EVGA GeForce GTX 1050 GAMING

Don't like the alternatives?
Choose from the full offer
EVGA GeForce GTX 1050 GAMING
NVIDIA has added this uncompromising card to its graphics card range. The card is ready to provide a Full HD resolution with a uniquely sophisticated cooling system, allowing your computer to perform at its maximum. Enjoy the Pascal core's performance, with adjustable modes of operation and its revolution in 360-degree image performance.
Key features
- The card's length is only 144mm
- New Pascal architecture with a 14nm production process
- High-quality cooling with the possibility of overclocking
- The processor core speeds vary depending on the usage of the card
- It is ideal for gaming in a Full HD resolution
- Sophisticated and efficient cooling system
- Low level of power consumption and high output performance
Energy-saving operation
As a result of its 14nm process technology and the new Pascal architecture, the manufacturer boasts not only significantly higher levels of performance but also far greater efficiency. The card's expected power consumption is thus only 75W. The GTX 1050 core is prepared for high levels of performance. The 1455MHz chip is supported by memory that runs at a frequency of 7010MHz. The core consists of 640 computing units that crush the competition not only in performance but also efficiency, low power consumption and silent cooling. This contributes to an efficient, smart system of operation and cooling depending on the current card usage.
Top options for overclocking
EVGA is an established idea amongst hardware enthusiasts. Its brand new utility which allows you to change the frequency is proof of that. The EVGA PrecisionX OC application allows you to completely control cycles, voltage and fan speeds. Of course, there is a complete overview of all of the operating parameters within an integrated stress test.
Specifications
Dimensions
Chip
Performance & usage
Memory
Frequency
Interface
Technology
Cooling system
Consumption
| Code: | EV207f2a |
| Links: | Producer's Website: |