Intel(R) HD Graphics 510 3D Mark Okay, technical Info, known issues and bugs

  3D Bench Mark OK

3D.Mark.Okay for Graphic-Card: Intel-R-HD-Graphics-510

 1 16.29   Medium  3440x1440 0../img/icoGK/intel-ico.png  Intel(R) Pentium(R) CPU G4400 @ 3.30GHz810.0.19044
 2 29.66   Medium  1920x1080 0../img/icoGK/intel-ico.png  Intel(R) Core(TM) i5-6198DU CPU @ 2.30GHz2x410.0.19045
 3 34.72   Medium  1600x900 0../img/icoGK/intel-ico.png  Intel(R) Pentium(R) CPU 4405U @ 2.10GHz2x810.0.22621
 4 33.47   Medium  1366x768 0../img/icoGK/intel-ico.png  Intel(R) Pentium(R) CPU 4405U @ 2.10GHz2x46.1.7601
 5 42.41   Medium  1280x1024 0../img/icoGK/intel-ico.png  Intel(R) Pentium(R) CPU 4405U @ 2.10GHz2x1610.0.19045
 6 35.59   Medium  1280x768 0../img/icoGK/intel-ico.png  Intel(R) Celeron(R) CPU G3900 @ 2.80GHz810.0.19045

The Intel HD Graphics 510 is an integrated graphics unit developed by Intel and used in processors of the sixth generation of the Intel Core processor family (codename Skylake). Here is some technical information about the Intel HD Graphics 510:

1. Architecture:
The Intel HD Graphics 510 is based on the Intel Gen9 graphics architecture. This architecture offers improved graphics performance compared to previous generations and supports features such as DirectX 12, OpenGL 4.4 and Vulkan.

2. Shader Units:
The Intel HD Graphics 510 has a variable number of shader units that are responsible for executing graphics and computing tasks. These shader units can be configured differently depending on the processor model.

3. Clock Speeds:
Intel HD Graphics 510 clock speeds may vary depending on processor model and configuration. They typically have a base clock frequency and a dynamic boost clock frequency that can vary depending on thermal conditions and performance requirements.

4. Memory Support:
The Intel HD Graphics 510 shares memory with the main processor and supports DDR4 and DDR3L memory. Graphics performance may depend on the system's memory configuration.

5. Maximum Resolution and Display Support:
The Intel HD Graphics 510 supports a maximum resolution of up to 4096x2304 pixels via various output ports such as HDMI, DisplayPort and VGA. It can also support multiple external displays at the same time, depending on the system's configuration.

6. Performance:
The Intel HD Graphics 510 offers integrated graphics performance sufficient for everyday tasks such as web surfing, office applications and multimedia applications. However, it is not optimized for demanding 3D games or graphics-intensive applications.

7. Energy Efficiency:
The Intel HD Graphics 510 is designed to provide good performance while maintaining low power consumption. This makes them particularly suitable for mobile devices such as laptops and ultrabooks.

Overall, the Intel HD Graphics 510 is an integrated graphics solution designed for use in desktop and laptop computers and offers a balanced combination of performance, power efficiency and reliability.

Intel(R) HD Graphics 510, known issues and bugs.

The Intel HD Graphics 510 is an integrated graphics unit found in sixth generation Intel processors (Skylake). Although this graphics unit is generally reliable, some known issues and bugs may occur, including:

1. Driver Issues:
As with most graphics cards, driver incompatibilities or incorrect driver updates can lead to various issues such as graphics errors, performance issues, or crashes Applications. Occasionally, new driver versions can also cause problems that did not exist before.

2. Image Quality Issues:
Some users may experience image quality issues such as texture flickering, artifacts, or color errors. These issues may be due to driver incompatibilities, setup errors, or other factors.

3. Software Compatibility Issues:
Certain software applications may not function properly with the Intel HD Graphics 510. This may be due to incompatibilities between the graphics unit and the software, outdated drivers, or other factors.

4. Performance Issues:
For demanding graphics-intensive applications or games, the Intel HD Graphics 510 may not deliver the desired performance. This is due to their integrated nature and limited graphics performance, especially when compared to dedicated graphics cards.

5. Power Saving Features:
In some cases, power saving features of the graphics engine may cause unexpected issues such as screen flickering or performance instability. Adjusting power settings or disabling certain power saving options can help minimize these problems.

To minimize these issues, it is advisable to perform regular driver updates, monitor system temperatures, and contact Intel technical support if necessary. In some cases, software updates or system configuration adjustments can help resolve these issues.
3D Bench Mark OK
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