Serdes Architectures And Applications-PDF Free Download

Advanced Serdes Debug with a BERT WHITE PAPER 2. Virtual Probing High Speed Serdes . Since the serdes consists of integrated components that cannot be probed, it is essentially a black box. The transmitted . having to implement the actual FEC

format. A K28.5 comma character must also be sent at the start of link synchronization, requiring additional logic. These extra "non-data" bytes require the SerDes to operate faster than the data conversion rate, placing higher demands on backplane or cable design and also requiring some kind of idle insertion/deletion flow control mechanism.

Microservice-based architectures. Using containerisation in hybrid cloud architectures: Docker, Kubernetes, OpenShift: Designing microservice architectures. Managing microservice architectures. Continuous integration and continuous delivery (CI/CD) in containerised architectures. Cloud-native microservice architectures: serverless.

Feb 06, 2014 · Design and data security features of the SmartFusion2 Overview of the 5Gbps SERDES, PCIe, XAUI / XGXS Native SERDES capabilities Debug capabilities of the device and software tools Hands on labs will utilize the SmartFusion2 Starter Kit, which supports: Introduction to the FPGA design flow including timing and power analysis

Comprehensive Test Coverage . Using the AE2010T software greatly simplifies testing with the following features. The Keysight AE2010T Automotive SerDes Transmitter Test Application lets you automatically configure the oscilloscope for each test and provides informative test results which includes margin and statistical analysis.

LVDS SERDES Intel FPGA IP User Guide Intel Arria 10 and Intel Cyclone 10 GX Devices Updated for Intel Quartus Prime Design Suite: 18.1 Subscribe Send Feedback ug_altera_lvds 2019.01.30 Latest document on the web: PDF HTML. Subscribe. Send Feedback. PDF. HTML

Basic IEEE 802.16 and WiMAX Forum Architectures 5. Summary of PHY, MAC and Convergence Layers 6. Resource Management and Control, QoS 7. IEEE 802.16/WiMAX Integration in E2E Architectures 8. Micro and Macro-mobility 9. Media Independent Handover 10. Mesh Mode 11. WiMAX versus other Broadband Technologies 12. Future Trends: WiMAX and 4G networks

Planning, lifecycle management, gap analysis and enterprise-wide alignment Discuss how reference architectures are used 2 SATURN 2014 –Understanding Reference Models and Reference Architectures . modeling, process improvement, systems and software engineering, requirements manag

Service Oriented Architectures: Summary Strengths Higher flexibility at run time. Services inside and outside the vehicle can be linked. Extensions and updates of services are possible. Simplified communication design. Simplified start up and shut down design. Implementation of complex and open SW architectures (Complex Interfaces, Layers, Remote

summarizes related work. Section 3 describes alternative database architectures for transaction processing in the cloud. Section 4 gives an overview of the services and variants that we have used for the experiments and which represent the different architectures described in Section 3. Section 5 details the benchmark and ex-perimental environment.

tend to be both complicated and power-hungry as well as taking up valuable silicon real estate, they are of less importance with modern multi-core architectures. In fact, with some new architectures such as Intel’s Knights Corner [3], the designers have reverted to simple single-issue in-order cores (although in the Knights Corner case

Most modern architectures have general purpose register (GPA) ISAs The architecture uses datapath registers (or memory locations) as operands. As opposed to stack architectures or accumulator architectures. This approach is generally faster and easier for compilers. The ISA provides a defined set of registers, including:

the representation of low-level features present in manycore architectures towards a high-level model automating. These concepts were implemented throughout the occa project to unify commonalities found across prominent architectures in the HPC com-munity. We start with an introduction on the past, present and projected future

Service Oriented Architectures Module 4 - Architectures Unit 1 - Architectural features . SOA Services Oriented Architecture -Services another name for large scale components . Microsoft PowerPoint - SOA18.ppt Author: Fulvio Created Date:

by using neural network architectures for two- dimensional image classification based on the goal-seeking neuron (GSN), are presented. A number of important practical issues concerning mapping topologies and the parallel implementa- tion of GSN-based architectures are also invest- igated, together with a proposal for the

MIPI Security is initially targeted for automotive, but it is applicable for any CSI-2 application. The MIPI Security (v1.0) and CSE (v2.0) specifications are targeted for 3Q 2022 . Feedback from automotive Tier 1s and OEMs on the security specification is welcomed .

TUTORIAL. ADC Architectures IV: Sigma-Delta ADC Advanced Concepts . and Applications . by Walt Kester . INTRODUCTION . Tutorial MT-022. discussed the basics of Σ-Δ ADCs. In this tutorial, we will look at some of the more advanced concepts including idle tones, multi-bit Σ-Δ, MASH, bandpass Σ-Δ, as well as some example applications.

CS132 Lecture 14: Web Application Architectures Web Applications Are distributed systems o Some work is done in the front end o Some work is done in the back end o Some work is done in servers or databases Different web applications allocate the work differently o Server-side heavy: banner, blogs, o Client-side heavy: gmail, google docs

GETTING STARTED GUIDE PXIe-1486 FlexRIO FPD-Link Interface Module . Connectors, and Block Diagram on page 14 PXIe-1486 SerDes Front Panel, Connectors, and Block Diagram on page 17 Configuring the PXIe-1486 in MAX Use Measurement & Automation Explorer (MAX) to configure your NI hardware. MAX

These clocking Libero SoC software resources provide flexible clocking schemes to the on-chip hard IP blocks—HPMS, fabric DDR (FDDR) subsystem, and high-speed serial interfaces (PCIe, XAUI/XGXS, SERDES)—and logic implemented in the FPGA fabric. IGLOO2 Low Power Design User Guide

Oct 10, 2007 · Algorithmic Modeling Interface (AMI), and is based on the concept that a model should be an algorithmic one which abstracts out the details of the circuit implementation. By abstracting out non-essential details, such a model c

5 Avago Technologies Confidential. Restricted under NDA High Speed Signal Interface Figure 3 shows the interface between an ASIC/SerDes and the fiber optics modules. For simplicity, only one channel is shown. As shown in Figure 3, the compliance points are on

IEEE JOURNAL OF SOLID-STATE CIRCUITS, VOL. 40, NO. 12, DECEMBER 2005 2633 A 6.4-Gb/s CMOS SerDes Core With Feed-Forward and Decision-Feedback Equalization Troy Beukema, Michael Sorna, Karl Selander, Steven Zier, Brian L. Ji, Member, IEEE, Phil Murfet, James Mason, Senior Member, IEEE, Woogeun Rhee, Member, IEEE, Herschel Ainspan, Benjamin .

2.1 Minimum PCB Stack up The minimum PCB stack up for routing the KeyStone I devices is considered to be a six-layer stack up as described in Table 1.This assumes minimal peripherals are used. Combination of peripherals will increase PCB stack up complexity and layer count. It

the design of a PCB for the transmission of 10 Gb/s serial data. It has been written to aid the PCB designer to de-vise the layout for a host board for use with the Avago 10 Gb/s HFCT-711XPD XFP LC differential serial transceiver and the electrical channel to the SerDes IC (XFI channel). Its focus is on the frequency-dependent attributes of the

Step 1: Replace ASIC RAMs to FPGA RAMs (using CORE Gen. tool) Step 2: ASIC PLLs to FPGA DCM & PLLs (using architecture wizard), also use BUFG/IBUFG for global routing. Step 3: Convert SERDES (Using Chipsync wizard) Step 4: Convert DSP resources to FPGA DSP resources (using FPGA Core gen.)

Exotic Optics: Full ZR/DWDM, limited CX4, no LX4 Notes: Extremely popular on new 10G equipment Eliminating SerDes for 10GBASE-R/W is a big power saver Some CX4 support recently added, but not optimized for it. By Richard Steenbergen, nLayer Communications, Inc. 13

CCIX DDR Network Cores MIPI LVDS GPIO SerDes Accelerator RAM WORKLOAD N Block RAM & UltraRAM Embedded configurable SRAM (New) Accelerator RAM 4 MB sharable across engines DDR External Memory DDR4-3200; LPDDR4-4266 HBM nsity In-package DRAM LUTRAM Distributed low-latency me

T3 SERDES RX Block Diagram Very complex Lots of Transistors Lots of Area Lt fPLots of Power Source: J. L. Shin ,,, et. al., “A 40nm 16-core 128-Thread SPARC SoC Processor” , IEEE Jour

T3 SERDES RX Block Diagram Source: J. L. Shin, et. al., “A 40nm 16-core 128-Thread SPARC SoC Processor”, IEEE Journal of Solid-State Circuits, Vol. 46, No. 1, Jan. 2011 Ve

Cable Modem ADSL VDSL QPSK/8PSK Satellite WAN Access OC-48/192 SONET Terrestrial HDTV/DVB-H 10/100/1000 Ethernet PHY 10/100/1000/10G Ethernet Switching 1/3/6 Gbps SERDES 802.11a/b/g Radio/BB/MAC LAN Access 802.11n MIMO Bluetooth Radio/BB/MAC PCI/CB Host/Dev USB 1.1, 2.0 Host/Dev P-ATA 100 S-ATA I/II 400/800 MHz P1394 System Interfaces GPIO .

Next generation network switch - "50T" 50T network switch is around the corner Drives 90mm package size ‒ Unless we find other ways to get the data 0.96 1.6 2 2.4 off the module 3.8 10.432 25.6 51.2 0 20 40 60 80 100 120 140 0 10 20 30 40 50 60 2008 2010 2012 2014 2016 2018 2021 2023 2024 Aggregate chip bandwidth [Tb/s] SerDes Speed .

Connector Banks 200-206, 28 GTM Channels SERDES IO Card Various Port Options ARM Processor System Boot PGM 8x GPIO SD Card PCIe 3/4/5 2x8, 1x16 JTAG USB Reader USB 2.0 USB 2.0 USB 2.0 I2C I2C I2C UART UART PMP 16 bits 200 Mbps SPI x8 FPGA GPIO Bank 712 SRAM Banks 703-705 SRAM Banks 706-708 SRAM Banks 709-711 SRAM 72 MB 36 bits SRAM 72 MB 36 .

cloud architectures, which emphasize automation, orchestration, and self-service. On the public cloud side, virtualization serves as the infrastructure foundation of nearly all public clouds. For next-generation applications, customers are shifting to containers and new microservices-based architectures. Containers

Network virtualization offers all-sizes-fit-into-onesolution Open and expandable model multiple heterogeneous architectures on shared physical substrate promotes innovation and customized services/applications Testbed for deployment/evaluation of new network architectures and protocols Network Vir

Empowering flexible and scalable high performance architectures with embedded photonics. Rev PA1 2 High Performance Systems: Trends and Challenges . (June, 2018) - Peak performance: 122.3 PetaFLOPS(Linpack) - Data Analytics applications up to 3.3 ExaFLOPs - Power consumption: 13MW Power efficiency: 13.9 GFLOPs/Watt (#5 Green 500 .

Polymers with advanced architectures as emulsifiers for multi-functional emulsions Mingqiu Hu a and Thomas P Russell*ab Emulsions have wide applications in the food, cosmetics, and pharmaceutical industries. . food, cosmetics, and pharmaceutical industries.1-16 Emulsions responsive to external stimuli, such as light,17 temperature,18-21

the gpu computing era gpu computing is at a tipping point, becoming more widely used in demanding consumer applications and high-performance computing.this article describes the rapid evolution of gpu architectures—from graphics processors to massively parallel many-core multiprocessors, recent developments in gpu computing architectures, and how the enthusiastic

A recent trend of transitioning to multicore architectures in the mainstream market segments creates significant challenges for programming systems. The market need for creating portable multithreaded applications that exploit high performance of chip multiprocessors is not easily supported by existing programming models and languages,

software architectures of modern cloud-based applications. The challenge of designing software before implementing them is very interesting to me as it makes the whole process a lot simpler when you have a roadmap to follow. The decision to switch architectures is not a light one for companies so creating a decision framework would be