Actually, no, Midway is not right. The XP, being a 640 core, doesn't give you a better picture. It will give you a different picture, but not a better picture, not in terms of resolution, at least not between the Trail units and I suspect that goes for the Apex as well.
Incorrect.
However,at the same level of magnification, for the number of pixels that come into play, the XQ is actually better on the Trail models, but only slightly and not enough to discern. For example...
.........
For all practical purposes, the picture quality is going to be the same, given the same level of actual magnification.
Correct.
But unless I missed it, no one was talking about matching the magnification levels and then comparing the resolution. I do explain this concept to customers all the time who say they want an XP50 but are going to use it on 3.2x because 1.6x isn't enough. I tell them to buy an XQ50 instead. Your math and logic are dead on accurate.
However, to say that the XP50 doesn't give a better picture is extremely misleading at best. We can line up 10 people who have never used thermal, hand them all a XQ50 and a XP50 on their native magnifications and I'll bet money at least 9 of them could tell you which scope had the higher resolution and which one they thought had the better image quality. I've had a lot more than 10 people who had never looked through a thermal scope in their life look at those scopes side by side and they all knew the XP50 as soon as they put their eye up to it.
I understand that 1.6x isn't enough magnification for everyone but that's a whole different topic of discussion. There are times when 1.6x is too much magnification for me. I rarely ever move my magnification above 1.6x. It all depends on your hunting conditions, property and personal preferences. And to be clear, this isn't a slam against 384 cores, I think I made that clear in my previous replies above but I will argue that, yes the XP50 does have a better picture and I believe Midway was right in his observations.
No, saying that the XP50 has a better picture is misleading BECAUSE of the pissant low level of native magnification and the fact that at comparable levels of actual magnification, they are using nearly the same number of pixels. So the XP50 has some expanded range into the low end, but in reality, Pulsar FAILED to take advantage of the 640 core to actually make a scope with significantly better capabilities despite using significantly more capable core.
So the 640x480 XP50 core uses 307200 pixels at native magnification. The 384x288 XQ50 uses 110592 pixels at native magnification. So you might think that you get 2.78 times the capability, but Pulsar hamstrung the XP50 with the super low level of native magnification. In other words, it excels at the low end.
You can argue that the XP50 has a better image, but that is really only at the low end of magnification because once they are at the same level of magnification, they are using nearly the same number of pixels and the image quality is comparable.
The thing here is that having a good thermal image up close isn't where the challenge is when it comes to seeing and identifying targets. The challenge of a good image is down range. Here, the XP50 fails to convert all those extra pixels into a better image than the XQ50.
This is really where Pulsar screwed up for the consumer. They should have made the XQ50 line be 1.6x because up close you don't need as many pixels to make identifications, and then made the XP50 line with its 640 core be 2.7x so that the user could really see things better down range. This blunder keeps the XP50 from competing well with the Armasight Zeus 3x 640 or Trijicon 2.5x scopes. STRANGELY, however, they made the Helion XP50 with the same core be 2.5x.
So for comparable magnification with the much less expensive Trail XQ50, you get the same lens, same hz rate, same firmware, and virtually the same number of pixels, same Ulis brand thermal core, same controls, same housing, etc. as the XP50 for virtually the same image. Here you have to keep in mind that there is a
huge amount of magnification overlap between the two scopes where the image quality is pretty much the same. That would be in the range of 2.7-10.8x