VCNT1000-SB PNY 4GB GDDR6 Nvidia Quadro T1000 Graphic Card

• Nvidia Scalable Geometry Engine
• Nvidia Mosaic Technology
• Full-scene Anti-aliasing (FSAA)
• GPU Tessellation & Dynamic Parallelism
• 16x Angle Independent Anisotropic Filtering
• FinFET Semiconductor Technology
• Nvidia Gigathread Engine
• Transparent Multisampling & 32-bit Per-component Floating Point Texture Filtering
• 64x Full Scene Anti-aliasing (FSAA)
• HDR Ready & 12-bit Internal Display Pipeline
• 32k Texture and Render Processing
• NvDEC & NvENC Hardware Support
• HDCP 2.2 Compliance

Memory Specifications

• Memory Size: 4GB
• Memory Type: GDDR6 SDRAM
• Memory Bus Width: 128-bit
• Memory Bandwidth: 160 Gbps

Supported Operating Systems

• Oracle Solaris 11
• Red Hat Enterprise Linux 7.x
• Windows 10 64-bit Edition
• Ubuntu 18.04
• OpenSUSE 15
• Linux Fedora 31
• SUSE Linux Enterprise Desktop 15.x
• FreeBSD 11.x

Power Consumption & Accessories

• Operational Power Consumption: 50 Watts

Included Accessories

• Low-profile bracket
• Full-height bracket
• 4 x Mini DisplayPort to DisplayPort adapters

Standards & Compliance

• RoHS Compliant
• DisplayPort 1.4 Compatible
• HDCP 2.2 Support

PNY VCNT1000-SB 4GB GDDR6 Nvidia T1000 Overview

The PNY Technology VCNT1000-SB 4GB GDDR6 Nvidia Quadro T1000 graphic card represents a robust solution for professionals seeking high-performance visual computing. Designed for modern workstations, this GPU combines efficiency, reliability, and the advanced capabilities of Nvidia's Quadro architecture. With 4GB of GDDR6 memory and a 128-bit memory interface, it ensures smooth rendering and accelerated performance for design, visualization, and content creation tasks. The Quadro T1000 is particularly well-suited for CAD applications, 3D modeling, and video editing environments where precision and stability are critical.

Graphics Architecture and Memory Technology

Nvidia Turing Architecture

The Nvidia Quadro T1000 utilizes the Turing architecture, which introduces real-time ray tracing, enhanced shading, and AI-powered features. This architecture is engineered to handle complex graphical computations, providing seamless performance across professional applications. Turing's advanced CUDA cores accelerate workloads, enabling faster processing of rendering tasks and computational simulations.

4GB GDDR6 Memory for High-Performance Computing

Equipped with 4GB of GDDR6 memory, the VCNT1000-SB delivers higher bandwidth compared to GDDR5-based solutions. The GDDR6 memory ensures that high-resolution textures, complex models, and intensive graphical assets can be processed efficiently. This results in a smoother workflow for applications such as AutoCAD, SolidWorks, and Adobe Creative Cloud, where memory bandwidth directly impacts rendering speed and visualization clarity.

Memory Interface and Bandwidth Optimization

The 128-bit memory interface supports optimal data transfer rates, allowing the GPU to handle multiple tasks simultaneously without bottlenecks. The combination of GDDR6 memory and the memory interface ensures that large datasets and high-resolution projects can be rendered in real time, reducing lag and enhancing productivity.

Display and Connectivity Features

Multi-Display Support

The Quadro T1000 is engineered for multi-monitor setups, allowing users to expand their workspace across several high-resolution displays. Supporting up to four monitors simultaneously, this GPU is ideal for professionals requiring extensive screen real estate for CAD design, video editing, or data visualization. Each display can run at 4K resolution, providing crisp visuals and precise color accuracy for professional tasks.

Advanced Display Connectors

The VCNT1000-SB comes with a variety of display output options, including DisplayPort 1.4 interfaces. These connectors facilitate high-resolution, high-refresh-rate output for multiple monitors, ensuring compatibility with the latest workstation displays. The flexibility in connectivity supports a wide range of setups from single-display design workstations to multi-display command centers.

Color Accuracy and Professional Calibration

Designed for creative professionals, the Quadro T1000 ensures precise color representation through hardware-level color calibration. This feature is crucial for industries such as graphic design, digital content creation, and medical imaging, where accurate color reproduction is necessary for precise work. The GPU also supports HDR workflows, enhancing visual clarity and enabling more realistic rendering of complex scenes.

Performance in Professional Applications

CAD and 3D Modeling Performance

The VCNT1000-SB excels in CAD and 3D modeling environments, delivering responsive performance even with highly detailed models. Its Turing-based CUDA cores accelerate rendering and simulation tasks, allowing engineers and designers to manipulate large datasets without delays. Software such as Autodesk Inventor, SolidWorks, and CATIA benefit from the GPU’s optimized driver support, which ensures stability and accuracy in professional workflows.

Video Editing and Post-Production Capabilities

For video editing and post-production, the Quadro T1000 provides smooth playback and real-time editing capabilities for high-resolution content. Its 4GB GDDR6 memory allows for seamless handling of 4K video streams, multi-layer timelines, and complex effects. Professionals in Adobe Premiere Pro, After Effects, and DaVinci Resolve experience faster rendering times and improved timeline responsiveness, enhancing overall productivity.

AI-Accelerated Workflows

Leveraging Nvidia’s AI-driven technologies, the Quadro T1000 enables enhanced denoising, intelligent scaling, and content-aware features across supported applications. This integration of AI acceleration improves efficiency for repetitive tasks and enables more precise manipulation of visual data, allowing creative professionals to focus on innovation rather than computational limitations.

Power Efficiency and Thermal Design

Compact Form Factor

The PNY VCNT1000-SB is designed with a low-profile, single-slot form factor, making it compatible with a wide range of workstations, including compact and small form factor systems. This design ensures that professionals can upgrade existing workstations without the need for extensive hardware modifications.

Optimized Thermal Performance

The card’s efficient cooling system maintains optimal operating temperatures during intensive workloads. Its fan design and heat dissipation mechanisms prevent thermal throttling, ensuring consistent performance over extended periods. This reliability is essential for professionals who work on lengthy rendering projects or real-time simulations.

Low Power Consumption

Designed for energy-efficient operation, the Quadro T1000 consumes minimal power while delivering professional-grade performance. Its low power profile reduces overall workstation energy usage, enabling quieter operation and contributing to more sustainable computing practices without compromising on performance capabilities.

Driver Support and Software Ecosystem

Nvidia Quadro Certified Drivers

The VCNT1000-SB benefits from Nvidia Quadro-certified drivers that ensure maximum stability and compatibility with leading professional applications. Regular driver updates provide performance enhancements, bug fixes, and support for the latest software versions, allowing workstations to remain reliable and productive over time.

Integration with Professional Software Suites

Nvidia’s extensive software ecosystem enables seamless integration with multiple professional software suites. Tools such as Nvidia Studio Drivers optimize performance for creative applications, while CUDA and OpenCL support facilitate parallel computing and GPU acceleration for scientific simulations, rendering, and AI workloads.

Enterprise-Grade Reliability

With professional-grade validation and rigorous testing, the Quadro T1000 ensures dependable operation under demanding workloads. This reliability minimizes downtime and ensures consistent performance, making it an ideal choice for engineering, media, and design professionals who rely on stable and predictable computing performance.