NVIDIA Graphics Card RTX 4500 Ada 24 GB Workstation GPU, 4× DisplayPort
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Large Memory Capacity — The 24 GB ECC GDDR6 gives professionals enough VRAM to work on very large 3D assets, massive datasets, or complex simulation scenes.
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Next-Gen Performance — With Ada Lovelace architecture, the card delivers significant gains in compute, ray tracing, and AI workloads.
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Efficient Video Workflows — Built-in AV1 encode/decode supports high-efficiency streaming and content creation.
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Multi‑Monitor Support — Four DisplayPort outputs let you drive up to 4 high-resolution monitors, ideal for design, visualization, or financial dashboards.
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Enterprise-Grade Reliability — ECC memory helps prevent corruption during critical workloads.
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Broad API Support — Compatible with professional graphics and compute APIs for CAD, AI, rendering, and scientific workloads.
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Modern Interface & Power Efficiency — Uses PCIe 4.0 and delivers its performance at a reasonable 210 W TDP, balancing throughput and power draw.
NVIDIA Graphics Card T1000E 8 GB Workstation GPU, 4× mini‑DisplayPort
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Power Efficiency: With only a 50 W TDP, the T1000E is energy-efficient and well-suited for compact workstations without upgrade to PSU.
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Small Form Factor: Its low-profile, single-slot design makes it an excellent choice for small chassis or SFF (small form factor) professional workstations.
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Multi-Monitor Capability: Supports up to four high-resolution displays via mini‑DisplayPort — ideal for CAD, finance, or visualization workflows.
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Professional Grade: Built for mission-critical tasks with ISV certifications and pro‑graphics stability.
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Video & Compute Workload Ready: Dedicated media engines for H.264/HEVC plus 896 CUDA cores make it great for both rendering and compute-centric workflows.
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Reliability: As part of NVIDIA’s Long Lifespan Program, the T1000E is more consistently available over long product cycles — helpful for enterprise deployment.
NVIDIA RTX 5000 Ada Generation Professional Graphics Card
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Industry-leading performance for professional graphics and AI workflows
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Massive 32GB memory ideal for GPU rendering, simulation, and large production scenes
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Future-proof Ada architecture with advanced ray tracing and AI acceleration
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Multi-display powerhouse with four DisplayPort outputs for professional visualization
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ISV-certified stability for engineering, design, and creative software
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Exceptional energy efficiency with workstation-grade reliability
NVIDIA RTX 6000 Ada 48GB Professional Workstation GPU, 4× DisplayPort, PCIe 4.0
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Extreme Memory Capacity: With 48 GB of ECC GDDR6, this GPU handles very large models, large scene files, and high-resolution datasets.
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Cutting-Edge Architecture: Ada Lovelace architecture boosts ray tracing and AI performance, making it ideal for next-gen workloads.
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Professional Reliability: ECC memory ensures data integrity — critical for mission-critical design, simulation, and data science.
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Multi-Display Power: Four DisplayPort connectors enable advanced multi-monitor workstations for design, VR, or simulation.
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Virtualization Enabled: Fully supports vGPU profiles for virtual workstations, allowing resource sharing for remote users.
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Future-Proof Interface: PCIe 4.0 gives high data throughput and broad compatibility with modern motherboards.
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High-Efficiency Encoding: Hardware AV1 encode/decode reduces load on CPU and improves streaming / video-workflow performance.
NVIDIA RTX A1000 8GB GDDR6 Professional Graphics Card (Low-Profile Mini Bracket, 4× mini DisplayPort)
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Professional Workstation Performance: Combines CUDA, Tensor, and RT cores for a powerful but energy-efficient GPU ideal for design, AI, and visualization.
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Space-Saving Design: Low-profile, single-slot card is perfect for compact workstations or small form factor (SFF) PCs.
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Multi-Monitor Support: With 4× mini-DisplayPort outputs, you can drive up to four high-resolution displays simultaneously.
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Ray Tracing & AI on a Budget: Delivers hardware-accelerated ray tracing and AI inference without the power and space requirements of larger workstation GPUs.
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Energy Efficiency & Thermal Control: Only 50 W consumption means less power draw, quieter operation, and compatibility with modest power supplies.
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Future-Ready: Supports modern codecs like AV1, making it ideal for next-gen media workflows; plus, it supports PCIe Gen 4 for high bandwidth.
