Skip to main content

Welcome to Keysight University

- 5G
- Automotive
- IoT
- Data Center Infrastructure
- NewSpace
- Quantum
- Radar
- Semiconductor
Boot Camps & Hubs

Recent Searches

Share this Post

Share on facebook
Share on twitter
Share on linkedin
Share on email

Home
RF System Design
Engaging New SatCom Missions Hit Aggressive Goals with PathWave System Design

Engaging New SatCom Missions Hit Aggressive Goals with PathWave System Design

Published Date January 10, 2023

Fill form to unlock content

Loading, please wait

Error - something went wrong!

Unlock Content

Thank you!

Previous Lesson

A New Sub-Terahertz Testbed for 6G Research
Next Lesson

Radar Development Using Model Based Engineering

Other content in this Stream

10 months ago
PathWave RF System Design and VSA-2023 Release Overview

Software release overview including the latest 5G standards, 6G research tools, innovations in environment and RF modeling and digital twins for commercial and aerospace/defense.

View Course
over 3 years ago
How to Design a 5G & 6G mmWave Beamforming Systems

Learn how to effectively control, optimize, and analyze beams with a real-world example for mmWave beamforming modeling and simulation.

View Course
12 months ago
Mission Scenario Modeling for Aerospace Systems

Mission visualization from AGI's STK Simulation Software used for radar channel modeling in PathWave System Design.

View Course
12 months ago
Designing 5G and Aerospace Systems with Accurate RF Circuit Models

Keysight experts discuss the needs and benefits for RF behavioral modeling, and demonstrate S-parameters, SYS-parameters, X-parameters, and Fast Circuit Envelope.

View Course
about 1 year ago
Designing SatCom Systems

Learn about RF COTS design and validation performance in the RF domain using PathWave System Design.

View Course
10 months ago
Satellite Handoff Emulation Using Digital Twins

Learn how to use modeling to analyze a range of challenging scenarios and test the resiliency and effectiveness of your SatCom system under a host of conditions.

View Course
over 1 year ago
Modeling Radar Coverage Maps

Learn a new coverage map methodology that includes RF circuit design and signal processing effects.

View Course
over 1 year ago
Digital Twins for RF System Design

Learn how PathWave System Design software connects to and enables your MBSE flow by modeling an RF Digital Twin.

View Course
about 3 years ago
Designing Advanced Automotive RADAR Systems

Learn about advanced automotive radar system modeling techniques, including multiple transmit/ receive antennas, detailed MMIC modeling, and impact of noise and impedance mismatch.

View Course
over 1 year ago
How to Model Digital Beamforming

Learn why a Digital Beamformer IC is crucial for complete system performance.

View Course
over 1 year ago
Resources -SECTIONHEADER

View Course
almost 2 years ago
5G Microwave-RF EDA Design Flow

https://learn.keysight.com/i/1432733-5g-microwave-rf-eda-design-flow

View Course
9 months ago
Using Simulation to Overcome Three Millimeter-Wave Design Challenges

Read Brochure
9 months ago
Four Advantages System Level Design Delivers for Phased Array Development

Read Brochure
9 months ago
A New Sub-Terahertz Testbed for 6G Research

Read Brochure
9 months ago
Radar Development Using Model Based Engineering

Read Brochure
9 months ago
Creating Digital Twins of RF Systems

Read Brochure
9 months ago
Envisioning Next Generation Radar

Read Brochure
7 months ago
Accelerate Deployment of Space Missions Through Digitalization

Read Brochure

Return to Home

© Keysight University