Analog Devices Company Introduction Analog Devices, Inc. All rights reserved.

Size: px

Start display at page:

Alexandra McLaughlin
5 years ago
Views:

1 Analog Devices Company Introduction

of solutions that leverage high performance analog, mixed-signal, and digital signal processing technology, including integrated circuits

2 Analog Devices At A Glance Founded Headquarters Employees Countries Products Customers Publicly Listed Design Centers 1965 Norwood, MA ~15, ~45,000 SKUs 125,000 NASDAQ:ADI Part of S&P 500 and NASDAQ 100 ~45 What We Do Design, manufacture, and market a broad portfolio of solutions that leverage high performance analog, mixed-signal, and digital signal processing technology, including integrated circuits (ICs), algorithms, software, and subsystems. What We Deliver Solutions that sense, measure, power, connect, and interpret the world around us. 2

Systems OUR CUSTOMERS GAIN VALUE THROUGH ANALOG DEVICES PERFORMANCE TECHNOLOGY AND EXPERTISE, STRATEGIC ACQUISTIONS, AND ADVANCEMENT FROM SILICON TO SOFTWARE TO CLOUD Domains Algorithms Processing

3 Systems OUR CUSTOMERS GAIN VALUE THROUGH ANALOG DEVICES PERFORMANCE TECHNOLOGY AND EXPERTISE, STRATEGIC ACQUISTIONS, AND ADVANCEMENT FROM SILICON TO SOFTWARE TO CLOUD Domains Algorithms Processing Sense MEMS Optical Measure Data converters Amps, clocks, isolation Platforms Core Technologies Power Regulators Hot swap Intelligence Analytics Security Connect Interpret DSP Microcontrollers RF transceivers Microwave/ millimeter wave 3

4 Aerospace and Defense Automotive Communications Consumer DELIVERING INNOVATION THAT KEEPS OUR CUSTOMERS AHEAD OF WHAT S POSSIBLE Energy Healthcare Industrial Automation Industrial Sensing Instrumentation Internet of Things RFMG Power 4

Design and Support Resources Accelerate Our Customer s Journey from Research to Production Connecting the stages and driving consistency across the customer design

Research Evaluate Design Production Education and selection tools for matching ideas to solutions Online behavioral models to test concepts quickly Common evaluation

5 Design and Support Resources Accelerate Our Customer s Journey from Research to Production Connecting the stages and driving consistency across the customer design journey with software, tools, models, and hardware. Research Evaluate Design Production Education and selection tools for matching ideas to solutions Online behavioral models to test concepts quickly Common evaluation hardware and software Evaluation platforms and development platforms Online and downloadable design tools Adoption of industry standards, such as Arduino, for ease of prototyping and reference designs Online customer support Communities Forums Wikis LTspice Simulation EngineerZone support community 5

6 Inspiring Future Engineers and Innovators Active Learning Program: dedicated to inspiring students to better understand analog real world signals Enables integration of technology into course curricula, design and research projects Tools for teaching and learning about circuits Analog Parts Kit Support STEM initiatives including FIRST Robotics Recruit the best and brightest minds Tools for teaching and learning about communications Data Conversion Handbook Required Reading by EE s Worldwide 6 9/14/2018

7 The most important thing in education : TextBooks and Labs Dr. Travis Collins Robin Getz Dr. Alex Wyglinski Dr. Di Pu 7

8 country (open positions) as of 13Sept2018 United States (145) Ireland (33) Philippines (30) India (26) China (16) Germany (6) Malaysia (6) Japan (4) Singapore (3) Canada (2) Taiwan (2) Netherlands (1) Romania (1) Spain (1) 8

9 RadioVerse FROM CHIPS, TO SOFTWARE, TO HDL, TO SYSTEMS 9

10 Software Defined Radio is expanding into new applications SDR IIoT Robots! Radar First Responder Drones & Robotics Critical Comms Instrumentation SDR Portable Analyzers Cellular Testers Cellular IOT Femtocells Small Cell/ Picocells RRH & DAS Macro & Micro Repeaters Backhaul Massive MIMO Repeaters

11 Challenge From devices/chips: To Products: 11

12 Industry/Customer Challenges for Software Defined Radio Reducing development time & system cost Balancing lower power & higher performance Need for higher integration, reliability, re-use and secure solutions Lower Cost Software Defined Radio Design

13 Communications and Radios are hard Software Defined Radio makes it worse! RF Design RF Hardware skills Software Engineering SDR SoC Assembly DSP Algorithms Digital Hardware Communications theory 13

14 RadioVerse Accessible Expertise Market Leading Radio Technologies Advanced and innovative RF and mixed-signal solutions targeting applications where robust performance, power consumption, and footprint are critical success metrics. Radio Design Environment Radio Design Environment we provide board support packages, software, tools, reference designs, and modules Market Leading Radio Technologies Accessible Expertise support and education with our technical experts 14

SDR Journey Research Evaluate Design Production Education and selection tools for matching ideas to solutions Behavioral models to test concepts quickly Make vs buy

tools Automation with standard test equipment Online customer support Communities Forums Wikis Advanced tool flows for automatic HDL generation HDL reference

15 SDR Journey Research Evaluate Design Production Education and selection tools for matching ideas to solutions Behavioral models to test concepts quickly Make vs buy SOM Partner Hardware Custom Hardware Common evaluation hardware and software Evaluation platforms Development systems Prototyping systems Integration with industry tools Automation with standard test equipment Online customer support Communities Forums Wikis Advanced tool flows for automatic HDL generation HDL reference designs Schematics, gerbers Test procedures for ADI platforms Connectivity to test equipment Videos, and descriptions of board tests Modular, pre-tested hardware (SOM) 15

As developers move, their hardware/software requirements change Research

Simulation PlutoSDR Streaming to GNU Radio or IIO Scope GNU Radio / Python

modeling Hardware streaming Data type conversion Deployment to development board

hardware Validation with complete hardware solution PlutoSDR aaaaa Streams over

and MATLAB application interfaces RFSoM+FMC Carrier or Eval FMC + FPGA Carrier

operation), blue wire to HW Includes above plus : Device Drivers, HDL

Carrieraaaaaaaaaaaaaaaaaaaaaaaaaaaa Prototype field testing, trials or bake off

Audio, etc) Custom Does whatever you want Could include one or more or none of

16 As developers move, their hardware/software requirements change Research Algorithm Development Design Elaboration Prototype Production AD9361 Behavioral Simulation PlutoSDR Streaming to GNU Radio or IIO Scope GNU Radio / Python reference implementation Hardware streaming GNU Radio C++ modeling Simulink modeling Hardware streaming Data type conversion Deployment to development board Design optimization HDL Integration Driver Integration Deployment to custom hardware Validation with complete hardware solution PlutoSDR aaaaa Streams over USB Includes : Host Libraries (libiio, libad9361-iio), GUI Software, GNU Radio and MATLAB application interfaces RFSoM+FMC Carrier or Eval FMC + FPGA Carrier Streams over USB/Ethernet, allows access to FPGA and local CPU (standalone operation), blue wire to HW Includes above plus : Device Drivers, HDL interfaces, HDL libraries, Schematics, Gerber PackRF or RFSoM + Custom Carrieraaaaaaaaaaaaaaaaaaaaaaaaaaaa Prototype field testing, trials or bake off Includes above plus standard peripheral access (screen, battery, GPS, PoE, Audio, etc) Custom Does whatever you want Could include one or more or none of ADI: Host Libraries, GUI Software, Device Libraries, Device Drivers, HDL, Schematics, Gerber 16 aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa

RadioVerse Evaluation and Prototyping Hardware AD-FMCOMMS2 AD-FMCOMMS3 AD9361 2 x Rx, 2 x Tx tuning range 2.

AD-FMCOMMS4 AD9364 1 x Rx, 1 x Tx 70 MHz 6GHz tuning range 200kHz - 56 MHz channel bandwidth Shipping Now

6GHz tuning range 200kHz - 56 MHz channel bandwidth Shipping Now!

Rx, 2 x Tx, 2 x Obs, 1x Sniffer tuning range 1.8GHz 2.

AD9375 2 x 6GHz 300MHz 6GHz DPD actuator and adaptation engine for PA linearization ADRV9008-1W/PCBZ (Rx)

1x Sniffer 75MHz - 6GHz tuning range Tx synthesis bandwidth 450 MHz Rx BW to 200 MHz ADRV9364-Z7020

bandwidth 1GB DDR + 32MB FLASH Ethernet + USB Phy PACKRF ADRV9361 reference design Battery, PoE, Screen,

Downlink 2 PAs, 2 LNAs, duplex filters ADR9009-ZU11EG 2 x ADRV9009 + Zynq Uiltrascale 75MHz to 6GHz tuning

17 RadioVerse Evaluation and Prototyping Hardware AD-FMCOMMS2 AD-FMCOMMS3 AD x Rx, 2 x Tx tuning range 2.2 GHz 2.6GHz 70 MHz 6GHz 200kHz - 56 MHz channel bandwidth! AD-FMCOMMS4 AD x Rx, 1 x Tx 70 MHz 6GHz tuning range 200kHz - 56 MHz channel bandwidth Shipping Now ARRADIO AD9361 HSMC, not FMC 2 x Rx, 2 x Tx 2.2 GHz 2.6GHz tuning range 200kHz - 56 MHz channel bandwidth Shipping Now! AD-FMCOMMS5 2 x AD x Rx, 4 x Tx Synchronized RF 70 MHz 6GHz tuning range 200kHz - 56 MHz channel bandwidth Shipping Now! ADRV9371-N/PCBZ ADRV9371-W/PCBZ AD x Rx, 2 x Tx, 2 x Obs, 1x Sniffer tuning range 1.8GHz 2.6GHz 300MHz 6GHz Tx synthesis bandwidth 250 MHz Rx BW: 8 MHz to 100 MHz ADRV9375-N/PCBZ ADRV9375-W/PCBZ AD x Rx, 2 x Tx, 2 x Obs, 1x Sniffer tuning range 1.8GHz 2.6GHz 300MHz 6GHz DPD actuator and adaptation engine for PA linearization ADRV9008-1W/PCBZ (Rx) ADRV9008-2W/PCBZ (Tx/Obs) ADRV9009-W/PCBZ (TDD) ADRV9008-1, ADRV9008-2, ADRV x Rx, 2 x Tx, 2 x Obs, 1x Sniffer 75MHz - 6GHz tuning range Tx synthesis bandwidth 450 MHz Rx BW to 200 MHz ADRV9364-Z7020 ADRV9631-Z7035 AD Zynq 7020 AD Zynq MHz 6GHz tuning range 200kHz - 56 MHz channel bandwidth 1GB DDR + 32MB FLASH Ethernet + USB Phy PACKRF ADRV9361 reference design Battery, PoE, Screen, Audio, GPS, IMU ADRV-DPD1 AD mw PA 2 Rx, 2 Rx LTE Band to 2570 Uplink 2620 to 2690 MHz Downlink 2 PAs, 2 LNAs, duplex filters ADR9009-ZU11EG 2 x ADRV Zynq Uiltrascale 75MHz to 6GHz tuning range Rx BW 200MHz Tx synthesis bandwidth 450 MHz Integrated LO and Phase synch between all channels and Modules 4G x64 w/ecc PS; 4G (2Gb x32 x2banks) PL USB3, USB2, PCIe 3.0 x8, QSFP+, SFP+, 1Gb Ethernet x2, and CPRI

RF System-On-Module(ADR9009-ZU11EG) RF_EXT_LO+ RF_EXT_LO- RX1_IN+ RX1_IN- RX2_IN+ RX2_IN- ORX1_IN+ ORX1_IN- ORX2_IN+ ORX2_IN- TX1_OUT+ TX1_OUT- TX2_OUT+ TX2_OUT- RX1 RX2 ORX1 ORX2 TX1 TX2 LO Synth

TX_EN RESETB TEST SCLK CSB SDO SDIO HPC Carrier Board Connector 2 RF-SOM 64 Bit DDR4 + ECC for PS (4GB) 2 x 32 Bit DDR4 for PL (4GB GB) Obs, Rx, Tx 1Gb QSPI Flash 4 x GTR (USB3.

Core Quad R- Core TPU APU GPU PMU, SYS Functions Programmable Logic High Genera l Spee IO d IO I2C/SPI/GPIO s 4 x GTH Tx/Rx 4 x GTH Tx/Rx Core,SYSREF,REFCLK TCXO & VCXO 4 x GTH Tx/Rx (QSFP+) 8 x GTH

18 RF System-On-Module(ADR9009-ZU11EG) RF_EXT_LO+ RF_EXT_LO- RX1_IN+ RX1_IN- RX2_IN+ RX2_IN- ORX1_IN+ ORX1_IN- ORX2_IN+ ORX2_IN- TX1_OUT+ TX1_OUT- TX2_OUT+ TX2_OUT- RX1 RX2 ORX1 ORX2 TX1 TX2 LO Synth LPF LPF ARM M3 LPF ADC ADC DAC DAC DIGITAL PROCESSING Decimation pfir AGC DC-offset QEC LOL JESD CIF/RIF SYNCINB[0-1]+/- SERDOUT[0-3]+/- SERDIN[0-3]+/- SYNCOUTB[0-1]+/- SYSREF+/- GP_INTERRUPT RX_EN TX_EN RESETB TEST SCLK CSB SDO SDIO HPC Carrier Board Connector 2 RF-SOM 64 Bit DDR4 + ECC for PS (4GB) 2 x 32 Bit DDR4 for PL (4GB GB) Obs, Rx, Tx 1Gb QSPI Flash 4 x GTR (USB3.0, Displayport, 1Gb ETH) SPI/UART/SDIO/GPIO s MIO s USB2 Phy 10/100/1000 Ethernet Phy (RGMII) Power Ctrl QSFP+/SFP+ Recovered CLK SYSREF,SYNCIN/OUT,REF,CORE Micro SD-Card Xilinx Zynq MPSoC Dual A53 Core Quad R- Core TPU APU GPU PMU, SYS Functions Programmable Logic High Genera l Spee IO d IO I2C/SPI/GPIO s 4 x GTH Tx/Rx 4 x GTH Tx/Rx Core,SYSREF,REFCLK TCXO & VCXO 4 x GTH Tx/Rx (QSFP+) 8 x GTH Tx/Rx (x8 PCIe Gen3) 1 x GTH Tx/Rx (SFP+) 4 x GTH Tx/Rx (RF3) 4 x GTH Tx/Rx (RF4) RF1 ADRV9009 2TX, 2RX, 2ORx RF2 ADRV9009 2TX, 2RX, 2ORx HMC7044 Core,SYSREF,REFCLK CTRL Ext LO Option Ext LO Option SYNC, RFSYNC, OSCIN Ext Osc Option U.FL RF I/F, Balun, Matching U.FL RF I/F, Balun, Matching HPC Carrier Board Connector 1 LPF GPIOS, AuxADCs, and AuxDACs Clock Generation REF_CLK_IN + REF_CLK_IN - GPIO_3P3 GPIO AUXADC AUXDAC Tuning Range: 75 MHz to 6 GHz Bandwidth: 200 MHz Receiver, 450 MHz Transmitter and Observation Receiver Functionality: Two Tx, Two Rx/Orx (shared channels) Shared LO (TDD only) Quad Core A53 ARM 600k system logic cells 2,520 DSP Slices 4G x64 w/ecc PS; 4G (2Gb x32 x2banks) PL USB3, USB2, PCIe 3.0 x8, QSFP+, SFP+, 1Gb Ethernet x2, and CPRI

AD-FMCOMMS11-EBZ Description The AD-FMCOMS11-EBZ board is a system platform board for Direct to RF

Using high sample rate RFDAC(s) and RFADC(s), a number of components in previous generation

transformer) Direct RF Synthesis Transmitter (AD9162) 16-bit, 10.

gain 31dB Direct RF Sampling Observation Receiver (AD9625) 12-bit 2.

19 AD-FMCOMMS11-EBZ Description The AD-FMCOMS11-EBZ board is a system platform board for Direct to RF (DRF) transmitter and observation receiver architecture. Using high sample rate RFDAC(s) and RFADC(s), a number of components in previous generation upconvert and down convert stages can be eliminated, such as mixers, modulators, IF amplifiers and filters. Features & Specifications 650-4GHz RF Synthesis and Observation Platform (low end limited by RF transformer) Direct RF Synthesis Transmitter (AD9162) 16-bit, 10.2GSPS RFDAC JESD204B interface 100 MHz TO 4000 MHz RF/IF Digitally Controlled VGA (ADL5240) and a gain 31dB Direct RF Sampling Observation Receiver (AD9625) 12-bit 2.5GSPS RFADC JESD204B interface Digital Attenuator (HMC1119) up to 31.75dB 60dBc SFDR up to 3.6GHz No external clocking sources or power necessary Designed to work with FMC Compatible FPGA Platforms from Xilinx and Altera Source Code & Software Linux Drivers HDL Code ADI IIO Oscilloscope JESD204B Interface Framework

Projects are not bespoke bespoke /bəˈspōk/ : made to order FMCOMMS3 ADRV9009 FMCOMMS5 PACKRF ADALM-PLUTO ADALM2000 FMCOMMS2 FMCOMMS4 Hardware Custom SW Projects Infrastructure MATLAB GNU Radio

20 Projects are not bespoke bespoke /bəˈspōk/ : made to order FMCOMMS3 ADRV9009 FMCOMMS5 PACKRF ADALM-PLUTO ADALM2000 FMCOMMS2 FMCOMMS4 Hardware Custom SW Projects Infrastructure MATLAB GNU Radio JESD204 Interface Framework Python SPICE libiio No-OS Drivers Linux Kernel Das U-Boot Base HDL Custom HDL Cloud Services Connectivity Algorithms 96 Boards VITA 57.1 (FMC) Arduino Shields Raspberry Pi

Resources reach across market verticals Comms Infrastructure Military Applications Wireless Video Transmission SDR IoT End Node, IoT Gateway Technology AD9361 AD9371 AD9375 ADRV9008/9 AD9361 AD9364

21 Resources reach across market verticals Comms Infrastructure Military Applications Wireless Video Transmission SDR IoT End Node, IoT Gateway Technology AD9361 AD9371 AD9375 ADRV9008/9 AD9361 AD9364 ADRV9008/9 AD9361 AD9363 AD9361 AD9364 AD9371 ADRV9008/9 ADF7030, AD9361 EVB & Tools Xilinx and Intel FPGA Carrier Platforms, ADI Capture Platforms, Mathworks Matlab Simulink Models, GNU Radio, JESD204B Framework Evaluation Boards, Filter Wizard, Software Tools, PA tools, Prototyping Platforms, IoT Design Kits ADI Reference Designs ADRV-DPD1 Small Cell Radio Reference Design ADRV9361, ADRV9364, ADRV9009 SOM ADRV9361, ADRV9364, ADALM-PLUTO ADRV9361, ADRV9364, ADRV9009 SOM ADALM-PLUTO Partners Benetel, NXP, Skyworks, HJX, Ettus/NI, Nanosemi Epiq, Ettus/NI, Vadatech, Panateq SIHID, Simpulse, Taisync, Lingwo Epiq, Ettus/NI, Vanteon, HJX, Simpulse, Arrow, Panateq, Rincon, Simpulse, Vanteon 3 rd Party COTs Products Ettus B200/210, B200mini, N310/300 NI USRP 2900/2901 Epiq Sidekiq / Matchstiq / Quadratiq / Maveriq / Flying Fox, Ettus N310/300, E320/310/312/313, B200/210/200mini Vadatech AMC597/VPX597/ FMC214 4 wireless video/data link solutions based on AD936x Arrow ARRadio Epiq Sidekiq Z2 / MiniPCIe / M.2 / X2 / X4 Ettus N310/300, E320/310/312/313, B200/210/200mini, NI USRP 2900/901 Vanteon vprisum, vchameleon 21

22 Wideband Transceivers in the Real World Sidekiq X4 Sidekiq Z2 Dual ADRV9009 FMC AD Linux computer MiniPCIe Epiq Solutions sales@epiqsolutions.com

Sidekiq Z2 An Integrated Wideband Transceiver System Complete dual-core Linux computer

Enhancements include: RF filtering, industrial rated components, 1PPM TCVCXO, dual-core

processing applications locally RF spectrum analyzer Cell tower survey Cell phone

23 Sidekiq Z2 An Integrated Wideband Transceiver System Complete dual-core Linux computer + flexible RF transceiver on a MiniPCIe card. Similar in function to ADALM-PLUTO. Enhancements include: RF filtering, industrial rated components, 1PPM TCVCXO, dual-core processor, full 70MHz to 6GHz tuning range Capable of running Epiq's suite of signal processing applications locally RF spectrum analyzer Cell tower survey Cell phone activity detection Point-to-Point data link Epiq Solutions sales@epiqsolutions.com

24 Sidekiq Z2 Evaluation Kit Sidekiq Z2 Supported by Analog Devices' IIO open source software/fpga reference design Simple Carrier Card SMA x 2, USB-C power input (6V-17V DC) I/O Breakout Board JTAG serial console GPIO access Epiq Solutions sales@epiqsolutions.com

cooled) or MMCX (conduction cooled) connector interface Rx Tx Two Phase

dbm target IIP3 16-bit A/D converters, up to 200 MHz BW Phase noise improved

to 6 GHz) with phase sync +5 dbm Tx output power 14-bit D/A converters, up to

25 Sidekiq X4 VITA57.1 (FMC) Card Based on dual Analog Devices' ADRV9009 RFIC SSMC (convection cooled) or MMCX (conduction cooled) connector interface Rx Tx Two Phase coherent Rx pairs (75 MHz to 6 GHz) with phase sync <8 db target NF and > +8 dbm target IIP3 16-bit A/D converters, up to 200 MHz BW Phase noise improved by another ~5-7 db Rx pre-select filtering Two phase coherent Tx pairs (75 MHz to 6 GHz) with phase sync +5 dbm Tx output power 14-bit D/A converters, up to 200 MHz BW Phase noise improved by another ~5-7 db over current Sidekiq X2 10 MHz + PPS input Epiq Solutions sales@epiqsolutions.com

26 Solution To Products: Devices Tool Integration HDL Schematics, Gerbers Software, drivers, libraries System on Module Simulation, Partners 26

27 Thanks 27

28 Community Connect with Engineering Experts and Resources Access exclusive content to stay informed. Get support from ADI engineers covering nearly 100 forums Read one of our engaging blogs Read the technical journal 25,000 engineers rely on Subscribe to get alerts and news delivered to your inbox 28

29 Workshops Introduction to the ADALM-PLUTO SDR, Linux's IIO, and Open-Source Toolchains This workshop will provide a thorough and practical introduction to the AD9361, the ADALM- PLUTO SDR, and other IIO based hardware and the open-source software toolchain (IIO utils and GNU Radio). Hands on, bring your own laptop Register with Eventbright Location: Sierra A+B Tuesday: 15:45-17:30 Wednesday: 12:45-15:15 Systems Programming on the IIO based radios within the IIO Framework In this workshop, we will demonstrate how IIO can be leveraged to control FPGA IP through a remote host PC and locally on an embedded system. Laptops provided Register with Eventbright Location: Vista A+B Tuesday 09:30-12:00 29

The Many Dimensions of SDR Hardware

The Many Dimensions of SDR Hardware Plotting a Course for the Hardware Behind the Software Sept 2017 John Orlando Epiq Solutions LO RFIC Epiq Solutions in a Nutshell Schaumburg, IL EST 2009 N. Virginia