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      • Digital Design and Signoff
        • PRODUCT CATEGORIES
          • Logic Equivalence Checking
          • SoC Implementation and Floorplanning
          • Functional ECO
          • Low-Power Validation
          • Synthesis
          • Power Analysis
          • Constraints and CDC Signoff
          • Silicon Signoff and Verification
          • Library Characterization
          • Test
        • FEATURED PRODUCTS
          • Genus Synthesis Solution
          • Conformal Smart LEC
          • Innovus Implementation System
          • Tempus Timing Signoff Solution
          • Pegasus Verification System
          • RESOURCES
          • Flows
      • Custom IC / Analog / RF Design
        • PRODUCT CATEGORIES
          • Circuit Design
          • Circuit Simulation
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          • Layout Verification
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          • Spectre X Simulator
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          • Voltus IC Power Integrity Solution
          • RESOURCES
          • Flows
      • System Design and Verification
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          • Debug Analysis
          • Emulation
          • Formal and Static Verification
          • FPGA-Based Prototyping
          • Planning and Management
          • Simulation
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          • Verification IP
          • System-Level Verification IP
        • FEATURED PRODUCTS
          • vManager Verification Management
          • JasperGold Formal Verification Platform
          • Xcelium Logic Simulation
          • Palladium Z1 Enterprise Emulation Platform
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          • Flows
      • IP
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          • Tensilica Processor IP
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          • Sigrity Advanced SI
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  • 5G mmWave Handset System Design – S1: RFIC (Transceiver) Design



5G mmWave Handset System Design – S1: RFIC (Transceiver) Design

Online Courses
Instructor-Led Schedule
Date Version Country Location
Scheduled upon demandOn demand EXPRESS INTERESTINQUIRE
Version Region
ICADVM20.1 Online ENROLL
Other Versions Online EXPRESS INTERESTINQUIRE

Length: 1 day

Course Description

This course is part of a series of classes that show you how to use Cadence tools and flows in a co-design environment successfully. Co-design here refers to using the Virtuoso® multi-technology framework that encapsulates RFIC/PCB/Package flows in a single combined environment to enable faster design. This first section of the course shows how you can implement a transceiver RFIC module of a 5G mmWave mobile handset working at 28GHz. This is done using the ICADVM tool in conjunction with Spectre® RF simulator to design and run simulations on the transceiver. You are provided with a walkthrough of the design complexity and simulation techniques. The labs contain block-wise setup and simulation of the complete RFIC design.

Learning Objectives

After completing this course, you will be able to:

  • Compare the RFIC design challenges at 28GHz with that of 4G design
  • Implement a 5G mobile handset design using the Cadence Virtuoso multi-technology framework
  • Review the Cadence VRF (Virtuoso RF) flows for co-design and EM simulation
  • Analyze the output at different transmitter blocks using Spectre RF simulations in the Virtuoso environment
  • Analyze the output at different receiver blocks using Spectre RF simulations in the Virtuoso environment

Software Used in This Course

  • 95022 Virtuoso MultiTech Framework
  • 95800 Virtuoso Layout Suite EXL
  • 95560 Virtuoso RF Option
  • 38500 Spectre Classic Simulator
  • 38520 Spectre RF Option for 38500

Software Release(s)

ICADVM20.1, SPECTRE20.1

Modules in this Course

  • Overview of the 5G mmWave Reference Design
  • Proposed Flows for the Overall System Design
  • Receiver: LNA, RTPS, QVCO, Down Mixer, and Baseband Filter Design and Simulation
  • Transmitter: Up Mixer, Splitter, Attenuator, and PA Design and Simulation

Audience

  • Analog/RF IC Designers
  • RFIC Board and Package Designers

Prerequisites

You must have experience with or knowledge of the following:

  • RFIC design methodologies
  • Spectre RF analyses
  • Virtuoso ADE Explorer
  • Virtuoso Hierarchy Editor

Or you must have completed one of the following courses:

  • Spectre RF Analysis Using Harmonic Balance
  • Spectre RF Analysis Using Shooting Newton Method.

Related Courses

Spectre RF Analysis Using Harmonic Balance
Spectre RF Analysis Using Shooting Newton Method

Please see course learning maps at this link for a visual representation of courses and course relationships. Regional course catalogs may be viewed here.

Course ID: 86272

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