And works like a charm, for controlling dedicated S1 instruments, in addition to other features such as S1's console, transport, etc. The Nocturn can handle as many Control Change numbers (CC#) as there are available in the MIDI CC protocol. That's because now you need to create a MIDI map for your device in Studio One. If you've gotten this far with your Novation device, you might find it still doesn't work. Once you've done this, you will be able to add your Novation device to External Devices a second time, this time as a keyboard, assigning its in and out ports to Automap MIDI, which will appear in your MIDI list once MDI client has been set up. This requires a separate protocol, called Automap MIDI. However … what I'm asking about here is using the Nocturn (or other Novation hardware) strictly as a MIDI controller, required to control native Studio One plugins via CC#, which you can do in addition to using it under HUI. You just have to go into the Automap software and activate the VST, AU or RTAS plugins you want the controller to recognize, and in Studio One, assign your device to Automap HUI when adding it as a new Control Surface in External Devices. As long as your DAW recognizes HUI, your Novation control hardware will work. Like most (not all) other Novation controllers, the Nocturn uses a piece of Novation software called Automap Server, based on the Mackie HUI protocol. I've been using a little Novation Nocturn controller for years - with Pro Tools 10 and earlier, Reaper and now Studio One.
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I believe this is why they try so hard to get people laying down on the table so they can let them have their free session and when they are relaxed they give them the sales pitch.As the owner/sponsor of this e-commerce website, we have the full intention to be compliant with the Federal Trade Commission (FTC) rules about the use of testimonials, endorsements, and overall content in advertising and marketing. I asked if they had sessions with any other brands and usually the answer is no. So many people go to the trade shows and mostly aestheticians that I talk to usually buy the first LED they tried when they had a full session at the show. I compare diodes from Lightstim, Celluma, Lightwave, POLY, InLIght, OMNILUX and many other lesser known brands that people still buy because they are advertised on Google and people don’t know one brand from another. They are being fooled by peak mw/cm2 ratings and often the wavelengths are not continuous like other LED devices that stay within the FDA cleared wavelength the entire time the LED is turned on. Many aestheticians are buying these and having their patients leave the session before they get enough treatment time. A plastic curving model that can bend will not have a metal frame and fans as diodes that get too hot should never be plastic LED panel it can melt the plastic. POLY was the first company that I reviewed that has 5 panels. The more panels a LED device has the more it costs to make. Curved models have the least direct contact and low intensity while 4 and 5 panels have the highest. It is the rays that need to be hit the body linearly, not just the light that is reflected everywhere. The light from the LED that scatters is a byproduct of the LED ray. Note that the light from a LED diode must aim directly into the skin to absorb into the skin. NOTICE: Some LED phototherapy light devices are curved. It is so not fair to the consumer to listen to instructions that really don’t apply to that LED strength level. It bothers me when I hear a hand held model that is very weak make these 48 hour claims that the professional 80mw and 120mw LED devices claim on their instructions. A brand that has 10mw/cm2 can probably be used every day or even more than that but a brand that has a 40mw/cm2 blue diode can kill a lot of bacteria and needs a day or two for the lymph system to carry it out. Note: A very low powered LED company a far as the one’s I have reviewed have never said wait 48 hours between sessions. It might have the clearance for the RED diodes at the FDA cleared wavelength but not the infrared and blue which the non FDA cleared diodes can be really cheap to produce. What a company is probably telling you is that their LED phototherapy device is 30 mw when all the diodes are turned on but in reality, that unit never has blue, red, and infrared all on at the same time.Īnother complaint is when they claim their LED light therapy panel is FDA cleared. This is not enough to destroy acne as far as I’m concerned. So if only 100 blue diodes are operating on the blue setting, this can bring that level down to 11mw/cm2 which can be proven on a spectrometer that anyone can buy or rent. If there is a LED device and it has 300 diodes and they say it delivers 40mw/cm2, I can totally prove this wrong. Just having more panels with early generation LEDs doesn’t convince me it is better.īEWARE OF LOW DIODE NUMBER SMALL PANELS THAT HAVE MORE THAN 1 DIODE TYPEĪlso, some companies have an acceptable amount of LED diodes but when the unit is turned on, only 50% of them are on at one time. When I see a really cheap 4 or 5 panel LED light I check to see if their diodes are plastic or glass, what the peak and constant power is, the true wavelength measured by a spectrometer. There are many companies trying to compete with Lightwave and POLY LED that are changing their 2-panel models to 4 panels. Note: just having more LEDs on a panel doesn’t mean it will deliver more joules per cm2. 2 panel vs 3 panel vs 4 panel vs 5 panel LED |