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EVGA SLI
2 GPUS, can deliver as much as 2x the performance

About SLI

What is NVIDIA SLI Technology?

NVIDIA SLI technology is a revolutionary platform innovation that allows you to intelligently scale graphics performance by combining multiple NVIDIA graphics solutions in a single system with an NVIDIA nForce SLI media and communications processor (MCP).


How Does SLI Technology Work?

Using proprietary software algorithms and dedicated scalability logic in each NVIDIA graphics processing unit (GPU) and MCP, NVIDIA SLI technology delivers up to twice the performance of a single graphics solution. Bottom line, a pair of cards running in SLI mode can deliver up to twice the performance, allowing you to increase the detail or resolution in your favorite games all while running glass smooth.



Why is an SLI-Ready PC an Intelligent Investment?

An SLI-Ready PC consists of an NVIDIA nForce SLI motherboard and one SLI-Ready graphics card, thereby having the ability to be upgraded by adding a second graphics card in the future. No other PC component upgrade can offer even close to the gaming performance boost gained from adding a second graphics card.



SLI-Ready Components

NVIDIA SLI-Ready components are backed by a rigorous testing and certification process to deliver an entire certified platform solution ensuring unmatched system stability and platform compatibility.



SLI GPUs | Graphics Cards

NVIDIA SLI GPUs deliver powerful, elegant and super-rich graphics for games and other graphics-intensive applications. Combining two NVIDIA SLI-Ready certified graphics cards (with the same GPU) in a single system with an nForce SLI MCP results in up to double the graphics performance.

NVIDIA SLI-Ready GPUs feature dedicated, built-in SLI hardware logic and take advantage of the additional bandwidth of the PCI Express bus architecture. Connected by the SLI connector* (which ships with all SLI-Ready motherboards), each GPU has a maximized connection pathway, and can leverage the second card for reaching top-speed performances. SLI Technology can scale both geometry and fill rate performance for multiple GPUs and output in both digital and analog formats for the highest image quality

SLI MCPs | Motherboards

To enable NVIDIA SLI technology in your PC, you'll also need an SLI-Ready certified motherboard with an nForce SLI MCP and two physical PCI Express x16 slots.

2 GPUS, can deliver as much as 2x the performance

2 GPUS, can deliver as much as 2x the performance


EVGA SLI Solutions
 
  • 012-P3-1178-AR
    		•   : EVGA Geforce GTX 275 CO-OP PhysX Edition  
     
  • 017-P3-1175-AR
    		•   : GeForce GTX 275  
     
  • 017-P3-1176-AR
    		•   : GeForce GTX 275 SC  
     
  • 017-P3-1295-AR
    		•   : GeForce GTX 295 CO-OP Edition  
     
  • 017-P3-1296-AR
    		•   : GeForce GTX 295 CO-OP Superclocked  
     
  • 017-P3-1297-AR
    		•   : GeForce GTX 295 CO-OP Hydro Copper  
     
  • 017-P3-1298-AR
    		•   : GeForce GTX 295 CO-OP FTW  
     
  • 01G-P3-1155-TR
    		•   : GeForce GTS 250  
     
  • 01G-P3-1158-TR
    		•   : GeForce GTS 250  
     
  • 01G-P3-1180-AR
    		•   : GeForce GTX 285  
     
  • 01G-P3-1181-AR
    		•   : GeForce GTX 285 SuperClocked  
     
  • 01G-P3-1182-AR
    		•   : GeForce GTX 285 FTW w/ EVGA Backplate  
     
  • 01G-P3-1190-AR
    		•   : EVGA GeForce GTX 285 Classified  
     
  • 01G-P3-N945-LR
    		•   : GeForce 9400 GT  
     
  • 01G-P3-N959-TR
    		•   : GeForce 9500 GT  
     
  • 01G-P3-N981-TR
    		•   : GeForce 9800 GT  
     
  • 02G-P3-1185-AR
    		•   : GeForce GTX 285 2GB  
     
  • 02G-P3-1186-AR
    		•   : GeForce GTX 285 2GB SC  
     
  • 02G-P3-1187-AR
    		•   : GeForce GTX 285 2GB FTW w/ EVGA Backplate  
     
  • 113-M2-E113-TR
    		•   : nForce 730a  
     
  • 113-YW-E115-TR
    		•   : nForce 730i  
     
  • 121-BL-E756-TR
    		•   : EVGA X58 SLI Micro  
     
  • 121-LF-E652-KR
    		•   : EVGA P55 Micro  
     
  • 122-YW-E173-TR
    		•   : nForce 750i SLI  
     
  • 123-YW-E175-A1
    		•   : nForce 750i SLI FTW  
     
  • 132-BL-E758-A1
    		•   : EVGA X58 SLI  
     
  • 132-BL-E758-TR
    		•   : EVGA X58 SLI  
     
  • 132-LF-E655-KR
    		•   : EVGA P55  
     
  • 132-LF-E657-KR
    		•   : EVGA P55 FTW  
     
  • 132-YW-E179-TR
    		•   : nForce 790i SLI FTW  
     
  • 141-BL-E757-TR
    		•   : EVGA X58 SLI LE  
     
  • 141-BL-E760-A1
    		•   : EVGA X58 SLI Classified  
     
  • 141-BL-E769-A1
    		•   : EVGA X58 SLI Classified Hydro Copper  
     
  • 141-LF-E658-KR
    		•   : EVGA P55 FTW 200  
     
  • 160-LF-E659-KR
    		•   : EVGA P55 Classified 200  
     
  • 170-BL-E762-A1
    		•   : EVGA X58 Classified 4-Way SLI  
     
  • 200-CU-HC58-B1
    		•   : EVGA X58 Hydro Copper Waterblock  
     
  • 200-CU-HC85-B1
    		•   : GTX 285 Series Hydro Copper Waterblock  
     
  • 512-P3-1150-TR
    		•   : GeForce GTS 250  
     
  • 512-P3-1153-TR
    		•   : GeForce GTS 250  
     
  • 512-P3-N807-RX
    		•   : e-GeForce 8800 GT AKIMBO  
     
  • 512-P3-N879-TR
    		•   : e-GeForce 9800 GTX+  
     
  • 512-P3-N944-LR
    		•   : GeForce 9400 GT  
     
  • 512-P3-N954-TR
    		•   : GeForce 9500 GT  
     
  • 512-P3-N973-TR
    		•   : GeForce 9800 GT  
     
  • 512-P3-N977-TR
    		•   : GeForce 9800 GT Superclocked  
     
  • 896-P3-1170-AR
    		•   : GeForce GTX 275  
     
  • 896-P3-1171-AR
    		•   : GeForce GTX 275 Superclocked  
     
  • 896-P3-1173-AR
    		•   : GeForce GTX 275 FTW  
     
  • 896-P3-1255-AR
    		•   : GeForce GTX 260 Core 216 - 55nm  
     
  • 896-P3-1257-AR
    		•   : GeForce GTX 260 Core 216 Superclocked - 55nm  
     
  • 896-P3-1258-AR
    		•   : GeForce GTX 260 Core 216 SSC - 55nm  
     
  • 896-P3-1265-RX
    		•   : GeForce GTX 260 Core 216  


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