Media Summary: Prototype timing closure is best achieved with a good prototyping methodology and a mix of well-designed equipment and ... Today we'll discuss some of the best practices for handling of a Neil Songcuan, Sr. Product Marketing Manager, introduces the newest member of the

Haps Dx Synopsys - Detailed Analysis & Overview

Prototype timing closure is best achieved with a good prototyping methodology and a mix of well-designed equipment and ... Today we'll discuss some of the best practices for handling of a Neil Songcuan, Sr. Product Marketing Manager, introduces the newest member of the Troy Scott, Product Marketing Manager, and Peter Zhang, R&D Engineer, explain RTL debug features available in ProtoCompiler. See the fastest transfers of data ever achieved over SuperSpeed USB 3.0. Eric Huang demonstrates SuperspUSB 3.0 data ...

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HAPS-DX | Synopsys
Prototype Timing Closure with Synopsys HAPS-80 | Synopsys
Introduction to HAPS-70: FPGA-based Prototyping integrated hardware and software system | Synopsys
HAPS-70 System for Debug Automation | Synopsys
Synopsys HAPS Prototyping System Handling | Synopsys
Speed IP Bring-up and SoC Validation with HAPS-DX | Synopsys
Zebu-200 & HAPS-200: Hardware-Assisted Verification Solutions for Emulation & Prototyping | Synopsys
Converge Silicon Valley 2026: Software-defined HAV Demo | Synopsys
Synopsys ProtoCompiler for RTL Debug with HAPS Systems | Synopsys
USB 3.0 Digital IP Compliance Testing on Synopsys HAPS 62-1 Development Board | Synopsys
Synopsys Demonstrates SuperSpeed USB 3.0 Host and Device IP on HAPS | Synopsys
Prototyping Imagination’s PowerVR Series 6XT dual-cluster 64-core GPU with HAPS | Synopsys
View Detailed Profile
HAPS-DX | Synopsys

HAPS-DX | Synopsys

Introducing

Prototype Timing Closure with Synopsys HAPS-80 | Synopsys

Prototype Timing Closure with Synopsys HAPS-80 | Synopsys

Prototype timing closure is best achieved with a good prototyping methodology and a mix of well-designed equipment and ...

Introduction to HAPS-70: FPGA-based Prototyping integrated hardware and software system | Synopsys

Introduction to HAPS-70: FPGA-based Prototyping integrated hardware and software system | Synopsys

This video will introduce you to

HAPS-70 System for Debug Automation | Synopsys

HAPS-70 System for Debug Automation | Synopsys

This video details how the

Synopsys HAPS Prototyping System Handling | Synopsys

Synopsys HAPS Prototyping System Handling | Synopsys

Today we'll discuss some of the best practices for handling of a

Speed IP Bring-up and SoC Validation with HAPS-DX | Synopsys

Speed IP Bring-up and SoC Validation with HAPS-DX | Synopsys

Neil Songcuan, Sr. Product Marketing Manager, introduces the newest member of the

Zebu-200 & HAPS-200: Hardware-Assisted Verification Solutions for Emulation & Prototyping | Synopsys

Zebu-200 & HAPS-200: Hardware-Assisted Verification Solutions for Emulation & Prototyping | Synopsys

Discover the next generation Zebu and

Converge Silicon Valley 2026: Software-defined HAV Demo | Synopsys

Converge Silicon Valley 2026: Software-defined HAV Demo | Synopsys

Synopsys

Synopsys ProtoCompiler for RTL Debug with HAPS Systems | Synopsys

Synopsys ProtoCompiler for RTL Debug with HAPS Systems | Synopsys

Troy Scott, Product Marketing Manager, and Peter Zhang, R&D Engineer, explain RTL debug features available in ProtoCompiler.

USB 3.0 Digital IP Compliance Testing on Synopsys HAPS 62-1 Development Board | Synopsys

USB 3.0 Digital IP Compliance Testing on Synopsys HAPS 62-1 Development Board | Synopsys

Synopsys

Synopsys Demonstrates SuperSpeed USB 3.0 Host and Device IP on HAPS | Synopsys

Synopsys Demonstrates SuperSpeed USB 3.0 Host and Device IP on HAPS | Synopsys

See the fastest transfers of data ever achieved over SuperSpeed USB 3.0. Eric Huang demonstrates SuperspUSB 3.0 data ...

Prototyping Imagination’s PowerVR Series 6XT dual-cluster 64-core GPU with HAPS | Synopsys

Prototyping Imagination’s PowerVR Series 6XT dual-cluster 64-core GPU with HAPS | Synopsys

HAPS

Using HAPS FPGA-based Prototyping to Verify DesignWare USB Type-C IP Functionality

Using HAPS FPGA-based Prototyping to Verify DesignWare USB Type-C IP Functionality

See how