NARAKA: BLADEPOINT PC Hardware Guide
Official requirements explained
The official minimum CPU for NARAKA: BLADEPOINT is an Intel 4th generation Core i5 or an AMD FX 6300 or equivalent. The minimum GPU is listed as a GeForce GTX 750 Ti, Intel Arc A380 or Radeon HD 6950 or equivalent. By today's standards these parts sit at the entry level or older. In FrameScope's tier reference, the minimum GPU roughly corresponds to an AMD Radeon Vega 8 integrated graphics class, and the minimum CPU to an FX-6300, which is very old or entry-level. In other words, the minimum tier is forgiving enough to get the game running on older machines, but the experience will be limited.
The recommended tier asks for an Intel 7th generation Core i7 or equivalent, plus a GeForce GTX 1060 6G, Intel Arc A750 or Radeon RX 480 class GPU. In the same reference, the recommended GPU is around a Radeon R9 390 and the recommended CPU around a Core i5-4570, still in the older mainstream to entry range. The gap between minimum and recommended is mostly about GPU compute and CPU core performance. Players who meet the recommended tier can expect a steadier experience at the publisher's standard settings; those who only meet the minimum may need to lower quality and accept more fluctuation.
For memory the minimum is 8 GB and the recommended is 16 GB. Both list 90 GB of storage, and the official requirements do not require an SSD. The publisher does not list specific driver versions beyond these entries, so check the store page for current notes.
One caveat: the official tiers are a starting point for judging whether a PC is viable, not a promise of any particular result.
Recommended builds for three budgets
The entry build centers on an AMD Radeon RX 6500 XT, Intel Arc A380 or GeForce GTX 1650 class GPU, paired with a Ryzen 3 3100, Core i3-10100F or Ryzen 5 3500X, and at least 16 GB of RAM. It suits players on a tight budget aiming for 1080p. It clears the official recommended tier, but if you want high settings for long sessions, expect to lean on adjusting graphics options.
The mainstream build uses a GTX 1660, RTX 3050 8GB, RX 5600 XT or Arc A580, with a Ryzen 5 3600, Core i5-10400 or Ryzen 5 4500, and 16 GB of RAM. For most players this is the best value. The GPU is well above the recommended tier, which leaves room for medium-high settings and better handling of busy fights.
The high-end build uses an RTX 3060 Ti, RX 6700 XT, RTX 4060 or RX 7600, with a Core i5-12400, Ryzen 5 5600 or Ryzen 7 8700G, and 16 GB of RAM as a starting point. If you run streaming software or many background apps, 32 GB is more comfortable. For this game, spending far beyond mainstream does not always translate into a proportionate improvement.
Graphics settings with the biggest impact
In large, effects-heavy multiplayer action games like this, the settings that usually cost the most are shadow quality, volumetric lighting and fog, effects and particle density, depth of field, and reflections. Shadows and volumetrics are especially expensive in busy scenes, so start by lowering them. Dropping shadows from high to medium is a common step that often keeps the look acceptable.
Texture quality and anti-aliasing are more straightforward trade-offs. Texture quality mainly affects how much video memory is used, so if your GPU runs short on memory, lowering textures can noticeably improve stability with little visual loss. Anti-aliasing cost depends on your GPU and resolution, and can often be eased at higher resolutions. Try to keep main material detail and clear character models while cutting the costlier post-processing and reflection options first.
NVIDIA DLSS, AMD FSR and Intel XeSS work on the same general idea: render at a lower internal resolution and use an algorithm to scale up to your display. If your GPU and the game support them, these are usually an effective way to gain smoothness. Image detail and motion artifacts vary by technology and quality mode, so compare them yourself before settling on one.
Laptops and handheld PCs
A laptop GPU with the same name as a desktop card usually performs noticeably lower. Laptops are limited by cooling and power, so their graphics power target (TGP) is often well below the desktop version. An RTX 3060 in a laptop is not the same as one on a desktop. Check the actual power setting of the specific model rather than relying on the name alone.
Sustained heat also matters. If a laptop throttles heavily under load, its specs will not translate into a stable experience. Keep vents clear, choose a high-performance power mode, and play plugged in so the GPU and CPU can hold higher clocks.
Handheld PCs such as the Steam Deck or ROG Ally are small, portable machines, and how well a game runs depends on both the game's optimization and the device's hardware. FrameScope has no Steam Deck verification data, so we do not give a rating for that platform. In general, handheld players should start with lower settings and resolution, use the built-in performance and upscaling options, and keep an eye on battery life and heat.
Storage and memory
For memory the official minimum is 8 GB and the recommended is 16 GB. With current operating systems and background apps, 16 GB is a comfortable starting point, so the game can run alongside a browser and chat tools without leaning heavily on the page file on your drive. On 8 GB, close unnecessary programs before playing. Dual-channel memory offers more bandwidth than single-channel, so if your motherboard supports it, install memory in matched pairs.
For storage, the official requirement is about 90 GB, but that is only the base install size. Updates and cache files grow over time, so leave headroom; 100 GB or more free is a safer target. An SSD is not required, but it significantly shortens load times for maps and matches, which is noticeable if you queue into matches frequently. If your budget allows, install the game on an SSD. An HDD will still run it, but loading will take longer.