It's never 2early!

I want:

1. 1920x1080 progressive.
2. variable frame rates from 5 through 300 fps.
3. any of the mpeg4 variant codecs.
4. full package=$5k, body only to be=$4k.

somn like this is ~2009?

Seeing that it has pretty much everything I could ask for at this price point. I would also like to vote for:

1. 60f to tape
2. more affordable price

- ShannonRawls.com

All the current H1 features in a fixed lens camcorder.

HDV (yuck) with 60I (yuck) with psuedo 24P (yuck) for $9000 (yuck)

A new engineering team is what I would want

I think im glad I decided to get the XL2.

I want to see how the HDV format develops - if it does before I go upgrading ALL my equipment to be able to deliver HDV!!!!

I think im glad I decided to get the XL2.

I want to see how the HDV format develops - if it does before I go upgrading ALL my equipment to be able to deliver HDV!!!!
Antony, I'm in total agreement with you.

Jay

HDV (yuck) with 60I (yuck) with psuedo 24P (yuck) for $9000 (yuck)

HDV doesn't begin to figure into the price. An HDV transport is not that expensive. You're not paying for HDV on this camera. What you're paying for is the CCD block, the lens, and uncompressed HD.

Don't knock the 24F until you've seen it.

Jay I had a look at your website. Its good!!!

I just wanted to know what camera you shoot on? and what was used for the videos on your site?

Jay I had a look at your website. Its good!!!

I just wanted to know what camera you shoot on? and what was used for the videos on your site?
Thank you, Antony, for your kind words.

Everything on the site was shot with the XL1 and XL1s. The "Her Body" demo was shot with the XL2.

Jay

NP Jay.

The quality looks really good.

What did you use to compress it for the net??? What software?

Thanks

What did you use to compress it for the net??? What software?
Thanks, again. We used Sorenson Squeeze 4.0 Compression Suite. Great product!

Jay

# A wider tape so they don't have to loose as much in the compression.
Would a mini-DVCAM-SR be possible? Lossless recording on the tape would be quite something.

# 2/3"chips and a larger f/number, for better depth of field.(If they can do it without making the overall camera any bigger.) Replace the XL mount with standard 2/3" mount.

# change the ergonomics to something low over the shoulder, like the Aaton A-minima

# make it more robust, and get rid of the rattles

# make the lens axis match the handle axis so changing lenses doesn't change the balance of the camera.

# matt box rods as standard

#4 XLR sockets including at least one stereo XLR (5pin) for an xy mic.

#Interchangeable solid state drive to plug in in place of the VTR for ENG work. This implies a compact video drive socket standard.

#Variable sampling and compression rates, with choice of lossless(Huffman YUV compression) or lossy compression.

Okay it wouldn't really be an XL* anymore, but it would be fun....

and yes, I'd like it to be cheaper, but also accepted for broadcast. I expect I'll have to wait awhile......

I'd like to see a version of the camera using forthcoming 7200RPM 2.5" SATA drives in a removeable enclosure.

Make the enclosures cheap and let me buy my own drives. Hopefully they'll be simple enough so that I can swap drives from enclosures without tools in the field.

Also, this might be a great way to get 50Mbps recording. This would be a real killer feature for the camera, for SD maybe not so much, but 50Mbps will really make a huge difference in HD recording. Especially for those of us who need to do extensive post.

I'd like to see a version of the camera using forthcoming 7200RPM 2.5" SATA drives in a removeable enclosure.

Make the enclosures cheap and let me buy my own drives. Hopefully they'll be simple enough so that I can swap drives from enclosures without tools in the field.

Also, this might be a great way to get 50Mbps recording. This would be a real killer feature for the camera, for SD maybe not so much, but 50Mbps will really make a huge difference in HD recording. Especially for those of us who need to do extensive post.

Can't agree with you more Alexander. I only wish the camera had higher bitrate encoding built in. HDV is great for a lot of work, but I used this camera for drama, I would like more than 25Mbps and 4:2:0 colour.

I really wish the camera had HD component or HD SDI input. Currently no HDV equipment has any way of HD input other than firewire. Most uncompressed HD editing systems offer realtime output in either SDI or component. With these type of inputs you could edit a HDV or uncompressed or mixed project and output with no rendering back to HDV tape by letting the camera be the encoder.

I really wish the camera had HD component or HD SDI input. Currently no HDV equipment has any way of HD input other than firewire. Most uncompressed HD editing systems offer realtime output in either SDI or component. With these type of inputs you could edit a HDV or uncompressed or mixed project and output with no rendering back to HDV tape by letting the camera be the encoder.

I don't understand why you think this is an issue.

Final Cut, Avid Xpress and Premiere Pro- heck even iMovie output from the timeline via firewire by default. I assume Vegas, Pinnacle, Speed Razor, TED and others all do the same at least.

With Final Cut and Avid this output can be at full quality... so you already have this feature. I don't use Premiere Pro, but iMovie *might* drop frames without warning you on older systems (G3's and G4's 867MHz and slower usually), but even that is uncommon.

I only recommend rendering when you have problems with realtime playback, which should not be an issue for any relatively modern system while working with DV or HDV.

The camera can not record better images than DV or HDV anyway, so SDI is overkill for these applications. The camera will just throw away extra data.

If you get a deck with SDI input as an option it usually is a format better than DV or HDV anyway, which CAN use at least some of the extra data. The few DV decks that take SDI in just throw away all the extra data, just like a camera would. Same thing for DVCAM and DVCPRO. Maybe a few "golden eyed" viewers could detect the difference in your masters, but they certainly won't notice once you run out to DVD, streaming or broadcast or wherever your footage ends up.

To sum up, SDI inputs for DV and HDV systems are worthless from a quality standpoint.

The only facilities that need this are ones that have standardized on SDI for other workflow reasons, and it is there for convenience rather than technical reasons. (SDI is ready, so you don't have to go find a FW cable, etc. etc.)

SDI output from the camera is MUCH more important. If you need higher than HDV/DV quality then get a deck which uses a better format. DVCPRO 50, D-9 (both DV25) and DVCPRO HD come to mind.

Is the output with firwire for HDV from the timeline live without any rendering? I was under the impression that HDV worked like DV where any effects needed to be rendered first before they could be previewed through firewire.

I thought this was one of the big points for people to edit HDV with a Decklink card so they could get a realtime preview (not a record to tape) to an external monitor.

I didn't mean there would be any quality boost. I am only looking for a way to preview my edits without rendering. While editing DV on an uncompressed system may not gain any extra quality it does help in terms of realtime performance and feedback which is why a lot of people do it.

Am I wrong in that unrendered effects will not play through firewire from the timeline?

1) Single 35mm CMOS chip.
2) direct hook up to Canon 35mm EF lens- no mag factor.
3) Super low light handling without apparent noise even at +18db.
4) New viewfinder with double density LCD and double brightness.
5) Smooth iris wheel. No visible stepping.
6) Superior A to D audio circuitry w/ 4 channels of up to 24b/96khz.
7) Built in individual phantom on all channels, XLR connectors great mic pres
providing tons of clean gain and stepped attenuation pads for
both -10 and +4 db.
8) True progressive recording in NTSC, PAL, and HD formats 720P, 1080i and
1080P@ from 4-60 FPS.
9) 10 hour battery (5 hours of real world recording no problem)
10) Up to 10 seconds of pre recording to RAM.
11) State of the art memory pack capable of 1 TB storage and instant
select, playback and delete.
12) Mark "good take" button next to record button.
13) All flavors of digital video input to memory pack.
14) Digital still with onion skin option for re-setting scenes.
15) High power (10 watts) headphone amp.
We'll start with these :)

Is the output with firwire for HDV from the timeline live without any rendering? I was under the impression that HDV worked like DV where any effects needed to be rendered first before they could be previewed through firewire.

I thought this was one of the big points for people to edit HDV with a Decklink card so they could get a realtime preview (not a record to tape) to an external monitor.
Most, if not all, modern NLE software will output DV and HDV live over firewire right over the timeline. Final Cut Pro will also output DVCPRO 50 and DVCPRO HD over firewire, but these require the firewire device (camera or deck) to "understand" those formats. (So no DVCPRO HD to the XL-1s...)

My worklow in my home studio using Final Cut, or iMovie is this:

Plug in Firewire video device (usually my JVC SR-VS10U, but I did have a HD100 for one small job)
Start the edit application
Capture video.
Edit with realtime timeline display on my TV.

Its pretty much always that flawless since Premiere 6 was new. Even on a PC. (Yes that's a troll.<grin>)

Analog or SDI outputs from the NLE are meant for two things.

1) Output of arbitrary timeline content as pure video. With firewire outputs, you must be outputting a specific format to a device that understands that format. This is why some video clips need to be rendered before they can play. More on this later.

2) Output to devices that don't have onboard video processing capabilities. Direct output to a monitor is an example, as opposed to a camera which can interpret DV input, which is just data, as video and route it to a video out.

You might notice these are minor variants on each other.


I didn't mean there would be any quality boost. I am only looking for a way to preview my edits without rendering. While editing DV on an uncompressed system may not gain any extra quality it does help in terms of realtime performance and feedback which is why a lot of people do it.

Final Cut Pro and Avid Xpress can output HDV direct from the timeline over firewire. I don't know what Premiere Pro can do, and I personally don't care, but I'd be very surprised if it could not. iMovie can do it, so I assume it is par for the course with any NLE software now.

As I said before Final Cut can also output DVCPRO 50 and DVCPRO HD over firewire entirely in software. I think that Avid Xpress requires a Mojo box for those formats. <shrug>

Using FCP or Premiere when you have DV on the timeline you can see it via firewire outputs without any rendering. Depending entirely on the speed of your system some effects may play back in realtime from the timeline without rendering. Straight cuts and crossfades usually playback in RT on modern systems without rendering. Other effects depend on your software/hardware.

Some hardware accelerates this. For example Matrox RT series cards and Avid Mojo do some video processing in hardware, and as a result some effects playback in RT without drawing CPU resources. The latest release of Avid software on the Mac uses Apple's Core Video technology to make the video card render stuff in realtime which it does REALLY well. Pinnacle Liquid does this too, using Pinnacle's proprietary video card interface though. Apple's motion uses Core Video and is ridiculously sweet, I can't wait for other FCP Studio apps to get on board.

Most software uses hardware rendering to allow more realtime features, by using the CPU to render effects the hardware can't.

Now there is a big gotcha with all this. Your video source clips must be in the format you are set up to play out the timeline. So, if I am editing DV, but I have DVCPRO clips on the timeline I will have to render. If my timeline is uncompressed HD and I have DVCPRO 50 on it, I'll have to render. etc. Every clip should be in the format you have selected for your timeline.

Some high end stuff will let you mix formats on the timeline without any rendering. Avid Symphony is an example. So is Avid DNA. I think Sony Xpri does it too. So does some Pinnacle Liquid stuff. (Avid bought them for a reason!) I haven't been keeping up with all the different vendors so I defer to those who have.

One nice feature of some high end Avid systems and the Video Toaster's TED is that they render in the background. So, while you are doing your thing, choosing edit locations etc., TED and DS|Nitris render anything that won't play in realtime with any spare CPU power available.

I've been lobbying for that feature in FCP Studio. DVD Studio Pro has it, but that is it. If implemented in a fashion compatible with Apple's Xgrid clustering a relatively cheap Apple cluster might smoke some high end and expensive Avid hardware.

Well, I am getting off topic. Sorry.

Uncompressed video source material is much easier from a processing perspective to add effects to. This is because compressed video, like DV and HDV, need to be decompressed, have the effect done, then recompressed. (Just the way the math works.) Uncompressed can be directly manipulated, freeing up quite a few CPU resources. So uncompressed is easier to work in without rendering.

There is a HUGE caveat though!

Uncompressed suffers from the "minor" nit that computers have a hard time keeping up with it at all from a disk bandwidth perspective.

For every stream of uncompressed SD video your system can handle, you could instead be playing back ~10 streams of DV.

For every uncompressed HD stream your disk subsystem can handle you could instead be using ~14 streams of DVCPRO HD, or 60 streams of HDV.

(CPU limits bound this at about 10 streams I think. DVCPRO HD and HDV have the same realtime playback performance. H.264 HD material can bring a fast machine to its knees, so only expect to play maybe 3-5 streams simultaneously, despite low disk throughputs.)

I hope that clears some things up.

1) Single 35mm CMOS chip.
2) direct hook up to Canon 35mm EF lens- no mag factor.


I have a hard time understanding why Canon didn't attempt this to begin with. I brought it up years ago on USENET, and to every Canon rep I could find.

Even with a magnification factor it makes great sense for Canon. The current 7.2 magnification is crazy. Trying for 1.0 magnification would be expensive, but it is reasonable for them to try to aim for a 1.5-2.0 mag factor.

They already make a lot of lenses, so economies of scale could help them reduce costs.

If there are no more manufacturing economies, then prices would go UP increasing per unit profits.

They would still have to make video specific lenses, because video lenses need features not typically available in still lenses, like ND filters.

35mm still lenses may not be perfect, but they can handle HD video very very nicely. Full resolution 1080p HD is only a 2Mpixel application and their current lenses resolve much finer.

I guess Canon thinks it can't risk upsetting its pro video customers with that type of video camera.

I think that is wrongheaded. per unit profitability is very high for Pro lenses, especially HD ones. Still that is nothing compared to what they make from still photographers. Some manufacturers would continue to use Canon lenses.

If Canon won't try this, then perhaps Nikon will enter the video fray with a camera based on this idea. They make great stuff too...

3) Super low light handling without apparent noise even at +18db.

There are engineering problems with this. Big ones. If they COULD do it, they certainly would have tried at least for their professional markets.

Even in an ideal world the lenses limit this greatly.
4) New viewfinder with double density LCD and double brightness.
Cost, cost and cost.

Still, given the difficulty of accurately focusing HD video I think we'll see some offerings in this area. Still, don't expect miracles. The viewfinders on Sony CineAlta cameras are hard to focus HD with.
5) Smooth iris wheel. No visible stepping.
This is really a request for a mechanical IRIS just like on pro cameras/lenses.

I have asked for this too, but cost is a huge issue. Digital iris is "almost free" to implement.

I suggest simply adding more steps to the iris controls. Then use a larger iris wheel. Detente's at each full stop of aperture would be a must, as would fixed motion. I suggest a maximum of 120degrees rotational freedom, with maximum wide at one end and closed at the other. The camera would have to move the ring during shutter priority or automatic operation, so it would be in the correct place if the user changes modes.

Reliability of such a mechanical device is an issue.

Still, I think it is a GREAT idea.
6) Superior A to D audio circuitry w/ 4 channels of up to 24b/96khz.
I think they haven't done this mostly to stay in compliance with DV and HDV specs.

If a future Canon HDV camera had this feature and you used it, you would not be able to interchange tapes with other HDV cameras/decks. Also your NLE would choke on it.

You can find this feature on pro cameras.

In the meantime it may be easier to just use 16bit 48KHz or record external audio using DAT or some other device.

We could hope for a new standard for video...
7) Built in individual phantom on all channels, XLR connectors great mic pres
providing tons of clean gain and stepped attenuation pads for
both -10 and +4 db.
Good idea, but engineering trade offs. Doesn't the H1 provide phantom of two XLR's ?
8) True progressive recording in NTSC, PAL, and HD formats 720P, 1080i and
1080P@ from 4-60 FPS.
The "F" mode on the H1 seems to come VERY close to this according to Chris. I would like to see a whole crop of cameras that support every HDV standard out there though, that seems to a good idea for the entire industry and the standard.
9) 10 hour battery (5 hours of real world recording no problem)

There are battery systems that provide this without any problem. Cost cost cost. Anton Bauer is a good example. If you check out Pro cameras that use these battery systems, they don't typically come with batteries, and the batteries are EXPENSIVE.
10) Up to 10 seconds of pre recording to RAM.
GREAT IDEA. It will increase the cost, but be worth EVERY PENNY.
11) State of the art memory pack capable of 1 TB storage and instant
select, playback and delete.

That's fantasy land for quite a few more years. How's about 0.1 Tbyte ? 100GB 2.5" laptop drives will be available really soon. In swappable packs they give about two hours of DV100 (DVCPRO HD) recording. They aren't outrageously priced like the Flash RAM in P2 cards. You could reasonable expect to own ten of these. Especially if there is a standard for their enclosures.
12) Mark "good take" button next to record button.
I don't know if having it as a button so close to record is a good idea. I can just see myself and a million others marking a take as good instead of hitting record. I know that despite all care and precaution I'll do that at least twice.

Take review/marking is a good feature. It is easy enough to implement with DTE HD systems, but it should be kept away from the regular camera controls. Also, the slight inconvenience of doing so gives an opportunity for a better interface design that allows more flexibility.

Let me take it a HUGE and unprecedented step further:

Include integration with a palmtop device and Wi-Fi. Use the palmtop not just for marking takes good/bad, but for logging in the field.

It would be BRILLIANT in the field. As a producer, director or AD I could take notes on the Palm between takes. The camera could share take data, like a thumbnail and time/timecode. With a permission system I could authorize one user to write these notes onto the camera media, and others to have their notes stored on the Palm or on a central database.

That's HUGE. Multiple users being able to comment on takes while on set in a permanent way that can be used to edit with later!

The same system, while intended for use in the field with palmtops could also be used with laptops and desktops which may already be on the production location!

With some smart ID tagging of media, you could have an EDL ready before you even plug the media in to the edit system. With a DTE device, editing might take seconds. Absolutely KILLER for ENG applications.

This is one of those ideas that's worth a few million dollars. If camera/NLE/computer makers catch on to this and deliver we'll wonder how we ever worked without it.

Hello ? Anybody out there who makes these decisions ? Write me now and let's get the ball rolling!

13) All flavors of digital video input to memory pack.

To the memory pack ? Why not.

Getting a camera that can do that is a while off. Remember these things have very low power on board processors. We have talked about applications that will require adding one or more general purpose processors into a power sensitive device.

Still, if a standard emerges soon enough for DTE media there is no reason why you couldn't take your media from a DV camera to a DVCPRO HD camera an then to a DS|Nitris.

14) Digital still with onion skin option for re-setting scenes.
What do you mean ?
15) High power (10 watts) headphone amp.
We'll start with these :)

Too much power for headphones I think. We really need better noise isolation and active noise canceling combined, not more power. I think it'd be the same effect, just a different way to get there. One that's easier on my ears.

Quote:
Originally Posted by Jacques Mersereau
14) Digital still with onion skin option for re-setting scenes.

What do you mean ?
___________________

Onion skinning is where the still image would be shown on the
camera's ouput and given translucence of say 50%. Under that is
the camera's real time image. This means if you need to reset a scene's
elements like props and/or people placement you can with a high
degree of accuracy. This can also be helpful in achieving special effects.

BTW, most of those HD2 improvements I suggest are pipe dreams.
For now, I hope I will be happy with the HD1, and being a wildlife
documentary maker, I LOVE the 7.2 mag factor of the HD1. An HD2
without out that would be another great tool in my kit.

It would be so easy to add onion skinning to this camera... Canon already offers a "title mix" function on their consumer one-chip camcorders. The two features are closely related.

I don't understand why canon aren't offering DVCPRO HD as an output from firewire. surely the DSP can handle it if it's already doing HDV compression...

As people have already pointed out without a standard such as this you're a bit stuck capturing HD in the field. why spend $9000 on a camera that's limited to HDV outside the studio? are they going to wait another year and put DVCPRO HD into a XL H2?

It just seems like the ability to strap a little box with a HDD in it around your waist or to the camera and record a HD format less compromised than HDV but within the limits of a single disk via firewire would make the H1 so much more attractive to a wider audience... so why aren't they doing it?

Hi Joe,

"I don't understand why canon aren't offering DVCPRO HD as an output from firewire."

There's one tiny little snag that prevents Canon from offering DVCPRO HD. They don't own that format. DVCPRO HD belongs exclusively to Panasonic. Panasonic would have to choose to make DVCPRO HD available to Canon, and Canon would have to pony up for the licensing fee. Neither company may be willing to do that.

On the other hand with HDV, Canon is part of that consortium so they have the right to offer it.

As far as recording DVCPRO HD to a portable hard disk recorder, the recorder would need the ability to handle the bit rate of that format (the FireStore from Focus Enhancements will have this capability) and you'll need a portable Panasonic DVCPRO HD encoder between the XL H1 and the recorder (and none yet exists that I'm aware of).

Hi Joe,

"I don't understand why canon aren't offering DVCPRO HD as an output from firewire."

There's one tiny little snag that prevents Canon from offering DVCPRO HD. They don't own that format. DVCPRO HD belongs exclusively to Panasonic. Panasonic would have to choose to make DVCPRO HD available to Canon, and Canon would have to pony up for the licensing fee. Neither company may be willing to do that.

On the other hand with HDV, Canon is part of that consortium so they have the right to offer it.

As far as recording DVCPRO HD to a portable hard disk recorder, the recorder would need the ability to handle the bit rate of that format (the FireStore from Focus Enhancements will have this capability) and you'll need a portable Panasonic DVCPRO HD encoder between the XL H1 and the recorder (and none yet exists that I'm aware of).

DVCPRO HD is a mechanical system, tape standard etc. etc. that happens to use the DV100 codec for HD resolution material. Its just the DV codec at 100 Mbps at HD resolution. (Well, its four DV codecs ganged up. I think it was developed by Panasonic and JVC, but they might have been working independently. <shrug>)

What I am getting at, is that while Panasonic definitely owns DVCPRO HD, they may not own the codec. If they do, they really just own a specific implementation of the idea.

While Canon might never be allowed to include a DVCPRO HD mechanism or even the codec, they could certainly produce a 100Mbps HD codec with 4:2:2 sampling for 1080i and 720p formats. Like JVC and Panasonic did they could base it on the IP from the DV consortium. (HDV is not recyclable in this case.) Alternatively they might be able to design a 4:1:1 codec using intraframe compression at 50Mbps.

So how hard would that be ? I am not apt to try this, but its doable.

I would immediately abandon the notion of using a tape mechanism though. They are expensive to design with reliability. DVCPRO HD moves tape pretty fast, so does HDCAM.

I also would not try Optical disc media. A blue laser optical disk the size of a DVD could hold enough data for one hour of 100Mbps recording, so its satisfactory from that standpoint. It is also direct-to-edit (DTE) capable. You are still left with power and mechanical issues aplenty. Try recording a DVD-R at 16x and you'll HEAR the issues.

I would choose hard disks.

As Chris said you can definitely write this out to DTE hard drives. We are about to get a crop of 2.5" SATA 2 100GB HD's with 16MB cache at 7200 RPM. Writing a 100Mbps stream would not tax these drives at all. Laptop drives are very well suited to this application mechanically. Also, two hours of recording is attractive.

In many applications even using 3.5" drives would be acceptable, so large capcity drives running up to ten hours are possible. (Basically anywhere you are taking a huge A-B battery pack the size weight of 3.5 vs 3.5 drives are negligible.)

While they are mathematically simpler DVCPRO HD, DVCAM and similiar codecs are more difficult to code than HDV computationally. What I mean to say is that the equations are simpler, but they take more computer cycles per frame to actually calculate.

This is because they have to encode all image detail using only a single frame. That means all image detail must be encoded/decoded with every frame in real time.

With HDV and any other interframe codec part of the math for each frame has already been done. Also much more of each frames data is discarded. That results in a lower calculation requirement per frame, and a lower data rate.

The point of that is that you need a fairly modern and fast DSP to handle coding for such a proposed system. Both Freescale and Intel make a bunch of embedded CPU's that can handle the task today. Personally I'd choose the PowerPC based chips because that architecture lends itself to multiprocessing and parallelization if it becomes needed.

I think that 100Mbps is a "magic" number. I do not know that you can do intraframe compression for HD video at less than this data rate. I fairly sure you can't do intraframe at 4:2:2 at less than 100Mbps.

Take that last bit with a good size grain of salt: I haven't studied codes and cryptography in about a decade. (Mathematically the same topic.)

Onion skinning is where the still image would be shown on the
camera's ouput and given translucence of say 50%. Under that is
the camera's real time image. This means if you need to reset a scene's
elements like props and/or people placement you can with a high
degree of accuracy. This can also be helpful in achieving special effects.


Yeah, that would be a great function and VERY easy to implement. They really should do this immediately. Maybe even for the H1 if its hardware isn't set in stone yet.

I am not a big fan of attempting composites in HDV, but it certainly can be done. Still for a camera that is intended for high quality studio applications (that's what SDI out really means for now) this is a killer feature.

This suggests another feature to me though: A brief framestore in uncompressed HD. 1-2 seconds is all I'd suggest. You need 256-512MB RAM for it. This could be used in a large number of ways. For one you could take a still, store it in the framestore and use it for onion-skinning.

BTW, most of those HD2 improvements I suggest are pipe dreams.
For now, I hope I will be happy with the HD1, and being a wildlife
documentary maker, I LOVE the 7.2 mag factor of the HD1. An HD2
without out that would be another great tool in my kit.

LOL.

I agree, they are pipe dreams. Some of them are more so than others. Some are just out of reach, some can be done right now, others either are misfeatures or already available.

The thing is this: I believe that people from the manufacturers R&D and engineering departments lurk in pretty much every public forum. It is in their interests. They pay attention to off the wall threads like this because they need feature ideas.

I believe (well its more like blind faith) that if we post reasonable and well thought out ideas we may see them in future products.

So, in re-reading what I wrote in response to you I have to say that I wasn't pooh poohing your ideas. A lot of them are very good and needed in cameras at the price points we work with. I am just trying to add in a bit of armchair engineering. Hopefully enough so they get off their duffs and say "Hey we CAN do that pretty cheaply!"

As to the 7.2 mag factor being a feature of XL camera's. Well I have to admit it can be a lot of fun and has some utility. Doubly so for what you do.

Most of the time however I end up needing a wider wide angle. I think 35mm still cameras in kits come with 28-104 lenses these days. That field of view should be a standard for video cameras.

Sticking with XL-lenses I think the standard should be a 20x 3.8-76mm. We should get a 4x 2.5-10mm wide angle lens, and a 10x 20-200mm.

A move to 1/2" CCD's would be very welcome instead.

i don't get people's obsession with recording to the hard drive. it's just 2 inmobile. at 1GB a minute of 1080p (roughly) 1TB will yield you 16 hours. so you can theoretically take 2 of the 500GB SATA2 desktop hard drives and make them raid0. the problem is weight and portability. so while it is technically possible, the point of XL series is high functionality+portability. and don't even think about solid state yet. i give it another decade or two before it is cheap enough for practical use.

realistically, the tape transport is still the thing to beat... but i wouldn't follow an existing standard. i'd design a tape system from the groundup that ain't as small as miniDV but not too big (like VHS) but enough to hold 25mpbs 1080p (variable fps) for 2 hours or more. why record @100mpbs when HD-DVD or BluRay will only do 25mpbs????? what's the benefit of 100mpbs besides wasting bandwidth?

thanks Chris and Alexander for the format info.

It makes perfect sense now why the H1 doesn't do DVCPRO HD.

But as Alexander says they could still provide something equivilent. It just seems like a really incongruous mix of features: HDV, SDI-HD, nothing in between... Sticking with tape I suppose unless they developed a new standard and possibly tape format they are stuck with HDV, fine. But why not as do as others have suggested, double or triple the data-rate and put that out through firewire for a FireStore type solution? So the CPU might be working a little harder and use more battery, not the end of the world and certainly worth it for the feature, surely?

Yi Fong, I'm by no stretch of the imagination an expert but I believe the benefit of shooting at a higher datarate than distribution it so you have the option of processing the footage more before it starts to fall apart. If you're doing things like compositing then you'll have to compress twice to get it to DVD (or whatever). Once on capture, once again for distribution after processing. I don't know if going through 2 19mbps MPEG2 compressions is roughly equivilent to once at 9.5mbps but it's certainly less than once at 19mbps, which from the m2t footage from the JVC HD100 I've seen here already shows noticable artifacts.

I guess I'm just a little frustrated that the H1 is so close to what would be realistically ideal for me but just lacking a format that can go straight onto a single HDD and that I don't have to worry about when I postprocess. damn. The HVX200 will have the FireStore, if only it had interchangable lenses... maybe the H1 firmware can be mod'd to give a higher datarate... but of course then there's the issue of making your NLE understand it and a FireStore record it. It's looking to me now like the HVX200 is probably my best bet.

then there's a simple solution. redesign the tape transport to handle uncompressed HD image. after all, VHS was made to handle uncompressed audio before, there shouldn't be a reason why this kind of engineering couldn't be done. magnetic tape is still much more cost effective than any other medium out there.

i don't get people's obsession with recording to the hard drive. it's just 2 inmobile. at 1GB a minute of 1080p (roughly) 1TB will yield you 16 hours.


DVCPRO HD=100Mbps=12.5Mbytes/sec=750MB Minute.

That's ~43 GBytes per hour.

A 100GB laptop (2.5") drive will store 2 hours.

Right now such a drive is expensive, but in 2-5 years it will be cheap.

They are very mobile, being far smaller than VHS. (Heck even 3.5" desktop drives are smaller than VHS, and about the same size as Beta for that matter. Got all three on my desk right now.)

I think that those facts obviate the remainder of your argument regarding size.
so you can theoretically take 2 of the 500GB SATA2 desktop hard drives and make them raid0. the problem is weight and portability. so while it is technically possible, the point of XL series is high functionality+portability. and don't even think about solid state yet.

Why not ? Panasonic has with their P2 system. Apple has also delivered 4 GB devices by the tens of thousands. OK, so that's only about 5 1/2 minutes, but it is out there. I think we'll see 16GB flash drives by summer 2006, and 32GB devices by the winter. We are likely to see 64GB devices in late 2007, and 128GB in early 2008.

I am not being particularly optimistic either, since Samsung released 16 Gigabit NAND Flash chips about a week ago. You need eight to make a 16Gbyte device, but that is standard. Samsung expects to beging mass production in the second half of 2006.

http://news.yahoo.com/s/afp/20050912/ts_afp/skoreasemiconductorsamsung_050912043923

i give it another decade or two before it is cheap enough for practical use.

That depends entirely on your definition of cheap enough. Given how much I spend on tape I am looking for options.

Optical is CHEAP, but I need a fast way to get video onto optical disks.

Oh, I've said it before and I'll say it again: Optical has all sorts of mechanical issues in mobile applications. Making it reliable for camera use is NOT easy, or cheap.
realistically, the tape transport is still the thing to beat... but i wouldn't follow an existing standard. i'd design a tape system from the groundup that ain't as small as miniDV but not too big (like VHS) but enough to hold 25mpbs 1080p (variable fps) for 2 hours or more.

Congratulations, you have just specified HDV once again for the first time.

In case you missed my sick sarchasm (sic) HDV not only meets but exceeds your specifications.

Also, tape transports are incredibly complex systems. I suggest getting an VHS deck and a service manual for it to see what I mean. Break the deck a few times, then fix it to learn. Remember- that's a consumer technology that's over a quarter of a century old.

When you deal with tape transports on camera's they become even more difficult. Just take a look at the tape transport in a typical DV camera.

Not easy.

That's why I keep suggesting hard drives. There are a lot more hard drives made every year than there are video cameras and tape decks of all sorts combined. Every year the number of drives on the market grows faster than any other electronics, except processors.

The trend for the last five years is that a greater and greater percentage of all computers (and thus hard drives) sold are laptops. Lapop hard drives have special features of interest to people with mobile applications, like say video recording.

Apple has also been doing a rather spry business with mobile hard drives on this iPod thing of theirs, you may have heard. It uses 1.5" hard drives in capacities up to 60GB... and they are fast enough for video recording.
why record @100mpbs when HD-DVD or BluRay will only do 25mpbs????? what's the benefit of 100mpbs besides wasting bandwidth?

Uh... because greater bandwith recordings have higher fidelity.

You want to create your materials in the highest available media fidelity. In other words you want to work with the best images, so when you send your work out to end users it still looks good.

HDV is a 25MBps signal. IIRC it is a 4:2:0 sampling, and very highly compressed. That is lossy interframe compression with long GOP MPEG-2.

DVCPRO is a vast improvement in quality. 4:2:2 sampling at 100Mbps. The compression is intraframe.

Advantages of DVCPRO HD over HDV ?

DVCPRO HD can be more easily and more "cleanly" composited.

DVCPRO HD is easier for any video system to jog/shuttle in forward or reverse.

DVCPRO HD is less suscepible to media errors. (Every frame has all the data needed to display it. With HDV you need several frames to create any frame. If any of the needed frames is damaged you lose all the frames depending on it.)

DVCPRO is very clearly better looking.

Here is an article which sort of covers the basics,
http://www.creativecow.net/cgi-bin/page_wrapper.cgi?forumid=%3CFORUMID%3E&page=/articles/kolb_tim/hdv_vs_hd_primer/index.html

1. cheap=$10/2 hour 1080p media. that's pretty cheap (like miniDV) prices.

2. i said abandon existing designs (like HDV) and come up with a tape transport that is able to record uncompressed 1080p for 1-2 hours for $10/tape. i'd be happy by then. but right now, we don't have that option. i'm no engineer but i'm damned sure it can be done. tape is old, but it is much cheaper than new media and can hold more capacity for less $. it's a quick&effective way.

3. if they can continue to produce cheaper, higher capacity 2.5" drives, that would be the one cam operators would love. lugging around 4 3.5 drives ain't my idea of fun while shooting. looks innocent enough until you pack it onto the cam and the cam gets damn heavy.

4. but how much uncompressed footage do we need for consumer-prosumer-level needs? i say record&encode to a mpeg4 codec live. save space&easy editing. all i need to know is when i project 1080p to a 250' screen, it'll look good 'nuff. 25mbps is good 'nuff, 100 is dimishing returns.

That depends entirely on your definition of cheap enough. Given how much I spend on tape I am looking for options.

In case you missed my sick sarchasm (sic) HDV not only meets but exceeds your specifications.

Also, tape transports are incredibly complex systems. I suggest getting an VHS deck and a service manual for it to see what I mean. Break the deck a few times, then fix it to learn. Remember- that's a consumer technology that's over a quarter of a century old.

Apple has also been doing a rather spry business with mobile hard drives on this iPod thing of theirs, you may have heard. It uses 1.5" hard drives in capacities up to 60GB... and they are fast enough for video recording.

Uh... because greater bandwith recordings have higher fidelity.

>The thing is this: I believe that people from the manufacturers
>R&D and engineering departments lurk in pretty much every
>public forum. It is in their interests. They pay attention to
>off the wall threads like this because they need feature ideas.


Canon does indeed listen and respond.
When Mr. Hurd asked what features we wanted to give to Canon
for the next XL series, you'll find in the archives that I said they should
take two paths. One for an 'evolutionary' model of XL2 and another
for a revolutionary model of HD. It was I who kept asking for SDI and
HD-SDI outputs. They did listen, just as several years before that
when complaining about the 16X lens I suggested that since the lens
was servo controlled, Canon should put a lens setting 'remember button'
to allow super accurate rack focus between two subjects,
and _also add a timing factor_ for the duration.
Six months later this feature appeared on on 'pro' Canon
lens. Controlled rack focus will now also be on the HD1.

It was also I who several years ago, being a early flag carrier for
720P, was the first to suggest on the DV-L that bandwidth could be saved by
repeating frames for 24P or any other frame rate by rewriting the codec.
Six months later Panasonic came out with a box that would do just that.
This feature is now being incorperated on the HVX200 and will allow
a far longer record time than straight 720P@60fps.

>I believe (well its more like blind faith) that if we post
>reasonable and well thought out ideas we may see them
>in future products.

True enough, so where are my royalties?
(I'll be a beta tester on a HD1 Canon :)
In fact, I am also highly aware that at any time, any great new invention
is being worked on by several other people, but I think I can take
credit for at least one of the above features.

Onion skinning is and will be another.

>2. i said abandon existing designs (like HDV) and come up with a
>tape transport that is able to record uncompressed 1080p for
>1-2 hours for $10/tape.

I have to say that this is as much a pipe dream as my 1 TB memory
pack. Jan has reported that a DVCPro tape transport costs over
$7,000.00.

The main problems with storage are size, cost, speed and reliability.
Hard disks are close, but tape is still the storage king. Removable
disk is the only real contender for now imo. When 30g P2 cards are
$40 each, they may challenge blue laser. That may never happen me
thinks.

i also agree that HD is a contender but methinks tape is physically lighter than HD, hence my concern for cam ops who are mobile.

i wouldn't mind 2 of the 500GB SATA2 (NCQ) hard drives in raid0. then we can plug it into editing machine live (hotswappable is another SATA benefit). though the array-moving would be an issue.

1. cheap=$10/2 hour 1080p media. that's pretty cheap (like miniDV) prices.

2. i said abandon existing designs (like HDV) and come up with a tape transport that is able to record uncompressed 1080p for 1-2 hours for $10/tape. i'd be happy by then. but right now, we don't have that option. i'm no engineer but i'm damned sure it can be done. tape is old, but it is much cheaper than new media and can hold more capacity for less $. it's a quick&effective way.

This is not going to happen unless there is a breakthrough in how we store data on tape.

HDV is a VERY good tape format, with a good transport design that stores 25Mbps. (You argue for 25Mbps later which makes no sense, but I'll come to that.)

Nobody is going to design a new transport for the same task. Such design is extraordinarily expensive.

Further more, you have not considered the costs of creating a manufacturing infrastructure for your new tape design. You have to manufacture the tape, the shelss, the transports and all the parts. You have to make machines to handle those functions, and tools for the decks, tapes and machines you use in manufacturing.

There will never be a huge market for tape transport manufacturing machines, so these machines will likely be hand made from high end materials: In other words ungodly expensive.

Why do you think VHS still exists ? JVC retooled it to make SVHS, DVHS and D-9.

Why is Sony still making NEW Betacam transport based products ?

Panasonic makes a D-5HD system that can record full HD resolution 4:2:2 video. It's only $99,000 USD. Blank tapes cost $325.95 for 124 minutes.

Sony makes HDCAM SR (which is a Betacam transport based product), which can record full HD resolution at 4:4:4. The SRW5000 deck is $88,000 USD. The Dual Link SDI I/O board is an additional $10,000. A format conversion board is $10,000. The ability to play back Digital Betacam adds on another $4,700. Realistically you need the SDI and format conversion board, so you are looking at $108,000 for a basic HDCAM SR deck.

HDCAM SR 40 minute tapes are $71.67 each. For two hours you need 3.

That sir is the state of the art. The best we can do for now. It costs so much because it is VERY HARD TO DO.

3. if they can continue to produce cheaper, higher capacity 2.5" drives, that would be the one cam operators would love. lugging around 4 3.5 drives ain't my idea of fun while shooting. looks innocent enough until you pack it onto the cam and the cam gets damn heavy.

They already make high capacity 2.5" drives, as I already wrote. They also make high capacity 1.5" drives. See the iPod, also as I already wrote. (I am not entirely sure if the 1.5" drives can handle 100Mbps, but they can handle 50Mbps readily.)

Why don't you try projecting HD first. Then I think you'll find that 25Mbps is not enough at all for a 250' screen. You will see big bad artifacts.

How much uncompressed HD do you need ? That depends entirely on your application.

In a two hour "effect's driven" feature you only need uncompressed quality for about 5 minutes of on screen footage. A film like Lord of the Rings needs this for almost every frame.

For a home video you need absolutely none.

Most of us need something in between.

Personally I can shoot a format like HDV 75% of the time, because that footage will be edited cuts only with no effects. 20-24% of the time I need higher quality footage, but it can be compressed. DVCPRO HD is absolutely fine. (I shoot a lot more on sequences that need high quality footage, often because I need the coverage, and also because I typically need more takes.) The last little bit requires the highest quality I can budget for, so that's how often I need Uncompressed HD or better if available.

HDV is pretty good, but it artifacts more than DV. You can see it on even modest screens.

Heck, while I am at it HDCAM, at 135 or so Mbps isn't good enough for projection. Star Wars Episode 2 was shot using what were essentially HDCAM SR cameras, but was recorded almost entirely as uncompressed dual link SDI.

DV was widely disregarded as a medium for theatrical release. There are quite a few films that dispute that notion. Still, while the world stares agog at a feature film shot with an XL-1 and is awed, they fail to understand WHERE in the production flow the truly awesome technology lies.

In post ladies and gentlemen. They upconvert the DV footage to 2K or 4K resolution and 4:4:4 color then they can do some amazing things.

Lord of the Rings went through a similiar process using Discreet's lustre.

http://www.uemedia.net/CPC/digitalcinemamag/article_13360.shtml

Take a LONG time and study image quality. Shoot some DV, HDV, medium format and 35mm of the same subjects and compare them carefully yourself. Look not for what is the same, but rather what is different.

Whenever a trade show for video/film comes to your area go look carefully at the cameras vendors are selling. You can see HDCAM across from DVCPRO HD and next to HDV and DV. Compare them critically.

Create in your mind specific images and go create them with a couple of different cameras. I'd pick a specific scene from a movie you like. Once you get your results, post process them to try and match your vision exactly. Take all the time in the world if you like.

The point is to train your eyes.

i also agree that HD is a contender but methinks tape is physically lighter than HD, hence my concern for cam ops who are mobile.

i wouldn't mind 2 of the 500GB SATA2 (NCQ) hard drives in raid0. then we can plug it into editing machine live (hotswappable is another SATA benefit). though the array-moving would be an issue.
???

I think you are saying you want the best of both worlds. That is cool I suppose.

Yes tape is lighter than a hard disk, even a 1.5" drive. But the tape is not the whole thing.

You have to account for the weight of the tape transport. I am suggesting that we completely replace the tape transport. That leaves the camera with only solid state components and some I/O interfaces and controls.

That will make your camera much more reliable.

All the expensive moving parts will be in the hard disk, which as I mentioned before has all sorts of economies of scale plus demand for ruggedized versions already going. It only makes sense for manufacturers to start thinking right now about taking advantage of that industry.

Instead of tape manufacturers can build hot swappable SATA enclosures for hard drives. If they get computer manufacturers on board you could pull a drive out of your camera, plug it into your computer and start editing.

So, its a weight neutral solution compared to tape, and it increases the camera's lifetime and decreases camera maintenance requirements.

All the mechanical complexity of the system will be completely contained in your media and the lens. Two user replaceable parts. Anything that brings service issues under my control as a small studio owner is a GOOD thing.

Alexander you make a few good (albeit long) points. One thing that stuck out specifically in my mind was the ipod mention. With the new Nano and the shuffle we've seen them move from hard drives to flash, Do you believe it's possible that someone (some brand or other) could create a flash based raid array (distributing the information to a series of NVRAM flash chips) I mean two nano's are about the same size as a P2card (though that's really more of an estimate but if one were to remove the screen I'm sure you'd be able to fit all the ram in there) and that would be 8gb vs 4 on the P2. I just can't help but wonder if it's possible to just use that technology to create a capturing device with no moving parts? not to mention 500 bucks vs what is it now 4k?

Alexander you make a few good (albeit long) points. One thing that stuck out specifically in my mind was the ipod mention. With the new Nano and the shuffle we've seen them move from hard drives to flash, Do you believe it's possible that someone (some brand or other) could create a flash based raid array (distributing the information to a series of NVRAM flash chips) I mean two nano's are about the same size as a P2card (though that's really more of an estimate but if one were to remove the screen I'm sure you'd be able to fit all the ram in there) and that would be 8gb vs 4 on the P2. I just can't help but wonder if it's possible to just use that technology to create a capturing device with no moving parts? not to mention 500 bucks vs what is it now 4k?
Sorry about being long winded, I have no time to be succinct!

That is exactly what a P2 card is. A striped array of flash drives.

I expect we will see 16GB P2 cards pretty soon now. We should see 32GB ones in the near future, 64 and 128 in late 2006, and 256GB in late 2007.

I also expect we'll see companies come out with competitive systems. That is a good thing because competition always brings price down.

Still, in the near term price of flash RAM is so high I expect we'll really see more hard drive solutions. Apple is consuming about 40% of the world's flash production just for iPods! (Shuffle and Nano) (Actually they are taking 50% of Samsung's production, and I think Samsung produces about 80% of the world's flash.)

3. any of the mpeg4 variant codecs.
.

somn like this is ~2009?[/QUOTE]

With any of the mpeg4 variant codec's it should be possible to output 4.2.2 HD video to the dv tape deck at 25 Mbs. This would solve the long term video storage problems present with the Panasonic P2 cameras and be in the format which is required for the forthcoming Blue Laser disc's.

The difficulty is real time encoding to mpeg4. I'm sure this will take multi thread microprocessors ( which will soon be available) and a good deal of cooling and battery power but it would solve a large number of problems. The battery and processor could be located in a back pack if need be.

With the 1.5 M pixel ccds and Canon's 20X lens and image stabilization this would be a killer product.

With any of the mpeg4 variant codec's it should be possible to output 4.2.2 HD video to the dv tape deck at 25 Mbs.

MPEG-4 is a container format, like .avi Quicktime and Windows Media.

I could very easily write a codec that encodes full resolution HD video at 4:4:4 to a 1kbps stream. That would mean nearly complete image loss however.

In addition you have to consider the requirements for MPEG 4 Studio profile recording. That's a fancy standard for specifying what a codec must do in order for it to be suitable for studio use- i.e. for editing.

For example, h.264. That's one heck of a codec, but it isn't studio profile by a long shot.

You can't cut it at a particular frame with re-encoding both sides of the cut. Heck, have you tried scrubbing h.264 backwards ? That alone can bring many fairly new machines to their knees.

Also, from a quality standpoint it is highly lossy. It uses all sorts of motion estimation and other smart techniques to hide exactly how much information it tosses out the window, and so it looks decent.

As soon as you start manipulating it though you create a huge mess.

I usually convert any h.264 video I get into DVCPRO or uncompressed HD for editing. That doesn't improve the image of course, but it does allow for a smoother edit workflow and a better end product.

Codecs are a whole lot more than a color sample and data rates.

this thread is all about features we WANT, doesn't mean it's reality. we live in an age where consumer miniDV debuted at $1,000+ a few years ago and can be had now for around $300. i don't see why those full-res HD systems couldn't be had for less. economies of scale. it can be done. only engineering, time and market needs. it's 2simple, but like i said, i'm no engineer. i do have an idea what i'm asking for. $10/uncompressed 4:4:4 HD tape&$300 4:4:4 1080pHD consumer cams. how many years? i dunno 10 years? 20 years? why? because it's the future and i think that 1920x1080p will be the last great consumer format. after that, it'll be be niche markets. i'm willing to settle at that resolution.

smaller HDs aren't practical yet. 3.5 has the volume to justify the cost. the cost/MB is much lower on 3.5 HDs than 2.5.

i have a front screen projector and HDTV cable. @100" most of the time HDTV streams run under 25 and it looks fine by me. no big bad artifacts
PS do you re-read some of the stuff you write?

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[QUOTE=Alexander Ibrahim]MPEG-4 is a container format, like .avi Quicktime and Windows Media.


"I usually convert any h.264 video I get into DVCPRO or uncompressed HD for editing. That doesn't improve the image of course, but it does allow for a smoother edit workflow and a better end product."

This is a process that I would anticipate that would be used to edit MPEG 4 encoded video. It is my understanding that HDV will be edited in a similar fashion. And it is my assumption that with a 25 Mb per second recording bandwidth the recording quality could be very good. I would also hazard to guess that the motion artifacts associated with MPEG-4 (with a 25 Mb per second bandwidth) would be significantly less than those associated with HDV. I'm not an expert in this area so this is just speculation.

this thread is all about features we WANT, doesn't mean it's reality. we live in an age where consumer miniDV debuted at $1,000+ a few years ago and can be had now for around $300. i don't see why those full-res HD systems couldn't be had for less. economies of scale. it can be done. only engineering, time and market needs. it's 2simple, but like i said, i'm no engineer. i do have an idea what i'm asking for. $10/uncompressed 4:4:4 HD tape&$300 4:4:4 1080pHD consumer cams. how many years? i dunno 10 years? 20 years? why? because it's the future and i think that 1920x1080p will be the last great consumer format. after that, it'll be be niche markets. i'm willing to settle at that resolution.

smaller HDs aren't practical yet. 3.5 has the volume to justify the cost. the cost/MB is much lower on 3.5 HDs than 2.5.

i have a front screen projector and HDTV cable. @100" most of the time HDTV streams run under 25 and it looks fine by me. no big bad artifacts
PS do you re-read some of the stuff you write?

First off, though it has been removed by the "wrangler", apparently you thought I offended you. I apologize.

Second, I can appreciate a typo and it looks like you made one. You wrote 250', not 250". 250' is a big IMAX screen, and you are talking instead about a huge home theater or a very small theater. It was so off the wall (pun sadly intended) I should have asked rather than going insane.

Still even at 100" I suggest that you may not be seeing artifacts present in the image. There may be a technical reason, or you may not be used to picking them out. With a home projection set up I'd ask if the projector is in an HD resolution. I'd ask if the projector was calibrated, what screen you were projecting onto, and if light levels are appropiate in your theater.

As for seeing issues with images, I can very clearly see faults with HDV and DVCPRO HD images on both my Sony CRT's and my Apple Cinema HD 23" (Over DVI most of the time, but on a few occasions via SDI-DVI converter.)

If you have software like Lightwave or Maya I suggest creating an animation in 1920x1080 32 or 48 bit TGA or TIFF uncompressed still sequence. Then bring it into your NLE. Then output it as DV, HDV, h.264, DVCPRO 50 and DVCPRO HD. (HDCAM and HDCAM SR if you have it.) Don't forget uncomressed SD and HD. The difference is clear.

I have the results of such an experiment. This is using 960x540 resolution. Using various codecs. The uncompressed image is at 4:2:2. H.264 is included, but not HDV or any SD codecs. Even this VERY simple image shows some flaws. Look at the lens flare. Also you can see the colors are different in all three versions.

http://www.zenera.com/images/HD_codec_comparison.tiff

Remember those are CG images! That's as clean as the codecs will get! Keying a strawberry blonde's hair while she is running out at the beach gets ugly fast. Can you say rotoscope?

Now, as far as the future of HD is concerned. HDV is one of the best possible 25Mbps codecs for HD video. I think we might be able to get 1920x1080 60i or 30p into 25Mbps, but the quality will be worse than what we see now.

I think the future will be higher bitrate studio profile codecs. I doubt very much we'll see another consumer 25Mbps HD editing format. HDV is barely an editing profile- actually it may not qualify by MPEG consortium standards.

As far as 3.5" vs 2.5" drives are concerned, a 100GB drive is excellent for 25, 50 amd 100Mbps recording.

Laptop drives have all sorts of features that are not available in 3.5 drives. For one they support fast drive parking. If you ever drop or bump your camera you'll be thankful for this. It is essential for all those laptop features (Apple and IBM/Lenovo laptops) that detect that the laptop is moving too fast and park the drive heads, preventing data damage.

They are just generally more rugged, since it is assumed they will be moving, as opposed to 3.5" drives which are expected to be installed in stationary enclosures.

Also, in 2004 laptop sales exceeded desktop sales. Economies of scale have tipped now in favor of laptop hardware.

Finally, and to reenforce a point I thought I had made: You talk about DV dropping in price from $1000+ to $300. Well I think that those numbers are wrong but my memory is fuzzy, so we'll use them.

That means that DV dropped in price by ~66% in ten years.

Today a full resolution 4:4:4 HD camera (HDCAM SR) is $117,000 USD. That does NOT include a lens, batteries etc. Tapes run ~$210.00 USD for two hours.

If we see the same rate of decrease in price in ten years a camera with the same specs will run about $39,000 USD. Tapes will run about $70 for two hours.

We won't see a full resolution 4:4:4 HD camera at a price of $300 for at least 15 years, and my guess would be 30+ years, if ever! As another hint, we don't have 4:4:4 SD cameras for anywhere NEAR $300 today.

By then, we'll all want to shoot "Digital IMAX" or some such. IF videography is even a viable business for most of us involved in it today. It may well go the way of Typists and Word Processing professionals.

[QUOTE=Alexander Ibrahim]"I usually convert any h.264 video I get into DVCPRO or uncompressed HD for editing. That doesn't improve the image of course, but it does allow for a smoother edit workflow and a better end product."

This is a process that I would anticipate that would be used to edit MPEG 4 encoded video. It is my understanding that HDV will be edited in a similar fashion. And it is my assumption that with a 25 Mb per second recording bandwidth the recording quality could be very good. I would also hazard to guess that the motion artifacts associated with MPEG-4 (with a 25 Mb per second bandwidth) would be significantly less than those associated with HDV. I'm not an expert in this area so this is just speculation.

Well your anticipations accuracy depends entirely on the MPEG-4 codec you choose. Pretty much all the MPEG-4 we have seen to date is for consumer use. So called Simple Profile.

If you have a codec meant for editing, Studio Profile (There are provisions for Simple Studio Profile and Core Studio Profile.) then you don't have to.

MPEG-4, is very strongly based on Quicktime. So for a preview of the future of MPEG 4 editing compare editing HDV (Which is MPEG-2 in a simple profile) to editing DVCPRO HD (which is I think supports most features of Simple Studio Profile MPEG-4 ) in Final Cut Pro or another Quicktime based editor.

Did that clear up or confuse the matter ? I can never tell- it makes sense to me. <shrug&grin>

that's no typo. @a small display. 1080p is pretty subjective. but @100", you can definitely begin to examine true details. beyond that, it's pretty moot. whether 250 FEET or 3,000 FEET. yesh i can see more grain on IMAX screen vs. regular cinema, but the future of content delivery will rest heavily on the home front. not many people have space for 250' screens @home. therefore, somn under 100" is still pretty feasible and is a great judge of how content will affect the future of video entertainment. beyond that, it will become less and less as important a event as the here and now. it'll be very much like what theater is now to the common people. therefore, aiming to have such a high bit-rate can seem like the point of dimishing returns.

as for cost lower consumer cam, relating to the point i just made in the above paragraph. it won't matter because when we get 1920x1080p consumer cams for $300 and $10 for 1080p 1 hour tapes, we'd all be old and gray =). i don't think any of us can enjoy the high-quality anymore because our senses will have become too dull. plus, most of the home delivery methods will be displayed on average of 60" hi-def panels on the walls. not 250' screens.

100GB laptop HDs aren't practical yet because of one simple reason: cost. take the MAXIMUM capacity of the latest hard drives and compare the cost:
-120GB ata/ide 5400rpm HD is $2.083/GB.
http://www.computergiants.com/items/one_item.asp?part=114773&aff=2

-500GB sata 7200rpm HD is $0.68664/GB. http://www.pricegrabber.com/p__Hitachi_500GB_Hard_Drive,__9722200/search=500gb+sata

that's no typo. @a small display. 1080p is pretty subjective. but @100", you can definitely begin to examine true details. beyond that, it's pretty moot. whether 250 FEET or 3,000 FEET. yesh i can see more grain on IMAX screen vs. regular cinema, but the future of content delivery will rest heavily on the home front. not many people have space for 250' screens @home. therefore, somn under 100" is still pretty feasible and is a great judge of how content will affect the future of video entertainment. beyond that, it will become less and less as important a event as the here and now. it'll be very much like what theater is now to the common people. therefore, aiming to have such a high bit-rate can seem like the point of dimishing returns.

I don't understand you.

What are you talking about:
1> Just watching a video
2> Producing a simple (no effects, some titles) video
3> Producing complex (some effects) video
4> Producing moderately complex (Lots of effects, some difficult) video
5> Producing very complex (LOTS of very difficult effects) video

Who is the user you are addressing ?
1>Consumer movie watcher
2>Video Hobbyist
3>Professional Videographer
4>Independent Filmmaker
5>Hollywood Production

Why do I ask ? Well we keep going round and round. I get the feeling we are talking about wildly different things. Different users have different needs.

For the record I am talking about ME. I am a all of those things I mentioned above. I have to edit a wedding with all sraight cuts and some titles one week, next week someone may want post work on a show for SciFi. (Yeah, I wish!)

I think HDV is a great codec for people watching video and hobbyists aiming for simple video production.

That's it. If you are looking at HDV on a 100" projector and you are happy then fine. Why do you even care about a higher quality media format

Until we all consider 1920x1080p to be standard definition and we are talking about some future format as high definition HDV will be more than good enough for home viewers and hobbyists.

You don't need 4:4:4 colorspace or any other whiz-bang features of the HD production world.

as for cost lower consumer cam, relating to the point i just made in the above paragraph. it won't matter because when we get 1920x1080p consumer cams for $300 and $10 for 1080p 1 hour tapes, we'd all be old and gray =). i don't think any of us can enjoy the high-quality anymore because our senses will have become too dull. plus, most of the home delivery methods will be displayed on average of 60" hi-def panels on the walls. not 250' screens.

Well I think I agree with you here. Given the condition that we are talking about people watching TV in their living rooms.

I only started talking about 250' (as in feet) screens because I thought that is what you were talking about. (Hence my typo comment.)

Can we agree that people who produce video often need better picture quality to work with, and that sometimes they need the highest possible quality image ? Sometimes the best possible isn't really good enough.

Also, I want to emphasize that for me I can see artifacts in HD video formats on a 23" screen. I am talking about DVCPRO, H.264 and even uncompressed 4:2:2.

You claim to see no artifacts from HDV and broadcast HD on a 100" screen.

There is something wrong here. True we are not talking about the same codecs, but the codecs I am discussing are generally regarded as having superior quality to either HDV or broadcast HD.

Are you looking for picture problems ? Do you know what they look like ? Do you see them and think they are unimportant ?

What is going on here ?

100GB laptop HDs aren't practical yet because of one simple reason: cost. take the MAXIMUM capacity of the latest hard drives and compare the cost:
-120GB ata/ide 5400rpm HD is $2.083/GB.
http://www.computergiants.com/items/one_item.asp?part=114773&aff=2

-500GB sata 7200rpm HD is $0.68664/GB. http://www.pricegrabber.com/p__Hitachi_500GB_Hard_Drive,__9722200/search=500gb+sata

Well I agree that price is an issue.

Of course for me its a business, and so I can justify spending more than some others might.

Others have bigger businesses and can afford a dolly to drive around behind the camera with long cable runs so that they can capture uncompressed 4:4:4 HD in the field.

Focus Enhancements sells a firewire hard disk video recorder. Their FS-4 PRO model, equipped with a 40GB hard drive retails for ~$700. (Best price I found was $622.24)

A 40GB laptop hard drive retails for about $75. Clearly the cost of the drive is not too important here. Focus thinks that everything else in the FS-4 PRO is worth ~$550 at retail.

We have to look at who needs or wants this device?

For who is it better than tape ? People who need to edit QUICKLY. News organizations for the most part.

I've already talked about how laptop drives are typically designed to be more robust. That doesn't concern you I think, but it should.

What I haven't mentioned as an issue is power. 3.5" drives need a lot of power. Much more than 2.5" drives of the same capacity. That means bigger, heavier and more expensive batteries. That or a power cable.

Price is not the only issue, it rarely is.

Let me give you another example. The iPod Nano replaced the iPod Mini. The Nano costs the same and has less storage. It is selling in staggering numbers according to Apple. In fact retailers are having a hard time keeping them in stock.

It's not always about price.

at the end of the day all those market segments mention comes home to relax and turn on their 30" display and watches a little sports, drink their fav bev. not everyone wants the highest quality all the time. what i'm trying to convey that in the future, the delivery of the final video content will be more direct than to the cinema. the cinema market will become smaller and smaller.

your workflow is not the modus operandi for everyone else. what applies to you may have little use for other professionals.

This thread is now locked. It's had to have posts removed already. It's definintely off topic and going nowhere fast.

regards,

-gb-