ASUS GTX 950 2 GB (no power connector) 20

ASUS GTX 950 2 GB (no power connector) Review

Packaging & Contents »


NVIDIA's GeForce GTX 950 was released in August last year. It is built on the 28 nm GM206 silicon on which the GTX 960 is based. This is a tiny chip, and compared to the R7 370, it has a narrower 128-bit memory bus for just four memory chips on the card. NVIDIA makes up for some of the deficit with lossless texture compression tech, which improves effective bandwidth by around 20%. The sheer pixel-crunching muscle of the Maxwell architecture takes care of the rest, which creates a lot of room for future cost-cutting measures.

Today, we are reviewing the ASUS GeForce GTX 950 "unplugged", the first GTX 950 that does not require an additional PCI-Express power connector. This promises to make the card a great choice for lower-end systems that are being upgraded if you don't want to upgrade the power supply as well. I could also see this card do well in a media PC because of its low power consumption (if you have enough space for it).

ASUS achieved this design feat by lowering the NVIDIA power limit of the card to 75 watts, while keeping GPU and memory default clocks at reference design levels. So, what's gonna happen is that NVIDIA Boost clocks will be limited by power draw, which will result in less performance to satisfy those power consumption constraints. How low? That's what we're here to find out.

Price-wise, the card comes at a slight price increase, which is probably a small premium for its ability to operate without a power connector. The cheapest GTX 950 I could find on Newegg costs $140, and ASUS is asking $155 for their white GTX 950.

GeForce GTX 950 Market Segment Analysis
GTX 750 Ti
R7 370
R9 270X
GTX 950
GTX 950
GTX 760
GTX 960
R9 285
R9 380
R9 280X
Shader Units6401024128076876811521024179217922048
Graphics ProcessorGM107PitcairnPitcairnGM206GM206GK104GM206TongaTongaTahiti
Memory Size2 GB2 GB2 GB2 GB2 GB2 GB2 GB2 GB2 GB2 GB
Memory Bus Width128 bit256 bit256 bit128 bit128 bit256 bit128 bit256 bit256 bit384 bit
Core Clock1020 MHz+975 MHz1050 MHz1024 MHz+1024 MHz+980 MHz+1127 MHz+918 MHz970 MHz1000 MHz
Memory Clock1350 MHz1400 MHz1400 MHz1653 MHz1653 MHz1502 MHz1753 MHz1375 MHz1375 MHz1500 MHz
Next Page »Packaging & Contents