The Fourth Industrial Revolution is accelerating because we finally have the computational power to push AI from theory into production.
For decades, artificial intelligence algorithms existed on paper — waiting for the hardware to catch up. With modern GPUs placed squarely in computational mode, AI is now practical at scale.
Consider NVIDIA’s Blackwell GPU : a single device with 208 billion transistors. Designing and verifying something this complex — both as an isolated processor and inside a broader system environment — demands technology at an equally advanced level.
This video spotlights that enabling technology : the Cadence Palladium Z3 Emulation Platform paired with the Protium X3 Prototyping Platform — Cadence’s dynamic duo for pre‑silicon validation, hardware‑software co‑design, and system‑level emulation.
Palladium Z3 scales up to 48 billion gates, allowing teams to emulate next‑generation GPUs as well as entire systems composed of multiple GPUs, CPUs, DPUs, and switches. That means early software bring‑up, faster workload validation, and comprehensive verification of complex chips long before tape‑out.
Why does this matter?
As accelerated computing ramps across hyperscale data centers, HPC, robotics, and IoT, engineering teams are under pressure to validate at unprecedented complexity. With EDA solutions like Palladium Z3, you can execute full‑stack workloads, stress interconnects and memory hierarchies, uncover corner‑case behavior, and debug at the speed required by modern silicon schedules.
The shift from theory to practice — what makes the Fourth Industrial Revolution possible — is the ability to design, emulate, and iterate on AI processors and systems with confidence.
In the lab, Palladium Z3 is already enabling teams to prototype, emulate, and verify Blackwell‑scale architectures.
It supports deep observability for RTL, gate‑level, and system models, enabling thorough debug across hardware‑software boundaries. Paired with Protium X3, engineering groups can move from emulation to high‑speed prototyping to validate application performance, latency, and throughput—bridging the gap between pre‑silicon and real‑world workloads. This combined flow drives time‑to‑market and reduces risk for advanced SoCs and multi‑chip systems.
If your roadmap includes AI chips, GPU clusters, DPUs, or heterogeneous compute fabrics, adopting a verification acceleration strategy is crucial. The Cadence stack enables scalable emulation, scenario‑based testing, and software‑centric validation, giving architects and verification leads the ability to reproduce real workloads earlier, uncover race conditions, and validate performance targets across complex pipelines.
That’s why this technology isn’t just helpful — it’s a pillar of the Fourth Industrial Revolution.
Key Topics Covered :
• The role of computational power and GPUs in making AI practical
• NVIDIA Blackwell and its 208B transistors: verification at extreme scale
• Palladium Z3 Emulation scaling to 48B gates for chips and systems
• Protium X3 Prototyping for high‑speed software validation and performance
• Pre‑silicon verification, hardware‑software co‑design, and system‑level emulation
• Why Cadence’s dynamic duo is foundational to the Fourth Industrial Revolution
Timestamps :
(00:00) – Intro
(00:05) – Fourth Industrial Revolution powered by computational strength
(00:33) – From AI algorithms on paper to reality with GPUs
(01:04) – NVIDIA Blackwell: 208B transistors
(01:10) – The verification challenge: processors + system environment
(01:33) – Meet Palladium Z3: world‑class emulation technology
(01:48) – Why Cadence’s technology is a pillar of progress
(02:19) – 48B‑gate scale: emulate GPUs, CPUs, DPUs, switches—whole systems
(02:35) – Closing + thanks
------------------------------------------------------------------------------------------------------------------
Connect with Cadence :
• YouTube: / @cadencedesignsystems
• LinkedIn: / cadence
• Facebook: / cadencedesign
• Twitter/X: / cadence
• Instagram: / cadencedesignsystems
------------------------------------------------------------------------------------------------------------------
About Cadence :
Cadence is a global leader in electronic systems design, applying its Intelligent System Design™ strategy to deliver software, hardware, and IP that turn design concepts into reality.
Cadence® customers are among the world’s most innovative companies, creating breakthrough products — from chips to boards to full systems — across markets including hyperscale computing, 5G, automotive, aerospace, mobile, consumer, industrial, and healthcare.
Recognized by Fortune as one of the 100 Best Companies to Work For ten (10) consecutive years.
Learn more at https://www.cadence.com.
#cadence #palladiumz3 #fourthindustrialrevolution
Информация по комментариям в разработке