Today we have a hefty roundup of NVIDIA and ATI cards which all have HDCP capability. We'll talk about HDCP and what it's going to mean for you, as well as see how these cards stack up to each other.
For this review, we want to accomplish a number of goals. Firstly, we want to find out what options you have for buying a high performance graphics card for gaming with HDCP support. We all know what GPUs are available, but how many of them can be found with full HDCP support and how do they perform in games? After all, sacrificing gaming performance for HDCP support isn't a trade off you should have to make if you don't want to. Since these video cards are all HDCP compatible, we also want to test how they handle video playback. CPU utilization while playing content from Blu-Ray discs (BD) is something we will be looking at in this review, and we'll be looking at the type of power consumption we see with these cards during BD playback as well.
We will also be looking at power consumption with 3D acceleration, as well as the standard heat and noise testing. Noise levels will be especially important for this review, as these HDCP cards all have the potential to be used in home theater PCs. Thus quiet operation is an attractive quality for this type of card. Aside from these things, we'll firstly give a run-down of each of the cards we have and their respective clock speeds. With a total of 20 cards we hope this review will help shed some light on what kind of HDCP cards are out there, along with how well they perform both in games and watching movies.
AnandTech
For this review, we want to accomplish a number of goals. Firstly, we want to find out what options you have for buying a high performance graphics card for gaming with HDCP support. We all know what GPUs are available, but how many of them can be found with full HDCP support and how do they perform in games? After all, sacrificing gaming performance for HDCP support isn't a trade off you should have to make if you don't want to. Since these video cards are all HDCP compatible, we also want to test how they handle video playback. CPU utilization while playing content from Blu-Ray discs (BD) is something we will be looking at in this review, and we'll be looking at the type of power consumption we see with these cards during BD playback as well.
We will also be looking at power consumption with 3D acceleration, as well as the standard heat and noise testing. Noise levels will be especially important for this review, as these HDCP cards all have the potential to be used in home theater PCs. Thus quiet operation is an attractive quality for this type of card. Aside from these things, we'll firstly give a run-down of each of the cards we have and their respective clock speeds. With a total of 20 cards we hope this review will help shed some light on what kind of HDCP cards are out there, along with how well they perform both in games and watching movies.
AnandTech
