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"Contents : - Part I:Overview - High-Speed I/O Design and Test Review:From the Perspectives of Moore is Law and Multiple Gbps Data Rates - Part II:System Architecture and Performance - Transfer Functions for the Reference Clock Jitter in a Serial Link: Theory and Applications - Channel Compliance Testing Utilizing Novel Statistical Eye Methodology - Advances in High-Speed Design in Dispersively Attenuating Environments Such as Cables and Backplanes - Part III:Design Simulation and Modeling - Static Crosstalk Analysis - Modeling Loss and Jitter in High-Speed Serial Connects - Design and Modeling Methodology for High-Performance Power Distribution Systems - Source Synchronous Bus Design and Timing Analysis for High-Volume Manufacturable System Interconnects - Part IV:Design for High Performance - Eye Opening Techniques Enabled by Dispersion Compensation - Maximizing 10-Gbps Transmission Path Length in Copper Backplanes with and without Transceiver Technology - How to Make Optimal Use of Signal Conditioning in 40-Gbps Copper Interconnects - Design of a 6.25-Gbps Backplane SerDes with Top-Down Design Methodology - A Flexible Serial Link for 5-10 Gbps in Realistic Backplane Environments - Part V:Characterization and Test - Signal Integrity and Jitter:How to Measure Them Correctly - A Statistical and System Transfer Function Based Method for Jitter and Noise in Communication Design and Test - Total Jitter Measurement at Low Probability Levels,Using the Optimized BERT Scan Method - Comparison and Correlation of Signal-Integrity Measurement Techniques - Performance Evaluation of High-Speed Serial Links - Physical-Layer Design and Characterization of a 3.2 Gbps/Pair Memory Channel - Acronym Guide "

"Dalam lima tahun terakhir, terjadi peningkatan signifikan dalam penggunaan bandwidth global, mendorong kebutuhan akan kecepatan internet yang terus meningkat. Penelitian ini berfokus pada perancangan jaringan FTTx dengan konfigurasi TWDM-PON yang memiliki data rate asimetris 64 Gbps downstream dan 50 Gbps upstream untuk aplikasi di daerah industri. Desain TWDM-PON ini menggunakan protokol data rate asimetris dengan rasio splitter 1:64, empat kanal spektrum berbeda, dan jarak minimal 40 km. Studi ini menganalisis pengaruh berbagai variabel pada kualitas transmisi jaringan optik pasif. Rangkaian dirancang atas dasar standar ITU G.989.1 yang diimprovisasi pada tingkat data rate dan disimulasikan menggunakan aplikasi Optisystem. Hasil simulasi dibandingkan dan divalidasi dengan literatur terkait. Pengolahan data meliputi pencatatan, pemetaan, dan analisis data dengan fokus pada faktor Q maksimum. Jenis modulasi adalah variabel penting dalam PON, dan target spesifikasi faktor Q minimum tercapai, dengan beberapa percobaan melebihi angka 25.

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In the last five years, there has been a significant increase in global bandwidth usage, driving the need for continuously increasing internet speeds. This research focuses on designing an FTTx network with a TWDM-PON configuration featuring an asymmetric data rate of 64 Gbps downstream and 50 Gbps upstream for industrial area applications. This TWDM-PON design employs an asymmetric data rate protocol with a 1:64 splitter ratio, four different spectral channels, and a minimum distance of 40 km. The study analyzes the impact of various variabels on the transmission quality of the passive optical network. The network design designed based on ITU G.989.1 standard and simulated using Optisystem application. Simulation results are compared and validated with related literature. Data processing includes recording, mapping, and analyzing data with a focus on the maximum Q-Factor. Modulation is a critical variabel in PON, and the target specification of the minimum Q-Factor is achieved, with some experiments exceeding a Q-Factor of 25."

"The book gives an in-depth description of the key devices of current and next generation fibre optic communication networks. In particular, the book covers devices such as semiconductor lasers, optical amplifiers, modulators, wavelength filters, and detectors but the relevant properties of optical fibres as well. The presentations include the physical principles underlying the various devices, the technologies used for the realization of the different devices, typical performance characteristics and limitations, and development trends towards more advanced components are also illustrated. Thus the scope of the book spans relevant principles, state-of-the-art implementations, the status of current research and expected future components."

"The book discusses active devices and circuits for microwave communications. It begins with the basics of device physics and then explores the design of microwave communication systems including analysis and the implementation of different circuits. In addition to classic topics in microwave active devices, such as p-i-n diodes, Schottky diodes, step recovery diodes, BJT, HBT, MESFET, HFET, and various microwave circuits like switch, phase shifter, attenuator, detector, amplifier, multiplier and mixer, the book also covers modern areas such as Class-F power amplifiers, direct frequency modulators, linearizers, and equalizers. Most of the examples are based on practical devices available in commercial markets and the circuits presented are operational. The book uses analytical methods to derive values of circuit components without the need for any circuit design tools, in order to explain the theory of the circuits. All the given analytical expressions are also cross verified using commercially available microwave circuit design tools, and each chapter includes relevant diagrams and solved problems. It is intended for scholars in the field of electronics and communication engineering."