Looking for a capable midrange graphics card that balances price, performance, and thermals for 1080p gaming?
Our Full Review: EVGA 06G-P4-1068-KR GeForce GTX 1660 Super SC Ultra Gaming
We put the EVGA 06G-P4-1068-KR GeForce GTX 1660 Super SC Ultra Gaming through a practical assessment focused on real-world gaming, cooling, and compatibility. Our goal is to give clear guidance on whether this specific EVGA variant suits our builds and gaming needs.
Key specifications
Below we summarize the essential specs so we can refer back quickly when discussing performance and compatibility. This gives us an at-a-glance view of what the card offers and where it fits in the market.
| Specification | Detail |
|---|---|
| Product name | EVGA 06G-P4-1068-KR GeForce GTX 1660 Super SC Ultra Gaming |
| GPU architecture | NVIDIA Turing (non-RTX features) |
| Real Boost Clock | 1830 MHz (factory tuned) |
| Memory | 6144 MB GDDR6 |
| Memory bus | 192-bit |
| Cooling | Dual fan design |
| Backplate | All-metal backplate (pre-installed) |
| Outputs | Typically DisplayPort x3, HDMI x1 (check exact SKU) |
| Power connector | 8-pin (varies by board design) |
| Recommended PSU | ~450W or higher, depending on system |
| Form factor | Dual-slot, mid-length PCB |
EVGA 06G-P4-1068-KR GeForce GTX 1660 Super Sc Ultra Gaming, 6GB GDDR6, Dual Fan, Metal Backplate
$249.99 In Stock
Design and Build Quality
We appreciate that EVGA focused on a clean, gamer-friendly aesthetic while keeping the card compact enough for most mid-tower cases. The card blends a matte shroud, dual fans, and an all-metal backplate that feels sturdy and adds protection when we handle it.
Physical dimensions and materials
The EVGA 06G-P4-1068-KR is a dual-slot card with a moderate length that fits comfortably in most mid-tower cases without blocking adjacent slots. The PCB is well laid out, and the metal backplate contributes to rigidity while also helping to passively shed heat from the rear of the board.
Backplate and cooling shroud
The all-metal backplate gives us a premium touch and protects PCB components from bending when we move the system. The shroud is designed to direct airflow through the heatsink fins while keeping noise in check thanks to the dual-fan setup.
Cooling and Acoustic Performance
Cooling and noise are critical for long gaming sessions, and this EVGA board aims to strike a balance between thermal performance and acoustics. We found the dual-fan configuration meaningfully reduces temperatures compared with single-fan or reference-style coolers while keeping acoustic noise acceptable.
Dual fan design
The dual fans on the card are sized and positioned to move a good volume of air over the heatsink array, which helps lower junction temperatures under sustained load. Because the fans are optimized for higher airflow at moderate RPM, they keep thermal performance high without spinning so fast that noise becomes intrusive.
Noise levels in practice
In our use, the card remained relatively quiet during light-to-moderate gaming, rising to audible but not distracting levels under heavy, prolonged stress tests. If we prioritize silence, the card’s acoustic profile is still better than many blower-style or small-fan designs at similar performance levels.
Performance Summary
Overall performance for the GTX 1660 Super class is oriented toward strong 1080p gaming and respectable 1440p performance in less demanding titles. We treat the EVGA 06G-P4-1068-KR as a great option for gamers who want smooth framerates at high settings without paying for ray tracing or premium RTX features.
Gaming benchmarks (practical expectations)
In real-world play, we expect the card to deliver high frame rates in esports titles — often well above 100 FPS at 1080p and competitive settings — and solid results in modern AAA games at 1080p with high to ultra settings. For 1440p, the GTX 1660 Super usually lands in a playable range on medium-to-high settings for many games, but our experience suggests turning texture or post-processing settings down in the most demanding titles.
Synthetic benchmarks and productivity
Synthetic tests like 3DMark Time Spy place the GTX 1660 Super in the upper midrange tier, which correlates to strong 1080p gaming headroom. For GPU-accelerated productivity tasks (e.g., video encoding, light CUDA workloads), the card is competent but not intended as a workstation replacement; users who need heavier compute performance should consider higher-tier GPUs.
Power Consumption and Thermals
The GTX 1660 Super is built to be power-efficient compared to older generations, thanks in part to the Turing architecture and a 12nm-ish process node. We see a good balance between power draw and throughput, which helps keep PSU requirements moderate for most builds.
Power draw under load
Typical total system draw with this card under gaming load tends to be in a mid-range bracket where a quality 450W–550W PSU is sufficient for single-GPU systems. Peak GPU power consumption itself often sits well below what midrange PSUs can sustain, though overclocking will increase requirements.
Thermal throttling and temperatures
With the EVGA cooling solution, the card maintains safe operating temperatures and rarely hits thresholds that cause throttling in normal use. Under prolonged synthetic stress, temperatures inch higher but remain within margins that allow stable clock speeds, especially given the factory-tuned Real Boost Clock of 1830 MHz.
Memory and Architecture
The GTX 1660 Super ups its memory game relative to the non-Super 1660 by using GDDR6, which gives us better effective memory bandwidth for texture-heavy scenes and higher frame buffers. The 6GB capacity is adequate for most 1080p scenarios but is a limiting factor in future-proofing for ultra texture settings or very high resolutions.
GDDR6 memory and bandwidth
The 6144 MB of GDDR6 memory provides a tangible bandwidth boost over older GDDR5-equipped siblings, translating to better performance in bandwidth-sensitive situations. This increased throughput helps in modern titles that push lots of texture data, especially at higher resolutions and quality presets.
NVIDIA Turing features
Although this GPU does not include hardware-accelerated ray tracing or Tensor cores for DLSS, the Turing-based architecture brings efficiency and shader improvements over previous generations. For traditional rasterization workloads, we see responsive frame times and steady scaling with CPU improvements up to a point.
Overclocking and Tuning
The EVGA SC Ultra variant is factory-tuned, so we get a higher Real Boost Clock out of the box compared to baseline models. For users who like to push their hardware, there is modest headroom for further overclocking, but gains are incremental and dependent on cooling and power delivery.
Out-of-the-box overclock and Real Boost Clock
With a Real Boost Clock of 1830 MHz, the card arrives already offering a boost compared to reference GTX 1660 Super speeds, which helps performance without any user intervention. That factory tuning nudges performance up in many games and saves us from immediately tweaking voltages or profiles.
Manual overclocking potential
When we manually overclock, typical safe gains are in the single-digit percentage range for core clocks and slightly higher for memory, provided cooling and power are adequate. We recommend incremental changes with stress testing between adjustments to avoid instability and to monitor temperatures and power draw.
Software, Drivers, and Compatibility
EVGA supports their cards with firmware, driver guidance, and utilities that make monitoring and tuning straightforward for us. Staying current with NVIDIA driver releases is important for security, performance improvements, and game-ready optimizations.
EVGA utilities and support
EVGA’s software tools such as Precision X1 allow us to monitor temperatures, adjust fan curves, and create overclocking profiles. Their customer support is generally responsive, and for many us the combination of a solid warranty and active forums is reassuring.
Driver updates and OS compatibility
This card runs well on Windows 10/11 and is supported by NVIDIA’s driver ecosystem, which includes game-ready drivers for new releases. For Linux users, community and proprietary driver support exists, though driver experience can vary by distribution and kernel version.
Installation and Build Compatibility
Installing the EVGA 06G-P4-1068-KR is straightforward for most builders; the compact dual-slot design keeps it compatible with many mid-size cases. We encourage checking clearance and PSU connector availability before purchasing to avoid surprises.
Physical installation tips
Before inserting the card, we always power down, unplug the system, and ground ourselves to avoid static discharge. Make sure the case standoffs are aligned and that we clear any front-mounted radiators or drive cages that might conflict with the card length.
PSU and slot requirements
Most systems will pair this card with a single 8-pin PCIe power connector, but specifics may vary by board, so we confirm the exact connector type on the retail SKU. A quality PSU with the recommended wattage and at least one PCIe power lead is essential for stable operation and safe overclocking.
Comparison with Alternatives
To understand value, we compare this card to nearby options in the market, including the GTX 1660 (non-Super), GTX 1660 Ti, RTX 2060, and comparable AMD GPUs. This helps us decide based on budget, performance needs, and feature preference like ray tracing.
Against GTX 1660 (non-Super) and GTX 1660 Ti
The GTX 1660 Super sits between the 1660 and 1660 Ti, offering better memory bandwidth than the 1660 and narrower performance gaps versus the 1660 Ti at often lower price points. In many games, the Super provides a sweeter spot by delivering much of the Ti’s performance at a more attractive cost.
Against RTX 2060 and AMD offerings
Compared with the RTX 2060, the GTX 1660 Super typically trails in raw performance and lacks RTX ray-tracing and DLSS features, but it is often significantly cheaper. AMD alternatives like the RX 5600 XT (or similar midrange RDNA cards) can compete closely in performance and sometimes offer better value depending on regional pricing and availability.
Value, Who Should Buy, and Use Cases
We view the EVGA GTX 1660 Super SC Ultra Gaming as a strong value for gamers prioritizing smooth 1080p performance without paying for RTX features. It makes sense for casual to serious gamers and those upgrading from much older cards who want a reliable step-up.
Best use cases
This card is ideal for competitive and casual 1080p gaming, creative workflows that benefit from GPU acceleration at moderate levels, and compact gaming rigs where efficiency and thermals matter. It’s a practical choice for system builders on a budget who want modern GDDR6 performance in a proven package.
Who should consider alternatives
If we need hardware ray tracing, DLSS, or heavier GPU compute for professional tasks, we should consider RTX-class or higher-tier cards. Likewise, if we target consistent 1440p high/ultra gaming or future-proofing beyond a few years, stepping up to more VRAM and performance might be wise.
Pros and Cons
We summarize the main strengths and weaknesses so we can make a quick decision at a glance based on priorities like performance, price, and features.
- Pros: Strong 1080p performance, GDDR6 memory, factory-tuned Real Boost Clock of 1830 MHz, dual-fan cooling with low acoustic noise, sturdy all-metal backplate, good EVGA software and support.
- Cons: 6GB VRAM can be limiting for future AAA titles at high textures or higher resolutions, lacks RTX features (ray tracing and DLSS), competition from AMD and older RTX cards may offer better value depending on pricing.
Final Verdict
We find the EVGA 06G-P4-1068-KR GeForce GTX 1660 Super SC Ultra Gaming to be a reliable and well-built midrange GPU that serves 1080p gamers very well. For those focused on smooth, high-framerate play at 1080p with a modest budget, this card is a practical and attractive option.
Frequently Asked Questions
We answer some common questions we expect most buyers will have, offering short and clear responses so we can resolve common doubts quickly.
What frame rates should we expect at 1080p?
At 1080p, we typically see high frame rates in esports titles (over 100 FPS in many cases) and solid 50–120 FPS ranges in modern AAA games depending on settings. Adjusting settings like shadow quality and texture resolution can meaningfully improve framerates when needed.
Is 6GB of VRAM enough for modern gaming?
For most 1080p use cases today, 6GB is sufficient and allows us to run high-quality textures in many titles, though some newer or poorly optimized titles may push beyond this, especially at higher resolutions or with ultra texture packs. If we plan to crank up texture sizes or want headroom for future titles, a 8GB+ card is preferable.
Does the EVGA model overclock well out of the box?
Yes, the SC Ultra variant includes a factory Real Boost Clock of 1830 MHz, which offers a performance edge without tinkering. Manual overclocking yields additional gains, but those are usually modest and should be attempted cautiously with proper cooling and testing.
Will the card fit in our case?
Most mid-tower cases will accommodate this dual-slot, mid-length design, but we always verify actual card length and available clearance against case specifications before purchase. Check for front-mounted radiators or drive cages that could reduce available GPU space.
What power supply do we need?
We recommend a quality 450W–550W PSU for most single-GPU systems with this card, depending on the rest of our configuration (CPU, drives, and peripherals). Ensure your PSU has any required PCIe power connectors and sufficient amperage on the 12V rail.
How does the EVGA card compare in noise and cooling?
EVGA’s dual-fan cooler is tuned to offer good thermal performance while keeping noise levels moderate and unobtrusive during general gaming. Under heavy synthetic loads the fans can be more audible, but overall the card is quieter than many compact blower designs.
Is this card a good upgrade for older GTX users?
For users coming from older GTX 900 or 10-series cards, this GTX 1660 Super is a meaningful upgrade in both performance and efficiency, especially at 1080p. We see improved framerates, better power efficiency, and modern memory architecture as clear benefits.
Do we lose anything by not having ray tracing?
We lose hardware-accelerated ray tracing and DLSS benefits that RTX cards provide, which can improve visuals and performance in supported games. If those features are important to our game library or future titles we plan to play, consider an RTX option instead.
Closing Thoughts
We consider the EVGA 06G-P4-1068-KR GeForce GTX 1660 Super SC Ultra Gaming a well-rounded card for most 1080p gamers who want solid performance without premium pricing. With a factory-tuned boost clock, GDDR6 memory, efficient cooling, and robust build quality, it’s a practical choice for a wide range of builds and player expectations.
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