NVIDIA TITAN V/PCIe/SSE2 3D Mark Okay, technical Info, known issues and bugs


  3D Bench Mark OK

3D.Mark.Okay for Graphic-Card: NVIDIA-TITAN-V-PCIe-SSE2

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 1 114.25   High  3840x2160 0../img/icoGK/intel-ico.png  Intel(R) Xeon(R) CPU E3-1230 V2 @ 3.30GHz2x810.0.19044

NVIDIA TITAN V/PCIe/SSE2 - Technical Information.


The NVIDIA TITAN V is a powerful graphics card designed for high-end computing and professional applications. Here is some technical information about this graphics card:

- GPU:
The NVIDIA TITAN V is based on NVIDIA's Volta graphics architecture.

- CUDA cores:
The TITAN V has 5120 CUDA cores.

- Tensor Cores:
In addition to CUDA cores, TITAN V has 640 Tensor Cores optimized for machine learning and AI calculations.

- Clock Frequency:
The clock frequency of the TITAN V is 1200 MHz, with boost frequencies of up to 1455 MHz.

- Memory:
The card is equipped with 12GB HBM2 (High Bandwidth Memory 2), which provides high bandwidth and storage performance.

- Memory Bandwidth:
TITAN V's memory bandwidth is an impressive 653 GB/s, making it ideal for data-intensive applications.

- Interface:
The card uses a PCIe interface to connect to the motherboard.

- DirectX Support:
The TITAN V supports DirectX 12 and older versions.

- OpenGL Support:
It provides comprehensive support for OpenGL, which is important for professional 3D applications.

- SSE2 Support:
The TITAN V supports Streaming SIMD Extensions 2 (SSE2), a series of instruction set extensions for the CPU introduced by Intel.

The NVIDIA TITAN V is designed for demanding computing in artificial intelligence, machine learning, scientific simulations, high-resolution graphics and more. With its powerful architecture and large memory, it offers outstanding performance for a variety of demanding applications.

NVIDIA TITAN V/PCIe/SSE2, known issues and bugs.


The NVIDIA TITAN V is a high-end graphics card designed for professional use. Although it is a powerful and robust graphics solution, there are some known issues and possible bugs reported by users. Here are some of them:

1. Driver incompatibility and stability issues:
New driver versions can sometimes experience compatibility issues, especially if they are not optimally tailored to the TITAN V. This can lead to stability issues, reduced performance, or crashes.

2. Overheating and Thermal Issues:
Due to its high performance and large number of computing resources, TITAN V may be prone to overheating under extreme loads. This can lead to thermal throttling, where the clock frequency is reduced to lower the temperature and protect the card from damage.

3. Compatibility issues with specific applications or workloads:
Some users have reported compatibility issues with specific applications or workloads. This may be due to driver incompatibilities, software errors, or other factors.

4. Stability Issues with Overclocking:
Users who attempt to increase the performance of the TITAN V through overclocking may encounter stability issues. Overclocking can cause the card to become unstable or no longer function reliably, especially if cooling is inadequate.

5. Performance issues with specific applications or workloads:
Although the TITAN V is a powerful graphics card, performance issues may occur in some cases, particularly with very specific applications or workloads that are not optimally suited to the card's architecture.

It is important to note that not all users experience these problems, and many can be resolved or minimized through regular driver updates, hardware configuration adjustments, or other measures. However, if problems occur, it may be helpful to contact NVIDIA technical support or search for solutions in relevant forums.
3D Bench Mark OK
  3D Bench Mark OK


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