inspections to ensure reliable operation. Client monitoring involves configuring tools and systems to track device connections, bandwidth usage, and network performance metrics in real-time. Troubleshooting client connectivity requires diagnosing and resolving issues such as authentication failures, signal strength problems, and interference that may prevent devices from accessing the network. Additionally,... See More

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Automation and AI encompasses the fundamental skills and knowledge required for modern network management and intelligent operations. This includes the ability to interpret basic Python components and scripts for network automation tasks, understanding NETCONFYANG protocols for standardized network configuration management, and interpreting wireless infrastructure APIs for programmatic control of wireless networks. Additionally, learners must grasp the capabilities of AI Analytics in Catalyst Center for data-driven insights and decision-making, AI Operations in Catalyst Center for intelligent automation of network operations, and... See More

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350-101 Implementing and Operating Cisco Wireless Core Technologies Exam Topics and Questions

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