Shift Up Explains How Stellar Blade Hits 60 FPS on Switch 2: DLSS Upscale, FSR Frame Gen

September 1, 2026:

Shift Up Explains How Stellar Blade Hits 60 FPS on Switch 2: DLSS Upscale, FSR Frame Gen
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Shift Up’s CTO has revealed, in a developer interview published today, exactly how the studio engineered Stellar Blade: Complete Edition to run at a 60-frames-per-second target on Nintendo Switch 2 — and the answer involves combining two competing companies’ graphics technologies in a single pipeline, an approach the industry only became technically capable of in 2024.

The footage to back it up dropped at Gamescom 2026: Nintendo Everything published more than five minutes of direct-feed docked gameplay capturing protagonist EVE in action — sprinting through a crumbling environment, trading blows with a lightning-armed boss, and cutting through a room of enemies with the precise parry-and-counter system that made the original PlayStation 5 release a critical standout.

How the Pipeline Actually Works

Switch 2 runs a custom NVIDIA processor that natively supports DLSS — the company’s AI-powered upscaling technology, which reconstructs higher-resolution images from frames rendered at a lower internal resolution using motion data gathered from prior frames. What Switch 2’s DLSS implementation does not include, however, is frame generation: the ability to synthesize entirely new intermediate frames to double the apparent frame rate. That capability lives in NVIDIA’s dedicated RTX graphics cards for PC and is absent from the console’s chip.

To close that gap, Shift Up’s CTO and technical director DongKi Lee brought in AMD’s FSR 3.1 frame interpolation — a technology AMD decoupled from its upscaler in 2024, specifically to allow frame generation to run alongside any upscaling solution, including DLSS. Before FSR 3.1, that combination was impossible; FSR frame generation was locked to FSR upscaling. The 2024 decoupling is precisely what makes the Stellar Blade hybrid approach viable on any hardware.

The resulting pipeline, as Lee described it to Nintendo Everything:

“We use DLSS for upscaling, and then took the result we got and used frame interpolation from FSR 3.1 to be able to target 60 frames per second. Also, it was important to have even latency for players. We have 30 frames per second to have it even and then use interpolation — a frame interpolation — for targeting 60.”

In other words: the game renders at a 30 FPS base, DLSS upscales the image to the target resolution, and FSR 3.1 frame interpolation then doubles the output to 60 FPS by inserting generated intermediate frames.

The resolution targets: 1080p upscaled when docked, 720p native in handheld mode.

What AMD’s Own Specs Say About That 30 FPS Base

There is a meaningful technical detail embedded in Lee’s disclosure that the Gamescom coverage cycle has largely passed over. AMD’s own GPUOpen documentation for FSR 3 Frame Generation states that the technology “runs best when interpolating from a minimum of 60 fps pre-interpolation,” and advises against going below that threshold.

Stellar Blade on Switch 2 uses exactly 30 FPS as its pre-interpolation base — the documented floor of the technology’s recommended operating range. AMD’s spec does not say this configuration is broken; the company notes it “can roughly double any input frame rate.” But operating at the lower bound of a technology’s recommended range is the engineering context a Switch 2 buyer deserves to know: the 60 FPS figure in the marketing is real and technically achievable, while frame interpolation artifacts — ghosting on fast-moving objects, slight motion inconsistency — may be more visible in high-action sequences than they would be from a higher pre-interpolation base.

Lee acknowledged the latency concern and addressed it directly: the team chose a consistent 30 FPS pre-interpolation base precisely to keep latency even for players, rather than a higher but more variable base rate that could introduce inconsistent input response during the game’s parry-heavy combat.

What the Gamescom Footage Shows: Gameplay and Hands-On Impressions

The gameplay footage opens with EVE sprinting through a collapsing environment before moving into a boss encounter against a demonic figure wielding dual lightning spears. The combat section demonstrates EVE’s full toolkit — dodges, counters, sword strikes — before a finishing sequence and a transition to a multi-enemy safe room scenario mixing melee and ranged attacks.

Reviewers who played the port at Gamescom came away with a consistent split verdict. Sam Woods at TheGamer described the performance as “fantastic” and the graphical fidelity as “acceptable,” but noted that EVE’s hair had been downgraded from the fluid, detailed rendering of the PS5 version to “wiry strands that never quite moved with the character.” His overall read: the port is “impressive in fact, but some of the sacrifices are clear,” and he would not choose Switch 2 as his preferred platform to play the game for the first time.

The game will not offer selectable graphics mode options — players are locked to the single optimized profile. Shift Up has confirmed that a day-one patch will ship with the game to address technical anomalies present in early builds.

The port also incorporates Switch 2-specific hardware features. A puzzle sequence visible in the gameplay demonstration used the console’s touchscreen to input a door code. Joy-Con 2 motion controls, including gyro and mouse mode, are confirmed for activities outside of combat — exploration and non-combat interactions — though the game’s parry-based combat system remains on standard controller input.

EVE, the Naytiba, and What the Complete Edition Includes

For Switch 2 owners who have not yet played Stellar Blade, the Complete Edition will be the most fully stocked version of the game to date. EVE is a soldier dispatched from humanity’s last refuge — a space Colony orbiting a devastated Earth — with what appears to be a clear mission: reclaim the planet from the Naytiba, a monstrous force that drove humanity off it. As EVE fights her way through the ruins of human civilization, piecing together what actually happened to Earth, she finds that almost nothing about her mission is what it seemed. The game operates in a register of melancholy action spectacle — beautiful post-apocalyptic environments punctuated by precision-demanding boss encounters that require reading attack patterns rather than simply absorbing damage.

The Complete Edition bundles the base game with its full DLC library: the Twin Expansion Pack, including crossover content with NieR: Automata and Goddess of Victory: Nikke, plus additional outfits, in-game currency, and the companion cosmetics for EVE’s drone. The original release earned an 81 out of 100 from critics on Metacritic and sold over 3 million copies across PS5 and PC.

What Comes Next

Stellar Blade: Complete Edition will be playable at Tokyo Game Show 2026 — the first time the public will be able to go hands-on with the Switch 2 version — at the SEGA/Atlus booth in Hall 4, with six playable stations. TGS 2026 public days run from September 19 through September 21, 2026, at Makuhari Messe in Chiba, Japan. Shift Up CEO Kim Hyung Tae is scheduled to appear at the SEGA/Atlus booth stage on September 20.

The game is set to arrive on Nintendo Switch 2 later in 2026, with no specific release date announced as of this writing. It is currently available on PlayStation 5 and PC.


Frequently Asked Questions

How does Stellar Blade achieve 60 FPS on Nintendo Switch 2?

Shift Up uses a two-stage pipeline that combines technology from both NVIDIA and AMD. First, DLSS — NVIDIA’s AI-powered upscaler, which Switch 2 supports natively via its custom NVIDIA chip — handles resolution reconstruction, rendering the image at a sub-native resolution and using motion data from prior frames to infer a higher-resolution output. Second, AMD’s FSR 3.1 Frame Interpolation, which AMD separated from its own upscaler in 2024 specifically to allow this kind of cross-vendor use, generates an intermediate frame between each rendered frame, doubling the apparent frame rate from the 30 FPS base to the 60 FPS target. CTO DongKi Lee confirmed this pipeline in a developer interview published August 31, 2026.

What is the resolution of Stellar Blade on Switch 2, and is there a quality tradeoff?

In docked mode, the game targets an upscaled 1080p image using DLSS. In handheld mode, it runs at a native, unscaled 720p. Hands-on reviewers at Gamescom 2026 described performance as “fantastic” while characterizing visual fidelity as “acceptable,” noting specific tradeoffs such as reduced hair physics quality compared to the PS5 version. AMD’s own FSR 3 documentation recommends a pre-interpolation base frame rate of at least 60 FPS for best results; Stellar Blade’s 30 FPS pre-interpolation base is the documented minimum, which may make frame interpolation artifacts more visible during high-action sequences.

What is included in Stellar Blade: Complete Edition for Switch 2?

The Complete Edition bundles everything Shift Up released for the game on PS5 and PC: the base game, the Twin Expansion Pack (which includes NieR: Automata and Goddess of Victory: Nikke crossover DLC), additional outfits for EVE and companion characters, in-game currency, and drone cosmetics. Switch 2-specific additions include Joy-Con 2 motion control support for non-combat activities and touchscreen functionality for certain in-game interactions. No specific release date within 2026 has been announced.

What makes the DLSS and FSR combination on Switch 2 technically unusual?

It is unusual because AMD’s FSR frame generation was, until FSR 3.1 in 2024, locked to AMD’s own upscaling technology — you could not use FSR frame generation alongside a different upscaler. The FSR 3.1 update decoupled frame generation from the upscaler entirely, making it compatible with DLSS, Intel XeSS, or any other upscaling solution. TechPowerUp’s FSR 3.1 review confirmed that this cross-vendor capability is the update’s most significant change. Stellar Blade is among the first Switch 2 titles to use this cross-vendor pipeline, combining NVIDIA’s arguably superior AI upscaling quality with AMD’s hardware-agnostic frame generation capability.

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