The first GPU-Powered Physical Verification Framework
Next Generation Chip Design & Verification Software
OVERVIEW
Introducing the first GPU-based DRC Engine for acceleration of Physical Verification
With advanced chip designs having tens of bilions of transitors.
Physical Verification (PV) and in particular Design Rule Checking (DRC)
became the bottleneck of the design lifecycle in latest technologies.
To adress this issue, HyperPV is proposing HyperPV -the first GPU-Powered
Physical Verification Framework.
The core of the framework is hyperDRC, a High Performance Computing
DRC Engine enabling unprecedented acceleration of physical designs
verification.
By taking advantage of the massive parallel-computing capabilities
of modern General Purpose Graphic Processor Units (GPGPUs)
our proprietary algorithms provide fast results (up to 20 times faster
than CPU based solutions) and achieve near-linear scalability for 100s of
GPU nodes.
KEY BENEFITS
The Next Generation of PV - fast, scalable and highly customizable
Speed
Our algorithms outperform classic
CPU-based engines even by 20
times
Customizability &
Flexibility
Can be described in various
programming anguages. Can be
deployed with minimum effort on
public or private GPU cloud or even
single GPU machines
Lower Cost of
Ownership
Using our tool one GPU can replace
up to 20 CPU nodes
Improving cost of
ownership
Optimizing licensing, computing
power (GPU vs CPU), and
reducing data center & cloud
costs
5 reasons to
choose HyperPV
1.The first PV framework for cloud-computing via EDA
2.Modern tooling technology in software development
3.Scale multiple GPU nodes with minimum overhead
4.Easy runset customization and deployment
5.Provides clean, customizable interface and high degree of flexibility
Book your
meeting
Get in touch with one of our support engineers
to see a demo.
