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Nvidia RTX Spark: Geekbench Tests Reveal Cut-Down 18-Core Chip Version

Nvidia RTX Spark: Geekbench Tests Reveal Cut-Down 18-Core Chip Version

Photo: Tom's Hardware

Quick answer

Geekbench tests for Nvidia RTX Spark revealed two chip variants: a 20-core model and a cut-down 18-core version.

Geekbench has revealed benchmark results for two upcoming Nvidia RTX Spark mobile superchip variants. The first model features a full 20-core CPU configuration (10+10), while the second is a cut-down 18-core version (10+8). Both models delivered comparable single-threaded performance, but the 20-core variant significantly outperformed in multi-threaded tests.

The 20-core RTX Spark scored 23,126 points in multi-threaded benchmarks, surpassing the 18-core version (21,776 points) by 5.8%. Compared to rivals, Nvidia's chip leads AMD AI Max+ 395 by 12% and approaches the market leader, Snapdragon X2 Elite Extreme (25,075 points). However, in single-threaded tests, RTX Spark trails Apple Silicon, with even the base M4 Pro outperforming it by 29%.

Experts note that current results were obtained on pre-release hardware with unoptimized drivers. Performance is expected to improve by the official launch, particularly in multi-threaded scenarios. Nvidia is also optimizing chip compatibility with DRM and anti-cheat systems to ensure seamless launch day performance.

Common questions

Which Nvidia RTX Spark chip variants were tested on Geekbench?
Two variants were tested: the full 20-core model and a cut-down 18-core version. Both showed similar single-threaded performance, but the 20-core model excelled in multi-threaded benchmarks.
How does RTX Spark compare to competitors in multi-threaded tests?
The 20-core RTX Spark outperforms AMD AI Max+ 395 by 12% and approaches Snapdragon X2 Elite Extreme. However, it falls short of top Apple solutions like the M4 Pro.
Why does RTX Spark's single-threaded performance raise questions?
In single-threaded tests, RTX Spark trails Apple Silicon and Snapdragon X2 Elite but leads AMD and Intel. This may stem from unoptimized drivers during testing.
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Prepared by the V-Help editorial team from the primary source with a published date.

Published by: V-Help.ru news desk

Source: Tom's Hardware