AMD RDNA 5 AT2 GPU Leaked: 70 Compute Units, 3.4 GHz, and 25% Faster Than RX 9070 XT

Gamers and PC builders have a new target to watch for the mid-2020s as leaked specifications for AMD's RDNA 5 AT2 GPU suggest a significant jump in raw power. This chip is positioned to replace the RX 9070 XT in AMD's lineup and will likely serve as the graphics core for the upcoming Microsoft Project Helix console. Buyers waiting for the next generation of high-performance gaming hardware should note that AMD is aiming to challenge NVIDIA's upcoming RTX 5080 with this architecture.

Leaked specs reveal 70 CUs and 3.4 GHz clocks for the 2027 RDNA 5 AT2 GPU

The RDNA 5 AT2 GPU is expected to launch in 2027, giving AMD time to refine its architecture for future console and PC demands. According to leaker Kepler_L2, the chip will feature 70 Compute Units, a substantial increase in parallel processing capability compared to previous generations. The target clock frequency for this silicon ranges from 3.1 to 3.4 GHz, which supports the higher throughput required for modern gaming workloads.

• Compute Units: 70 CUs
• Clock Frequency: 3.1-3.4GHz
• Performance Increase vs RX 9070 XT: 14% to 25.1%
• Target Competitor: NVIDIA RTX 5080
• Release Window: 2027

Performance projections for the AT2 chip indicate it will deliver a 14% to 25.1% performance increase over the RX 9070 XT. This performance gap is designed to allow the RDNA 5 architecture to surpass the expected capabilities of NVIDIA's RTX 5080. The architecture is also expected to bring major improvements in ray tracing and AI performance, which are critical for next-generation rendering techniques.

The exact product name for this GPU remains unconfirmed, with speculation pointing to names like RX 10070 XT or RX X70 XT. AMD has not officially verified these leaked details, and the final release date is still projected rather than confirmed. We will know more when AMD officially unveils the RDNA 5 family, but these leaks provide a clear picture of the performance tier AMD is targeting for 2027.