Two entirely different markets altogether.
and Jan is not and to my knowledge ever been involved with the consumer division.
and Jan is not and to my knowledge ever been involved with the consumer division.
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Two entirely different markets altogether.
Panasonic already makes cheaper CCD consumer models. It just seems, Barry, that if CMOS is as bad as stated so often here, especially when it comes to wobble and skew and all the rolling shutter effects, if anyone is gonna wobble and whip pan the crud out of a little tiny handheld palmcorder, it'll be worst case scenario in this consumer market Panasonic is placing them in.
I don't know... that's why I was wondering what Jan might have to say. She works for a different division, but it's the same company. When I read her stuff about CMOS I'm thinking why in the heck would her company even go that route in their latest cameras? It would seem odd, within the same company, that one division would curse a component while another would embrace it and put it in their lastest offering? From the stuff I've read here, you can't simply "offset" the drawbacks of rolling shutter by having better lowlight capabilities or something, because I keep hearing how 'any' motion with CMOS induces some level of rolling shutter, and simple pans or walking handheld renders footage unuseable. What good are the other touted benefits of CMOS if half the footage is jello? Seriously, I'm just trying to reconcile this stuff in my mind. Not that it's a huge deal, I'm just curious.
Yes, Panasonic makes cheaper CCD models. Do you know what people whine about them? Spatial Offset. Not enough pixels. Blah blah blah. You can't fit more pixels onto a CCD without either a) going with interlaced, or b) cutting the maximum frame rate. So, just like everyone else in the marketplace, Panasonic has apparently decided to roll out some CMOS models in the bottom of the line.Panasonic already makes cheaper CCD consumer models. It just seems, Barry, that if CMOS is as bad as stated so often here, especially when it comes to wobble and skew and all the rolling shutter effects, if anyone is gonna wobble and whip pan the crud out of a little tiny handheld palmcorder, it'll be worst case scenario in this consumer market Panasonic is placing them in.
Me too.When I read her stuff about CMOS I'm thinking why in the heck would her company even go that route in their latest cameras?
Welcome to the world of corporate politics. Watch Sony badmouth AVC-HD out one side of their mouth, and out the other side they'll say that 9 megabits of AVC-HD is equivalent to 25 megabits of MPEG-2. Watch them proclaim how nobody needs 4:2:2, that 4:2:0 is plenty, and the next thing you know they're introducing 4:2:2. Watch them proclaim how long-GOP is all you need and intraframe is old and pointless -- and then, simultaneously, watch them introduce an intraframe-only codec in their highest quality recording system (HDCAM-SR). Watch them go around badmouthing intraframe all around the country and, indeed, all around the world -- while conveniently forgetting that their own DV, DVCAM, MPEG-IMX, Digital BetaCam, HDCAM, and HDCAM-SR products are ALL INTRAFRAME. Watch Sony for years say Solid State recording is stupid and will never catch on, and then (out the other side of their mouth) they introduce solid state recording in both SxS and CompactFlash form factors.It would seem odd, within the same company, that one division would curse a component while another would embrace it and put it in their lastest offering?
That is because it does. It is unavoidable. The question is whether it rises to a level of whether anyone will notice. The milder the motion, the less likely it is to be an issue, the more the motion, the more it can become an issue.because I keep hearing how 'any' motion with CMOS induces some level of rolling shutter
No you haven't, nobody's ever said that, and to imply so is to bait the conversation for flaming. Please don't do that. Nobody has ever said that a "simple pan" has rendered footage "unusable." Walking handheld definitely causes more jello with CMOS than with CCD, you can verify that for yourself by just taking a CMOS camera and a CCD camera side by side for a walk. The CMOS will be more jello-y. The question is whether the jello is enough for you to care about.and simple pans or walking handheld renders footage unuseable.
A good question. The exact same question I keep asking. Because UNDER CERTAIN CIRCUMSTANCES CMOS footage can turn to jello, or skew, or get scrolling bands through it; under all circumstances flashes and strobes will result in partial frame exposures. To deny that would be insane. So I continue to advise people to find out WHAT those circumstances are, and either guarantee that they can avoid those circumstances, or shop for something other than CMOS.What good are the other touted benefits of CMOS if half the footage is jello?
And yeah, I'm getting a little tired of this.
Because UNDER CERTAIN CIRCUMSTANCES CMOS footage can turn to jello, or skew, or get scrolling bands through it; under all circumstances flashes and strobes will result in partial frame exposures. To deny that would be insane.
Rolling-shutter CMOS is a useful technology which is appropriate for many scenarios, and fails under CERTAIN conditions.
No you haven't, nobody's ever said that, and to imply so is to bait the conversation for flaming. Please don't do that.
Watch Sony badmouth AVC-HD out one side of their mouth, and out the other side they'll say that 9 megabits of AVC-HD is equivalent to 25 megabits of MPEG-2.
Panasonic has apparently decided to roll out some CMOS models in the bottom of the line.
I'd bet that a VERY high percentage of consumers buying one of these cheap HD/AVCHD handycams would NEVER notice the wobble or rolling shutter effects. Face it, these cams are designed on the cheap for a buying segment that doesn't have a clue about real high def capture.
I'd bet that a VERY high percentage of consumers buying one of these cheap HD/AVCHD handycams would NEVER notice the wobble or rolling shutter effects. Face it, these cams are designed on the cheap for a buying segment that doesn't have a clue about real high def capture.
JohnG
I'm one of those people that purchased a AVCHD consumer cam. I work professionally in the film business. Yesterday i was at the NHRA qualifying races with my avchd cam. I whipped panned cars going over 300mph, walked around handheld. Lots of action shots and you know what? No jello effect, skew was there but unless I'm going frame by frame unnoticeable.
The images this canon HF10 cam captured were glorious. Much much better than my now sold HVX200. Have your opinions but cmos works. I suggest you give it a try before you generalize.
I am not familiar with the Nanoflash unit, and so with that I would have to ask what is the implementation at the NLE level and with all of the extra data, the issue of storage becomes even larger. I haven't seen the codec so I don't have an opinion. My experience has been honed through the adoption of a codec on the many flavors of the NLEs that are out there and how well the codec hold up.
The firt thing I would say is to carefully test the workflow. We know the EX1 workflow is similar, but not the same as the P2. As an example, I know I can review and switch to record within 2 seconds of that playback in P2. In EX it is a full14 seconds, what is it in the Nano. And how do you monitor the nano? and is that a disk or flash? Truly not up on it. But you need to evaluate the product in application, see how it handles itself upon transcode because you won't be editing nativiely. Go from there.
Best,
Jan
My god $1000 is def the bottom of the line for video cams... i mean hell if their not buck what is?!
Maybe its just the exchange rate... but 1000$ ain't nothing...
so for the flawed benefits cmos can deliver, it seems a natural course to include them in consumer fare and isnt at all surprising that panny has. It certainly doesn't disregard the flaws inherit presently in that technology.
If Panny comes out with a professional cam that uses cmos (without any improvement over what we see presently in its application) then I will eat my own private parts![]()
I can say one thing for sure.. Look at the time and energy Jan spends on this forum and in general. I dare anyone to get a Sony guy to come here and do the same. They have horrible customer service. Always have... but it would be nice if they popped in even 1/100th of the time that Jan has.
Jan was one of the reasons I jumped to the HVX as an early adopter. She's so candid, straight up and giving of her time. I think the guy from Red has done the same thing after her example..
Congrats and kudos for someone caring to share her knowledge!
This has been one of THE best threads on this board since "Hydra"...
Talk is cheap! Post your stuff!
Its true, the Nonoflash is not out yet, but theoretically, Mpeg2 at 100 mbps LONG GOP should look better than DVCPRO HD 100mbps. Of course, its Long GOP, wich would mean the need to convert to a Intraframe, more efficient codec for editing- I imagine Prores 4:2:2.
Now 160 mbps Mpeg2 Intraframe 4:2:2, theoreticaly, should even be better than HDCAM, the industry standard at High End HD Broadcast capture (yes, there's HDCAM SR).
I'd also like to see it.
We saw some pretty bad stuff on that cam just panning the backyard when we had one.
It was a $150.00 restocking fee lesson.