Showing 20 posts (Page 7 of 8)
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Explore the functions of key 5G network interfaces like N1, N2, N3, N4, N6, N9, and Xn. Learn how they enable seamless communication and efficient data management within the 5G architecture.
Explore ANT+ technology, a low-power wireless protocol for M2M and IoT applications. Learn about its features, network basics, and device profiles.
Explore Bluetooth technology, covering its basics, advantages, disadvantages, and applications. Learn about its role in wireless communication and IoT.
Explore the CoAP protocol designed for IoT, covering its architecture, layers, message format, and how it enables efficient communication in constrained environments.
Learn about networking gateways, their role in connecting heterogeneous networks, and examples like GSM gateways for VOIP.
Explore the SAE J1939 protocol used in heavy-duty vehicles. Learn about the 29-bit CAN ID, 18-bit PGN, SPN, and data structure for effective ECU communication.
Explore the SigFox protocol stack architecture, including RF, PHY, MAC, and Application layers, and their roles in efficient IoT communication within the SigFox network.
Learn about the J1939 connector, a standard 9-pin circular connector used in heavy-duty vehicles for CAN communication, diagnostics, and data exchange between ECUs.
A comprehensive overview of the Lonworks protocol stack, covering the physical, link, network, transport, session, presentation, and application layers.
An introduction to the Modbus protocol, its master-slave architecture, transmission modes (ASCII/RTU), message framing, and the role of Hart to Modbus converters.
Explore the architecture of the USB protocol stack, comparing versions 2.0 and 3.2, and learn about the functions of each layer from functional to physical.
Explore the UDS request and response frame formats, including service request, positive response, and negative response messages.
Explore USB packet formats and types as per V2.0 and V3.2, covering Token, Data, SOF, Handshake, LMP, TP, DP, and ITS packets for efficient data transfer.
VLANs logically group Ethernet switch ports to create independent networks. This isolation is achieved by manipulating frame forwarding and adding a special field to Ethernet frames.
Explore Wirepas, a decentralized mesh network protocol for IoT, its features including autonomous optimization, multi-gateway support, applications, and benefits like low power and scalability.
Explore the XCP protocol in automotive: an interface for real-time ECU calibration and testing, offering efficiency, high performance, and standardization.
Explore the structure of Zigbee MAC layer frames, including beacon, data, acknowledgment, and MAC command frame formats. Learn about the frame control field and command identifiers.
Learn about the Unipro interface protocol, a high-speed chip-to-chip interface commonly used in mobile devices, and its key advantages like low power consumption and flexible routing.
Explore the differences between VRRP (Virtual Router Redundancy Protocol) and VRF (Virtual Routing Forwarding), their functionalities, and how they work in networking.
Explore the Very Simple Control Protocol (VSCP) framework, its role in IoT, event-driven architecture, node identification, and operation principles.
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