Glenn Chan
July 21st, 2004, 11:32 AM
I have one of those monitors lying around work and they're neat. You can make or buy a Svideo -> 2RCA (male male) adapter cable to hook up one of these through Y/C or luma/chroma (same deal as S-video). With this kind of connection the image I believe is sharper and the image definitely does not have chroma crawl. The sharpness I have not tested carefully but the Commodore is noticeably sharper than a large Sony Trinitron monitor that I have also played with. The Y/C input may also have greater color accuracy- I don't know how to check this.
The monitor has hue, saturation, brightness and contrast controls for manual calibration. It does not have blue gun or sharpness controls. Some/most/many/all consumer TVs have sharpness controls.
How does it compare to a NTSC monitor?
I really don't know because I don't have one to play with. The monitor I have is old so it has serious gamma curve problems. Using the ramp generator is vegas (it makes a grayscale ramp), the whites look blown out.
No idea about color accuracy. Flesh tones look ok.
It does not have underscan, 16:9/4:3, or PAL/NTSC switching like a real NTSC monitor would.
http://cgi.ebay.com/ws/eBayISAPI.dll?ViewItem&category=11194&item=5109820387&rd=1&ssPageName=WDVW (example picture and ebay auction- $20 currently)
For the $50 or whatever you pay for one of these monitors, it's an interesting monitor to get. I doubt it's close to a NTSC monitor (color accuracy-wise), but at its price point it should be a good deal. If you need just any monitor to edit, this is a neat monitor.
2- Making the S-video to RCA adapter:
If you can solder, then solder a cable.
If you don't have the equipment for soldering, then you can temporarily hotwire yourself a cable. You need to cut a S-video and RCA cable in two. Inside the S-video cable, there are 2 shields and 2 signal wires. Each shield and signal goes to each RCA cable (which is just 1 pair of signal and shield).
Use scotch tape or any other kind of not-so-sticky transparent tape and tape together the wires onto a business card or something else that's rigid. This is fairly easy to do. Remember to keep the shields seperate from the signal wires. You will need a cutting tool to strip off the plastic around the wires.
3- To calibrate the monitor, you'll need a blue gel/filter. There should be other posts on this.
4- One step up would be to get an industrial-level monitor for ~$300.
The monitor has hue, saturation, brightness and contrast controls for manual calibration. It does not have blue gun or sharpness controls. Some/most/many/all consumer TVs have sharpness controls.
How does it compare to a NTSC monitor?
I really don't know because I don't have one to play with. The monitor I have is old so it has serious gamma curve problems. Using the ramp generator is vegas (it makes a grayscale ramp), the whites look blown out.
No idea about color accuracy. Flesh tones look ok.
It does not have underscan, 16:9/4:3, or PAL/NTSC switching like a real NTSC monitor would.
http://cgi.ebay.com/ws/eBayISAPI.dll?ViewItem&category=11194&item=5109820387&rd=1&ssPageName=WDVW (example picture and ebay auction- $20 currently)
For the $50 or whatever you pay for one of these monitors, it's an interesting monitor to get. I doubt it's close to a NTSC monitor (color accuracy-wise), but at its price point it should be a good deal. If you need just any monitor to edit, this is a neat monitor.
2- Making the S-video to RCA adapter:
If you can solder, then solder a cable.
If you don't have the equipment for soldering, then you can temporarily hotwire yourself a cable. You need to cut a S-video and RCA cable in two. Inside the S-video cable, there are 2 shields and 2 signal wires. Each shield and signal goes to each RCA cable (which is just 1 pair of signal and shield).
Use scotch tape or any other kind of not-so-sticky transparent tape and tape together the wires onto a business card or something else that's rigid. This is fairly easy to do. Remember to keep the shields seperate from the signal wires. You will need a cutting tool to strip off the plastic around the wires.
3- To calibrate the monitor, you'll need a blue gel/filter. There should be other posts on this.
4- One step up would be to get an industrial-level monitor for ~$300.