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AMD Prepares to Launch Dual 3D V-Cache Ryzen 9000 Processors

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AMD 3D V-Cache
Table of Contents

AMD is preparing to release two new Ryzen 9000 desktop processors based on the Zen 5 architecture and equipped with second-generation 3D V-Cache technology. The lineup will include a 16-core, 32-thread Ryzen 9 and an 8-core, 16-thread Ryzen 7.

Flagship Ryzen 9: Dual 3D V-Cache for the First Time
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For the first time on AMD’s desktop platform, the flagship 16-core Ryzen 9 will use dual 3D V-Cache stacking. Unlike previous designs where only one CCD received the 3D cache, this model stacks V-Cache on both CCDs, boosting total L3 cache to an impressive 192MB—a 50% increase over the Ryzen 9 9950X3D’s 128MB.

  • TDP raised to 200W (up from 170W on the previous generation)
  • Expected MSRP: $799 or higher
  • Designed for heavy gaming and simulation workloads, where larger cache and higher power headroom translate into better performance

Ryzen 7: Focus on Gaming Value
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The second model is an 8-core, 16-thread Ryzen 7, featuring 96MB of L3 cache and a 120W TDP. Its configuration is close to today’s Ryzen 7 9800X3D, but AMD may tweak frequency or cache layout for product segmentation.

  • Expected MSRP: $450–500
  • Positioned for gamers who prioritize strong performance per dollar

AMD Dual 3D V-Cache

Both processors use AMD’s second-generation 3D V-Cache, which brings:

  • Better power efficiency
  • Lower latency for cache access
  • Removal of some overclocking restrictions → enabling more performance headroom

What is 3D V-Cache?
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3D V-Cache is a vertical stacking cache packaging technology that boosts L3 capacity without enlarging the CPU die. The result: reduced memory bandwidth bottlenecks and higher CPU performance, especially in gaming and scientific workloads.

Until now, AMD applied 3D V-Cache to a single CCD, but this time, both CCDs feature stacked cache. This doubles complexity and cost—but also performance potential.

Historically, AMD dismissed dual-stacking due to high manufacturing costs, but growing demand and maturing production processes have shifted that strategy.

Competitive Landscape
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Intel is also developing 3D-stacked cache technologies, with its upcoming Nova Lake CPUs expected to feature large caches. However, in the near term, AMD retains an edge thanks to first-mover advantage and proven performance leadership in cache-sensitive gaming workloads.

Ryzen 9000 Lineup Outlook
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The full Ryzen 9000 series will cover:

  • Ryzen 5 → 6 cores
  • Ryzen 7 → 8 cores
  • Ryzen 9 → 12 and 16 cores

Flexible cache and frequency configurations allow AMD to target both mainstream and high-end markets.

The dual 3D V-Cache models specifically target enthusiast gamers and professional creators. From Zen 3 onward, 3D cache has been a proven differentiator in gaming performance. Zen 5’s second-gen V-Cache and dual-CCD stacking will extend that leadership.

These advances will also impact motherboard, memory, and cooling designs:

  • Boards need stronger VRMs to handle 200W TDP
  • Cooling solutions must manage significantly higher thermal loads

Conclusion
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AMD’s upcoming Ryzen 9000 processors mark a milestone: the first consumer CPUs with dual-CCD 3D V-Cache stacking. Despite higher manufacturing costs, the performance potential in gaming and professional workloads will reinforce AMD’s position at the top of the enthusiast desktop market.

Once again, 3D V-Cache proves to be a key driver of CPU performance evolution in the Zen era.

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