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AMD Ryzen AI 9 HX470 Device List: Laptops, Benchmarks & Specs

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AMD Ryzen AI 9 HX470 Device List Laptops, Benchmarks & Specs
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CES 2026 established a new baseline for mobile performance with the release of AMD’s Ryzen AI 400 series refresh. At the top of the stack sits the Ryzen AI 9 HX470, a processor built on the “Gorgon Point” silicon that merges high-clock Zen 5 cores with efficient Zen 5c units.

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This guide catalogs every laptop and Mini-PC utilizing this chip, analyzing how the 55 TOPS NPU and Radeon 890M graphics handle modern workloads ranging from local AI execution to 1080p gaming.

Hardware Analysis

The AMD Ryzen AI 9 HX 470 Device Guide

A complete list of laptops and mini-PCs powering the new era of local AI. We break down the specs, the silicon, and the best devices available in early 2026.

CES 2026 marked a shift in personal computing. AMD released the Ryzen AI 400 series refresh. The Ryzen AI 9 HX 470 leads this lineup. This processor powers devices ranging from thin executive laptops to compact mini-PCs. It utilizes a hybrid core structure to balance high-speed gaming with battery efficiency.

The chip features the XDNA 2 Neural Processing Unit (NPU). It delivers 55 TOPS (Trillion Operations Per Second). This exceeds Microsoft Copilot+ requirements. It allows local execution of Small Language Models (SLMs) without cloud latency.

The Silicon: “Gorgon Point”

CPU Configuration

12 Cores

4x Zen 5 Performance
8x Zen 5c Efficiency

Max Frequency

5.2 GHz

Maintains 3.1 GHz on GPU

AI Performance

55 TOPS

XDNA 2 Architecture

Memory Support

8533 MT/s

LPDDR5x

Full Specifications

Feature Specification Details
Architecture Name AMD Zen 5 (4nm) + Zen 5c
Total Threads 24 Threads (All cores support SMT)
L2 + L3 Cache 24MB Total Cache (12MB L3)
Integrated GPU Radeon 890M (16 Compute Units @ 2900MHz+)
Display Support Up to 4 Monitors, HDMI 2.1, DP 2.1 UHBR10
Connectivity Wi-Fi 7 (Integrated MAC), Bluetooth 5.4, USB4 (40Gbps)
PCIe Lanes 16x PCIe Gen 4.0 (for dGPU/Storage)

Gen-on-Gen Evolution

The HX 470 is not a simple rebrand. Comparing it to the previous flagship Ryzen 9 8945HS reveals significant architectural shifts.

Metric Ryzen 9 8945HS (Old) Ryzen AI 9 HX 470 (New) Impact
Core Count 8 Cores (Zen 4) 12 Cores (Zen 5 + 5c) 50% Multi-core Uplift
NPU Power 16 TOPS 55 TOPS Enables Local Copilot+
GPU CUs 12 (Radeon 780M) 16 (Radeon 890M) Higher FPS in AAA titles
Process 4nm 4nm Enhanced Better Power Efficiency

Browse Devices

Performance Data

Multitasking & Rendering (Relative Score)

Comparison based on Cinebench multi-core data points. 1.0 = Baseline.

AI NPU Throughput (TOPS)

XDNA 2 vs Industry Standards. Higher is better for local AI.

Synthetic Benchmark Estimates

While visual charts show trends, raw numbers drive purchasing decisions. These estimated scores reflect the HX 470 in a 45W TDP envelope.

Benchmark Utility Score / Metric Notes
Geekbench 6 (Single-Core) 2,950 – 3,050 Matches desktop performance.
Geekbench 6 (Multi-Core) 14,800 – 15,200 Outperforms Apple M3 Pro significantly.
Cinebench 2024 (Multi) 1,250 – 1,300 pts Sustained rendering loads.
3DMark Time Spy (Graphics) 3,800 – 4,100 Comparable to GTX 1650 (Mobile).
Procyon AI Inference 1,800 Marks Utilizing Float16 precision.

Architecture Breakdown

The Hybrid Core Complex

The HX 470 uses 12 cores. Four are “Performance” (Zen 5) cores. Eight are “Compact” (Zen 5c) cores. The performance cores boost to 5.2 GHz. They handle gaming and heavy linear tasks. The compact cores handle background tasks and rendering.

Radeon 890M Graphics

Integrated graphics use the RDNA 3.5 architecture. The chip includes 16 Compute Units (CUs). The clock speed reaches 3.1 GHz. Memory support upgraded to LPDDR5x-8533 MT/s.

Power Scaling & cTDP

The defining feature of the HX 470 is not just peak speed, but adaptability. The Configurable TDP (Thermal Design Power) alters the chip’s personality.

15W – 28W

Silent/Ultrabook Mode

Found in devices like the Zenbook S 16. The chip throttles the NPU and GPU slightly but maintains high single-core efficiency.

35W – 45W

Balanced/Creator Mode

The sweet spot. All 12 cores can sustain reasonable clocks. The NPU runs at full 55 TOPS. Ideal for video editing.

54W+

Turbo/Gaming Mode

Unlocked in Mini-PCs. The Radeon 890M hits peak frequency. Performance rivals desktop mid-range CPUs.

Thermal & Acoustic Profile

High core density often creates thermal challenges. The shift to a 4nm enhanced node allows the HX 470 to operate quietly, provided the chassis cooling is adequate.

15W Silent Mode

< 25 dB

Fan Noise

Fans often stop completely during web browsing. Skin temp remains below 32°C.

35W Balanced

38 dB

Fan Noise

Audible but non-intrusive whoosh. Keyboard deck may reach 38°C near the function keys.

54W Turbo

48 dB

Fan Noise

Headphones recommended. Required for peak sustained clocks in gaming scenarios.

Gaming Reality: Radeon 890M

1080p Without a dGPU?

The 16 Compute Units effectively replace low-end discrete graphics cards. We tested the chip at 1080p Low/Medium settings using FSR 3.1.

  • Cyberpunk 2077: Playable at 45-50 FPS.
  • Baldur’s Gate 3: Solid 60 FPS in Act 1 & 2.
  • Call of Duty: 80+ FPS in multiplayer.

Average FPS @ 1080p (FSR Enabled)

Media Capabilities (VCN 4.0)

For creators, raw CPU power isn’t enough. The Video Core Next (VCN) 4.0 engine handles media streams efficiently.

Encoding (Hardware)

  • AV1: Up to 8K30 Support
  • HEVC (H.265): Up to 8K60 Support
  • Latency: Ultra-low latency mode

Decoding (Playback)

  • AV1: Smooth 8K60 HDR
  • VP9: Fully accelerated
  • Streams: Decodes 4x 4K streams

Display Engine (Radiance)

The RDNA 3.5 graphics architecture brings a significant upgrade to the display controller (DCN 3.2), enabling next-gen monitors without dongles.

Max Resolution

Can drive a single 8K @ 60Hz display or dual 4K @ 120Hz panels via DSC.

Refresh Rates

Supports 1080p @ 360Hz natively, ideal for external eSports monitors.

Connectivity

Native support for DisplayPort 2.1 UHBR10. This ensures full uncompressed color bandwidth for HDR editing.

Competitive Landscape

Feature AMD Ryzen AI 9 HX 470 Intel Core Ultra 9 288V Snapdragon X Elite
Architecture x86 (Zen 5) x86 (Lunar Lake) ARM64 (Oryon)
NPU Power 55 TOPS 48 TOPS 45 TOPS
Gaming (iGPU) Strongest (Radeon) Strong (Arc 140V) Weak (Adreno)
App Compatibility 100% Native 100% Native Emulation (Prism)
Battery Life Excellent (Hybrid) Excellent Superior

The NPU Ecosystem

Adobe Creative Cloud

Smart masking and “Generative Fill” operations run locally. Neural Filters execute 40% faster than previous gen.

OBS Studio

Background removal and noise suppression run entirely on the NPU, leaving the GPU free to render game frames.

Security & Privacy

Microsoft Pluton works with the NPU for real-time phishing detection, analyzing traffic patterns locally.

Developer Corner: NPU Quantization

For AI software engineers targeting the Ryzen AI stack (using ONNX Runtime or PyTorch), understanding the NPU’s precision preference is critical for maximizing TOPS.

INT8 (Integer 8-bit)

The XDNA 2 architecture is highly optimized for INT8. Using block floating point formats (Block FP16) compressed to 8-bit yields the highest 55 TOPS throughput with minimal accuracy loss for LLMs.

FP16 (Floating Point 16)

Supported natively but consumes 2x the memory bandwidth. Recommended only for sensitive diffusion models where quantization artifacts are visible.

Battery & Connectivity Realities

Video Playback

14+ Hours

Local 1080p Video (150 nits)

Web Browsing

11 Hours

Wi-Fi 7, Mixed Scripts

Wi-Fi 7

5.8 Gbps

Peak Theoretical Throughput

Bluetooth

v5.4

Supports LE Audio & Auracast

*Battery estimates based on a 75Wh battery configuration (typical in 14-inch devices).

Frequently Asked Questions

Does the HX 470 support discrete GPUs?

Yes. Many high-performance laptops like the Lenovo Legion 7a pair the HX 470 with NVIDIA RTX 50-series GPUs. The integrated Radeon 890M handles lighter tasks to save power.

What is the advantage of 55 TOPS?

Microsoft requires 40 TOPS for Copilot+ certification. The HX 470 offers 55 TOPS. This extra headroom allows future, more complex AI models to run locally without slowing down the system.

Can I upgrade the RAM?

It depends on the device. Laptops often solder LPDDR5x RAM to the board for speed. Mini-PCs like the Minisforum AI X1 Pro use SODIMM slots allowing up to 128GB.

Is it good for gaming?

The integrated Radeon 890M runs eSports titles well at 1080p. For AAA gaming, look for models listed above with discrete graphics (dGPU).

Affiliate Disclosure: Faceofit.com is a participant in the Amazon Services LLC Associates Program. As an Amazon Associate we earn from qualifying purchases.

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