# AMD Medusa Point APU surfaces with Zen 6 hybrid architecture and RDNA 4 features

> **Key takeaway:** An early Geekbench listing reveals the Medusa Point APU uses a hybrid 10-core Zen 6/Zen 6c configuration and a GFX1170 GPU with RDNA 4-derived capabilities.

**Published:** 2026-11-05T17:08:02+00:00 
**Source:** TechPowerUp 
**Category:** open-hardware 
**Canonical URL:** https://fosswire.org/news/amd-medusa-point-apu-surfaces-with-zen-6-hybrid-architecture.html 

## Summary
Technical details regarding AMD's upcoming "Medusa Point" APU have emerged via Geekbench, providing a glimpse into the next generation of mobile silicon. The processor utilizes a hybrid architecture consisting of ten total cores: four high-performance Zen 6 cores and six efficiency-focused Zen 6c cores.

This APU is expected to bring advanced graphics capabilities to the mobile segment through a rumored "RDNA 4m" variant. The hardware appears to leverage an upgraded GFX1170 GPU architecture that includes specific instruction set extensions, potentially enabling support for FSR 4 on mobile platforms.

## Technical specifications of Medusa Point
- **CPU Architecture:** The 10-core, 20-thread configuration employs a hybrid cluster of four Zen 6 cores and six Zen 6c cores, all sharing a 16 MB L3 cache.
- **Cache Hierarchy:** Each individual core is equipped with 32 KB of L1 instruction cache, 48 KB of L1 data cache, and 1 MB of L2 cache.
- **Instruction Set Support:** The silicon confirms full AVX-512 support, specifically including AVX512-FP16, AVX512-VNNI, and AVX-VNNI extensions.
- **Graphics and GPU:** The GFX1170 GPU is expected to include WMMA and SWMMAC instructions, suggesting an integration of RDNA 4 modules into the existing GFX11 (RDNA 3) framework.
- **Memory Configuration:** The test sample utilized 64 GB of quad-channel DDR5 memory operating at 5,188 MT/s.

## Why it matters
The introduction of Zen 6 hybrid cores and RDNA 4-derived GPU features will require updated kernel support and Mesa driver refinements to fully utilize the new instruction sets. For Linux gaming enthusiasts, the potential for FSR 4 support on mobile APUs could significantly improve frame generation and upscaling capabilities on handheld devices.