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RadioVerse

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Concept to Creation at Light Speed

Published in: Technology

RadioVerse

  1. 1. ©2016 Analog Devices, Inc. All rights reserved.
  2. 2. Wireless Connectivity Demands Causing Spectrum Congestion Many more bands creating challenges in radio frequency planning 2  Harder to find a clean frequency plan  More coexistence challenges  Filtering increasingly difficult  Higher linearity and dynamic range requirements
  3. 3. ADI’s Approach to the Problem: Simplifying the Radio System 3  Drastically reduce the complexity of RF design  Architect the radio to reduce or eliminate external components  Minimize size, weight, and power (SWaP)  Provide simple and reliable software
  4. 4. Transceiver Technology 4 Simplifies radios by providing versatility, performance, and reduces SWaP ► RadioVerse AD9361: 1-Chip RF Transceiver ► Introducing the AD9371 Transceiver
  5. 5. Introducing the AD9371 ► Bandwidth: 100 MHz Receiver, 250 MHz Transmitter ► Functionality: Two Transceivers, Two Receivers, One ORx, One SnRx ► Dynamic Range: Higher ► Interface: 6 Gbps JESD204B ► Power Consumption: <5 W 5
  6. 6. AD9371: 2 × 2 Radio Footprint Comparison—Discrete vs. Integrated 6 2× Receivers 2× Transmitters 1× Obs Receiver 3× LO Gen 1× Clock Gen 12 mm × 12 mm BGA 5.4(135mm)
  7. 7. RadioVerse AD9361: One Chip Transceiver ► Bandwidth: 56 MHz Receiver and Transmitter ► Functionality: Two Receivers and Two Transmitters ► Dynamic Range: Lower ► Interface: JESD207 CMOS/LVDS ► Power Consumption: <1.5 W 7
  8. 8. Enhancements AD9361  AD9371: Performance 8 AD9361 AD9371 Use Case Single carrier Noncontiguous multicarrier Bandwidth Rx: 56 MHz Tx: 56 MHz Rx: 100 MHz Tx: 250 MHz Image Rejection 40 dB, narrow-band, static calibration 70 dB, wideband, dynamic, and autonomous Power 0.8 W to 1.5 W Rx: 2 W, Tx 2 W
  9. 9. Expanding RadioVerse Wideband Transceiver Family AD9361 9 AD9371 56 MHz Rx, 56 MHz Tx Bandwidth 100 MHz Rx, 250 MHz Tx 2 Rx, 2 Tx Functionality 2 Tx, 2 Rx, 1 ORx, 1 SnRx Lower Dynamic Range Higher JESD207 CMOS/LVDS Interface 6 Gbps JESD204B <1.5 W Power Consumption <5 W
  10. 10. Expanding RadioVerse Wideband Transceiver Family 10
  11. 11. Design Environment 11 Provide a radio design environment to decrease TTM Simplified software reduces complexity ► AD9361: AD-FMCOMMS3, Xilinx ZedBoard, ZC702, and ZC706 ► AD9361: ARRRADIO Altera SOCKIT
  12. 12. ► Xilinx Zynq plus AD9361 transceiver ► Fully integrated and tested system on module RadioVerse: picoZed SDR System on Module Zynq 7035 AD9361 Serial Flash Micro SD Card RF Connectors Power Sequencing USB PhyEthernet Phy 100 mm (3.9") 62mm(2.4") ADI PowerDDR3L
  13. 13. Market and Technical Insights 13 Solve customers’ radio challenges by listening, anticipating, and communicating key insights
  14. 14. RadioVerse Transceivers Markets 3G/4G Macro BTS Small Cell BTS Repeaters Backhaul Massive MIMO IoT Gateways Cellular Handheld Radio Vehicle Radio Radar Mil Sat Com EW and SIGINT Cockpit Radios UAV Advanced Munitions Aerospace and Defense First Responder Industrial Public Safety Portable Signal Analyzers Cellular Testers LAN/WAN Testers Spectrum Analyzers Network Analyzers Test and Measurement
  15. 15. RadioVerse
  16. 16. 16 www.analog.com/radioverse

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