Shift Up Plans Stellar Blade PC Launch for 2025, Eyes Strong Market Performance
- Nov 15, 2024
- 82
Shift Up has indicated that a PC launch for the recently released title Stellar Blade is on the table for 2025. This information surfaced during the company’s latest earnings report, specifically within the questions and answers segment. In reply to inquiries regarding the potential expansion to additional platforms, the developer mentioned that the anticipated release is being contemplated within the specified timeline of 2025.
The studio holds optimistic views about the PC edition's market performance, forecasting that it will surpass the PlayStation version. This expectation arises from the noticeable trends, particularly regarding Steam's growing market dominance in the AAA gaming landscape. Additionally, the remarkable achievement of Black Myth: Wukong, developed by a Chinese team and which managed to sell 18 million copies in just two weeks, has been cited as a significant influence.
<p>Shift Up confidently asserted that they foresee the performance on PC outperforming that of the console counterparts. Alongside this, further details were shared regarding the prospects for the Stellar Blade series. The developer intends to keep the intellectual property thriving until the launch of the PC version by releasing new content patches and updates, including the highly anticipated Nier: Automata downloadable content.Upon its debut for PS5 on April 26, we praised Stellar Blade for its intricate combat mechanisms, offering participants a varied array of moves, coupled with breathtaking visual environments and designs. The game has garnered attention as one of the officially confirmed titles for the PS5 Pro, boasting enhanced features tailored for the platform.
Owners of the PS5 Pro will have access to two distinct graphics modes: Pro and Pro Max. Pro operates at a smooth 60 frames per second, while Pro Max boasts 4K resolution at approximately 50 frames per second. As for the prospective PC version, gamers will be keenly waiting to understand the level of performance that this iteration will be able to achieve.