Phantom Blade Zero PC requirements: Minimum & 1440p specs

The official Phantom Blade Zero PC requirements put the minimum target at 1080p and 30 FPS with upscaling, while the recommended tier aims for 1440p and 60 FPS, also with upscaling. Both tiers specify 16GB of RAM, DirectX 12, and an SSD. A GTX 1660 6GB or RX 5500 XT 8GB meets the listed minimum GPU requirement; an RTX 3060 Ti 8GB or RX 6700 XT 12GB meets the recommended GPU tier. However, meeting a published specification is not a guarantee of identical performance in every scene. This guide explains the official hardware tiers, the unusually large storage requirement, and how to make a practical compatibility decision before installing the game.

Official minimum and recommended PC specs

S-GAME’s Steam listing and Epic Games Store listing agree on the core Windows, CPU, GPU, memory, and DirectX requirements. Steam additionally states the target resolution, frame rate, upscaling condition, and mandatory SSD. The following comparison reflects those store listings checked on October 28, 2026, for the PC version.

Two details matter more than they may appear to. First, both stated frame-rate targets assume upscaling. You should not read 1080p/30 or 1440p/60 as promises about native-resolution rendering without upscaling. Second, the recommended tier is not an official specification for maximum settings, 4K, path tracing, or a locked frame rate in every encounter. Those are different questions that require additional game-specific measurements.

For players researching performance settings rather than basic hardware eligibility, the separate topics of frame generation, ray tracing settings, and shader stutter require different evidence. Here, the goal is to decide whether a Windows PC meets the published entry point and what may limit it.

What the minimum requirements really mean

The 1080p target includes upscaling

The minimum graphics cards are the GeForce GTX 1660 with 6GB of video memory and the Radeon RX 5500 XT with 8GB. These are the developer-listed models, not results from a Geek Gaming Tricks benchmark. The corresponding target is 1080p at 30 frames per second with upscaling enabled. The target does not establish the render resolution behind the upscaled output, a specific upscaling mode, or a detailed graphics preset.

For a PC at this threshold, a sensible expectation is to prioritize stable play over ambitious visual settings. Begin with the game’s default or recommended graphics configuration when available, confirm which upscaling features your GPU actually supports, and measure real gameplay once the game is accessible. A 30 FPS target can be acceptable for some players, but its responsiveness will feel different from 60 FPS in fast directional changes and timed defensive moves.

If you own a GPU below these listed models, there is no official basis here to claim that a particular lower-end card will reliably run the game. Similarly, a GPU with more VRAM is not automatically faster than the minimum listed card: compute performance, architecture, memory bandwidth, drivers, and the specific workload also matter.

Why an older Core i7 can be listed below a newer Core i5

Intel’s Core i7-8700K appears in the minimum column, while the Core i5-10600K appears in the recommended column. That is not a mistake caused by the words “i7” and “i5.” Those branding tiers describe positions within different processor generations, not a simple ranking across all years. S-GAME lists the i7-8700K or Ryzen 5 3600 for minimum and the i5-10600K or Ryzen 5 5600X for recommended.

Match the full processor model, including its generation and suffix. Do not assume every Core i7 is suitable or that every newer Core i3 is unsuitable. If your CPU differs from the named models, independent comparisons under similar gaming workloads may help estimate its relative standing, but such comparisons still cannot guarantee Phantom Blade Zero performance.

The 16GB RAM floor applies to both tiers

Both store listings specify 16GB of system RAM. This is separate from the 6GB, 8GB, or 12GB of dedicated video memory associated with the listed GPUs. A computer with 16GB RAM and a 6GB graphics card does not have “22GB of shared gaming RAM” in the way these requirements are written; system memory and dedicated VRAM serve different roles.

If your PC has 8GB system RAM, it falls below the published minimum even if its graphics card is strong. Going from 16GB to 32GB may create headroom for background applications and other workloads, but the developer has not made 32GB a required or recommended condition for the two listed targets. Don’t buy a memory upgrade solely on the assumption that it will double your frame rate.

Recommended specs: What 1440p at 60 FPS requires

The recommended pairing is an RTX 3060 Ti 8GB or Radeon RX 6700 XT 12GB, alongside an Intel Core i5-10600K or Ryzen 5 5600X. As with the minimum tier, this target uses upscaling. It is a useful reference point for a 1440p monitor owner, but should not be confused with a universal guarantee of 60 FPS at maximum settings.

The NVIDIA and AMD choices differ in VRAM capacity, with 8GB on the specified RTX 3060 Ti and 12GB on the listed RX 6700 XT. VRAM can influence how much texture data and other graphics resources a game can hold on the card, but there is no official evidence in the store table that the 6700 XT’s extra memory produces a specific frame-rate advantage in this game. Both are explicitly accepted in the recommended column.

If your hardware is faster than the recommended models, you may have additional performance headroom, but the size of that headroom depends on the scene, resolution, graphics options, upscaling mode, and processor. It is better to treat 1440p/60 as the developer’s stated configuration target and verify an individual system’s experience after release than to invent a 4K or high-refresh-rate benchmark from the specification table.

A desktop GPU name is not a laptop performance guarantee

Laptop owners should compare exact mobile GPU models rather than treating matching numbers as proof of matching desktop performance. A laptop’s GPU power limit, thermal system, shared cooling budget, and memory configuration can change sustained behavior. The published table names desktop-class reference GPUs; it does not provide a separate mobile GPU performance matrix.

A laptop with a similarly named graphics processor may run the game, but estimating whether it reaches the recommended target requires laptop-specific evidence. For a buying decision, inspect the laptop’s actual GPU model and power configuration rather than relying only on an RTX or Radeon family label.

SSD storage: 145GB installed versus 300GB for preload

Storage is the easiest requirement to misunderstand. S-GAME’s late-October launch guidance, reported by PC Gamer and TechSpot, states that the game occupies approximately 145GB after installation and asks PC players to keep at least 300GB free for the preload process. Those figures describe different stages. The 300GB figure is not a claim that the finished game permanently consumes 300GB.

If you plan to preload, check that the selected SSD has the full temporary space requested before starting. If you cannot free 300GB, do not assume the launcher will accept or complete the preload merely because the final game is smaller. You can instead evaluate a regular installation after launch, while still leaving adequate headroom for installation and updates; the precise free-space behavior of each launcher should be checked in the launcher itself.

Avoid deleting personal files or game saves impulsively to make space. Use your launcher’s normal uninstall controls for unwanted games, confirm that important data is backed up, and check the SSD’s remaining capacity afterward. An external drive should not be assumed compatible simply because it is connected: verify that it is an SSD, that the game launcher supports the chosen installation destination, and that the connection performs reliably.

How to compare your Windows PC against the requirements

You can complete the initial check using built-in Windows utilities. No paid “PC optimizer” or third-party hardware scanner is necessary. The following paths use standard Windows 10/11 interfaces; labels can vary slightly by update.

Check the CPU, RAM, and Windows architecture

1. Press Windows + R, type msinfo32, and press Enter. This opens System Information.
2. In System Summary, note Processor and Installed Physical Memory (RAM). Record the full CPU model rather than only “i5,” “i7,” or “Ryzen.”
3. Check System Type. A 64-bit Windows installation normally appears as x64-based PC together with the relevant OS details. If the PC uses an unsupported operating system or has less than 16GB RAM, it does not match the listed requirements.
4. Compare the precise processor model with the minimum and recommended rows above. If it is not an exact match, note it as an equivalence question rather than marking it as officially certified.

Verify: You should have an exact CPU name, an installed RAM amount, and confirmation of a 64-bit Windows environment. If System Information does not open, use Settings > System > About to view basic processor, memory, and system-type information.

Identify the GPU and video memory

1. Right-click Start and select Task Manager.
2. Open Performance and select GPU. Windows identifies the graphics processor there; a laptop may show both integrated and dedicated GPUs.
3. Note the dedicated gaming GPU’s full name. Where displayed, examine Dedicated GPU memory rather than relying on the larger shared-memory total.
4. Compare that exact model with the GTX 1660 6GB / RX 5500 XT 8GB minimum or RTX 3060 Ti 8GB / RX 6700 XT 12GB recommended entries.

Verify: Do not accidentally use an integrated GPU entry as the specification for a separate discrete GPU. If the system has no dedicated GPU or only an unlisted model, the official table alone cannot establish whether its performance is adequate. Microsoft’s Windows GPU documentation also describes the Settings > System > Display > Advanced display route for identifying display-associated graphics hardware.

Verify free storage space and the drive type

1. Open File Explorer > This PC and look at the free space on the drive where you intend to install the game.
2. In Task Manager > Performance, select the relevant disk. On supported Windows configurations, the disk pane identifies whether Windows sees it as an SSD or HDD.
3. Compare the available space with the reported approximately 145GB installed footprint or the developer’s 300GB preload guidance, depending on how you intend to install.
4. If the intended SSD lacks room, move or remove unnecessary files safely and check again before downloading. Don’t use a different drive’s free-space figure as if it belonged to the installation drive.

Verify: Your intended drive is an SSD, and its available capacity satisfies the relevant installation path. This storage check does not change Windows settings or risk the game’s files, so there is nothing to roll back.

Which requirement should influence your next decision?

The order of decisions matters. A drive that cannot hold the game is an immediate installation obstacle. Insufficient memory is a clear departure from the published requirements. Once those issues are resolved, CPU and GPU capability determine which performance target is realistic, with actual in-game results still needing confirmation.

What the official specs do not prove

The presence of Unreal Engine 5 or NVIDIA’s announced DLSS 4.5 support should not be treated as a substitute for measured performance. NVIDIA has publicized Phantom Blade Zero support in a new Game Ready driver and described DLSS and advanced lighting technologies, but those announcements do not give every graphics card the same features. Upscaling, frame generation, and enhanced ray-traced effects are separate capabilities with different hardware requirements.

The minimum and recommended tables also do not establish native 4K frame rates, ultrawide behavior, Steam Deck suitability, path-traced performance, or an exact graphics-preset breakdown. More importantly, a stated 60 FPS target is not proof that every combat encounter will hold a perfectly flat 60 FPS without frame-time spikes. Those conclusions require reliable tests with game build, driver version, settings, and hardware disclosed.

For now, use the official store requirements as eligibility and planning guidance, not as a performance review. When independent PC testing becomes available, prioritize results for your actual resolution and the nearest GPU, and check whether upscaling or frame generation was enabled before comparing numbers.

Tools That Help

• Windows System Information (msinfo32) — free, built into Windows: Use it to identify your exact processor, installed RAM, and OS architecture before comparing CPU tiers.
• Windows Task Manager — free, built into Windows: Use Performance > GPU to identify the graphics processor and Performance > Disk to check the destination drive type.
• File Explorer — free, built into Windows: Use This PC to confirm free capacity on the intended SSD before attempting a large preload or installation.

No additional purchase is needed just to complete these checks. If an upgrade is necessary, decide what to change only after identifying the specific component that falls below the official listing.

Frequently asked questions

Can a GTX 1660 run Phantom Blade Zero?

A GeForce GTX 1660 with 6GB of VRAM is explicitly in the game’s minimum Windows specification. The corresponding developer-listed target is 1080p at 30 FPS with upscaling, not guaranteed 60 FPS or native-resolution rendering. Other minimum requirements, including 16GB RAM and SSD installation, still apply.

Is the RTX 3060 Ti enough for 1440p?

The RTX 3060 Ti 8GB is one of the two recommended GPUs, paired with the developer’s 1440p/60 FPS upscaled target. That supports treating it as a recommended reference card, not promising 60 FPS at native 1440p with every visual option enabled.

Does Phantom Blade Zero require 32GB RAM?

No. The official minimum and recommended tiers both specify 16GB system RAM. More memory may be useful for multitasking, but 32GB is not listed as necessary for either published tier.

Do I need 300GB permanently installed?

The reported 300GB guidance concerns free space for preloading. The developer’s approximate post-install footprint is 145GB, although extra headroom for updates and normal system use remains sensible. Check the launcher and the target SSD before starting.

Will it work on an HDD or Windows 7?

Neither setup meets the listed requirements. The PC store pages specify a 64-bit installation of Windows 10 or Windows 11, and Steam explicitly requires an SSD. Installing on an HDD or using an older operating system falls outside the stated supported configuration.

Can the requirements tell me my exact FPS?

No. They describe two developer targets with upscaling enabled. Your actual frame rate depends on the complete system, settings, driver version, and scene; it needs to be measured in the released game rather than inferred from a GPU model alone.

Final Thoughts

Use the developer’s two tiers as a practical starting point: a GTX 1660 6GB or RX 5500 XT 8GB is listed for 1080p/30 FPS with upscaling, while an RTX 3060 Ti 8GB or RX 6700 XT 12GB is listed for 1440p/60 FPS with upscaling. Both need 16GB RAM and an SSD. Before buying an upgrade or starting a preload, open System Information and Task Manager, record your exact hardware, and check free space on the destination SSD. If those checks match the appropriate tier, your next test is real gameplay—not a speculative benchmark.