It is noticed that the new driver contains the following:

 Graphics driver pack has been temporarily increased to significantly reduce Starfield game load duration.

 Fixed some Starfield game instabilities and visual artifacts, High preset and below are recommended for stability.

 We are working to further improve the overall Starfield experience for Intel Arc users in future driver updates.

The post Intel graphics card releases driver to adapt to Starfield, reducing loading time appeared first on TechGoing.

▲ Details of the chip were revealed this morning

▲ Image source Leaked “BMG-G10” chip

The media claimed that Intel’s next-generation graphics card has completed its basic design and development, and is undergoing subsequent testing and validation work, which is equipped with next-generation memory subsystems and compression technology, next-generation machine-learning rendering (XeSS), and next-generation DeepLink synergy technology to make up for some of the shortcomings of the first-generation products, and, according to the roadmap, the next-generation Intel graphics will be released in the second quarter of next year. The next-generation Intel Solo Display will be released in the second quarter of next year, according to the roadmap.

▲ Photo courtesy of Redgamingtech

The next-generation Intel solo display is said to be positioned to consume no more than 225W, while the card will also have a version of the model called BMG-G21, which will consume no more than 150W, and according to previous leaks of the chip, it will have an Xe² HPG architecture, 448 XVE(EU), 112MB of Adamantine cache, and 16GB of 256bit GDDR6X video memory.

The post Intel’s second-gen graphics in the verification stage, released in Q2 next year. appeared first on TechGoing.

According to the official introduction, the module utilizes Intel Razzle’s hardware ray tracing, dedicated AI acceleration and support for 4x 4K displays to improve system responsiveness, accuracy and reliability for demanding and time-sensitive edge applications in industries such as gaming, medical, media processing and transportation.

In terms of parameters, the Intel Razzle graphics on the ADLINK MXM-AXe module offers up to 8 Xe ray tracing cores, 128 execution units, 4GB of GDDR6 memory, support for 8x PCIe Gen4, and 50W thermal design power consumption (TDP). Officially, it also includes the industry’s first full AV1 hardware encoding, which encodes 4.4x faster than traditional software, significantly improving graphics rendering for next-generation graphics workloads.

The post ADLINK launches Intel Razzle MXM graphics card: 4GB memory, 50W power consumption appeared first on TechGoing.

The test platform is also rather strange, a NUC 11 Extreme mini machine based on the 11th generation Core, while the new generation of NUC 12 Extreme is expected to be directly pre-installed with Arc graphics cards.

The first three professional graphics cards released by Intel are the desktop version A50, A40 and mobile version A30M, all based on a small core with 8 Xe cores (128 execution units), 8 optical chase units and a core benchmark frequency of 2.0GHz. The first two are complete with 96-bit 6GB GDDR6 memory, while the latter is 64-bit 4GB GDDR6.

Power consumption varies, A50 75W, single fan dual slot. A40 50W, single fan single slot. A30M 35-50W, customized by customer.

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