Gigabyte X870E Aorus Master X3D Motherboard

The Gigabyte X870E AORUS MASTER X3D Motherboard features the AMD X870E chipset with Socket AM5 support for AMD Ryzen 9000, 8000 and 7000 series processors and four DDR5 DIMM slots supporting up to 256 GB with AMD EXPO and XMP memory profiles. It has an 18 + 2 + 2 digital VRM design with advanced thermal armour, five M.2 slots including PCIe 5.0 storage, and multiple PCIe slots for high-end GPUs and expansion cards. Connectivity includes dual 10 GbE and 5 GbE LAN, Wi-Fi 7, Dual USB4 Type-C with DP-Alt, USB 3.2 Gen2 x 2, HDMI, SATA and extensive rear USB, plus immersive AORUS RGB lighting. AI-enhanced X3D Turbo Mode 2.0 and robust DIY features like PCIe EZ-Latch and M.2 EZ-Latch ease installation and performance tuning.

Warning: This product contains a button battery
- If swallowed, a lithium battery can cause severe or fatal injuries with 2 hours.
- Keep batteries out of reach of children.
- If you think batteries may have been swallowed or placed inside any of the body, seek immediate medical attention.

Features

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Brand New Gaming Experience

X3D Turbo Mode 2.0

Incredible X3D Performance Unleashed by AI

Unleash New Era Gaming Performance with One-Click Activation.

X3D Turbo Mode 2.0 delivers enhanced gaming and multitasking performance over the first generation. Built-in AI model and hardware circuits dynamically optimise X3D processor parameters in real-time, significantly boosting Ryzen™ X3D performance.

Through GIGABYTE's innovative X3D Turbo Mode 2.0 technology, users can enjoy a smoother gaming experience.

One-Click Acceleration

Faster, fiercer, more precise with a single click.

• Enhance Up to 25% (Differences in performance enhancement depending on the game.)

True AI Overclocking Revolution

Specialised Hardware Processing

Dedicated hardware block for real-time performance tuning.

Dynamic OC Engine Model

Trained on vast X3D processor datasets.

X3D Turbo Mode 2.0 offers two distinct modes — Extreme Gaming Mode & Max Performance Mode — allowing users to freely switch between them based on their usage scenario to achieve optimal performance.

D5 Bionic Corsa

Advanced AI-enhanced overclocking tech for DDR5.

AI Overclocking for Peak Performance

Aorus AI Snatch

Unleash Ultimate Performance with One-Click Activation.

Auto CPU & DDR5 Memory Boost

With just a single click, unleash the full potential of CPU & DDR5 memory, instantly boosting your gaming and work efficiency.

• Fast AI Performance
• Enhanced Computing Power
• EZ to Peak
• Safe OC
• Less Power Usage

One-Click Acceleration

Enhance CPU & DDR5 speeds with a single click.

• Real time Analysis
• OC accuracy UP
• EZ to Pro

Fast AI Performance

Accelerate AI processing for greater performance.

• Up to 8% AI Performance (GeekBench AI PRO test conducted with High Bandwidth option manually enabled.)
• Accelerated AI decision-making
• Boosted reinforcement learning
• Streamlined language processing

Boost CPU & Memory Performance

Raise system speed and performance. (Tested by AIDA64 Memory) (Tested by R23 Multi Core)

• Up to 9% Memory Performance Boost
• Tailored-overclocking for your CPU and memory
• Faster data transfer and application loading
• Improved multitasking performance
• Optimised overall system performance

Maximise Performance in a Snap

Enable users to easily become overclocking experts through a simple interface.

• EZ to Peak

Smart & Safe Overclocking

Protect your motherboard through multiple over-temperature and over-current safeguards.

• OTP - Over Temperature Protection
• OCP - Over Current Protection
• OVP - Over Voltage Protection
• OPP - Over Power Protection
• UVP - Under Voltage Protection
• SCP - Short Circuit Protection

Less Power Usage Optimal Power-Efficiency

• Enhance Up to 9% CP/Per Watt

With faster computations, it also means reduced power consumption, making it more environmentally friendly and energy-efficient, continuously contributing to the well-being of our planet.

AIDA64 Extreme 7 test conducted with High Bandwidth option manually enabled.

AI Design for MB Signal Enhancement

AI-Driven PCB Design

Redefining PCB Design with AI.

AI-Driven PCB Technology - Redefining PCB Design with Artificial Intelligence

AI-Driven PCB Technology employs AI algorithms to optimise vias, routing and stackups. It ensures peak performance and signal integrity across single and cross-layer throughout the design process.

AI-ViaFusion Technology

Optimised vias & pads for signal integrity.

AI-Trace Technology

Smart routing for peak performance.

AI-Layer Technology

• Tailored stackups for enhanced functionality.

Key Features

• AI-Generated Design Recipes
• AI-Driven Simulation
• AI-Powered Signal Verification
• Single and cross-layer signal optimisation

AI-ViaFusion™ Technology - AI-Powered Excellence in Signal Integrity

• Reduction in Signal Reflection Up to 28.2%

AI-ViaFusion, an AI-assisted via optimisation technology, determines optimal via and pad sizes across PCB areas. This technology enhances cross-layer signal integrity and transmission efficiency, outperforming traditional design methods.

Best-in-Class Signal Quality

• Superior signal transmission efficiency
• Dramatically reduced signal reflection
• Elevated signal quality and reliability
• Enhanced cross-layer PCB signal performance

AI-ViaFusion Technology - AI-Engineered Via Design Formula

AI-ViaFusion is a proprietary AI-generated hybrid via structure design. This PCB technology, validated through AI simulations and testing, aims to enhance high-speed signal transmission.

Optimised Via Design

Varied via sizes for optimised signal and power paths

Driven Pad Optimisation

Custom pad sizes for performance and production balance

Precision Impedance Matching

Via & pad sizes selected for optimal signal impedance

Unlock AI-Powered Performance with AI-ViaFusion Technology

Minimised Insertion Loss

Optimised vias reduce signal loss

Enhanced Return Loss

Precision impedance matching reduces reflections

Optimised Eye Diagram

Wider eye opening improves signal integrity (Eye Diagram: Signal quality assessment tool in digital communications