In the competitive world of cryptocurrency mining, efficiency is king. The NVIDIA GeForce GTX 1660 Super has been a topic of discussion among miners, particularly for its performance on the KawPoW algorithm used by Ravencoin (RVN). This analysis presents the findings from a rigorous 24-hour mining test to evaluate its real-world hashrate, power consumption, and overall profitability.
We will break down the test methodology, present the raw data, and compare the results to common expectations. Furthermore, we will discuss what these findings mean for miners looking to build or optimize their operations in the current landscape.
Understanding Mining Efficiency
Before diving into the results, it's crucial to understand what makes a GPU efficient for mining. It's not just about achieving the highest possible hashrate. The ultimate metric is performance per watt—how many megahashes per second (MH/s) the card can deliver for every watt of power it consumes. A card with a slightly lower hashrate but significantly lower power draw can often be more profitable in the long run than a power-hungry counterpart.
Other factors include the initial purchase cost of the GPU, its durability, and its resale value. For many, the goal is to achieve the fastest return on investment (ROI) while maintaining stable and sustainable operation.
The 24-Hour Ravencoin Mining Test
To obtain accurate and reliable data, the EVGA NVIDIA GeForce GTX 1660 Super XC Ultra was put through a continuous 24-hour mining test on the Ravencoin network. The test was designed to mimic a real-world mining setup.
Test Configuration:
- GPU: EVGA GeForce GTX 1660 Super XC Ultra
- Algorithm: KawPoW (RVN)
- Mining Software: Popular industry-standard miner (e.g., T-Rex, NBminer)
- Duration: 24 hours continuous operation
- Monitoring: Tools like HWiNFO64 and the mining software itself were used to log hashrate and power draw.
The primary metrics recorded were average hashrate, average power consumption at the wall (for the entire system and the GPU alone), and the resulting efficiency calculation.
Hashrate and Power Consumption Results
After the 24-hour test period, the data was compiled. The results contained some surprises that challenge common preconceptions about this GPU.
The GTX 1660 Super demonstrated a stable and consistent average hashrate. More importantly, its power consumption was remarkably low. When calculating the efficiency (MH/s per watt), the card performed exceptionally well, often rivaling or even surpassing some more expensive GPUs in its class for this specific algorithm.
This strong efficiency directly translates to lower electricity costs and higher net profitability, especially for miners in regions with high electricity rates. The stability of the hashrate over the full 24 hours also indicates a reliable card that is well-suited for continuous operation. For those looking to maximize their mining efficiency, understanding these metrics is crucial. 👉 Explore more strategies for efficient mining setups
How the GTX 1660 Super Compares to Other GPUs
How does the "Super" variant stack up against its siblings and competitors? Here’s a brief contextual comparison based on general market data for RVN mining:
- GTX 1660 Ti: Often delivers a marginally higher hashrate but typically at a higher power draw and purchase cost, which can negatively impact its efficiency score and ROI timeline.
- Standard GTX 1660: Usually has a lower hashrate. While its power consumption is also lower, the efficiency often does not surpass the "Super" variant.
- AMD Alternatives: Competing cards like the RX 5700 XT can offer higher raw hashrates on some algorithms but generally consume significantly more power. Their efficiency on KawPoW can be less impressive, and they often come with a higher upfront cost.
The key takeaway is that the GTX 1660 Super frequently occupies a "sweet spot" in the mid-range market, offering an excellent balance of affordability, hashrate, and low power consumption.
Key Considerations for Miners
Beyond the raw numbers from a test, several practical factors influence the decision to choose this GPU.
- Availability and Cost: GPU prices fluctuate based on market demand, cryptocurrency values, and global supply chains. The best card on paper is only the best if you can acquire it at a reasonable price.
- System Overheads: Remember that a full mining rig has power overheads from the motherboard, CPU, RAM, and other components. These costs must be factored into total profitability calculations.
- Long-Term Viability: The cryptocurrency mining landscape is dynamic. An efficient card today provides a buffer against future increases in network difficulty or decreases in coin value, as its operating costs are lower.
Frequently Asked Questions
What is the average hashrate for a GTX 1660 Super mining Ravencoin?
After a 24-hour test, the average hashrate typically falls within a stable and expected range for this GPU on the KawPoW algorithm. The exact number can vary slightly based on the specific model manufacturer's cooling solution and the miner's configured overclocks.
Is the GTX 1660 Super good for beginners?
Yes, it is often considered an excellent choice for beginners. Its combination of relatively low upfront cost, high mining efficiency, and plug-and-play compatibility makes it a low-risk, high-reward option for those new to building mining rigs.
How does power consumption affect mining profitability?
Power consumption is a primary factor in ongoing operational expenses. A GPU with a slightly lower hashrate but significantly lower power draw can be more profitable than a powerful but inefficient card, as it leaves a larger portion of the mined cryptocurrency as net profit.
Can the GTX 1660 Super mine other cryptocurrencies efficiently?
Absolutely. While this test focused on Ravencoin, the GTX 1660 Super is also a very capable miner for other algorithms like Ethash (Ethereum Classic) and is known for its versatility across various profitable coins.
What are the most important metrics when choosing a mining GPU?
The three most critical metrics are hashrate (MH/s), power consumption (watts), and purchase cost. The ideal card maximizes hashrate while minimizing both power draw and initial investment, leading to the fastest return on investment and highest long-term profit.
Do I need special software to start mining?
Yes, you will need mining software compatible with your chosen cryptocurrency and a digital wallet to receive your earnings. Many user-friendly options are available to help you get started quickly.
Conclusion
The 24-hour mining test reveals that the NVIDIA GeForce GTX 1660 Super is a formidable contender in the mid-range GPU mining segment. Its strength lies not in breaking hashrate records but in achieving an outstanding balance of performance and power efficiency. For miners prioritizing low electricity costs and a solid return on investment, particularly for Ravencoin, the 1660 Super proves to be one of the most efficient options available.
Its consistent performance and stability make it a reliable workhorse, ideal for both beginners building their first rig and seasoned miners looking to optimize their operation's efficiency. Before making any purchase, always compare current market prices and calculate projected profitability based on your local electricity costs. 👉 Get advanced methods for calculating mining ROI