
CDMA Tutorial: Basics, Walsh & PN Sequence Codes, PHY Layer
Explore CDMA basics, including PN sequences, Walsh codes, and the PHY layer for both Base Stations and Mobile Subscribers. Learn how CDMA enables efficient wireless communication.
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Explore CDMA basics, including PN sequences, Walsh codes, and the PHY layer for both Base Stations and Mobile Subscribers. Learn how CDMA enables efficient wireless communication.
Learn the basics of HIPERLAN, including HIPERLAN/1 and HIPERLAN/2 frame structures, protocol stacks, and PHY/MAC layers. Compare HIPERLAN to WLAN technologies.
Explore the fundamentals of IEEE 802.11ah WLAN technology, designed for IoT applications in the sub-1GHz frequency range, including PHY/MAC layers and key features.
Explore the methods for interfacing the Physical (PHY) and Medium Access Control (MAC) layers in wireless communication systems like WLAN, WiMAX, and LTE. Learn about data transmission and control interfaces.
Explore the fundamentals of the LiFi MAC layer, including frame structure, single, packed, burst and dimmed OOK modes. Understand how LiFi efficiently transmits data.
Explore the LTE-M protocol stack, including the user and control planes, and the functions of each layer: PHY, MAC, RLC, PDCP, and RRC.
Explore the fundamental differences between PHY and MAC layers in IoT networking, their functions, and importance in enabling communication between devices.
Explore LoRa's physical layer, covering modulation, spreading factors, frequency bands, and key attributes for effective LoRaWAN device configuration.
Explore the SigFox protocol stack architecture, including RF, PHY, MAC, and Application layers, and their roles in efficient IoT communication within the SigFox network.
An overview of the Wi-SUN protocol stack layers, including the RF driver, PHY layer, and MAC layer, detailing their functions in Wi-SUN networks.
Learn about the IEEE 802.11ac Wi-Fi 5 standard, its features, frame structure, physical and MAC layers, and radio network planning.
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