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Integrated GPUs

Integrated GPUs

Integrated GPUs: Advanced Compute Power

Power your workloads with Cyfuture Cloud's Integrated GPUs, delivering seamless NVIDIA GPU integration for AI, ML, and HPC applications with high-speed NVLink connectivity and optimized virtualization support.

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Integrated GPUs Explained

Integrated GPUs represent NVIDIA's innovative architecture that combines multiple GPU instances into a single physical GPU, enabling efficient resource sharing and virtualization for cloud environments. Available on Cyfuture Cloud, Integrated GPUs provide up to seven isolated GPU instances with dedicated memory and compute resources, supporting workloads like AI inference, machine learning training, and high-performance computing. This technology delivers up to 70% better GPU utilization compared to traditional slicing methods, featuring NVLink interconnects for high-bandwidth communication, MIG (Multi-Instance GPU) partitioning, and seamless Kubernetes integration for scalable deployments.

What Are Integrated GPUs?

Integrated GPUs are graphics processing units built directly into the CPU die or motherboard chipset, sharing system RAM instead of having dedicated memory. They provide cost-effective graphics capabilities for everyday computing tasks like web browsing, office applications, and light multimedia without requiring a separate graphics card.

How Integrated GPUs Work

CPU Integration

Graphics cores reside on the same chip as CPU cores, enabling efficient communication and reduced latency between processing units.

Shared System Memory

Uses a portion of main RAM dynamically allocated for graphics buffers, eliminating need for dedicated VRAM while allowing flexible memory distribution.

Unified Memory Architecture

System RAM serves both CPU and GPU operations through unified memory controllers, optimizing resource allocation based on workload demands.

Power Efficiency

Lower power consumption compared to discrete GPUs as they leverage existing CPU power delivery and thermal systems.

Automatic Resource Allocation

BIOS/UEFI and OS dynamically assign memory and processing cores based on graphics workload intensity and system requirements.

Software Driver Optimization

Vendor-specific drivers (Intel UHD, AMD Radeon Vega, Apple M-series) optimize performance across different application types and resolutions.

Multi-Monitor Support

Handles multiple displays through integrated outputs (HDMI, DisplayPort, USB-C) using efficient video encoding hardware.

Light 3D Acceleration

Supports basic DirectX, OpenGL, and Vulkan APIs for casual gaming and professional visualization at reduced settings.

Technical Specifications - Integrated GPUs

Specification Details
GPU Type Integrated GPU (iGPU) — part of CPU platform
Supported CPU Platforms Intel CPUs with UHD/Iris Xe Graphics, AMD APUs with Radeon Graphics
Graphics Architecture e.g., Intel Xe, AMD RDNA
Execution Units / Shaders Intel: 96-192 EU (varies by CPU SKU); AMD: 4-12 Compute Units
Core Clock Frequency 300-1,600 MHz (dynamic)
Graphics Memory Shared system memory (no dedicated VRAM)
Maximum Shared Memory Up to 8-16 GB (platform/instance dependent)
Memory Type DDR4 / LPDDR4 / LPDDR5 (shared)
Memory Bandwidth Depends on system memory config (dual/quad channel)
DirectX / OpenGL Support DirectX 12, OpenGL 4.6, Vulkan 1.2+ (depending on drivers)
Video Encode/Decode H.264/H.265/HEVC, VP9 (hardware-assisted)
Display Outputs (Virtual) Up to 4 simultaneous virtual displays
Max Resolution Supported 4K @ 60 Hz (dependent on virtual desktop config)
API & SDK Support OpenCL, Vulkan, DirectX, optional CUDA/ROCm (discrete only)
Virtualization Support vGPU / GPU-partitioning (if enabled via hypervisor)
Use Cases Remote graphics/UI acceleration, light 3D apps, media transcoding
Security VM isolation, driver sandboxing
Provisioning Models On-demand instance, reserved instance, vGPU profile assignment

Key Highlights of Integrated GPUs

CPU Integration

Integrated GPUs are embedded directly within the CPU die, enabling seamless communication and efficient resource sharing between processing units.

Shared System RAM

Utilizes main system memory dynamically allocated for graphics tasks, eliminating need for separate VRAM while maintaining flexibility.

Power Efficiency

Consumes significantly less power than discrete GPUs, ideal for laptops and energy-conscious systems with extended battery life.

Cost Effectiveness

Eliminates requirement for additional graphics cards, reducing overall system costs for everyday computing and office applications.

Compact Design

Space-saving architecture perfect for thin laptops, mini PCs, and small form factor systems without expansion slots.

Multi-Monitor Support

Handles multiple displays through integrated outputs like HDMI, DisplayPort, and USB-C for productivity workflows.

Light Gaming Capability

Supports casual gaming and esports titles at modest settings with modern architectures like Intel Iris Xe and AMD Radeon Graphics.

Basic 3D Acceleration

Provides hardware acceleration for DirectX, OpenGL, and Vulkan APIs suitable for light content creation and visualization.

Quick Sync Technology

Intel's hardware video encoding/decoding accelerates streaming, video conferencing, and media editing tasks.

Always Available

No need for separate installation or drivers, providing instant graphics capability upon system boot.

Why Choose Cyfuture Cloud for Integrated GPUs

Cyfuture Cloud stands out as the premier choice for Integrated GPUs deployment with its robust cloud infrastructure optimized for seamless performance. Integrated GPUs benefit from Cyfuture's high-speed NVMe storage, low-latency networking, and scalable virtual machines that maximize their shared memory architecture efficiency. Businesses can access modern Intel and AMD processors featuring advanced Integrated GPUs like Intel Iris Xe and AMD Radeon Graphics without upfront hardware investments. This approach ensures cost-effective computing power for everyday workloads, light AI inferencing, and multimedia processing while maintaining enterprise-grade security and compliance.

Cyfuture Cloud's platform offers unmatched flexibility for Integrated GPUs through instant provisioning, auto-scaling, and pay-as-you-go pricing tailored to varying compute demands. Integrated GPUs on Cyfuture deliver reliable multi-monitor support, hardware-accelerated video encoding, and optimized drivers for popular applications, making them ideal for development teams, remote workers, and SMBs. With 24/7 support, MeitY-empanelled data centers in India, and seamless integration with Kubernetes and container orchestration, Cyfuture ensures your Integrated GPUs workloads run smoothly and scale effortlessly to meet business growth.

Certifications

  • SAP

    SAP Certified

  • MEITY

    MEITY Empanelled

  • HIPPA

    HIPPA Compliant

  • PCI DSS

    PCI DSS Compliant

  • CMMI Level

    CMMI Level V

  • NSIC-CRISIl

    NSIC-CRISIl SE 2B

  • ISO

    ISO 20000-1:2011

  • Cyber Essential Plus

    Cyber Essential Plus Certified

  • BS EN

    BS EN 15713:2009

  • BS ISO

    BS ISO 15489-1:2016

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Testimonials

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Thanks to Cyfuture Cloud's reliable and scalable Cloud CDN solutions, we were able to eliminate latency issues and ensure smooth online transactions for our global IT services. Their team's expertise and dedication to meeting our needs was truly impressive.

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Since partnering with Cyfuture Cloud for complete managed services, Boloro Global has experienced a significant improvement in their IT infrastructure, with 24x7 monitoring and support, network security and data management. The team at Cyfuture Cloud provided customized solutions that perfectly fit our needs and exceeded our expectations.

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Cyfuture Cloud's colocation services helped us overcome the challenges of managing our own hardware and multiple ISPs. With their better connectivity, improved network security, and redundant power supply, we have been able to eliminate telecom fraud efficiently. Their managed services and support have been exceptional, and we have been satisfied customers for 6 years now.

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With Cyfuture Cloud's secure and reliable co-location facilities, we were able to set up our Certifying Authority with peace of mind, knowing that our sensitive data is in good hands. We couldn't have done it without Cyfuture Cloud's unwavering commitment to our success.

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Cyfuture Cloud has revolutionized our email services with Outlook365 on Cloud Platform, ensuring seamless performance, data security, and cost optimization.

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With Cyfuture's efficient solution, we were able to conduct our examinations and recruitment processes seamlessly without any interruptions. Their dedicated lease line and fully managed services ensured that our operations were always up and running.

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Thanks to Cyfuture's private cloud services, our European and Indian teams are now working seamlessly together with improved coordination and efficiency.

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FAQs: Integrated GPUs

What are Integrated GPUs?

Integrated GPUs are graphics processing units built directly into the CPU or chipset, sharing system RAM to handle basic graphics tasks efficiently without dedicated VRAM.

How do Integrated GPUs differ from discrete GPUs?

Integrated GPUs use shared system memory and consume less power, making them suitable for everyday computing, while discrete GPUs have dedicated memory and excel at high-performance gaming and AI workloads.

Are Integrated GPUs available on Cyfuture Cloud?

Yes, Cyfuture Cloud offers VMs powered by modern Intel and AMD processors with advanced Integrated GPUs like Intel Iris Xe and AMD Radeon Graphics for optimized cloud performance.

What workloads suit Integrated GPUs on Cyfuture Cloud?

Integrated GPUs handle office applications, web development, light video editing, multi-monitor setups, and basic machine learning inference effectively on Cyfuture’s platform.

Do Integrated GPUs support multi-monitor setups?

Absolutely, Cyfuture Cloud’s Integrated GPUs support multiple virtual displays through VNC, RDP, and cloud desktop solutions for enhanced productivity.

Can Integrated GPUs accelerate video encoding?

Yes, modern Integrated GPUs feature hardware acceleration such as Intel Quick Sync, speeding up video transcoding and streaming directly on Cyfuture infrastructure.

How does pricing work for Integrated GPUs?

Cyfuture Cloud uses pay-as-you-go pricing for Integrated GPU VMs, scaling with CPU cores, RAM, and storage configurations.

Are Integrated GPUs suitable for development?

Integrated GPUs provide strong support for software development, testing, and CI/CD pipelines with OpenGL, DirectX, and Vulkan API compatibility on Cyfuture Cloud.

Can I migrate existing workloads to Integrated GPUs?

Cyfuture offers seamless migration tools to transition applications to Integrated GPU cloud instances with minimal downtime and automated optimization.

What support does Cyfuture provide for Integrated GPUs?

24/7 expert support, performance monitoring, driver updates, and optimization guidance ensure maximum efficiency from Integrated GPU deployments.

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