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graphic card pcie card
graphic card pcie card
graphic card pcie card
graphic card pcie card
graphic card pcie card

gtx1660super vga graphics rtx 3060TI high end graphic card rtx3080 card 3 Fan GPU 1660s RTX 3060TI RTX 3080 Fast shipping

rtx 3060TI -02
minimum order:
1 set
Country of Origin:
shenzhen
Quantity:
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  • Warranty(Year):1-Year
  • Hard Drive Type:SSD
  • Operating System:Windows 10
  • Graphics Card Chipset:Integrated Card
  • Video Memory:4GB
  • Video Card:NVIDIA GeForce RTX 2060
  • After-sales Service:Call Center and on-line Technical Support, Onsite Training and Inspection, Free spare parts, Return and Replacement, Repair, Others
  • Products Status:New
  • Screen Size:23"
  • Optical Drive Type:CD-ROM
  • Place of Origin:Afghanistan
  • Brand:LEADTEK
  • RAM:DDR6
  • Output Interface:3 x DP 1.4a
  • System interface:PCI-E 4.0 x 16
  • DirectX:Direct 12 Ultimate
  • Memory Type:8GB
  • Power Supply:200W
  • GPU:RTX 3080
  • Resolution:7680 /4320
  • size:247 x 120 x 40 mm
  • Graphics card RTX 3080
  • graphic card pcie card
  •  The graphics card (Graphics Processing Unit, referred to as GPU) is a key component of the computer responsible for graphics output and parallel computing. It not only determines the visual experience of games, design and other scenes, but also plays a core role in professional fields such as artificial intelligence and data computing. Modern graphics cards have evolved from"pure graphics devices"to"universal computing platforms", and their core features can be fully disassembled through five dimensions: core performance, graphics rendering, hardware architecture, extended functions, and applicable scenarios:
    1. Core performance: the “hardware basis” that determines computing power
    The core performance of a graphics card is determined by four key parameters: GPU chip model, number of stream processors, video memory specifications, and core frequency, which directly affects graphics processing and parallel computing efficiency:
    2. Graphic rendering: the “core capability” that defines visual experience
    The core function of the graphics card is graphics rendering, and its performance directly determines the visual effects of games and design scenes. Key technologies include ray tracing, anti-aliasing, resolution scaling, and HDR support.
    3. Hardware architecture: the “underlying design” that determines efficiency and functionality
    The hardware architecture of the graphics card directly affects the computing efficiency and functional support. The current mainstream architectures are NVIDIA’s “Ada Lovelace” (RTX 40 series) and AMD’s “RDNA 3” (RX 7000 series). The core differences are reflected in the core unit, AI computing, and energy efficiency ratio:
    4. Extended functions: “Practical configuration” adapted to multiple scenarios
    In addition to core performance, the extended functions of the graphics card determine its compatibility with devices and ease of use. Key configurations include interface type, heat dissipation design, and additional technologies:
    5. Applicable scenarios: “Selection logic” to accurately match needs
    The choice of graphics card must be closely related to the usage scenario. Different needs correspond to different positioning products to avoid"excessive performance"or"insufficient capabilities":

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