Technology, Process and Cost
NVIDIA CPU Grace
Technology & cost analysis of NVIDIA’s Grace CPU, with 4nm TSMC node, Neoverse V2 cores, and deep floorplan analysis for the GH200 superchip
SPR25923
KEY FEATURES
- Detailed photos
- Precise measurements
- Die analysis
- Package analysis
- Materials analysis
- Detailed floorplan analysis
- Manufacturing process flow
- Supply chain evaluation
- Manufacturing cost analysis
- Physical Comparisons
- Technical Comparisons
- Cost Comparisons
Product's objectives
- Revealing the technology behind NVIDIA’s Grace CPU, the company’s first datacenter processor based on the Neoverse V2 Arm architecture
- Insight into the CPU architecture powering the GH200 superchip
- A comprehensive study of the chip's design and flip-chip BGA packaging
- Detailed analysis of the Grace CPU's internal structure and 4nm TSMC process node
- In-depth examination of the CPU's IP design and core dimensions
- Snapshot of the manufacturing process and supply chain involved in producing the Grace CPU
- Economic analysis of Grace CPU, including manufacturing cost and pricing outlook
NVIDIA Grace CPU: Technical and Economic Analysis
NVIDIA’s Grace CPU is the company’s first datacenter CPU based on Arm architecture, specifically engineered for the GH200 superchip board. This state-of-the-art processor sets a new benchmark in accelerated computing, drawing on NVIDIA’s extensive expertise in parallel processing and system design.
The Grace CPU employs flip-chip BGA packaging and is manufactured using TSMC’s advanced 4nm process node for the processor die. It is paired with a dedicated LPDDR5X memory communication area. Together, these components optimize computational efficiency and significantly enhance the capabilities of enterprise-grade computing systems.
This report provides a comprehensive physical analysis of the Grace CPU’s architecture, including an in-depth examination of the packaging methodology and the processor die. High-resolution imaging techniques such as optical microscopy and scanning electron microscopy (SEM) offer a visual guide to understanding this cutting-edge technology.
Our detailed analysis explores the core structure of the processor die, showcasing NVIDIA’s innovative design strategies. The die floorplan reveals the arrangement of computational elements, including specialized Arm Neoverse V2 processing cores, a high-bandwidth memory interface, and various functional blocks. Precise measurements of each core area illustrate how NVIDIA has optimized performance and reliability in the Grace CPU.
In addition to technical insights, the report also addresses the economic aspects of the Grace CPU. To support strategic planning and competitive benchmarking within the semiconductor industry, we provide a thorough cost analysis, including a breakdown of manufacturing expenses and supply chain dynamics.
Overview / Introduction
- Executive Summary
- Product Specification
- Reverse Costing Methodology
- Glossary
Company Profile
- NVIDIA Products
- Market Analysis
Physical Analysis
- Summary
- System Dismantle
- Package Analysis
- SoC Die
- Floorplan
Manufacturing Process Flow Analysis
- Global View
- Die Process
- Fab unit
- Assembly Process
- Final Test
Cost Analysis
- Summary & Supply Chain
- Yields Explanation & Hypotheses
- Front-End Wafer Cost
- Die Cost
- Packaging Cost
- Component Cost
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