Free Pro Tools Tutorial! Learn how to connect a mic with expert tips and advice on sound editing in this free video. Expert: Alexander Markowski Bio: Alexand...
Showing posts with label Dining. Show all posts
Showing posts with label Dining. Show all posts
Thursday, 7 March 2013
Pro Tools Tutorial : Connecting a Microphone in Pro Tools
Pro Tools Tutorial : Connecting a Microphone in Pro Tools Video Clips. Duration : 2.60 Mins.
Free Pro Tools Tutorial! Learn how to connect a mic with expert tips and advice on sound editing in this free video. Expert: Alexander Markowski Bio: Alexand...
Free Pro Tools Tutorial! Learn how to connect a mic with expert tips and advice on sound editing in this free video. Expert: Alexander Markowski Bio: Alexand...
RSQ UHF-6200 Digital Rechargeable Dual Wireless Microphone 200 User Selectable Channels PLL System
RSQ UHF-6200 Digital Rechargeable Dual Wireless Microphone 200 User Selectable Channels PLL System Tube. Duration : 5.95 Mins.
This dual microphone wireless system features over 200 frequency channels that make this model adaptable for any venue.Offering 200 selectable channels this ...
This dual microphone wireless system features over 200 frequency channels that make this model adaptable for any venue.Offering 200 selectable channels this ...
Saturday, 2 March 2013
Filmmaking 101 - How to Record High Quality Audio on a Budget
Filmmaking 101 - How to Record High Quality Audio on a Budget Video Clips. Duration : 25.27 Mins.
Learn the equipment and skills you need to be a great sound technician/boom operator on your film set! This is a perfect sound recording tutorial for an HDDSLR Filmmaker, who's just starting out. You've got your great HDDSLR camera and a nice lens, but you need audio to match! Remember the old filmmaking adage: "Sound is more important than picture." Links to the equipment I used: Audio Recorder: www.bhphotovideo.com Microphone: www.bhphotovideo.com XLR Cable: www.bhphotovideo.com Optional Items: Clapboard: www.bhphotovideo.com Boom Pole: www.bhphotovideo.com Thanks to DarthXboxian for the idea for this tutorial
Learn the equipment and skills you need to be a great sound technician/boom operator on your film set! This is a perfect sound recording tutorial for an HDDSLR Filmmaker, who's just starting out. You've got your great HDDSLR camera and a nice lens, but you need audio to match! Remember the old filmmaking adage: "Sound is more important than picture." Links to the equipment I used: Audio Recorder: www.bhphotovideo.com Microphone: www.bhphotovideo.com XLR Cable: www.bhphotovideo.com Optional Items: Clapboard: www.bhphotovideo.com Boom Pole: www.bhphotovideo.com Thanks to DarthXboxian for the idea for this tutorial
Friday, 25 January 2013
Homebrew software defined radio - a demonstration
Homebrew software defined radio - a demonstration Tube. Duration : 6.83 Mins.
Testing a very basic software defined radio on the 80 and 40 metre amateur bands. Uses the easy to use SDRadio software developed by I2PHD (see www.sdradio.org/ ) and a simple hardware interface which is a direct conversion receiver without audio filter or amplifier stages. Apart from an RF amplifier (not really necessary) all the receiver's gain comes from the computer (microphone in used, not Line in). This is a very 'bare bones' implementation for use with a low-end laptop with a mono soundcard input. Unlike a 'proper' SDR there is no image rejection. Hence signals will appear twice on the spectrum display (one USB and the other LSB) and some juggling may be required to dodge interference. Also signal to noise ratio will never be as good as a single-signal receiver. The hardware unit comprises of (i) transistor VFO (using ceramic resonators for 3.58 MHz (80m) and 7.2 MHz (40m), (ii) buffer stage, (iii) single balanced diode product detector and (iv) transistor RF amplifier (optional). Your favourite direct conversion receiver circuit without audio filtering or amplification would work fine. This unit is USB powered but a 9 volt battery would also be OK if you want to keep it independent from the computer (this also helps reduce interference radiated from the computer). Performance isn't as good as a home station rig but in some aspects is better than a basic direct conversion receiver. The AGC is a bit slow for my liking and it would be good to have an option to switch ...
Testing a very basic software defined radio on the 80 and 40 metre amateur bands. Uses the easy to use SDRadio software developed by I2PHD (see www.sdradio.org/ ) and a simple hardware interface which is a direct conversion receiver without audio filter or amplifier stages. Apart from an RF amplifier (not really necessary) all the receiver's gain comes from the computer (microphone in used, not Line in). This is a very 'bare bones' implementation for use with a low-end laptop with a mono soundcard input. Unlike a 'proper' SDR there is no image rejection. Hence signals will appear twice on the spectrum display (one USB and the other LSB) and some juggling may be required to dodge interference. Also signal to noise ratio will never be as good as a single-signal receiver. The hardware unit comprises of (i) transistor VFO (using ceramic resonators for 3.58 MHz (80m) and 7.2 MHz (40m), (ii) buffer stage, (iii) single balanced diode product detector and (iv) transistor RF amplifier (optional). Your favourite direct conversion receiver circuit without audio filtering or amplification would work fine. This unit is USB powered but a 9 volt battery would also be OK if you want to keep it independent from the computer (this also helps reduce interference radiated from the computer). Performance isn't as good as a home station rig but in some aspects is better than a basic direct conversion receiver. The AGC is a bit slow for my liking and it would be good to have an option to switch ...
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