MROvendor (A Brand of Vestra Corporation)

Unlock world‑class AI, machine learning, deep learning and high‑performance computing power with the AMD Instinct™ Accelerator GPU Series, engineered to deliver industry‑leading compute performance for data centers, research labs, enterprises, and AI developers.

Overview:
The AMD Instinct family of accelerator GPUs includes high‑end models such as MI25, MI60, and MI100, each designed to handle advanced compute workloads and accelerate AI training, inference, simulation, analytics, and HPC (High Performance Computing) applications with exceptional efficiency and scalability. Based on AMD’s compute‑focused architectures—including Vega and CDNA—these accelerators are optimized for floating‑point, tensor and mixed‑precision operations common in AI/ML workloads.

🔥 Key Features & Benefits

🚀 Powerful Compute Performance

• Designed for AI/ML, HPC simulations, big data analytics and scientific computing applications.

• MI100 pushes beyond 10 TFLOPS of double‑precision (FP64) compute and delivers up to ~185 TFLOPS in FP16 matrix workloads, enabling massive acceleration of neural network training and inference.

📊 High‑Bandwidth Memory & Bandwidth

• Equipped with high‑speed HBM2 memory (32 GB or more, depending on model) for large datasets and quick access.

• Extreme memory bandwidth supports large AI models and HPC workflows without bottlenecks.

⚙️ Architectures Tailored for Compute

• MI25 & MI60 leverage Vega‑based GPU compute architectures with robust FP32 / FP64 performance.

• MI100 introduces AMD’s CDNA architecture with optimized Matrix Core engines for improved mixed‑precision throughput, ideal for neural network matrix multiplications and AI workloads.

🔗 Scalable Accelerator Platform

• Supports multi‑GPU configurations with high‑speed interconnect technologies like AMD Infinity Fabric.

• Easily integrates into servers and custom AI workstation builds.

📌 Typical Use Cases

✔ Large‑scale AI model training & inference
✔ Deep learning frameworks (TensorFlow, PyTorch, etc.)
✔ Scientific computing & simulations
✔ HPC workloads in data centers
✔ Cloud & on‑premise AI infrastructure

Product Description (≤3000 Characters)

The GIGABYTE Server Cooling Kit Fan System is a professional‑grade thermal management solution engineered to maintain optimal airflow and heat dissipation in AI workstations, high‑performance GPU servers, and enterprise computing infrastructure. Designed to handle the intense thermal output generated by powerful CPUs, GPUs, and other critical server components, this cooling system helps ensure reliable, efficient and continuous operation in data centers, AI labs, rendering farms, and HPC clusters.

GIGABYTE offers a range of advanced server cooling solutions that optimize airflow through server chassis and rack mount systems, removing heat from key components and preventing thermal throttling or hardware failure. Effective cooling is essential for workloads involving AI training, deep learning, machine learning, GPU‑accelerated compute, virtualization, and large‑scale data processing — all of which place sustained thermal load on server hardware.

This server cooling kit typically includes high‑efficiency fans, heat sinks, airflow shrouds, and mounting accessories, all engineered to fit GIGABYTE server chassis and compatible rackmount systems. The fan modules are designed to deliver consistent airflow through dense server interiors, ensuring that CPUs, GPUs, memory modules, and storage devices stay within safe operating temperatures even under full load. Many server systems deploy multiple fans in coordinated configurations to maintain balanced pressure, reduce hotspots, and improve overall thermal performance.

The robust construction and optimized airflow pathways of the GIGABYTE server cooling solution help reduce the risk of component overheating and improve system stability for mission‑critical environments. Proper cooling extends hardware life, minimizes downtime in continuous usage scenarios, and supports peak performance during compute‑intensive tasks involving AI model training, GPU rendering, or data analytics.

MRObotAI supplies this server cooling kit as part of its portfolio of AI workstation components, GPU server hardware, and high‑performance computing infrastructure — giving data centers, enterprise IT teams, and AI developers access to reliable thermal solutions that complement powerful server hardware.

Key Features

• Enterprise‑Grade Server Cooling Kit designed for AI and GPU servers

• High‑Efficiency Fans & Airflow Design for optimal heat dissipation

• Dynamic Thermal Management for continuous operation

• Compatible with GIGABYTE Server Chassis & Rack Mount Systems

• Reliable Fan Modules for CPUs, GPUs, and Server Components

• Supports High‑Output Workloads in Data Center Environments

• Reduces Thermal Throttling & Improves System Stability

Applications

✔ AI Workstation Cooling
✔ High‑Performance GPU Server Airflow Management
✔ Data Center & Cloud Infrastructure Cooling
✔ GPU Rendering & Simulation Environments
✔ Deep Learning & Machine Learning Servers
✔ Virtualization & Multi‑Tenant Compute Clusters
✔ High‑Density Server Racks

Supplier: MRObotAI
Category: AI Workstation & Server Components / Cooling Solutions / GPU Server Infrastructure

Optimize your server or workstation cooling with the Intel Liquid Cooling CPU System — a professional‑grade liquid cooling solution designed to efficiently dissipate heat from high‑power Intel CPUs in enterprise, data center, HPC (High Performance Computing) and workstation environments. Engineered for peak thermal performance, reduced noise and enhanced reliability, this liquid cooling system ensures stable operation even under heavy TDP loads and continuous workloads.

🔥 Overview

Liquid cooling systems are becoming essential for servers and high‑end workstations as processor power increases and traditional air coolers struggle with heat dissipation. By circulating coolant through water blocks and radiators, liquid cooling reduces CPU temperatures more efficiently, enables quieter operation, and supports sustained high performance in demanding compute environments.

The Intel Liquid Cooling CPU System is compatible with a wide range of Intel server CPUs with sockets such as LGA4677, LGA4189, LGA3647, and legacy server platforms, offering scalable cooling solutions from 1U low‑profile units to full‑size 4U server implementations.

🧠 Key Features & Benefits 💦 Efficient Liquid Heat Transfer

Liquid cooling removes heat directly from the CPU cold plate — often copper‑based for superior thermal conduction — and transfers it to a radiator where heat is dissipated efficiently by fans or airflow. This significantly lowers processor temperatures compared to air coolers alone.

🚀 Designed for High‑TDP CPUs

These liquid cooling systems support high thermal design power (TDP) processors, with some solutions handling up to 400 W+ heat output, making them suitable for heavy compute loads, virtualization, AI/ML workloads, and 24/7 server operation.

🔄 Versatile Server & Workstation Compatibility

Whether you’re cooling a 1U low‑profile rack server or a 4U tower workstation, Intel‑compatible liquid cooling systems provide flexible mounting options for popular server sockets like LGA4677 and LGA4189.

🤫 Quiet, Consistent Cooling

With advanced pump designs and optimized coolant flow, these systems maintain lower noise levels while delivering consistent thermal performance — ideal for data centers or quiet server rooms where acoustic comfort matters.

🛠 Durable & Reliable Construction

Built with high‑quality materials such as copper cold plates, reinforced tubing and sealed pump assemblies, liquid coolers are engineered for long life and reliability under continuous load.

📌 Typical Applications

✔ Enterprise servers and rack‑mounted systems
✔ Data center cooling solutions
✔ High‑performance computing (HPC) clusters
✔ AI and machine learning server builds
✔ Workstation thermal management for heavy workloads
✔ Multi‑CPU server platforms requiring efficient heat removal

The GIGABYTE Server Cooling System Fans are premium, enterprise-grade cooling solutions designed for GPU servers, AI workstations, and high-performance computing (HPC) environments. These fans provide efficient airflow, temperature regulation, and reliability, ensuring that server CPUs, GPUs, and other critical components remain cool even under sustained heavy workloads.

Optimized for rack-mounted 2U, 3U, and 4U GIGABYTE servers, these fans maintain system stability for AI workloads, deep learning, virtualization, and large-scale data processing. They are engineered to deliver high RPM airflow, low noise, and long service life, making them ideal for mission-critical enterprise environments.

GIGABYTE server fans are designed for easy installation and maintenance, often supporting hot-swappable configurations to minimize downtime. They ensure optimal cooling for multi-GPU setups, high-core-count CPUs, and dense memory configurations, which are common in AI and HPC applications.

MRObotAI supplies these fans as part of custom server maintenance kits or GPU workstation setups, helping AI developers, data centers, and HPC users maintain peak server performance and reliability.

Key Features

• Compatible with GIGABYTE server chassis and cooling systems

• High-efficiency airflow for GPUs, CPUs, and memory modules

• Hot-swappable design for minimal downtime during maintenance

• Durable components with long operational life

• Low-noise operation for data center and AI workstation environments

• Ensures optimal cooling for multi-GPU and high-density server configurations

• Suitable for 2U, 3U, and 4U rack-mounted servers

Applications

• GPU Server Cooling for AI Workstations

• High-Performance Computing (HPC) & Deep Learning Servers

• Rack Server Maintenance & Fan Replacement

• Data Center & Enterprise Server Cooling Solutions

• Virtualization & 3D Rendering Workstations

• Continuous Operation AI & HPC Workloads

Available From

MRObotAI – GPU Server & AI Workstation Cooling Solutions Provider

Fans available individually or as part of custom server maintenance and cooling kits, fully compatible with GIGABYTE GPU-ready chassis and high-performance rack servers.

The ASUS Server Cooling Fan System is an enterprise-grade thermal management solution designed for high-density rack servers, GPU servers, AI workstations, and data-center environments. Engineered for reliability and continuous operation, this cooling system ensures optimal airflow and temperature control for demanding workloads such as AI training, virtualization, high-performance computing (HPC), and large-scale data processing.

ASUS server platforms use high-efficiency hot-swap fan modules and optimized airflow channels that move air from the front to the rear of the chassis, efficiently dissipating heat from CPUs, GPUs, memory, and storage components. These systems are designed to maintain stable performance even under heavy workloads.

Key Features

• Enterprise-Grade Cooling Design
  High-speed server fans provide powerful airflow and static pressure for efficient heat dissipation.

• Hot-Swap Fan Modules
  Tool-less hot-swappable fan modules enable quick replacement without shutting down the server, reducing downtime.

• Optimized Airflow Architecture
  Dedicated airflow channels and air-duct designs ensure consistent cooling across CPU, GPU, and memory components.

• Dynamic Fan Speed Control
  Intelligent fan curve control via BMC allows automatic speed adjustment based on system temperature to improve efficiency and reduce power consumption.

• Data Center Reliability
  Designed for 24/7 continuous operation in rack servers, AI infrastructure, and cloud environments.

Technical Specifications

Product Type: Server Cooling Fan System
Compatibility: ASUS Rack Servers & GPU Servers
Cooling Type: High-speed PWM air-cooling fan modules
Fan Configuration: Multiple hot-swap fan modules (model dependent)
Airflow Direction: Front-to-back airflow design
Control: BMC-based fan speed management
Installation: Tool-less replacement fan bar / modular design
Application: Enterprise server thermal management

Applications

• AI & Deep Learning Servers

• GPU Compute Servers

• High Performance Computing (HPC)

• Data Centers & Cloud Infrastructure

• Enterprise Storage Servers

• Virtualization Platforms

Why Buy From MRObotAI

• Supplier of AI servers, GPU workstations, and enterprise server components

• Custom server cooling and GPU infrastructure solutions

• Support for AI, ML, and HPC deployments

• Pan-India supply for data centers and enterprise clients

✔ Available on IndiaMART from MRObotAI
✔ Bulk supply and server compatibility assistance available

The SUPERMICRO FAN-012 and FAN-009 server cooling fans are high-quality, enterprise-grade cooling solutions designed for GPU servers, AI workstations, 2U/4U rack servers, and high-performance computing environments. These fans ensure optimal airflow and temperature control, maintaining stable system performance even under heavy GPU or CPU workloads.

Reliable server cooling is critical for AI and HPC servers that run intensive computations, multi-GPU configurations, and continuous data processing. The FAN-012 and FAN-009 series provide efficient airflow, low noise operation, and long service life, making them ideal replacements or upgrades for SUPERMICRO chassis and rack-mounted GPU servers.

Key features include high RPM performance, hot-swappable design, and compatibility with multiple SUPERMICRO chassis models, including 2U, 3U, and 4U servers. They are engineered to meet enterprise reliability standards, ensuring your AI workstation or GPU server operates at peak efficiency.

MRObotAI supplies these SUPERMICRO cooling fans as part of custom server maintenance and GPU workstation setups, helping maintain system stability for AI, deep learning, virtualization, and high-performance computing workloads.

Key Features

• Compatible with SUPERMICRO FAN-012 and FAN-009 server models

• Optimized airflow for 2U / 4U rack servers and GPU servers

• High RPM operation for efficient cooling of CPUs and GPUs

• Hot-swappable design for easy maintenance and replacement

• Durable components with long service life for enterprise use

• Low-noise operation suitable for data center and workstation environments

• Ensures stable operation under intensive AI or HPC workloads

Applications

• GPU Server Cooling for AI Workstations

• High-Performance Computing (HPC) Servers

• Deep Learning & Machine Learning Servers

• Rack Server Maintenance & Fan Replacement

• Data Center & Enterprise Server Cooling

• 3D Rendering, Simulation, and Virtualization

Available From

MRObotAI – AI Workstation & GPU Server Cooling Solutions Provider

Fans available individually or as part of server maintenance kits, compatible with SUPERMICRO GPU-ready chassis and high-performance server setups.

Power your AI workstations, high-performance computing systems, and professional graphics environments with the advanced AMD Radeon RX 7800 XT, RX 7700 XT, and RX 7600 Graphics GPUs. Available through MRObotAI, these GPUs deliver exceptional graphics performance, AI acceleration capabilities, and high-efficiency computing for modern workloads.

Built on the latest AMD RDNA™ 3 architecture, these GPUs offer improved performance, enhanced ray tracing capabilities, and optimized power efficiency. With high-speed GDDR6 memory, advanced compute units, and improved AI processing support, they are ideal for demanding applications such as AI development, machine learning experimentation, 3D rendering, video production, and GPU-accelerated computing.

The Radeon RX 7000 series GPUs provide smooth multitasking, faster data processing, and reliable performance for both AI professionals and advanced computing environments.

Key Features:

• Latest AMD RDNA™ 3 architecture

• High-performance graphics and compute acceleration

• Advanced ray tracing technology

• High-speed GDDR6 memory for faster data processing

• Optimized for AI workloads, rendering, and high-performance computing

• Efficient power management and thermal design

• Compatible with modern AI workstation and server platforms

Available Models:

• AMD Radeon RX 7800 XT GPU

• AMD Radeon RX 7700 XT GPU

• AMD Radeon RX 7600 GPU

Applications:

• AI Development & Machine Learning Workstations

• GPU-Accelerated Computing

• 3D Rendering & Visual Effects

• Video Editing & Content Creation

• Engineering Simulation & Design

• High-Performance Desktop Systems

Brand: AMD
Product Type: Graphics Processing Unit (GPU)
Availability: Bulk Supply Available
Supplier: MRObotAI

For pricing, bulk orders, and AI workstation configuration support, contact MRObotAI today.

Enhance your AI workstation, deep learning system, and GPU computing infrastructure with high-performance AMD Radeon GPUs including AMD Radeon RX 7900 GRE, AMD Radeon RX 7800 XT, and AMD Radeon RX 7700 XT. These advanced GPUs are built on AMD RDNA™ 3 architecture, delivering powerful performance for AI workloads, machine learning, rendering, simulation, and data analytics.

Available through MRObotAI, these GPUs are designed for AI developers, research labs, GPU workstation builders, and enterprise computing environments requiring reliable GPU acceleration.

Available AMD Radeon GPU Models AMD Radeon RX 7900 GRE

A high-performance GPU based on RDNA 3 architecture with 5120 stream processors and 16GB GDDR6 memory, providing strong compute capabilities for demanding workloads including AI inference, rendering, and data processing.

AMD Radeon RX 7800 XT

The RX 7800 XT features 3840 stream processors, 16GB GDDR6 memory, and 60 compute units, delivering excellent performance for GPU-accelerated applications and workstation workloads.

AMD Radeon RX 7700 XT

The RX 7700 XT includes 3456 stream processors and 12GB GDDR6 memory, making it suitable for AI development environments, GPU computing, and mid-range workstation builds.

Key Features

RDNA™ 3 GPU Architecture
These GPUs are built using AMD’s advanced RDNA 3 architecture designed to deliver improved performance-per-watt and enhanced compute capabilities for modern workloads.

High-Speed GDDR6 Memory
Large VRAM capacities up to 16GB GDDR6 allow efficient processing of large datasets, high-resolution textures, and complex compute workloads.

AI & GPU Compute Acceleration
Built-in AI accelerators and ray tracing cores enable improved performance for AI inference, visualization, and GPU-accelerated computing applications.

PCIe 4.0 Support
These GPUs use PCIe 4.0 x16 interfaces for high bandwidth communication with modern workstation platforms.

Multi-Display Connectivity
Supports HDMI 2.1 and DisplayPort 2.1 outputs, enabling high-resolution multi-monitor setups for professional workstation environments.

Typical Applications

• Artificial Intelligence Development
• Machine Learning & Deep Learning
• Data Science & Analytics
• GPU Rendering & Visualization
• Simulation & Scientific Computing
• AI Workstations & GPU Servers
• Video Processing & Media Production

Why Buy from MRObotAI

MRObotAI provides enterprise-grade AI hardware solutions, including GPU servers, AI workstations, and high-performance computing components designed for AI developers, research institutions, and enterprises.

We offer:

✔ Bulk GPU supply
✔ AI workstation configuration
✔ GPU server integration
✔ Enterprise AI infrastructure support

📄 Product Description (Up to 3000 Characters)

Unlock Versatile Data‑Center Class GPU Acceleration with the Intel Server GPU Flex Series

The Intel Server GPU Flex Series Accelerator is a next‑generation data‑center GPU solution engineered for AI inference, media processing, cloud gaming, virtual desktop infrastructure (VDI) and high performance compute workloads. Built on the powerful Intel Xᵉ‑HPG microarchitecture, this GPU accelerator delivers unmatched flexibility, open‑software support and optimized performance for modern AI‑centric workstations and server environments.

Key Highlights & Features:

🚀 Cutting‑Edge Xe‑HPG Architecture – Intel’s data center Flex Series GPUs leverage an advanced Xᵉ‑HPG architecture designed to deliver efficient compute, robust graphics performance, and enhanced AI acceleration tailored to demanding server workloads.

🧠 AI & Inference Optimization – With up to 256 TOPS AI performance on supported models, the Flex Series enables accelerated AI inference and analytical workloads, providing faster processing for computer vision, deep learning and machine intelligence tasks.

🎥 Real‑Time Media Transcoding – Integrated multi‑engine media processing supports hardware‑accelerated codecs including AV1, HEVC, AVC and VP9, enabling high‑density 4K/8K video encoding and decoding — ideal for content delivery, streaming and visual cloud workflows.

♻️ Open & License‑Free GPU Stack – Unlike many proprietary GPU solutions, the Intel Flex Series uses an open, royalty‑free programming model powered by oneAPI for broad software portability and lower total cost of ownership (TCO).

👥 Advanced Virtualization Support (VDI) – Support for hardware‑assisted vGPU and SR‑IOV allows flexible segmentation of GPU resources across virtual desktops and applications, improving scalability and utilization for enterprise VDI deployments without extra license fees.

📊 Multiple Configuration Options – The series includes scalable models such as Intel Data Center GPU Flex 140 (compact, low power) and Intel Data Center GPU Flex 170 (higher performance) to match diverse application requirements from media workloads to AI inference tasks.

⚡ Low Power & High Efficiency – With efficient power profiles and optimized hardware encoding, Flex Series GPUs enable high throughput at reduced power consumption compared to many competing solutions — enhancing the performance per watt of your server setup.

Ideal Use Cases

✔ AI Model Inference & Deployment
✔ High Density VDI & Virtual GPU Workloads
✔ Media Transcoding & Video Streaming Acceleration
✔ Cloud Gaming Servers
✔ High Performance Compute & GPU‑Accelerated Servers
✔ Enterprise Workstations with GPU Offload

Why Choose Intel Flex Series Accelerator from MRObotAI?

The Intel Server GPU Flex Series Accelerator stands out as a flexible, open‑software ecosystem GPU solution that scales from media‑centric workloads to AI inference and virtualization. With support for industry‑standard codecs, advanced AI performance, and a robust virtualization stack, this accelerator is ideal for modern AI workstations, server clusters, and enterprise GPU deployments seeking reliable performance with optimized efficiency and lower total cost of ownership

The AMD RX 6800 XT, RX 6700 XT, and RX 6600 GPUs are high-performance graphics cards optimized for AI workstations, deep learning, machine learning, and 3D rendering applications. Built on AMD’s RDNA 2 architecture, these GPUs deliver high-speed memory, compute power, and efficient thermal performance, making them ideal for AI research, HPC workloads, and GPU-accelerated computing.

• RX 6800 XT: Flagship GPU for large-scale AI model training, deep learning inference, HPC, and 4K/8K graphics rendering.

• RX 6700 XT: High-performance GPU suitable for mid-to-high-end AI workloads, AI research, and professional rendering.

• RX 6600: Cost-effective and power-efficient GPU for entry-level AI tasks, GPU compute, and gaming, providing stable performance with lower energy consumption.

These GPUs feature high-speed GDDR6 memory, optimized compute units, and robust cooling solutions, ensuring stable operation during prolonged AI and GPU-intensive workloads. They are compatible with AI frameworks such as TensorFlow, PyTorch, and ROCm GPU libraries, enabling seamless integration into AI workstation setups.

MRObotAI offers these AMD GPUs as part of custom AI workstation builds, supporting multi-GPU configurations, high-speed storage, and optimized thermal management for deep learning, AI research, and 3D visualization workloads.

Key Features

• AMD RDNA 2 architecture for high-performance compute and graphics

• Models: RX 6800 XT, RX 6700 XT, RX 6600

• High-speed GDDR6 memory (8GB–16GB depending on model)

• Efficient cooling system with low-noise operation

• PCIe 4.0 interface for high bandwidth and GPU acceleration

• Compatible with AI frameworks: TensorFlow, PyTorch, ROCm

• Suitable for AI workstations, HPC setups, and GPU research labs

Applications

• AI & Deep Learning Model Training & Inference

• GPU-Accelerated AI Workstations & HPC Tasks

• Machine Learning Research & Development

• 3D Rendering, CAD & Graphics Workstations

• Entry-Level to High-End AI & HPC Deployment

• Data Analytics & GPU-Accelerated Computing

Available From

MRObotAI – AI Workstation & GPU Solutions Provider

Custom configurations available with AMD RX 6800 XT / RX 6700 XT / RX 6600 GPUs for AI research labs, deep learning projects, GPU workstation builds, and professional rendering systems

📄 Product Description (Up to 3000 Characters)

Enhance your AI workstation, server, or enterprise compute environment with the Intel Flex 140 & Flex 170 AI Accelerator GPUs, part of the Intel Data Center GPU Flex Series — purpose‑built for AI inference, media processing, virtualization and graphics compute acceleration in data centers and cloud infrastructures. These advanced accelerator solutions deliver scalable performance, flexible deployment options, low power consumption, and support for modern AI, VDI, and multimedia workloads.

🔥 Overview

The Intel Flex Series GPUs leverage Intel’s Xe‑HPG architecture, providing a flexible, open‑standard data center GPU solution that balances AI performance with efficient media, virtualization, and graphics processing. They are designed for OEM integrators, AI infrastructures, virtual desktop infrastructure (VDI) deployments, cloud GPU acceleration and high‑density compute environments.

🧠 Key Models & Highlights Intel Flex 140 AI Accelerator GPU

• A server‑focused GPU accelerator for dense data center deployments with a 75 W half‑height PCIe form factor.

• Built with dual GPUs totalling 16 Intel Xᵉ cores, offering parallel processing strength and optimized compute balance.

• Equipped with 12 GB GDDR6 memory and up to 336 GB/s memory bandwidth for accelerated data throughput and efficient workload execution.

• Supports hardware‑accelerated AV1, HEVC, AVC and VP9 encoding/decoding, and up to 62 virtual functions via SR‑IOV for accelerated VDI solutions.

• Ideal for VDI acceleration, media transcoding, AI inferencing and graphics compute in compact server racks.

Intel Flex 170 AI Accelerator GPU

• A higher‑performance GPU with a 150 W full‑height PCIe card form factor.

• Features 32 Intel Xᵉ cores and robust AI inferencing capabilities, delivering up to 500 TOPS compute throughput.

• Includes 16 GB GDDR6 memory with a 256‑bit memory interface to support demanding AI inferencing and analytics tasks.

• Native support for open‑standard AI frameworks and scalable multi‑precision operations (e.g., FP16/BF16, INT8, INT4) for modern AI workloads.

• Suited for analytics acceleration, hybrid AI inference tasks, virtualized environments and enterprise‑level GPU acceleration.

📈 Main Features & Benefits

✔ Xe‑HPG Architecture: Optimized GPU microarchitecture delivering balanced graphics, AI and compute performance across workloads.
✔ AI Acceleration: Built‑in hardware support for modern AI workloads with scalable TOPS performance and multi‑precision operations.
✔ Media & Video Processing: Multiple media engines support high‑efficiency decoding/encoding for AV1, HEVC, AVC and VP9 workloads.
✔ Virtualization Support: SR‑IOV hardware virtualization enables efficient VDI deployment without additional software licensing fees.
✔ Low Power Design: Efficient power envelopes (Flex 140 at 75 W, Flex 170 at 150 W) reduce thermal load while delivering performance.
✔ Open Software Stack: Compatible with Intel oneAPI and open frameworks for accelerated compute development and AI model workflows.

📌 Use Cases & Applications

✔ AI inference acceleration & analytics
✔ Virtual Desktop Infrastructure (VDI) solutions
✔ Media transcoding & streaming workflows
✔ GPU‑accelerated cloud compute and servers
✔ Data center and enterprise GPU workloads
✔ High‑density multi‑tenant virtualization

AMD RX 7900 XTX RX 7900 XT RX 7800 XT High Performance AI Graphics GPU

SUPERMICRO SYS-1029 SYS-2029 Server Barebone System

AMD Radeon Pro W6800X W6900X W7800 Workstation GPU

AMD RX 7600M RX 7700S RX 7800M Laptop GPU

ASUS Server Rail Kit Rack Mount Kit

GIGABYTE Server Rail Kit Rack Mount Kit

AMD Radeon Pro VII Radeon Pro WX8200 GPU

AMD RX 7900 XTX Water Cooling GPU