Utilizing an advanced 12nm FFN (FinFET NVIDIA) high-performance manufacturing process, the NVIDIA T400 with 384 CUDA cores provides an efficient single-slot professional solution ideal for CAD, DCC, and visualization professionals. The Turing architecture introduces a significant advancement in real-time graphics rendering, marking a pivotal evolution since the introduction of programmable shaders.

The Turing architecture includes several cutting-edge shader technologies:

Mesh Shading: Enables compute-based geometry processing and culling, enhancing performance for geometrically complex models by up to 2x.

Variable Rate Shading (VRS): Increases rendering efficiency by adapting the shading rate based on scene content, offering similar image quality with a 50% reduction in shaded pixels.

Texture Space Shading: Improves performance for pixel shader-heavy tasks like depth-of-field effects by reusing pre-shaded texels for efficient VR workloads.

This architecture combines shared memory and L1 cache, significantly improving performance while simplifying programming. Each SM provides 96 KB of configurable shared memory, optimizing resources for various computational or graphical workloads and reducing latency for higher bandwidth performance.

Equipped with Turing's optimized GDDR6 memory subsystem, the NVIDIA T400 supports 2GB or 4GB of frame buffer capacity and delivers up to 80 GB/s of peak memory bandwidth—more than double the throughput—ideal for 3D professionals and high-demand environments with extensive datasets.

Enhanced thread scheduling allows more precise synchronization and resource sharing among parallel tasks, optimizing processing efficiency.

This capability enables increased throughput and reduced storage needs with 16-bit floating-point precision, facilitating the training and utilization of larger neural networks, while offering enhanced efficiency for mixed computation workloads.

Allows for more precise control over time-sensitive operations such as VR motion tracking, improving responsiveness in demanding scenarios.

Provides finer control over compute processes, ensuring efficient resource allocation by preventing long-running applications from monopolizing system capabilities.

Enjoy faster-than-real-time performance for transcoding and video editing, utilizing dedicated H.264 and HEVC encoding engines for optimal efficiency in media workflows.

Harnesses automatic performance optimization without surpassing power and thermal limits, allowing applications to operate efficiently within boost clock parameters for extended periods under demanding conditions.

Supports up to 3 native 5K monitors at 60Hz per card, and up to 4x 5K monitors at 60Hz via a DisplayPort Multi-Stream Transport (MST) hub. The NVIDIA T400 series also facilitates HDR color for 4K @ 120Hz with HEVC support.

Manage single or multi-monitor setups efficiently with NVIDIA RTX™ Desktop Manager, providing you with complete control over your display configurations and optimizing your workspace.

Ensures a seamless and immersive 3D Stereo experience tailored for professional applications, enhancing visual fidelity and application performance.

Maximize system uptime through efficient management of wide-scale deployments and remote control of graphics settings for streamlined operations and productivity.