ASUS CERBERUS-GTX1050TI-A4G / Advanced Edition / graphics card / GF GTX 1050 Ti / 4 GB GDDR5 / PCIe 3.0 x16 / DVI, HDMI, DisplayPort | 90YV0A75-M0NA00

Description

ASUS Cerberus GeForce GTX 1050 Ti is the high-performance graphics card that's engineered with enhanced reliability and game performance for non-stop gaming action.

ASUS CERBERUS-GTX1050TI-A4G / Advanced Edition / graphics card / GF GTX 1050 Ti / 4 GB GDDR5 | 90YV0A75-M0NA00

Special Features

• Strong and sturdy
• Dual fan cooling
• Longer fan lifespan
• Auto-Extreme Technology
• 3+1 Phase Super Alloy Power II

Product features

• Strong and sturdy
  Cerberus GeForce GTX 1050 Ti is engineered with a strong backplate to both protect the sensitive components on the rear side of the card and provide reinforcement for the circuit board. This sturdy backplate is accented with striking red lines - a symbol of Cerberus's role as a powerful guardian.
• Dual fan cooling
  Twin optimized fans carefully selected by engineers drive 2X greater airflow performance, combining enhanced cooling with a more pleasant gaming and computing environment.
• Longer fan lifespan
  Cerberus GeForce GTX 1050 Ti's fans are IP5X dust-resistant for improved reliability and a longer lifespan. This stringent certification process ensures optimal fan performance, even under severe conditions.
• Auto-Extreme Technology
  All ASUS graphics cards are produced using Auto-Extreme technology, the automated production process that incorporates premium materials to set a new standard of quality. Auto-Extreme technology ensures consistent graphics card quality as well as improved performance and longevity. This innovative manufacturing process is also environmentally friendly, eliminating harsh chemicals and reducing power consumption.
• 3+1 Phase Super Alloy Power II
  ASUS engineers have integrated premium components into the graphics card designs to reinforce overall reliability. Super Alloy Power II components greatly enhance efficiency, reduce power loss, provide 2X-lower component buzzing while under full load, and achieve thermal levels that are cooler than previous designs.