Our 10GBPS USA Dedicated Server plans are engineered for pure growth of your
Experience the ultimate in gaming and development performance with our GPU Dedicated Servers. Whether you’re streaming AAA games, training AI models, or rendering high-quality graphics, our servers deliver exceptional power at competitive prices.
Unlike cloud gaming services that share resources, our dedicated GPU servers provide 100% of the processing power exclusively for you. Enjoy consistent frame rates, zero lag, and complete control over your gaming or development environment.
Our GPU Dedicated Servers are hosted in premium Tier 3 and Tier 4 data centers across Europe, ensuring maximum reliability, security, and performance. With enterprise-grade infrastructure and redundant power systems, your gaming sessions and development projects never experience interruption.
Experience gaming and streaming with minimal delay. Our GPU servers deliver sub-20ms latency for real-time gaming, streaming, and remote development work without any lag.
Leverage CUDA cores and TFLOPS of processing power for demanding tasks like 3D rendering, video encoding, machine learning training, and high-resolution gaming at maximum settings.
Get started in minutes with our one-click setup. Choose your OS (Windows or Linux), install your games or development tools, and you're ready to go with full admin access.
Our technical support team is available around the clock to help with server setup, configuration, optimization, and troubleshooting. Expert assistance whenever you need it.
4GB GDDR5 GPU memory ensures smooth performance for resource-intensive games, 3D modeling, video editing, and parallel computing tasks without bottlenecks.
Start with what you need and upgrade anytime. Add more RAM, storage, or upgrade to more powerful GPUs as your gaming library or development projects grow.
Stream, download, and transfer without limits. Our unlimited bandwidth ensures you never worry about data caps, whether you're streaming 4K gameplay or downloading massive game files.
Complete control over your server. Install any software, configure settings, manage security, and customize your environment exactly how you want it.
Game and develop with confidence. Our industry-leading 99.9% uptime guarantee means your server is always available when you need it, backed by our service level agreement.
Our team of GPU server specialists is here to help you choose the perfect configuration for your needs. Whether you’re setting up a game streaming service, building an AI development environment, or need a high-performance rendering solution, we’ve got you covered.
Join thousands of satisfied customers who rely on our GPU Dedicated Servers for gaming, streaming, and development.
GPU Dedicated Servers provide exclusive access to powerful graphics processing units (GPUs) hosted in professional data centers. Unlike shared cloud instances, you get 100% dedicated GPU resources for maximum performance in gaming, 3D rendering, video production, machine learning, and scientific computing.
Our servers feature enterprise-grade Nvidia GeForce GPUs with CUDA support, high-speed processors, ample RAM, and ultra-fast network connectivity. Whether you’re a professional developer, content creator, or hardcore gamer, our infrastructure delivers the power you need.
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GPU dedicated server costs range from $310 to $329 per month for consumer-grade GPUs like the GTX 1650 and GTX 1080, while professional configurations with RTX 3060/3070 cost $450-$600/month, and enterprise Tesla/A100 servers range from $1,500-$3,000/month. Monthly costs typically include the dedicated server hardware, unlimited bandwidth, 99.9% uptime SLA, DDoS protection, IP addresses, and 24/7 technical support with no setup fees or hidden charges. Dedicated GPU servers cost more than shared cloud gaming services ($10-50/month) but provide significantly better performance, full control, and guaranteed resources, making them cost-effective for professional use, game streaming services, and serious gaming applications.
GPU dedicated server costs range from $310 to $329 per month for consumer-grade GPUs like the GTX 1650 and GTX 1080, while professional configurations with RTX 3060/3070 cost $450-$600/month, and enterprise Tesla/A100 servers range from $1,500-$3,000/month. Monthly costs typically include the dedicated server hardware, unlimited bandwidth, 99.9% uptime SLA, DDoS protection, IP addresses, and 24/7 technical support with no setup fees or hidden charges. Dedicated GPU servers cost more than shared cloud gaming services ($10-50/month) but provide significantly better performance, full control, and guaranteed resources, making them cost-effective for professional use, game streaming services, and serious gaming applications.
GPU servers are used for cloud gaming and game streaming, 3D rendering in Blender/Maya/Cinema 4D, AI and machine learning with TensorFlow/PyTorch, video editing and encoding in Adobe Premiere/DaVinci Resolve, game development in Unity/Unreal Engine, CAD/CAM applications like AutoCAD and SolidWorks, scientific computing and simulations, cryptocurrency mining, rendering farms for animation studios, and virtual desktop infrastructure. GPUs contain thousands of cores optimized for parallel processing, making them 10-100 times faster than CPUs for graphics rendering, neural network training, physics simulations, and any GPU-accelerated workloads that require consistent high performance.
GPU dedicated server setup takes 24-48 hours for provisioning after payment, with immediate access to begin OS installation and software configuration once activated. The provisioning timeline includes physical server allocation in the data center, GPU installation and hardware testing, network configuration and IP assignment, and quality assurance checks. After receiving login credentials, you can install your operating system (15-30 minutes), install GPU drivers (10-15 minutes), and configure your software and applications (1-4 hours). Some providers offer instant deployment for pre-configured servers or 4-hour rush provisioning for an additional fee ($50-$100), while custom hardware configurations or multiple GPU setups may add 1-3 business days.
Yes, GPU servers are significantly better than CPU-only servers for gaming because GPUs handle graphics rendering 50-100 times faster than integrated CPUs, enabling higher frame rates, better visual quality, and smoother gameplay. GPU servers support 4K and 8K resolution gaming, ray tracing, advanced visual effects, and 60-144+ FPS in AAA games at maximum settings with input lag under 20ms for cloud gaming. A GTX 1080 GPU server can run Cyberpunk 2077 at 1440p with 60+ FPS on high settings, while a CPU-only server struggles to maintain 30 FPS at 720p on low settings. For cloud gaming, game streaming, game development, or any graphics-intensive gaming application, a GPU dedicated server is essential and worth the higher cost.
GPU dedicated servers support Windows Server (2016, 2019, 2022), Windows 10/11 Pro, and Linux distributions including Ubuntu (20.04, 22.04, 24.04 LTS), Debian (11, 12), CentOS (7, 8), Rocky Linux (8, 9), Fedora Server, and RHEL with full administrator/root access. All operating systems support easy installation of Nvidia CUDA drivers, GeForce drivers, or AMD GPU drivers required for graphics processing. Windows is best for gaming, game development, Adobe Creative Suite, and consumer applications; Linux (Ubuntu) is ideal for machine learning, AI development, rendering farms, and development servers; while Windows Server is recommended for hosting services, remote desktop infrastructure, and business applications.
GPU servers need minimum 100Mbps bandwidth for gaming, but 1Gbps (1000Mbps) is recommended for 4K cloud gaming, game streaming, and downloading large game files without throttling. Cloud gaming bandwidth requirements are 15-25 Mbps for 1080p @ 60 FPS, 30-45 Mbps for 1440p @ 60 FPS, 50-80 Mbps for 4K @ 60 FPS, and 80-150 Mbps for 4K @ 120 FPS. Multiple simultaneous users require 100-150 Mbps minimum for 5 users at 1080p streaming, and 1Gbps+ for 20 users at 4K streaming. Our GPU servers include unlimited data transfer with no caps or overage fees, and low latency (ping under 20ms) for competitive gaming and real-time applications.
Yes, GPU servers can be upgraded anytime by adding more RAM (64GB to 128GB for +$40-60/month), storage (1TB HDD to 1TB NVMe SSD for +$30-50/month), upgrading to faster GPUs (GTX 1650 to GTX 1080 for +$20-50/month, or GTX 1080 to RTX 3060 for +$100-150/month), or increasing bandwidth (100Mbps to 1Gbps for +$20-30/month). The upgrade process typically takes 24-48 hours migration time with 2-6 hours of downtime. RAM and storage upgrades are fastest (2-3 hours), while GPU replacements may take 4-6 hours. There are no fees for upgrading beyond the new monthly cost difference, and no contracts lock you into specific configurations.
Dedicated GPU servers provide 100% exclusive access to GPU resources for one user with consistent, predictable performance and no degradation during peak hours, costing $300-500+/month, while shared GPU servers split GPU processing power among 5-20+ users with variable performance based on other users' activity, costing $50-150/month. A dedicated GTX 1080 provides consistent 90-110 FPS in gaming with 100% of 2560 CUDA cores available, while a shared GTX 1080 offers variable 30-90 FPS depending on load with effective 500-1500 CUDA cores available. Dedicated servers are essential for professional rendering, cloud gaming services with multiple users, machine learning training, game streaming with quality guarantees, and business-critical workloads requiring performance consistency.
Yes, GPU dedicated servers include enterprise-grade DDoS protection that automatically detects and mitigates attacks up to 10-100+ Gbps, ensuring your gaming services and applications remain online during attack attempts. The protection features real-time traffic monitoring 24/7, AI-powered anomaly detection, automatic attack mitigation within 10-30 seconds, and filtering of volumetric attacks (UDP/ICMP floods), protocol attacks (SYN floods), application layer attacks (HTTP floods), and reflection/amplification attacks. Unlike some providers that charge $50-200/month extra for DDoS protection, it's included free with all GPU servers, protecting against attacks that could force gaming services offline, lag out players mid-game, or damage service reputation.
Yes, GPU servers can run multiple games simultaneously or host multiple game instances, limited only by VRAM capacity, system RAM, and CPU cores available for each game process. A single GTX 1080 server with 8GB VRAM and 64GB RAM can handle 4-8 lightweight games, 2-4 mid-tier games from 2015-2020, or 1-2 AAA modern games running simultaneously, with each game requiring 1-8GB VRAM and 4-16GB RAM depending on complexity. You can install 50-200+ games on 1TB storage and switch between them instantly, though only active games consume GPU/RAM resources. For optimal performance, run 1-2 games at a time on consumer GPUs, or upgrade to multi-GPU configurations for true parallel gaming and cloud gaming services.
The GTX 1080 is best for cloud gaming servers at $329/month, offering 2560 CUDA cores and 8GB VRAM for 1080p @ 144 FPS, 1440p @ 90 FPS, and 4K @ 45 FPS performance, handling 95% of games at high-ultra settings and supporting 1-3 simultaneous gaming streams. The GTX 1650 ($310/month) is the best budget option for single-user 1080p @ 60 FPS gaming, while RTX 3070/3080 ($700-1,000/month) are best for 4K @ 60-90 FPS gaming with ray tracing and multiple 1440p streams. Key factors include VRAM (8GB minimum for modern games, 12GB+ for 4K or multiple streams), NVENC encoding capabilities for streaming, sub-20ms latency, and planning ~4-6GB VRAM per simultaneous 1080p gaming stream.
GPU dedicated servers are highly secure with enterprise-grade protection including DDoS mitigation up to 100+ Gbps, configurable enterprise firewalls, private VLAN isolation, intrusion detection/prevention systems, 24/7 security monitoring in SOC 2 Type II certified data centers, biometric access controls, and video surveillance. Security features include optional full disk encryption (AES-256), automated backup systems, SSH key authentication, two-factor authentication (2FA), VPN access options, and compliance with SOC 2, GDPR, PCI DSS, and HIPAA standards. Dedicated servers are inherently more secure than shared hosting because your server is physically isolated, eliminating risks from compromised neighboring accounts, though you're responsible for keeping OS/software updated, using strong passwords, configuring firewall rules, and monitoring server logs.
Yes, most GPU server providers offer a 7-day money-back guarantee, allowing you to test the server risk-free and receive a full refund if you're not satisfied within the first week. The refund policy provides a full refund if canceled within the first 7 days with no questions asked, applies to first-time orders, and is processed within 5-7 business days to your original payment method. This covers the full monthly server cost and any setup fees, though it doesn't refund additional services used, domain registrations, or custom hardware installations. After the 7-day period, you can cancel anytime to stop future charges with 30-day cancellation notice, though unused time is forfeited with no pro-rated refunds for monthly billing.
GPU dedicated servers include 24/7 technical support via ticket system (15-60 minute response), live chat (under 5 minutes), and email (1-4 hours), with expert assistance for OS installation, GPU driver setup, network configuration, software installation guidance, and performance troubleshooting. Support covers server accessibility and uptime issues, hardware failures and replacements, network connectivity problems, data center infrastructure issues, and security configuration assistance. The expert team includes GPU and CUDA specialists, Linux/Windows system administrators, network engineers, gaming infrastructure experts, and machine learning consultants, with response time SLAs of under 15 minutes for critical issues (server down), under 1 hour for high priority, and under 4 hours for normal priority questions.