RTX 2070 Super Features for Gaming and Video

Updated 9 November 2026 · Standard formula, shown below

The RTX 2070 Super still offers useful gaming and video features: hardware-accelerated ray tracing, DLSS support in compatible games, and NVENC encoding for recording and streaming. Its 8 GB of GDDR6 memory and solid raster graphics performance can suit 1080p and 1440p use, but newer games and workloads may expose its age and memory limits.

What the RTX 2070 Super is

Nvidia launched the GeForce RTX 2070 Super in 2019 as a higher-performance refresh of the RTX 2070. It is based on the Turing generation and has dedicated RT cores for ray tracing, Tensor cores for certain AI workloads, and a video encoder as part of the GPU. These are hardware capabilities, not guarantees that every game or editing program will use them.

The card has 8 GB of GDDR6 memory on a 256-bit interface. That capacity remains workable for many games and typical video projects, but it is not unlimited: high-resolution textures, large creative projects, and newer games can use more memory. If the card runs short of VRAM, performance may suffer or settings may need to be reduced.

Gaming features that remain useful

For traditional rendering, the 2070 Super can still deliver a good experience at 1080p and, depending on the game and settings, 1440p. Performance varies substantially with the processor, game, resolution, graphics options, cooling, and the particular card model. High refresh rates are easier to reach in lighter or older titles than in demanding new releases.

Ray tracing: Its RT cores accelerate supported real-time ray-tracing effects, such as more realistic reflections, shadows, or lighting. Turning these effects on can reduce frame rates, sometimes substantially, so use the game’s quality controls and measure performance rather than assuming the feature is free.
DLSS: In supported games, Deep Learning Super Sampling renders at a lower internal resolution and uses AI-assisted reconstruction to produce an upscaled image. The original card supports DLSS, but available DLSS versions and options depend on the game and Nvidia’s software. DLSS is not available in every title, and image quality can vary by scene and mode.
Variable-rate shading and other Turing-era capabilities: Some games can use supported rendering techniques to spend less effort on parts of an image where detail is less noticeable. Whether this helps depends on implementation and the game; it is not a universal switch that makes every title faster.

A common misconception is that having RT and Tensor cores means the card can run every modern game with ray tracing at high settings. These cores make supported effects possible and accelerate particular tasks, but the GPU’s overall processing power still sets limits. For a demanding game, lowering ray-tracing quality, using DLSS where available, or turning ray tracing off may give a smoother result.

Video encoding, streaming, and editing

The RTX 2070 Super includes Nvidia’s Turing-generation NVENC hardware encoder. NVENC can encode video without requiring the CPU to do all the encoding work, which is useful for live streaming, game capture, and exporting video in software that supports the encoder. This can leave more CPU capacity for a game or other tasks, although the exact impact depends on the application and settings.

For streaming, software such as a capture or broadcasting program must be configured to use the GPU encoder. Choose a supported codec, resolution, frame rate, and bitrate appropriate to the platform and connection. Hardware encoding does not make a weak internet upload connection faster, and it does not guarantee that a stream will look clean at a low bitrate. Fast-moving gameplay is especially demanding to compress.

In video editors, GPU acceleration and NVENC support can help with particular effects, playback, and export formats. They do not accelerate every operation: some effects rely more on the CPU, storage, or system memory, and editing software support differs. Check the program’s current hardware-acceleration settings and export options. The card is also not a substitute for sufficient RAM, fast storage, or a capable processor when working with high-resolution footage.

Ports, displays, and practical setup

Display connections vary by manufacturer and model. Many RTX 2070 Super cards offer DisplayPort and HDMI outputs, but the precise number and supported display modes should be checked on the card itself or in its specifications. The GPU supports modern high-resolution and high-refresh display features, but the monitor, cable, driver, and selected settings must also support the mode you want.

Before buying a used card or installing one, check the model’s physical size, power connectors, and the power-supply maker’s guidance. Board designs differ, so do not assume every 2070 Super has identical dimensions or power requirements. Also confirm that the computer has room for the card and adequate airflow. Keep graphics drivers current through a trusted official source, especially when troubleshooting game or editor compatibility.

Limits and comparisons with newer GPUs

The 2070 Super’s age matters most in demanding new games, ray-traced workloads, and projects that exceed 8 GB of VRAM. Newer GPUs may offer more raw performance, more memory, newer encoding or decoding capabilities, and support for newer software features. However, a feature name alone does not establish how much faster a newer card will be: performance depends on the exact model, software, settings, and workload.

It is also important not to confuse DLSS with frame generation. The RTX 2070 Super supports DLSS upscaling, but it does not support Nvidia’s newer DLSS Frame Generation feature, which generates additional displayed frames on supported newer hardware. A game may still offer other frame-generation technologies, but that depends on its implementation and compatibility.

If you already own the card and your games or editing projects run well, its encoder and supported upscaling can extend its usefulness. If you are choosing a used one, compare its condition, exact model, power requirements, and performance in the applications you care about against alternatives available to you. Avoid judging it only by its launch-era reputation or by a single benchmark.

Frequently Asked Questions

Can an RTX 2070 Super run games at 1440p?
Yes. It can handle many games at 1440p, but achievable frame rates depend on the title and settings. Demanding games may need reduced detail, ray tracing disabled, or DLSS enabled if available.

Does the RTX 2070 Super support ray tracing?
Yes. Its dedicated RT cores accelerate ray tracing in compatible games and software. Performance can drop when ray tracing is enabled, so results depend on the effect quality and the rest of the settings.

Does it support DLSS?
Yes, it supports DLSS in compatible games. The game must implement the feature, and the available options vary. DLSS upscaling is different from DLSS Frame Generation, which the 2070 Super does not support.

Is the RTX 2070 Super good for streaming?
Its Turing NVENC encoder can handle supported streaming and recording encodes, reducing reliance on CPU encoding. Stream quality still depends on bitrate, resolution, frame rate, software configuration, and upload capacity.

Is 8 GB of VRAM enough for video editing?
It can be enough for many ordinary editing tasks, but requirements vary with footage resolution, effects, project size, and software. Large or demanding projects may benefit from a GPU with more memory.

Should I upgrade from an RTX 2070 Super?
Consider upgrading if your target games, resolution, or creative workloads no longer run acceptably, or if you need newer features or more VRAM. Compare specific cards using benchmarks for your own applications and account for power, case space, and cost.

Method: the standard formula for this calculation, rounded as each result states. See how the calculators work or report an error.