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Differences What are the advantages of each

Front view of Radeon R5 240

Reasons to consider the
AMD Radeon R5 240

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More memory 2,048 MB vs 1,024 MB 2x more memory
Front view of GeForce GT 740

Reasons to consider the
Nvidia GeForce GT 740

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Much higher effective memory clock speed 5,012 MHz vs 1,800 MHz More than 2.8x higher effective memory clock speed
Higher clock speed 993 MHz vs 730 MHz More than 35% higher clock speed
Higher memory bandwidth 80.2 GB/s vs 28.8 GB/s More than 2.8x higher memory bandwidth
Slightly better PassMark score 1,581 vs 966 Around 65% better PassMark score
Significantly higher memory clock speed 1,253 MHz vs 900 MHz Around 40% higher memory clock speed
Slightly higher texture rate 31.8 GTexel/s vs 15.6 GTexel/s More than 2x higher texture rate
More render output processors 16 vs 8 Twice as many render output processors
Slightly more texture mapping units 32 vs 20 12 more texture mapping units
Slightly better ocean surface simulation score 314.12 frames/s vs 162.89 frames/s Around 95% better ocean surface simulation score

Benchmarks Real world tests of Radeon R5 240 vs GeForce GT 740

PassMark Industry standard benchmark for overall graphics card performanceData courtesy Passmark

Bitcoin mining Data courtesy CompuBench

Radeon R5 240
76.85 mHash/s
GeForce GT 740
13.37 mHash/s

Face detection Data courtesy CompuBench

Radeon R5 240
13.53 mPixels/s
GeForce GT 740
16.37 mPixels/s

Ocean surface simulation Data courtesy CompuBench

Radeon R5 240
162.89 frames/s
GeForce GT 740
314.12 frames/s

Particle simulation Data courtesy CompuBench

Radeon R5 240
108.86 mInteraction/s
GeForce GT 740
134.73 mInteraction/s

T-Rex (Compubench 1.5) Data courtesy CompuBench

Radeon R5 240
1.01 frames/s
GeForce GT 740
1.03 frames/s

Video composition Data courtesy CompuBench

Radeon R5 240
20.12 frames/s
GeForce GT 740
17.31 frames/s

PassMark Direct Compute Measures performance of general-purpose computing using Microsoft DirectCompute

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