4070 Super vs 4070 Ti: Real-World Gaps and What You Should Buy in 2026

Deciding between the NVIDIA GeForce RTX 4070 Super and the RTX 4070 Ti remains one of the most debated topics for PC builders aiming for the sweet spot of high-end 1440p gaming. While the "Ti" suffix traditionally implies a significant lead, the arrival of the "Super" refresh narrowed that margin considerably. In the current hardware landscape of 2026, where software demands have evolved and AI-driven upscaling is the norm, understanding the granular differences in silicon, power delivery, and long-term value is essential for a balanced build.

The Silicon Foundation: AD104 Architectures Compared

Both graphics cards are built on the AD104 die using the ultra-efficient Ada Lovelace architecture. However, the configuration of that silicon defines their performance ceilings. The RTX 4070 Ti utilizes a nearly fully enabled AD104 core, whereas the 4070 Super is a slightly cut-down version that still manages to pack a punch.

Core Counts and Clock Speeds

The RTX 4070 Ti features 7,680 CUDA cores, while the 4070 Super comes equipped with 7,168. Mathematically, the Ti holds a roughly 7% advantage in raw compute units. In practice, this gap is supplemented by differences in clock speeds. The 4070 Ti typically boosts up to 2.61 GHz in its reference form, while the Super variant clocks in at approximately 2.48 GHz. When you combine the extra cores with the higher frequency, the 4070 Ti maintains a theoretical throughput lead that manifests in heavy rendering tasks and high-resolution gaming.

Memory Subsystem and Cache

One of the most critical aspects of modern GPUs is the memory configuration. Both cards feature 12GB of GDDR6X VRAM on a 192-bit bus, delivering a total bandwidth of 504 GB/s. In 2026, 12GB is considered the standard for 1440p gaming, though it can feel tight at 4K in titles with unoptimized ultra-textures.

Crucially, both cards share a massive 48MB L2 cache. This architectural choice by NVIDIA is designed to reduce the need for constant memory access, which in turn lowers latency and power consumption. Because the cache and memory bandwidth are identical, the performance difference between the 4070 Super vs 4070 Ti comes down almost entirely to core count and frequency, rather than a fundamental difference in how they handle data.

Synthetic Benchmarks: Theoretical Limits

When looking at synthetic tests like 3DMark Time Spy (DX12) and Fire Strike (DX11), the hierarchy remains consistent. The RTX 4070 Ti generally scores about 5% to 8% higher than the 4070 Super. For instance, in a typical Time Spy Graphics run, the Ti might push toward 22,700 points, while the Super hovers around 21,000 to 21,500.

In Port Royal, which focuses on Ray Tracing performance, the 60 RT cores of the 4070 Ti show a measurable advantage over the 56 RT cores in the 4070 Super. While a 4-core difference sounds negligible, it contributes to a more stable frame time in path-traced environments, especially when combined with the higher boost clocks found on most AIB (Add-In Board) partner Ti models.

Gaming Performance at 1440p: The Primary Battleground

1440p is where these cards spend most of their time. At this resolution, the performance delta between the 4070 Super vs 4070 Ti is often smaller than the price gap suggests.

Rasterization Performance

In traditional rasterized titles (games without Ray Tracing), such as Red Dead Redemption 2 or Forza Horizon 5, the RTX 4070 Ti provides a very smooth experience, often exceeding 120 FPS at ultra settings. The 4070 Super trails by roughly 5-7 frames per second on average. In fast-paced shooters like Counter-Strike 2 or Apex Legends, both cards will likely saturate the refresh rate of a 165Hz or even 240Hz monitor, making the difference largely imperceptible to most players.

Ray Tracing and DLSS 3.5/4.0

The real differentiation occurs when we toggle Ray Tracing. In titles like Cyberpunk 2077 or Alan Wake 2, the 4070 Ti's higher core count helps maintain a higher minimum frame rate. However, the introduction of DLSS (Deep Learning Super Sampling) has become a great equalizer.

Since both cards support Frame Generation and Ray Reconstruction, the "Super" model can often achieve very similar perceived smoothness to the "Ti" by leveraging AI. If the 4070 Ti is running a scene at 70 FPS native, the 4070 Super might be at 65 FPS. Once DLSS is engaged, both comfortably clear the 100 FPS hurdle. For gamers who prioritize visual fidelity over raw native resolution rendering, the 4070 Super offers a value proposition that is hard to ignore.

4K Gaming Capabilities: Pushing the Limits

Neither the 4070 Super nor the 4070 Ti is marketed as a primary 4K card—that territory belongs to the 4080 and 4090 series. However, they are capable of 4K gaming, particularly with the help of upscaling.

At 4K, the 4070 Ti's extra CUDA cores become more relevant as the workload shifts from CPU-limited to GPU-bound. In demanding titles, the Ti can sometimes pull ahead by 10% or more compared to the Super. This can be the difference between a game running at a steady 60 FPS versus dipping into the 50s. If you own a 4K display and don't plan on upgrading your GPU for several years, the Ti’s slight edge provides a small but meaningful buffer for future titles.

Productivity and Content Creation

For professionals using their rigs for more than just gaming, the comparison takes on a different dimension. CUDA-accelerated applications like the Adobe Creative Suite, DaVinci Resolve, and Blender benefit directly from core counts.

Video Editing and Rendering

In Premiere Pro, the 4070 Ti's higher clock speeds and additional CUDA cores result in faster export times for 4K and 8K video projects. In 3D rendering environments like Blender (Cycles), the Ti typically renders complex scenes about 10-15% faster than the Super. For a freelance editor or 3D artist, these minutes saved on every export accumulate into significant productivity gains over a year.

AI and Machine Learning

With the explosion of local AI workloads—such as running Large Language Models (LLMs) or generating images via Stable Diffusion—the Tensor core count matters. The 4070 Ti features 240 fourth-generation Tensor cores compared to the 224 on the Super. While both cards are limited by the 12GB VRAM buffer for larger models, the Ti offers slightly faster iteration times for training and inference. If your work involves significant AI processing, the Ti is the more robust tool.

Power Consumption, Thermals, and Build Requirements

One area where the 4070 Super shines is efficiency. This is a critical factor for users with smaller cases or those concerned about heat output and electricity costs.

TDP and Power Draw

The RTX 4070 Super has a Total Graphics Power (TGP) of 220W. In contrast, the RTX 4070 Ti is rated at 285W. This 65W difference is significant. Not only does it mean the 4070 Super runs cooler and quieter in most configurations, but it also allows for more flexibility with power supplies. A quality 650W PSU is usually sufficient for a 4070 Super build, whereas a 750W or 850W unit is recommended for the 4070 Ti to handle transient power spikes.

Thermal Design and Case Compatibility

Because of the lower power draw, many 4070 Super models are available in compact, dual-fan designs that fit easily into ITX and SFF (Small Form Factor) cases. The 4070 Ti almost exclusively requires large triple-fan coolers to manage its 285W heat output, often occupying three or more slots in a chassis. If you are building a compact rig, the 4070 Super is almost certainly the better choice from a physical and thermal perspective.

The 12VHPWR Connector

Both cards utilize the 16-pin 12VHPWR power connector. While early concerns about this connector have been largely addressed by the 2026 standard revisions, users should ensure their cable management is clean and the connector is fully seated. The 4070 Super’s lower power draw puts less stress on this interface, providing a marginal increase in peace of mind for some users.

Price-to-Performance Analysis in 2026

Value is subjective, but the numbers tell a clear story. At launch, the RTX 4070 Super was priced at $599, while the 4070 Ti sat at $799. In the 2026 secondary and retail markets, this price gap has persisted, though both have seen occasional discounts.

If we look at the cost per frame, the 4070 Super is the clear winner. You are paying roughly 33% more for the 4070 Ti while gaining only 5% to 10% in actual performance. From a pure value standpoint, the 4070 Super is one of the most balanced cards NVIDIA has released in recent years. The 4070 Ti, while more powerful, falls into the category of diminishing returns for most average users.

Summary of Key Differences

Which One Should You Buy?

Choosing between the 4070 Super vs 4070 Ti depends on your specific hardware environment and your priorities regarding power and price.

Choose the RTX 4070 Super if:

• You prioritize value: You want the best possible 1440p performance without the steep price increase of the Ti models.
• You have a compact case: The lower TDP allows for smaller, more manageable card designs.
• You are on a power budget: If you don't want to upgrade your existing 600W or 650W power supply, the Super is the safest bet.
• You use DLSS extensively: AI upscaling makes the raw performance gap between these two cards practically irrelevant in supported games.

Choose the RTX 4070 Ti if:

• Every frame counts: You are a competitive gamer who needs the highest possible frame rates to match a 240Hz+ monitor.
• You do professional work: The extra CUDA and Tensor cores provide a measurable speed boost in rendering and AI tasks.
• You occasionally play at 4K: The slightly higher ceiling provides a bit more breathing room at higher resolutions.
• You find a great deal: Since the Ti is an older model, you might find it on the used market at a price that rivals a new 4070 Super. In that case, the extra performance is a free win.

Final Verdict

In the grand scheme of the Ada Lovelace generation, the RTX 4070 Super is the more logical choice for the vast majority of enthusiasts. It delivers roughly 93-95% of the performance of the 4070 Ti for significantly less money and lower power consumption. While the 4070 Ti remains a powerhouse for those who need every ounce of silicon enabled on the AD104 die, the Super refresh effectively made it a niche product for specific professional or high-refresh-rate use cases.

As we look further into 2026, the efficiency of the 4070 Super makes it a more sustainable choice for modern PC builds, balancing performance, heat, and cost in a way that the original Ti version never quite managed.