RTX 4070 vs RTX 4070 Super: Performance, Price & Power Consumption Compared

Whether you are configuring a high-refresh-rate 1440p gaming GPU, building a compact workstation for video editing, or calculating your system’s total power draw, selecting the right silicon matters. This comprehensive, data-driven breakdown compares their real-world gaming benchmarks, content creation capabilities, power efficiency and price-to-performance metrics to help you make an informed decision for your next upgrade.

RTX 4070 Overview

When NVIDIA launched the GeForce RTX 4070, it was widely praised as one of the most practical options in the Ada Lovelace architecture generation. Built on TSMC’s custom 4N process, it offered a major leap forward in architectural efficiency, running cool and quiet while delivering performance comparable to the previous generation’s flagship, the RTX 3080.

The heart of the vanilla RTX 4070 is the AD104 silicon, configured with 5,888 CUDA cores and paired with 12GB of high-speed GDDR6X VRAM. Its structural strengths lie in its phenomenal efficiency per watt and cutting-edge feature set. By introducing third-generation Ray Tracing cores and fourth-generation Tensor cores, the card democratized advanced feature sets like DLSS 3 (Deep Learning Super Sampling) and Frame Generation.

The RTX 4070 is primarily designed as a high-frame-rate 1440p gaming GPU. It excels at delivering smooth experiences in demanding AAA titles with graphics settings turned up. It is also an excellent option for compact, small-form-factor (SFF) PC builds because its conservative thermal footprint requires only basic cooling configurations.

RTX 4070 Super Overview

NVIDIA changed the landscape of the mid-range market with the RTX 4070 Super review cycle, introducing a mid-generation refresh that delivered an unusually large hardware upgrade. Rather than providing a minor clock speed bump, NVIDIA significantly expanded the core configuration of the AD104 silicon.

The RTX 4070 Super features a massive 22% increase in shader units, jumping to 7,168 CUDA cores. The dedicated hardware for machine learning and lighting calculations received a similar upgrade, expanding to 224 Tensor cores and 56 Ray Tracing cores. To complement this compute power, NVIDIA also expanded the internal L2 cache from 36MB to 48MB, reducing the GPU’s reliance on its memory bus during complex rendering cycles.

While it retains the same 12GB GDDR6X memory configuration on a 192-bit bus, the substantial core increase allows the RTX 4070 Super to challenge the tier-above RTX 4070 Ti. It is engineered for PC builders looking for maximum performance under $600, serving as a highly capable 4K gaming graphics card when using upscaling technologies, while providing extra performance headroom for demanding workloads.

Specifications Comparison Table

Current Market Position

At launch, the Super variant officially inherited the $599 price point, driving the official MSRP of the original RTX 4070 down to $549. In the current retail market, this price gap remains stable. The base RTX 4070 often drops below $530 during retail sales, while the RTX 4070 Super hovers strictly around its $590 to $620 baseline, depending on the premium added by custom add-in-board (AIB) cooling designs.

Gaming Performance Comparison

When comparing RTX 4070 vs 4070 Super gaming performance, the core layout advantage of the Super translates directly into higher frame rates. On average, across a wide suite of modern titles, the Super model provides a 15% to 18% performance lead over the original card.

1080p Gaming

At a standard 1080p resolution, both graphics cards are arguably overpowered. In competitive shooters like Valorant, Apex Legends, or Call of Duty: Warzone, both variants easily push past 200 frames per second, frequently hitting CPU bottlenecks. If you are gaming strictly at 1080p, the extra cost of the Super variant is largely wasted, as your system’s processor will likely limit your ultimate performance.

1440p Gaming

The 1440p resolution is where this graphics card comparison gets interesting.

• The vanilla RTX 4070 handles ultra settings with ease, averaging roughly 90 to 105 FPS in heavy AAA games like Horizon Forbidden West or Cyberpunk 2077.
• The RTX 4070 Super elevates this experience into the high-refresh-rate sweet spot, consistently pushing those numbers up to 110 to 125 FPS.
• This 15% increase makes a noticeable difference for 1440p 144Hz or 240Hz gaming monitors without lowering visual settings.

4K Gaming

While neither card was engineered primarily for native ultra-settings 4K rendering, the RTX 4070 Super holds up significantly better here.

• The Super benefits from its expanded L2 cache and added compute units, maintaining closer to a steady 60 FPS baseline in intensive games.
• The RTX 4070 can dip into the low 40s in demanding scenarios.
• This makes the Super a more reliable option for 4K output on TVs and high-resolution displays.

Ray Tracing and DLSS 3 Performance

When you enable demanding visual features, the extra silicon on the Super variant becomes highly advantageous.

• Ray Tracing Performance: In heavy path-traced environments, the Super’s 56 third-generation RT cores reduce severe performance drops seen on the base model.
• DLSS 3 and Frame Generation Benefits: Both cards feature NVIDIA’s Optical Flow Accelerator, enabling AI-powered frame interpolation. However, the RTX 4070 Super produces a smoother final result due to higher base frame rates.
• Real-world Example: In Cyberpunk 2077 at 1440p with Ray Tracing Overdrive enabled, the base card relies heavily on aggressive DLSS performance profiles, while the Super maintains higher-quality settings with better fluidity.

Content Creation Performance

Beyond running the latest games, these graphics cards serve as powerful acceleration tools for digital artists, engineers and developers. NVIDIA’s studio drivers give both cards excellent stability, but the Super’s structural compute advantages carry over directly into professional applications.

Video Editing GPU Functionality

In applications like DaVinci Resolve and Adobe Premiere Pro, both GPUs leverage NVIDIA’s eighth-generation NVENC encoder, complete with hardware-accelerated AV1 video encoding support. However, when working on a complex timeline filled with multi-cam 4K color grading, heavy noise reduction and openFX tracking nodes, the extra CUDA cores on the RTX 4070 Super reduce playback stutter and slash final export times by roughly 12% to 15%.

3D Rendering & Motion Graphics

For 3D artists using Blender, Chaos V-Ray, or Cinema 4D, the RTX 4070 Super benchmark results show an undeniable advantage. In Blender 4.x OptiX rendering tests, the Super model finishes scene renders significantly faster than the vanilla model. This time savings accumulates over long projects, making the Super a much better choice for professional workflows.

AI Workloads & Local Large Language Models (LLMs)

For machine learning prototyping, stable diffusion image generation and running local quantized LLMs, the performance scaling matches the hardware footprint. The RTX 4070 Super delivers up to 35.5 TFLOPS of FP32 compute power, accelerating tensor-based math operations.

Note on VRAM: It is important to note that both graphics cards are equipped with 12GB of VRAM. If you intend to train massive machine learning datasets or render extremely complex 3D scenes with high-resolution textures, you will hit a memory capacity wall on both cards simultaneously.

Power Consumption and Efficiency

NVIDIA’s Ada Lovelace architecture is highly regarded for its power management and comparing the GPU power consumption of these two variants shows excellent engineering across the board.

TDP and Real-World Power Draw

The original RTX 4070 features an exceptionally low 200W Thermal Design Power (TDP). Under a typical gaming load, it often runs even lower, pulling around 185W to 195W. The RTX 4070 Super increases the default TDP limit slightly to 220W to fuel its extra processing cores. In real-world testing, it hits that ceiling predictably, pulling roughly 215W to 220W under full utilization.

Performance Per Watt (Efficiency)

Because the 15% to 18% performance increase is achieved with just a 10% increase in total power draw, the RTX 4070 Super maintains an identical, if not slightly superior, efficiency-per-watt curve compared to its predecessor. You are not sacrificing efficiency to get higher frame rates; you are simply shifting the performance ceiling upward.

System Infrastructure and Cooling Requirements

Power Supply Unit (PSU): For a standard system configuration, a reliable 650W power supply is plenty for either card. If you are pairing your GPU with an power-hungry high-end desktop processor, opting for a 750W PSU gives you comfortable safety headroom.

• Power Connectivity: The vanilla RTX 4070 is highly flexible; many custom partner models use a standard, traditional 8-pin PCIe power cable. The RTX 4070 Super strictly uses the newer 16-pin 12VHPWR power standard. While all Super cards include a dual 8-pin to 16-pin adapter cable in the box, neat cable management requires careful routing.
• Thermal Performance: Because the total heat output remains well under 250W, even entry-level dual-fan cooling setups can keep these GPUs running below 70°C under full load without sounding loud.

Price and Value Analysis

Evaluating the GPU price to performance ratio requires looking past MSRP numbers and focusing on actual retail market pricing.

When you look at the raw cost-per-frame metrics, the math favors the newer refresh. If you buy a base RTX 4070 for around $530 and a performance-equivalent RTX 4070 Super costs roughly $599, you are looking at a price increase of about 13%. In exchange for that 13% cash premium, you get an immediate 15% to 18% jump in rendering speeds.

This means the RTX 4070 Super actually offers a better price-to-performance ratio than the discounted original card. It breaks the industry trend where premium hardware upgrades usually come with diminishing financial returns.

RTX 4070 vs RTX 4070 Super: Key Pros and Cons

RTX 4070 (Vanilla)

Pros:

• Lower purchase price helps fit into tight system budgets.
• Extremely conservative 200W power consumption runs cool in any chassis.
• Many custom models use standard 8-pin power cables, avoiding the need for 12VHPWR adapters.

Cons:

• Slower out-of-the-box rendering speeds compared to the Super.
• Less performance headroom for intensive Ray Tracing or native 4K gaming workloads.

RTX 4070 Super

Pros:

• Delivers a substantial 15% to 18% gaming performance boost over the base card.
• Excellent price-to-performance ratio that matches its price premium.
• Larger 48MB L2 cache handles complex graphics assets much more efficiently.

Cons:

• Requires the use of a 12VHPWR 16-pin power connector or adapter.
• Retains the same 12GB VRAM limit, missing out on a capacity upgrade.

Which GPU Should You Buy?

For Competitive Gamers

If your primary focus is high-frame-rate multiplayer titles like Counter-Strike 2, Fortnite, or Siege played at 1080p or optimized 1440p settings, the base RTX 4070 review benchmarks show it has plenty of power. Save the cash difference and invest it into a faster gaming CPU or a lower-latency monitor.

For 1440p Gamers

If you want to play cinematic AAA titles at max settings on a high-refresh-rate display, the RTX 4070 Super is the clear winner. The extra performance headroom ensures your frame rates stay safely above 100 FPS, providing a much smoother visual experience without needing to tweak game settings down.

For 4K Gamers

If you plan to use a 4K display, buy the RTX 4070 Super. While you will still want to use DLSS quality modes to guarantee steady performance, the extra compute power helps the Super model maintain smooth frame rates at high resolutions where the base model can begin to struggle.

For Content Creators

For professional video editors, 3D artists and AI software developers, the RTX 4070 Super justifies its premium. The 22% increase in CUDA and Tensor cores translates directly into shorter rendering wait times and faster workspace performance.

For Budget-Conscious Buyers

If you are building a new PC and your budget is maxed out, the base RTX 4070 remains an excellent product. It delivers premium 1440p performance and modern architecture features at a lower entry cost.

For Long-Term Future Proofing

If you want a future proof graphics card that will stay relevant for years to come, choose the RTX 4070 Super. While its 12GB memory buffer is identical to the base card, its raw processing power ensures it will handle future game engine updates and advanced graphical features much more capably over time.

Frequently Asked Questions