RDP GPU Server, High-Performance Remote Desktop GPU
RDP with GPU enables users to remotely access powerful machines equipped with dedicated graphics cards, delivering smooth performance for demanding workloads. With a Remote Desktop use GPU, you can fully utilize hardware acceleration for tasks like Android emulator, video rendering, 3D modeling, game streaming, AI training and deep learning.
RDP with GPU Pricing
Flexible GPU RDP plans with powerful performance and scalable options.
- product line:
- GPU Use Scenario:
- GPU Memory:
- GPU Card Model:
Express GPU VPS - GT730|K620
- GPU Model: GT730|K620
- CPU: 8 CPU Cores
- Memory: 16GB RAM
- Disk: 120GB SSD
- Bandwidth: 100Mbps Unmetered
- IP: 1 Dedicated IPv4
- Location: USA
- Backup: Once per 4 Weeks
Lite Dedicated GPU Server - P600
- GPU Model: P600
- CPU: 4-Core Xeon E3-1230
- Memory: 16GB RAM
- Disk: 120GB SSD+960GB SSD
- Bandwidth: 100Mbps Unmetered
- IP: 1 Dedicated IPv4
- Location: USA
Express Dedicated GPU Server - P1000
- GPU Model: P1000
- CPU: 8-Core Xeon E5-2690
- Memory: 32GB RAM
- Disk: 120GB SSD + 960GB SSD
- Bandwidth: 100Mbps Unmetered
- IP: 1 Dedicated IPv4
- Location: USA
Basic Dedicated GPU Server - K80
- GPU Model: K80
- CPU: 8-Core Xeon E5-2690
- Memory: 64GB RAM
- Disk: 120GB SSD + 960GB SSD
- Bandwidth: 100Mbps Unmetered
- IP: 1 Dedicated IPv4
- Location: USA
Basic GPU VPS - RTX 5060
- GPU Model: RTX 5060
- CPU: 16 CPU Cores
- Memory: 28GB RAM
- Disk: 240GB SSD
- Bandwidth: 200Mbps Unmetered
- IP: 1 Dedicated IPv4
- Location: USA
- Backup: Once per 4 Weeks
Basic Dedicated GPU Server - T1000
- GPU Model: T1000
- CPU: 8-Core Xeon E5-2690
- Memory: 64GB RAM
- Disk: 120GB SSD + 960GB SSD
- Bandwidth: 100Mbps Unmetered
- IP: 1 Dedicated IPv4
- Location: USA
Basic Dedicated GPU Server - GTX 1650
- GPU Model: GTX 1650
- CPU: 8-Core Xeon E5-2667v3
- Memory: 64GB RAM
- Disk: 120GB SSD + 960GB SSD
- Bandwidth: 100Mbps Unmetered
- IP: 1 Dedicated IPv4
- Location: USA
Professional GPU VPS - RTX Pro 2000
- GPU Model: RTX Pro 2000
- CPU: 16 CPU Cores
- Memory: 28GB RAM
- Disk: 240GB SSD
- Bandwidth: 300Mbps Unmetered
- IP: 1 Dedicated IPv4
- Location: USA
- Backup: Once per 2 Weeks
Basic Dedicated GPU Server - GTX 1660
- GPU Model: GTX 1660
- CPU: 16-Core Dual E5-2660
- Memory: 64GB RAM
- Disk: 120GB SSD + 960GB SSD
- Bandwidth: 100Mbps Unmetered
- IP: 1 Dedicated IPv4
- Location: USA
Professional GPU VPS - RTX A4000
- GPU Model: RTX A4000
- CPU: 24 CPU Cores
- Memory: 28GB RAM
- Disk: 320GB SSD
- Bandwidth: 300Mbps Unmetered
- IP: 1 Dedicated IPv4
- Location: USA
- Backup: Once per 2 Weeks
Basic Dedicated GPU Server - RTX 4060
- GPU Model: RTX 4060
- CPU: 8-Core Xeon E5-2690
- Memory: 64GB RAM
- Disk: 120GB SSD + 960GB SSD
- Bandwidth: 100Mbps Unmetered
- IP: 1 Dedicated IPv4
- Location: USA
Basic Dedicated GPU Server - RTX 5060
- GPU Model: RTX 5060
- CPU: 24-Core Platinum 8160
- Memory: 64GB RAM
- Disk: 120GB SSD+960GB SSD
- Bandwidth: 100Mbps Unmetered
- IP: 1 Dedicated IPv4
- Location: USA
Professional Dedicated GPU Server - P100
- GPU Model: P100
- CPU: 16-Core Dual E5-2660
- Memory: 128GB RAM
- Disk: 120GB SSD + 960GB SSD
- Bandwidth: 100Mbps Unmetered
- IP: 1 Dedicated IPv4
- Location: USA
Professional Dedicated GPU Server - RTX 2060
- GPU Model: RTX 2060
- CPU: 16-Core Dual E5-2660
- Memory: 128GB RAM
- Disk: 120GB SSD + 960GB SSD
- Bandwidth: 100Mbps Unmetered
- IP: 1 Dedicated IPv4
- Location: USA
Advanced GPU VPS - RTX Pro 4000
- GPU Model: RTX Pro 4000
- CPU: 24 CPU Cores
- Memory: 56GB RAM
- Disk: 320GB SSD
- Bandwidth: 500Mbps Unmetered
- IP: 1 Dedicated IPv4
- Location: USA
- Backup: Once per 2 Weeks
Advanced Dedicated GPU Server - RTX 2060
- GPU Model: RTX 2060
- CPU: 40-Core Dual Gold 6148
- Memory: 128GB RAM
- Disk: 120GB SSD + 960GB SSD
- Bandwidth: 100Mbps Unmetered
- IP: 1 Dedicated IPv4
- Location: USA
Advanced Dedicated GPU Server - RTX 3060 Ti
- GPU Model: RTX 3060 Ti
- CPU: 24-Core Dual E5-2697v2
- Memory: 128GB RAM
- Disk: 240GB SSD+2TB SSD
- Bandwidth: 100Mbps Unmetered
- IP: 1 Dedicated IPv4
- Location: USA
Advanced Dedicated GPU Server - RTX A4000
- GPU Model: RTX A4000
- CPU: 24-Core Dual E5-2697v2
- Memory: 128GB RAM
- Disk: 240GB SSD+2TB SSD
- Bandwidth: 100Mbps Unmetered
- IP: 1 Dedicated IPv4
- Location: USA
Advanced Dedicated GPU Server - V100
- GPU Model: V100
- CPU: 24-Core Dual E5-2690v3
- Memory: 128GB RAM
- Disk: 240GB SSD+2TB SSD
- Bandwidth: 100Mbps Unmetered
- IP: 1 Dedicated IPv4
- Location: USA
Advanced Dedicated GPU Server - RTX A5000
- GPU Model: RTX A5000
- CPU: 24-Core Dual E5-2697v2
- Memory: 128GB RAM
- Disk: 240GB SSD+2TB SSD
- Bandwidth: 100Mbps Unmetered
- IP: 1 Dedicated IPv4
- Location: USA
Advanced GPU VPS - RTX Pro 5000
- GPU Model: RTX Pro 5000
- CPU: 24 CPU Cores
- Memory: 56GB RAM
- Disk: 320GB SSD
- Bandwidth: 500Mbps Unmetered
- IP: 1 Dedicated IPv4
- Location: USA
- Backup: Once per 2 Weeks
Advanced GPU VPS - RTX 5090
- GPU Model: RTX 5090
- CPU: 32 CPU Cores
- Memory: 84GB RAM
- Disk: 400GB SSD
- Bandwidth: 500Mbps Unmetered
- IP: 1 Dedicated IPv4
- Location: USA
- Backup: Once per 2 Weeks
Enterprise Dedicated GPU Server - RTX 4090
- GPU Model: RTX 4090
- CPU: 36-Core Dual E5-2697v4
- Memory: 256GB RAM
- Disk: 240GB SSD+2TB NVMe+8TB SATA
- Bandwidth: 100Mbps Unmetered
- IP: 1 Dedicated IPv4
- Location: USA
Enterprise Dedicated GPU Server - RTX A6000
- GPU Model: RTX A6000
- CPU: 36-Core Dual E5-2697v4
- Memory: 256GB RAM
- Disk: 240GB SSD+2TB NVMe+8TB SATA
- Bandwidth: 100Mbps Unmetered
- IP: 1 Dedicated IPv4
- Location: USA
Enterprise Dedicated GPU Server - A40
- GPU Model: A40
- CPU: 36-Core Dual E5-2697v4
- Memory: 256GB RAM
- Disk: 240GB SSD+2TB NVMe+8TB SATA
- Bandwidth: 100Mbps Unmetered
- IP: 1 Dedicated IPv4
- Location: USA
Enterprise Dedicated GPU Server - RTX 5090
- GPU Model: RTX 5090
- CPU: 36-Core Dual E5-2697v4
- Memory: 256GB RAM
- Disk: 240GB SSD+2TB NVMe+8TB SATA
- Bandwidth: 100Mbps Unmetered
- IP: 1 Dedicated IPv4
- Location: USA
Enterprise GPU VPS - RTX Pro 6000
- GPU Model: RTX Pro 6000
- CPU: 32 CPU Cores
- Memory: 84GB RAM
- Disk: 400GB SSD
- Bandwidth: 1000Mbps Unmetered
- IP: 1 Dedicated IPv4
- Location: USA
- Backup: Once per 2 Weeks
Enterprise Multi-GPU Dedicated Server - 3xV100
- GPU Model: 3 x V100
- CPU: 36-Core Dual E5-2697v4
- Memory: 256GB RAM
- Disk: 240GB SSD+2TB NVMe+8TB SATA
- Bandwidth: 1000Mbps Unmetered
- IP: 1 Dedicated IPv4
- Location: USA
Enterprise Multi-GPU Dedicated Server - 3xRTX A5000
- GPU Model: 3 x RTX A5000
- CPU: 36-Core Dual E5-2697v4
- Memory: 256GB RAM
- Disk: 240GB SSD+2TB NVMe+8TB SATA
- Bandwidth: 1000Mbps Unmetered
- IP: 1 Dedicated IPv4
- Location: USA
Enterprise Dedicated GPU Server - A100
- GPU Model: A100
- CPU: 36-Core Dual E5-2697v4
- Memory: 256GB RAM
- Disk: 240GB SSD+2TB NVMe+8TB SATA
- Bandwidth: 100Mbps Unmetered
- IP: 1 Dedicated IPv4
- Location: USA
Enterprise Multi-GPU Dedicated Server - 2xRTX 4090
- GPU Model: 2 x RTX 4090
- CPU: 36-Core Dual E5-2697v4
- Memory: 256GB RAM
- Disk: 240GB SSD+2TB NVMe+8TB SATA
- Bandwidth: 1000Mbps Unmetered
- IP: 1 Dedicated IPv4
- Location: USA
Enterprise Multi-GPU Dedicated Server - 2xRTX 5090
- GPU Model: 2 x RTX 5090
- CPU: 44-core Dual E5-2699v4
- Memory: 256GB RAM
- Disk: 240GB SSD+2TB NVMe+8TB SATA
- Bandwidth: 1000Mbps Unmetered
- IP: 1 Dedicated IPv4
- Location: USA
Enterprise Multi-GPU Dedicated Server - 3xRTX A6000
- GPU Model: 3 x RTX A6000
- CPU: 36-Core Dual E5-2697v4
- Memory: 256GB RAM
- Disk: 240GB SSD+2TB NVMe+8TB SATA
- Bandwidth: 1000Mbps Unmetered
- IP: 1 Dedicated IPv4
- Location: USA
Enterprise Multi-GPU Dedicated Server - 4xRTX A6000
- GPU Model: 4 x RTX A6000
- CPU: 44-core Dual E5-2699v4
- Memory: 512GB RAM
- Disk: 240GB SSD+4TB NVMe+16TB SATA
- Bandwidth: 1000Mbps Unmetered
- IP: 1 Dedicated IPv4
- Location: USA
Enterprise Dedicated GPU Server - A100(80GB)
- GPU Model: A100(80GB)
- CPU: 36-Core Dual E5-2697v4
- Memory: 256GB RAM
- Disk: 240GB SSD+2TB NVMe+8TB SATA
- Bandwidth: 100Mbps Unmetered
- IP: 1 Dedicated IPv4
- Location: USA
Enterprise Multi-GPU Dedicated Server - 4xA100
- GPU Model: 4 x A100
- CPU: 44-core Dual E5-2699v4
- Memory: 512GB RAM
- Disk: 240GB SSD+4TB NVMe+16TB SATA
- Bandwidth: 1000Mbps Unmetered
- IP: 1 Dedicated IPv4
- Location: USA
Enterprise Dedicated GPU Server - H100
- GPU Model: H100
- CPU: 36-Core Dual E5-2697v4
- Memory: 256GB RAM
- Disk: 240GB SSD+2TB NVMe+8TB SATA
- Bandwidth: 100Mbps Unmetered
- IP: 1 Dedicated IPv4
- Location: USA
RDP GPU Server Specialists Help You Solve Any Hardware Issues
Microsoft Windows Remote Desktop does not allow GPU rendering by default. Starting graphic-intensive software may cause errors. Therefore, running engineering software and other graphic-intensive software in a Windows remote desktop environment may be challenging. Renting the RDP GPU server will solve this problem perfectly and avoid the trouble of related hardware settings.
No Compatibility Issues
Our RDP GPU Server is pre-configured with compatible hardware, ensuring a smooth and stable remote desktop gpu experience without setup issues.
High Bandwidth & Low Latency
A fast connection is essential for gpu accelerated remote desktop performance. Our infrastructure delivers stable, high-speed bandwidth to keep your rdp gpu sessions responsive and lag-free.
Security Assurance
Using a remote desktop gpu requires strong protection. We provide firewall, VPN, and advanced security measures to safeguard your rdp with graphics card environment at all times.
No Software Conflicts
Different system setups can cause issues in gpu rdp usage. We offer flexible OS options, allowing you to deploy a fully compatible rdp with gpu environment without conflicts.
Benefits of Using GPU RDP Server
GPU accelerated remote desktop solutions provide greater flexibility, allowing you to work, collaborate, and run resource-intensive tasks from anywhere with consistent performance.
Reduce Hardware Costs
With RDP with GPU, you can access high-performance hardware without purchasing expensive graphics cards. A RDP GPU Server lets you run demanding applications through a remote desktop GPU, eliminating upfront investment and maintenance costs.
Scalability & Flexibility
Our gpu accelerated remote desktop solutions make it easy to scale resources as needed. You can upgrade your rdp gpu configuration anytime, adapting to workload changes without investing in additional hardware.
Secure Data Storage
Using a remote desktop GPU ensures your data is stored on secure remote servers instead of local devices. With regular backups and protection measures, your rdp with gpu environment stays safe from data loss and risks.
Improved Graphics Performance
A rdp with gpu setup enables real-time hardware acceleration for graphics-intensive tasks. This results in smoother visuals, faster rendering, and a more efficient gpu accelerated remote desktop experience.
Increased Productivity
With a powerful RDP GPU Server, users can handle tasks like 3D modeling, video editing, and development more efficiently. A stable remote desktop GPU environment helps improve workflow and overall productivity.
Work from Anywhere
A remote desktop GPU allows seamless remote access to high-performance environments. Teams can run intensive applications from anywhere, making rdp with gpu ideal for remote work and global collaboration.
RDP with GPU vs Without GPU
RDP with GPU is best for high-performance tasks, while standard RDP is more cost-effective for basic use.
FAQs About RDP with GPU
Find quick answers about remote desktop GPU server.
- Set up a GPU accelerated remote desktop: You can use a cloud-based service or set up a dedicated server that supports RDP with GPU.
- Install the necessary drivers and software: Install the appropriate GPU drivers and software on both the remote computer and the local computer to ensure compatibility.
- Configure the remote desktop to allow remote desktop GPU: In the remote desktop environment, configure the settings to allow GPU acceleration for RDP sessions.
- Connect to the remote desktop: Using an RDP client on your local computer, connect to the remote desktop environment and start an RDP session.
- Enable remote desktop GPU: Once you have connected to the remote desktop, check the settings of the RDP client to ensure that remote desktop GPU is enabled.
- Launch applications that require remote desktop GPU: After you have enabled GPU acceleration, you can launch applications that require GPU acceleration, such as 3D modeling, video editing, gaming, and machine learning.
- Increase the network speed: If the network connection is slow, it can result in a lower FPS. Make sure you have a fast and stable network connection.
- Reduce the resolution: Decreasing the resolution can help increase the FPS in the RDP session. You can try reducing the display resolution on the remote desktop or reducing the size of the RDP window.
- Disable unnecessary features: Disabling certain features such as desktop background, themes, and animations can help improve the performance of the RDP session and increase the FPS.
- Enable hardware acceleration: Enabling GPU hardware acceleration can improve the graphics performance of the RDP session and increase the FPS. This feature is available in some RDP clients, and you can check the settings to enable it.
- Increase server resources: If you have access to the server that you are connecting to, you can try increasing its resources, such as RAM, CPU, and GPU to improve the performance of the RDP session and increase the FPS.
- Use a different RDP client: Sometimes, using a different RDP client can improve the FPS. You can try using a different RDP client and compare the FPS to see if it improves.
Start Your GPU RDP Server Now
Deploy a high-performance RDP with GPU in minutes. Get powerful remote desktop GPU with low latency, scalable plans, and up to 50% OFF for gaming, rendering, streaming and AI.