The marriage of Computers and Video has existed for over a 1/4 century. Now it’s every easier and cheaper to join the revolution.
Video has finally evolved to where the average person may to try their hand at some pretty serious movie making. Ever since I was young I wanted to make movies. When I was a youngster home movies were so primitive, three minutes per film and no sound. Years later we got video with much more flexibility but with real poor resolution. Today you can have a complete TV or Movie studio in in your hand. You don’t have any more excuses. Combined with a powerful computer you have almost as much fire power as the pros.
How does it work?
The changes have been fast and furious since I first created this site. As it goes with technology we keep getting more bangs for our buck. Hi-Def is now the norm. Now we are seeing more and more the increased resolution of 4K. People are now buying 4K TV’s yet there is nothing broadcast nor is there much available on disc.
If you still have an old analog camcorder, you’ll maybe able to find an old video capture card. DV needs a 1394 firewire port or USB 2.0 port. You can find an adapter like the MyGica Capit.
It is good and cheap. This great for capturing old VHS tapes or old analog Camcorder tapes to edit and then burn them to DVD or BLU-Ray.
How does video work?
In case you do not know how motion pictures work, let me briefly explain. Motion pictures (film), TV etc is simply a stream of single images being flashed before your eyes with a blanking mechanism that hides the transitions or the switch between single frames. The eye has what is called persistence so we retain the image in our heads until the next one is flashed. This happens 30 times a second in video and 24 frames per second in film. Due to our eye’s persistence the brain sees this as continuous motion.
How do you store or even handle all this data? The magic word is compression. One of the first forms used for analog video was M-JPEG. DV uses a similar scheme. Compression compares a previous frame to the next frame and only saves the information that has changed. Let’s say a scene consists of two people talking face to face with a house in the background. From one frame to the next frame the house is not going to change so why update the data. If there is a lot of motion in the scene, there will be less compression. DVD’s use MPEG2 compression. M-JPEG is seeing a sort of come back in some of the newer tape-less HD video film recorders. H.264 is the newest kid on the block.
There are also containers. A container holds the video info and can use different compression schemes. Examples are MP4, MOV, WMV, AVI, MPG. MKV is a flexible, open standard video file format that is very popular for HD video streamed over the Internet.
With DivX you can burn a full length near DVD quality movie onto a regular CD or burn up to 6 movies on 1 DVD. Think of DivX as being the MP3 of video. Don’t buy a DVD or Blu-Ray player without DivX, MP4 or MKV support.
Why digital? or Non Linear Editing NLE
Why digital video you ask? When video is recorded on tape the recording is linear. This means that to review a particular scene you have to roll through the tape to find the section you need. With digital video on your hard drive etc. you can jump right away to the place that you want to view. You end up saving lots of time. Digital recordings are just recording of 1’s and 0’s , so when you copy, you are copying the exact code to rebuild the original recording. There is no loss when copying. Think of analog copying as making a photocopy and digital as printing a document from the original file. Every time you copy the photocopy the image is degraded but when you print from a file the results are the same every time. With editing software you can add all kinds of effects and transitions. Almost every popular TV sports or news effect can be reproduced. You assemble your video by cutting and pasting dragging and dropping, sort of the way you use a word processor. Background music is the cement that binds your scenes. Spend some time analyzing professional films. Pay attention to the background music, the cuts, the timing, the camera angles etc. You can learn a lot about moving making this way.
What do I need?
When I first published this page I was still into analog video. Since then I have gone HD. The faster, the more memory, the better the results will be. You’ll need lots of hard drive space and speed. Always go for hard drive that spins at 7200 rpm or faster.If you can afford an i7 processor with 32 gigs of ram go for it. I currently have an i5 4 core processor with 8 gigs of RAM. This can easily handle HD video. I also have a Core 2 duo 2.33 mhz with 4 Gigs of memory. It too can handle HD video. My older AMD Athlon 64 x2 4400 with 3 gb ram could not handle HD video. With a little effort, patience and talent you can dazzle you friends. Computer Video uses an incredible amount of bits per second. Without the speed you drop frames. Always shut down every none essential application while working and editing on video. De-frag your capture hard drive often. Believe me, it does make a difference. My current camcorder is a Canon Vixia HFR20 and I have an old Panasonic GH1. If you want to save bundles of money on equipment? Stay 4-5 years behind the current technology. After all what was the best, fastest, most expensive equipment 4-5 years ago can be yours for a fraction of the cost.
Things are constantly changing. It’s hard to understand some of the logic behind the newer products. Where as Camcorders were the only way to capture video that is no longer true. For the professional, the DSLR has become the norm. Not only can you take beautiful stills you can shoot pro looking video. For me, my primary goal is to have that film look. If you can’t tell the difference between a film and video then it’s time for you have a closer look. More and more Smart phones can shoot HD video. Analog video and DV are dead, gone, bye bye. Although it is better to edit HD down to Blu Ray but you still should be able to burn to DVD with acceptable results. I am still experimenting with different DVD authoring packages. I haven’t been impressed yet. If you haven’t yet converted to Blu-Ray, you may want to wait. It appears that the industry is in a volatile state. Blu-ray doesn’t appear to have caught on the way DVD did. People are now using PVR’s and net streaming. Joe Average drives the market not independent film makers. Joe Average is not burning Blu-Ray’s. For the moment Blu-Ray is still a good back up system and the best way to produce HD video. Now we are seeing 4K cameras and 4K TV’s. The 4K system uses 4 times the memory than HD.
It is recommended to use a i7 with 32 gigs of RAM to edit 4K. You also need a graphics card and a monitor that can handle the action. So if this catches on it will spill over to computers etc. There are higher capacity storage units coming down the pike. I don’t do Mac, sorry. If I was independently wealthy I might be inclined to switch.
What is 4K, you say ?
There is two actually two types of 4K The cinema 4K and the home 4K. The industry standard is 4096 pixels by 2160 pixels for an aspect ratio of 19 to 10 or 1 to 1.9 . If your screen was 19 inches wide the height would be 10 inches. You’ll notice this when you go to the cinema or if you watch a commercial release in its original aspect ratio. When HD was in its development stages a ration of 16 to 9 was set as the standard with 1920 pixels by 1080 pixels almost 2 to 1. 4K is UHD or ultra HD. It’s ratio is 3840 pixels by 2160 pixels. So regular HD has 2.07 million pixels per frame and UHD has 8.29 million pixels per frame. So we definitely have the possibility of a clearer image. Then again it takes more memory and a faster computer to work with this. If not for compression we would need enormous hard drives just for HD let alone UHD. Remember a 4K frame is 8 megapixels. I have extracted pretty good stills from the 2 megapixels HD frame. I just read a review on a 4K camcorder. You can get up to 1 hour on a 32GB SD card. If you can afford it consider 4K because you’ll may regret it in the future. The goal is to have the quality of 35 mm film. If you are just a casual film taker , use a Smart phone that does 720 or 1080. iPhones give excellent results.
Just as you start or have started to think about 4K, they are talking 8K. For the record 8K is 7680 * 4320. That is 33,000,000 pixels. Think about the computer you’ll need. A 1TB hard drive will be way too small. Stay a few years behind technology and save your money.
What makes film look like film and video look like video? Film for one is more detailed. Take a digital photograph for example. Let’s say 5.0 megapixels. A HD 1080P frame is 2 megapixels. So for one thing film is anywhere from 1.5 to 5 or more times detailed. Film can set a mood.
Film runs at 24 fps ( frames per second) whereas video uses 30 fps. Years ago I was doing some 8 mm film editing using a hand cranked viewer. As I cranked really fast the film took on a video look. It’s hard to explain, you would have to see it, but I began to understand.
One of the major features of professional films is that film makers use a shallow depth of field (DOF) to put the subject in focus and the background out of focus or vice versa. This is usually not achievable with low-end cameras or camcorders. You can play a DVD or Videotape that was created from a professional film camera and compare it with you camcorder recordings. Yours will still look amateurish.
These are some of the semi-pro equipment that allows you to achieve a film like result. The Canon rebel series was one of the first DSLR still camera that did film capture. Check out some of the tests that can be found on YouTube. You’ll be amazed, I was. Some camcorders like the Canon Vixia series can do 24 fps, and you can do some DOF effects using the zoom. I recently found an old Panasonic GH1 and I use old Canon lenses with an adapter. The adapter cost under $10.00 US. I have several adapters, one for each of my Canon lenses. You have to mount the lens on the adapter carefully or you aperture control will not work. It’s better to keep the adapter mounted to the lens. It is much faster to change lenses. The down side to using old lenses is that you lose some of the automatic features of your camera.
By the way SSD memory is so much better than tape. They is no need for power-hungry noisy motors, gears etc.
Better still SSD drives have come down in price,so using them as your main hard drive will improve and speed up your computer.
In 2007 there were a slew of companies that started selling DOF adapters to be used with camcorders. The principal behind this was to be able use a 35mm SLR lens attached to a housing that had a translucent screen. The 35mm lens would focus the image on this screen which vibrated to eliminate specs etc. The camcorder would then focus on this screen. You could then use the 35mm lens to create the DOF. The short comings were that the image was flipped 180 degrees and you would have to correct this in editing or buy an expensive flipping adaptor. Because you were not filming the image directly you lost some brightness. Filming the projected image resulted in a greater film like image. If you are not convinced, I urge you to look up video and DOF on Youtube and Vimo. There are some impressive results. Because these products are now deemed obsolete you maybe able to score some of these at super low prices. Don’t forget it may still be cheaper to get a good DSLR.
Look for these brand names JAG35 , REDROCK M2, EnCinema , Letus35 Extreme, Letus 35 mini and Brevis . These adapters sold in the $1000 range back in 2007, now people are trying to re-coup whatever they can. Some like the Letus and Brevis ones have optional inverters.
I finally found this Brevis one that I scored for next to nothing. It was sold with 3 Canon FD lenses and a Canon adapter. I had to buy a lens reducer to couple it to my Canon Vixia HF-R20. The camcorder has 34mm lens thread, the Brevis 52mm. So I got a 34-52 mm metal adapter ring on Ebay. If you position the lcd viewer correctly you can see the image right side up. You could always use an external monitor, such as a rearview monitor screen for car backup camera. These can be had for under $20.00 . It does change the video and does give it a more pro look.
Here is a DIY one. DIY 35 mm DOF
Most sales people unfortunately know little about Digital Video, so do yourself a great service by reading all you can and Goggle “depth of field”.
Store manages would rather hire slimy sales types,who excel in selling you useless extended warranties than hiring people who know about anything about video.
I recently got an old ( 2006) Panasonic GH1 DSLR ,well not quite a DSLR since it does not have mirrors. It is a mirrorless 4/3 camera. Being mirrorless allows the camera to be lighter.
It shoots 24 fps film at 1080 HD. I bought a body only, a FD adapter and use old Canon FD lenses. Unfortunately old FD lens are getting more expensive by the day as more people are buying them. A camera like this was listed for over $1200. You can get the bodies for $ 200 to $250 now. Like I said before stay a few years behind in technology and save $1000’s of dollars.
Where can I find out more?
One of my favorite link is videoguys. Their site has tons on info and links is a great place to start. Google is probably the best source. If you can afford it buy some of those British camera magazines.
My biggest pet peeve
This is directed at the seeming throngs of iPhone and other smart phone users that do not know how to shoot video.
Well ask you selves, does your TV look like the one one the left or the one on the right?
So why do you insist on shooting video for the one on the right?
Want to make your videos look like the pros? There are many little inexpensive tools and add on you can build or buy.
If you have a recent model camcorder you’ll notice that the viewer has disappeared. All you have is the screen and when you are shooting in bright sunlight, you cannot see a thing. The lens hood will help. I found this one on EBay. very inexpensive.
The table top dolly cost me $10 with free shipping. The Follow focus ring was under $10.
I try my best to update these pages on a regular basis, so please come back.