| Course | |||||
|---|---|---|---|---|---|
 | Radio Frequency This course provides an introduction to different digital modulation types and how they are used. Covered topics include ASK, FSK, PSK, QAM and APSK.
Duration: 1 hour | ||||
 | Wi-Fi Technology Wi-Fi 7 Technology Overview: Introduction to Wi-Fi 7 Wi-Fi Evolution Key Features Market Drivers Key Differentiators Performance Enhancements Spectrum Usage and bands Increased Capacity & Reduced Latency Industrial Impact Network Infrastructure Duration: 38... | ||||
 | Wi-Fi Technology Wi-Fi 7 Physical Layer Overview of PHY layer Channel bandwidths & frequency ranges Modulation schemes and coding techniques Resource units and preamble design 320MHz channels Coexistence with other technologies 4K-QAM modulation Error correction and... | ||||
 | Wi-Fi Technology Wi-Fi 7 Signaling Overview of signaling protocols Signal modulation and demodulation Frame structures and data transmission Beamforming Multi-user MIMO Enhancements Real-world applications Interference in Wi-Fi networks Interference mitigation Coexistence... | ||||
 | Wi-Fi Technology Wi-Fi 7 Advanced Enhancements Multi-link operation (MLO) MLO implementation strategies Performance Improvements and Challenges MAC layer improvements New features and protocols Network performance impact Emerging trends & future enhancements Beyond Wi-Fi... | ||||
 | Wi-Fi Technology Wi-Fi 8 Physical Layer Overview of Wi-Fi 8 technology Evolution from Wi-Fi 7 Key protocol features Market potential and timeline New modulation and coding schemes Distributed resource unit (dRU) Improved RF performance Challenges and solutions Innovation... | ||||
 | Wi-Fi Technology Wi-Fi 8 Signaling Overview of signaling enhancements Multi-AP coordination Roaming Signal modulation and demodulation advances Frame structure and data transmission improvements Predictions for future Wi-Fi signaling techniques Future network... | ||||
 | Oscilloscope This course provides an introduction to oscilloscopes and the most common probes types (passive, active, current, and differential). Duration: 1 Hour | ||||
 | Oscilloscope This course provides an introduction to the most important types of oscilloscope probes and related topics. Duration: 1 Hour | ||||
 | 5G Technology 5G Overview: - Introduction to 5G - Target performance - Use cases - System architecture - Types of network connections Duration: 38 Minutes Your certificate will be granted once you complete all 6 5G courses. |
