Intel ARC A350M Laptop GPU Demonstrates GeForce GTX 1650 Series Performance in First 3DMark Tests

The performance of the Intel ARC A350M matches that of the GTX 1650 . series

Although the Intel Arc Mobile series was announced yesterday, we haven’t yet seen independent reviews showcasing the new ACM graphics processors.

The Intel Arc A350M is the slowest chemical SKU of the whole bunch. This segment only has a TDP between 25 and 35W, and is clearly targeting the low-cost discrete GPU market and ultra-thin laptop designs. This is the first part to appear in the first unofficial standards. Arc A350M GPU tested using Samsung Book Pro2 laptop.

The ACM-G11-based ARC 350M features six Xe cores, which provide 768 FP32 cores. With such a low TDP, one has to compare it to the slowest SKUs in the GeForce 30/16 series or the Navi 24 RX 6000 series.

Intel Arc A350M in 3DMark tests, Source: @harukaze5719

The ARC A350M isn’t the fastest chip out there. Grades posted by hahahahahahahaha It has default power and performance characteristics, but even with the increased performance, they still can’t compete with the GeForce RTX 3050 Laptop GPU, Ampere’s slowest 30-series GPU. However, the A350M is very close to the MX570 (also featuring a GA107 GPU). ).

Based on these numbers, the ARC A350M is 16% faster than the Intel Iris Max (based on the full DG1 chip) in the Fire Strike test and 70% faster than Time Spy. Intel has spent a lot of marketing emphasizing the fact that the Arc series is designed for DirectX12, and that clearly shows here.

The Arc A350M is stuck between the GeForce GTX 1650 Ti and GTX 1650 Max-Q series. However, unlike NVIDIA parts, the Arc A350M supports both Ray Tracing hardware acceleration and Intel’s own XeSS AI-upscaling. The latter is not yet available, though.

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Intel ARC A350M 3DMark Performance
VideoCardz.com GPU 3DMark Fire Strike
1080p DirectX11
3DMark Time Spy
1440 pixels DirectX12 ⬇️
GeForce RTX 3050 NVIDIA GA107 (2048 cores)
GeForce MX 570 NVIDIA GA107 (2048 cores) ?
GeForce GTX 1650 Ti Max-P NVIDIA TU117 (1024 cores)
Radeon RX 5300M AMD Navi 14 (1408 cores)
GeForce GTX 1650 Max-P NVIDIA TU117 (1024 cores)
A350M . bracket INTEL DG2 (768 cores)
GeForce GTX 1650 Ti Max-Q NVIDIA TU117 (1024 cores)
GeForce GTX 1650 Max-Q NVIDIA TU117 (1024 cores)
GeForce MX 550 NVIDIA TU117 (1024 cores) ?
Iris Max INTEL DG1 (768 cores)

source: hahahahahahahahabased on 3DMark data Diary GPU arrangement



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