NVIDIA Confirms New GeForce RTX 3050 A Mobile GPU with 1792 CUDA Cores and 4GB 64-bit VRAM

NVIDIA Confirms New GeForce RTX 3050 A Mobile GPU with 1792 CUDA Cores and 4GB 64-bit VRAM

NVIDIA has officially confirmed the release of the GeForce RTX 3050 A mobile GPU, featuring 1792 CUDA cores and 4GB of 64-bit VRAM. This new SKU, equipped with the AD106 ADA GPU, marks a significant addition to NVIDIA’s lineup.

Key Specifications of the RTX 3050 A

The RTX 3050 A, a mobile variant, follows the release of the RTX 2050, which utilized an Ampere GPU. The new RTX 3050 A, however, is set to feature the following specifications:

  • CUDA Cores: 1792
  • Memory: 4GB GDDR6 on a 64-bit memory bus
  • TGP: Configurable between 35 and 50 watts

Architectural Insights

While NVIDIA has confirmed the initial specifications, it has not yet verified that the RTX 3050 A is based on the Ada architecture. This GPU is expected to perform similarly to its predecessor, the RTX 2050, depending on the workload. However, it is important to note that the RTX 3050 A has fewer cores and a shorter memory bus compared to existing 3050 SKUs.

Performance Expectations

The RTX 3050 A’s performance will require independent testing to determine its capabilities fully. Despite the architectural upgrade from Ampere to Ada, the new GPU may perform similarly to the RTX 2050. The launch appears to have a limited scope, as NVIDIA has not made a public announcement, and no laptop manufacturers have announced this GPU option yet.

Comparison with Other Models

Here’s a quick comparison of the RTX 3050 A with other models in the NVIDIA GeForce RTX 3050/2050 series:

Table
Model GPU CUDA Cores Memory TGP
RTX 3050 A AD106 1792 4GB G6 64-bit 35-50W
RTX 3050 6GB GA107 2048 6GB G6 96-bit 35-80W
RTX 3050 GA107 2048 4GB G6 128-bit 35-80W
RTX 2050 GA107 2048 4GB G6 64-bit 35-45W

The new RTX 3050 A, with its unique specifications, is poised to offer a fresh option for mobile GPU users. Stay tuned for more updates as independent testing and manufacturer announcements provide further insights into its performance and capabilities.