Steve Cooperman
Member
You have good points and healthy debate is positive.
When I look at a camera like the HMC-150 or the HPX-170, these cameras are under $5,000. $3,300 and $4,300 respectively. Both are considered to have very nice images and often used in for-pay environments.
Then I look at the HPX-370 which as you state will be $9,200, I see a $5,000 difference. But all three of these 1/3" chip cameras. From a layman's point of view, I think it would take more engineering to create a small form factor camera rather than a large form due to space limitations. I also read about CMOS being less power hungry and more less expensive to manufacture.
Shooting 720p with all three cameras, running through post then showing the end result on Blu-ray, how much difference would you see? 1080p would be a different story to some extent. How much are clients going to see? It would be an interesting comparison.
Bottom line, I am not a huge fan of 1/3" chip cameras and seeing them approach the $10,000 mark is troubling for me as historically they have not been this high.
Regarding the two comments, “I also know larger chips cost more. But at the HPX-370 pricepoint, you have pretty much doubled the "normal" price for a 1/3" chip camera,” and “Bottom line, I am not a huge fan of 1/3" chip cameras and seeing them approach the $10,000 mark is troubling for me as historically they have not been this high.”
The HPX370 is NOT a normal 1/3” chip camera. This camera has a new, low noise 1920x1080 imager. Also, this camera has a full-resolution AVC-Intra codec and the reliability of P2, built-in. Other 1/3” and almost all ½” chip cameras offer MPEG-2, long-GOP 4:2:0 compression, while the HPX370 offers full-resolution AVC-Intra 100, space efficient, 10-bit AVC-Intra 50 and industry standard DVCPRO-HD/50/25.
These are key points. The HPX370 has all of the advantages of a shoulder mount camera with full-raster AVC-Intra and P2.