Texas Instruments JESD204B Series Why Use a JESD204B Device? Josh Carnes HSDC Applications Engineer.

Slides:



Advertisements
Similar presentations
By Sunil G. Kulkarni, SO/F, Pelletron-Linac Facility, BARC-TIFR. 21/01/2011 ASET.
Advertisements

1 Lecture 2 Transmission Line Characteristics 1. Introduction 2. Properties of Coaxial Cable 3. Telegraph Equations 4. Characteristic Impedance of Coaxial.
Sundance Multiprocessor Technology 3U PXI express Instrumentation, Test and measurement, Embedded vision, and Real-time solutions.
Networks and Stuff Networks and wiring ‘em. Networks n Connecting things together n Can be: –Computers –Embedded devices –Telephones –Radios –TV’s –Anything!
ECE 699: Lecture 1 Introduction to Zynq.
Lecture Exam Monday 5:30 – 6:30 bring a blue bubble sheet lab sections 10, 11, 12 take test in Classroom Building 302 lab sections 13, 14, 15 take test.
Networks “Each time you use the telephone you use the world’s largest computer network – the telephone system”
Data Communications & Computer Networks, Second Edition 1 Chapter 1 The Big Picture Introduction to Computer Networks and Data Communications.
1 Design of the Front End Readout Board for TORCH Detector 10, June 2010.
National Science Foundation Symposium Ed Thomas Chief, Office of Engineering and Technology Federal Communications Commission.
ENGINEERING APPLICATIONS Telecommunication Long Distance Communication Handle large number of channels Signalling purposes Computer Networks Connecting.
Texas Instrument High Speed ADCs presentation summary SALVATORE DANZECA.
Delivering Capacity, Low Latency and Low Jitter Jim Freeze, SVP Marketing & Alliances October 2007.
Anthony Karnowski. A field-programmable gate array (FPGA) is an integrated circuit designed to be configured by a customer or a designer after manufacturing—hence.
Technology Guide 4 Telecommunication & Internet. Agenda Telecommunication terminology Communication media Network architecture concepts Enterprise networking.
HyperTransport™ Technology I/O Link Presentation by Mike Jonas.
2-1 Physical Layer l Theoretical basis for data communications n Fourier analysis n distortion –by different attenuation rates of different frequency components.
1 Chapter Two Electrical & Computer Engineering Specialization.
7.1 Chapter 7 Transmission Media Copyright © The McGraw-Hill Companies, Inc. Permission required for reproduction or display.
IEEE & Priyanka Vanjani CST 554: Short Presentation ASU Id #
BS Test & Measurement Technique for Modern Semi-con devices & PCBAs.
Radio Meets Internet Steven F. Goldberg, W3SFG. Part 1: Internet Operating Aids Part 2: Survey of Digital Operating Modes Part 3: Internet Resources and.
Chapter 1 Introduction to Computer Networks and Data Communications Data Communications and Computer Networks: A Business User’s Approach.
ULTRAWIDEBAND TECHNOLOGY FOR CREATING A WIRELESS WORLD.
Transport Layer To provide reliable process to process data delivery and recovery. Unit is segments. Sessions Layer To establish, manage and terminate.
1 © 2004, Cisco Systems, Inc. All rights reserved. Wireless Local Area Networks (WLANs)
What is wireless computer networking? Wireless networks maintain communication channels between computers by using radio waves and/or microwaves. Wireless.
Computer Networks. Introduction Computer Network2 A History Lesson of Networking 1969 – ARPANET, first packet switched network consist of UCLA, Stanford,
IEEE &
7.1 Chapter 7 Transmission Media Copyright © The McGraw-Hill Companies, Inc. Permission required for reproduction or display.
Overview Overview  Skills of AMERICAN TECHNOLOGIES Inc. CapabilitiesCapabilities  What is Spread Spectrum Technology?  ACT’s Products and Services.
Proprietary and Confidential © Copyright Alvarion Ltd. Optimized 4G Smart Grid Connectivity Eedo Lifshitz Director, Business Development.
AEROSPACE ENGINEERING INTERESTS IN UAS. A CTIVITIES (S MALL UAV S ) Cameras development: Thermal; Multispectral; Image processing onboard. Main Applications:
9/4/01Mary Price - The Internet1 9/4/01Mary Price - The Internet 2 T h e I n t e r n e t ? I n t e r n a t i o n a l N e t w o r k.
{ Network Definitions By: Bihu Malhotra 10DD.  A group of interconnected computers and peripherals that is capable of sharing software and hardware resources.
Chapter Three The Highways and Byways of the Network.
June 22, 2002 Research Activities: Girish P. Saraph Microwave, RF/ Wireless, & Optical Communication Microwave Engineering: - High power microwave amplifiers.
CSC ME1/1 Upgrade Status of Electronics Design Mikhail Matveev Rice University March 28, 2012.
Wireless Networking Nandakumar.P. Web Resource
331: STUDY DATA COMMUNICATIONS AND NETWORKS.  1. Discuss computer networks (5 hrs)  2. Discuss data communications (15 hrs)
Networks. What is a computer network? A network is two or more computers that are linked together so that they are able to share resources.
PART I: DIGITAL COMMUNICATION SYSTEMS Chapter 3: Transmission Media.
Communications & Computer Networks Resource Notes - Network Hardware
Communications Technology Chapter 7 Starting Along the Information Superhighway © The McGraw-Hill Companies, Inc., 2000.
Offering the freedom to design solutions Sundance OEM Solution.
Network Media. Copper, Optical, Fibre (Physical Layer Technologies) Introduction to Computer Networking.
7.1 Chapter 7 Review Transmission Media Copyright © The McGraw-Hill Companies, Inc. Permission required for reproduction or display.
Communications Technology Chapter 7 Starting Along the Information Superhighway Computer Components & Networks, 2002.
Affordable Wireless Mobile Broadband Communication & Services Challenges & Key research areas Jens Zander Scientific Director Center for Wireless Systems.
Rajani Muraleedharan and Lisa Ann Osadciw By: Mai Ali Sayed Ahmed.
Texas Instruments JESD204B Series The Physical Layer (PHY) Josh Carnes HSDC Applications Engineer.
Part II. Physical Layer and Media Chapter 7. Transmission Media COMP 3270 Computer Networks Computing Science Thompson Rivers University.
7.1 Chapter 7 Transmission Media Copyright © The McGraw-Hill Companies, Inc. Permission required for reproduction or display.
Wired and Wireless network management 1. outline 2 Wireless applications Wireless LAN Wireless LAN transmission medium WLAN modes WLAN design consideration.
Presented by K. M. Faruk Lecturer ICT Bhatpur Alim Madrasha Sreebardi, Sherpur.
Electromagnetic Waves
NETWORKS. WHAT IS A NETWORK? When two or more computers or devices are linked together. Any device connected to a network is a node.
JESD204B High Speed ADC Interface Standard
Serial I/O ADCs/DACs : The Next Giant Leap in Mixed-Signal for Space
Optical Engineering.
Optimising Our Network
Introducing: LTC5553 A 3GHz to 20GHz Microwave Mixer with Integrated LO Buffer ©2017 Analog Devices, Inc. All rights reserved.
Instructor Materials Chapter 1 Ever Wonder How It Works?
Visit for more Learning Resources
ROACH3 Introduction Alec Rust SKA-SA 1 1.
Making an Ethernet Cable
Computers Are Your Future Eleventh Edition
Chapter 7 Transmission Media
Media Content Providers
Chapter 5 Transmission Media.
Presentation transcript:

Texas Instruments JESD204B Series Why Use a JESD204B Device? Josh Carnes HSDC Applications Engineer

JESD204 Benefits Reduced/simplified PCB area Reduced package size Comparable power for large throughput Scalable to higher frequencies Simplified interface timing Standard interface 2

JESD204 Benefits 3 Reduced/simplified PCB area Reduced package size Comparable power for large throughput Scalable to higher frequencies Simplified interface timing Standard interface DAC LVDS 32 lanes 4 layers JESD204 8 lanes 1 layer

JESD204 Benefits 4 DAC 10x10mm 144-pin BGA DAC 12x12mm 196-pin BGA Reduced/simplified PCB area Reduced package size Comparable power for large throughput Scalable to higher frequencies Simplified interface timing Standard interface

JESD204 Benefits 5 Reduced/simplified PCB area Reduced package size Comparable power for large throughput Scalable to higher frequencies Simplified interface timing Standard interface

JESD204 Benefits 6 Reduced/simplified PCB area Reduced package size Comparable power for large throughput Scalable to higher frequencies Simplified interface timing Standard interface

JESD204 Benefits Reduced/simplified PCB area Reduced package size Comparable power for large throughput Scalable to higher frequencies Simplified interface timing Standard interface 7

JESD204 Benefits Reduced/simplified PCB area Reduced package size Comparable power for large throughput Scalable to higher frequencies Simplified interface timing Standard interface 8 16-bit ADC 125MSPS 14-bit ADC 250MSPS 14-bit ADC 500MSPS 14-bit ADC 1000MSPS

9 JESD204 Cost Increased interface latency Increased FPGA firmware complexity / licensing

10 Applications Wireless & Wired Communications Wireless Infrastructure Software Defined Radio Microwave Backhaul DOCSIS Optical, Cable TDR Wireless & Wired Communications Wireless Infrastructure Software Defined Radio Microwave Backhaul DOCSIS Optical, Cable TDR Aerospace and Defense RADAR, SIGINT, ELINT, Jammers Software Defined Radio, Network Communications Munitions Guidance Satellite Payloads Satellite Communications Aerospace and Defense RADAR, SIGINT, ELINT, Jammers Software Defined Radio, Network Communications Munitions Guidance Satellite Payloads Satellite Communications Industrial, Test and Measurement Oscilloscopes Spectrum / Network Analyzers Telecom Test and ATE Medical Imaging and Diagnostics Industrial, Test and Measurement Oscilloscopes Spectrum / Network Analyzers Telecom Test and ATE Medical Imaging and Diagnostics

11 Links