Latest posts

Understanding Formal Verification

What is formal verification? Formal verification is a method to ensure that a hardware design behaves as intended by using…

Jump-Start Your UVM Journey with UVM Framework (UVMF)

Bob Oden shares insights on how the Universal Verification Methodology Framework (UVMF) is revolutionizing the verification landscape. UVMF is an advanced toolset that…

Exciting Times Ahead: DVCon Taiwan and RISC-V Taipei Day 2024

For the electronic system design community in Taiwan, you have two pivotal events in the world of design verification and…

Advanced analytics for accelerating RDC verification closure

Complex reset mechanisms are embedded in advanced SoCs to meet low-power and high-performance requirements. Multiple reset domains in a design…

Portable Stimulus and VIP: Like a Hand in a Glove

One of my favorite things about DAC is the ability to share with so many of you some details of…

Circuit board with chip and binary data depicting interface Protocol Verification

Announcing Avery UCIe 2.0 Verification IP from Siemens EDA

Announcement: Siemens EDA are excited to announce availability of our Verification IP products for UCIe version 2.0, coincident with today’s…

Verification Challenges and Solutions for Multi-Die Systems (UCIe) 

Introduction Multi-die systems accelerate the scaling of system functionality, reduce risk, and facilitate the creation of new product variants. However,…

Accelerating Verification of Computational Storage Designs (NVMe)

Introduction Computational storage is revolutionizing data storage by embedding computational capabilities within storage devices, significantly boosting system efficiency by reducing…

Accelerate Closure of Reset Path and Reset Domain Crossing Issues in Digital Designs

In today’s large, complex designs, multiple asynchronous resets have become the norm. The increase in reset domains is driven by…