RF10 Gigabit Ethernet PHY vs 40 Gigabit Ethernet PHY vs 100 Gigabit Ethernet PHY
Explore the key differences between 10GbE, 40GbE, and 100GbE physical layers, including data rates, encoding methods, and typical applications in modern networks.
Posts tagged: Physical Layer
Showing 20 posts (Page 1 of 5)
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10 Physical Layer Interview Questions and Answers
Prepare for your interview with these 10 key Physical Layer questions and answers. Master the fundamentals for engineering and job success.
100 Gigabit Ethernet Physical Layer (100 Gbps Ethernet PHY)
Explores the architecture and features of the 100 Gigabit Ethernet Physical Layer (PHY), including PCS sublayer, multilane transmitter and receiver concepts.
40 Gigabit Ethernet Physical Layer (40GbE PHY) Explained
Explore the architecture and sublayers of the 40 Gigabit Ethernet physical layer, including RS, XLGMII, PCS, FEC, PMA, PMD, and AN.
5G NR Channel Coding: Techniques and Applications
Explore 5G NR channel coding techniques, including Polar codes for control channels and LDPC for data channels, as defined in 3GPP TS 38.212.
5G NR Frame Structure Explained
Explore the 5G NR frame structure, including subframes, slots, symbol configurations, and uplink/downlink timing as per the 3GPP NR standard.
5G NR PDCCH: Function, Contents, and Physical Layer Processing
Explore the 5G NR PDCCH, its function, contents, resource mapping within CORESETs, and the physical layer processing involved in its transmission.
5G NR Physical Layer Cell ID Calculator and Formula
Calculate the 5G NR Physical Layer Cell ID (PCI) using the PSS and SSS values with our online calculator and understand the PCI formula.
5G NR Physical Layer Failures: Root Causes and Solutions
Explore common 5G NR physical layer test failures, their root causes like interference and weak signals, and practical solutions for optimization.
5G NR Physical Layer Overview: Modules and Processing
An overview of the 5G NR physical layer based on 3GPP standards, detailing PDSCH and PUSCH channel processing.
5G NR PRACH: Function, Contents, and Physical Layer Processing
Explore the 5G NR PRACH, covering its role in uplink timing adjustment, preamble formats, and physical layer processing using Zadoff-Chu sequences.
5G NR PUCCH: Function, Contents, and Physical Layer
Explore the 5G NR PUCCH, covering its function, contents, physical layer processing, and mapping within the 5G NR wireless system.
5G NR SSB: Function, Contents, and Physical Layer Processing
Explore the 5G NR SSB, covering its function, mapping, and physical layer processing. Learn about SS, PBCH channels, and the synchronization process.
5G NR TBS vs CBG: Understanding the Differences
Explore the differences between Transport Block Size (TBS) and Code Block Group (CBG) in 5G NR, including UE procedures for grouping code blocks.
5G NR Zadoff-Chu Sequence Overview
Explore the 5G NR Zadoff-Chu sequence, its unique properties, applications in random access preambles, and MATLAB simulation resources.
5G NR: FFT Size, Sampling Time, and Subcarrier Parameters
Explore 5G NR physical layer parameters: FFT size, sampling time, subcarrier spacing, symbol length, and their relationships as per the 3GPP standard.
802.11ac WLAN Physical Layer Overview
Explore the 802.11ac physical layer, covering PHY padding, scrambling, FEC encoding, data mapping, and more. Understand how data is processed for efficient wireless transmission.
ATSC 3.0: Features, Protocol, Physical Layer & Frame Structure
Explore ATSC 3.0 TV technology, covering its features, protocol stack, physical layer, frame structure, and advantages over older standards.
Bluetooth Physical Layer: Header and Data Payload Processing
Explore the Bluetooth physical layer modules and how Bluetooth packet headers and data payloads are processed, including error correction, data whitening, and modulation.
EnOcean Protocol Stack: Physical, Data Link, and Network Layers Explained
Explore the EnOcean protocol stack, focusing on the Physical, Data Link, and Network layers. Understand data flow, encoding, addressing, and medium access control in this energy-harvesting wireless technology.
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