Intel(R) HD Graphics 400 3D Mark Okay, technical Info, known issues and bugs

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3D.Mark.Okay for Graphic-Card: Intel-R-HD-Graphics-400

 1 14.41   Medium  1366x768 0../img/icoGK/intel-ico.png  Intel(R) Celeron(R) CPU N3160 @ 1.60GHz410.0.19044
 2 36.32   Low  1366x768 0../img/icoGK/intel-ico.png  Intel(R) Celeron(R) CPU N3060 @ 1.60GHz46.1.7601

Intel(R) HD Graphics 400 - Technical Information.

The Intel HD Graphics 400 is an integrated graphics solution developed by Intel. Here is some technical information about this graphics solution:

- Generation:
The Intel HD Graphics 400 belongs to the Intel Atom "Cherry Trail" generation. It was introduced alongside the 8th generation Atom x5 and x7 series processors.

- Graphics Architecture:
The HD Graphics 400 uses Intel Gen8 graphics architecture. This architecture provides improvements in graphics performance and power efficiency compared to previous generations of Intel HD Graphics.

- Shader Units:
The number of shader units or execution units in the HD Graphics 400 is typically between 12 and 16.

- Clock Frequency:
The clock frequency of the HD Graphics 400 varies depending on the processor model and configuration. It is typically between 200 MHz and 640 MHz, but can be dynamically adjusted depending on thermal conditions and performance requirements.

- Maximum Resolution:
The HD Graphics 400 supports a maximum resolution of up to 2560x1600 pixels via HDMI and DisplayPort. A maximum resolution of 4096x2304 pixels can be achieved via eDP (Embedded DisplayPort).

- DirectX Support:
The HD Graphics 400 supports DirectX 11.2 and older versions of Microsoft's DirectX API.

- OpenGL Support:
It provides OpenGL 4.4 support, which means it fully or partially supports the features and enhancements of this OpenGL version.

- Video and Image Output:
The HD Graphics 400 supports hardware acceleration of video decoding and encoding for various formats including H.264, VC-1, MPEG-2 and VP8. It also offers support for image scaling, color conversion and other graphics functions.

The Intel HD Graphics 400 is an integrated graphics solution used in low-power computers, tablets and other mobile devices. It offers basic graphics performance for everyday tasks such as web browsing, video playback and light gaming, but is not suitable for demanding 3D games or professional applications.

Intel(R) HD Graphics 400, known issues and bugs.

The Intel HD Graphics 400 is an integrated graphics solution used in various devices such as laptops, tablets and mini PCs. Although it is considered a reliable solution for basic graphics tasks, some users may encounter certain issues and bugs. Here are some known issues:

1. Driver incompatibility and stability issues:
Some users report issues with driver incompatibilities that may result in unstable systems or crashes. This can be particularly problematic if the devices are running different operating systems or if there are conflicts with other drivers.

2. Screen flickering and display errors:
Occasionally, users may experience screen flickering or display errors such as artifacts or image distortion. These problems can be due to driver problems, overheating, or defects in the hardware.

3. Performance degradation in certain applications or games:
Although the Intel HD Graphics 400 is sufficient for basic graphics tasks, you may experience a performance penalty in resource-intensive applications or games. This can result in low frame rates, stuttering, or even crashes.

4. Compatibility Issues with Certain Software Applications:
Some users have reported that the Intel HD Graphics 400 is not fully compatible with certain software applications or games. This may result in certain features not working properly or the applications not being able to start at all.

5. Overheating and Thermal Issues:
In some cases, the Intel HD Graphics 400 may overheat due to poor ventilation or thermal issues, which may result in performance issues or even hardware damage.

To resolve or minimize these issues, I recommend regularly performing driver updates, monitoring system temperature, improving ventilation if necessary, and adjusting graphics settings to optimize performance.
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