I feel that excellent imaging is a combination of things, but is primarily dependent on maintaining phase coherence throughout the chain. Without good phase coherence, the result is a discombobulation that cannot give you a good image. The speakers are one of the main problems with maintaining good phase information. Unless great care is taken in the design the drivers, crossovers, and layout, there are more ways to lose imaging there(in the speakers) than just about anywhere else.
Generally, the best imaging layout is point-source, followed by line-source, and lastly, array. The more complex the system, the more likely that things will get messed-up.
I have opted for the single-driver concept in my system because of point-source imaging capability, and no crossovers. I traded-off some other characteristics to get these benefits, but the imaging and soundstage capability is tremendous.
Outside the speakers, the baffle diffraction and 1st reflection zone activity will detract from imaging quality. Reduce these as much as you can. Speaker placement will also play a role. In most cases, out into the room is better than near the walls.
Listening position is also critical. On-axis listening will yield better imaging. If you don't listen on-axis, you are reducing the imaging qualities of your system.
I know you asked about components. If you want to see the components of a system that images extremely well, then click on my "system" link next to my name below. This way I don't have to take up space here to describe it. Mine is not the only way to get great imaging, but it is one way. And I am an imaging freak.
Generally, the best imaging layout is point-source, followed by line-source, and lastly, array. The more complex the system, the more likely that things will get messed-up.
I have opted for the single-driver concept in my system because of point-source imaging capability, and no crossovers. I traded-off some other characteristics to get these benefits, but the imaging and soundstage capability is tremendous.
Outside the speakers, the baffle diffraction and 1st reflection zone activity will detract from imaging quality. Reduce these as much as you can. Speaker placement will also play a role. In most cases, out into the room is better than near the walls.
Listening position is also critical. On-axis listening will yield better imaging. If you don't listen on-axis, you are reducing the imaging qualities of your system.
I know you asked about components. If you want to see the components of a system that images extremely well, then click on my "system" link next to my name below. This way I don't have to take up space here to describe it. Mine is not the only way to get great imaging, but it is one way. And I am an imaging freak.