A fresh GeForce RTX 3050 variant is reportedly on the way from Nvidia, featuring reduced memory and lower power draw. The information comes from reports aggregated by the WCCFTech portal, which links to various resources to support the claims.
According to the reported specifications, the simplified GeForce RTX 3050 would ship with 6 GB of video memory operating at a frequency of 1470 MHz. In contrast, the standard configuration is said to include 8 GB of memory running at 1552 MHz. Another notable change is the data bus width, which is expected to be 96 bits for the new model, rather than 128 bits as seen in the traditional RTX 3050. Energy efficiency is a key focus as well, with the lower-power variant allegedly drawing 70 W compared with 115 W for the standard card. This reduced consumption makes it more suitable for compact builds and quieter systems where space and noise are a concern.
Pricing discussions place the new RTX 3050 around $150, according to Wccftech’s projections, which translates to roughly 14,900 rubles at contemporary exchange rates. If this price holds, Nvidia would position the model as an attractive entry point for users seeking reliable ray tracing performance without a steep investment. The lower price point could broaden the card’s appeal to gamers and hobbyists who want solid 1080p and entry-level 1440p experiences with Nvidia’s ray tracing features enabled.
Availability was suggested to be in the early part of the year following the initial leak, positioning the card to rival budget offerings from competitors such as Intel’s Arc A580 in the same price segment. The rumor mill indicates Nvidia aims to deliver a balance of modest memory bandwidth and efficient power usage to broaden compatibility with smaller form factors and energy-conscious builds.
Historically, Nvidia’s RTX 3060 has been popular among Steam users, a trend that is often cited when evaluating mainstream appeal within the mid-range GPU market. The emergence of a lower-cost RTX 3050 model could influence consumer choices by offering improved efficiency at modest price points while preserving essential features like hardware-accelerated ray tracing and support for Nvidia technologies that accompany modern GPUs.
Industry watchers note that shifts in memory configuration, bus width, and power draw can have meaningful effects on performance in real-world gaming scenarios. A 6 GB memory configuration with a 96-bit bus, for instance, may deliver different memory bandwidth characteristics compared with the 8 GB, 128-bit variant. Power-saving design goals can also impact sustained performance under load, cooling performance in compact cases, and the overall value equation for budget-conscious buyers. The sophistication of Nvidia’s driver stack, game-ready optimizations, and ray tracing capabilities remains a core attraction for this tier of graphics hardware, even as component specifications vary across versions. The ongoing conversation among enthusiasts emphasizes price-to-performance balance and system compatibility as primary decision factors when evaluating such products.