Real Guitar Vst Free Download Mac

[Eleanora Parrot]

If you are serious about creating truly realistic sounding solo and accompaniment guitar stuff for your songs, our product called RealGuitar is just what you need. RealGuitar is a sample-based virtual instrument with an innovative approach to guitar sound modeling and guitar part performing on keyboard.

We've carefully and meticulously recorded high quality samples of each fret of all acoustic guitar strings. RealGuitar sample library includes not only sustain sounds, but also other guitar-specific sounds and noises with dynamics and nuances an experienced performer can get from his/her instrument.

Version 6 supports external guitar FX processors which are important to create a realistic guitar part. Our experts have thoroughly examined guitar tones used in most popular songs played by greatest guitarists and came up with more than two hundred authentic presets which sound similar to what they heard, ready to be used in your next song. We recommend to use open-source Guitarix.vst virtual guitar amp as a robust and versatile solution to use these presets. Combining a virtual guitar and an FX processor allows you to store a guitar sound and an FX processor preset at the same time, which a real time saver.

An authentic sounding guitar part cannot be recorded by using samples on their own, but requires a bunch of guitar-specific techniques, which are simulated in RealGuitar. Whether you are playing live or programing a DAW, these techniques are controllable by using special gestures, key switches, key velocity, modulation wheel, sustain pedal, key aftertouch, MIDI CC, DAW parameter automation, and any combinations of these.

Guitar chord voicing is very unique depending on guitar construction and is absolutely necessary to reproduce in order to achieve authentically sounding chordal parts. Our patented technology provides accurate reproduction of guitar chord voicing automatically for 30 chord types in all existing inversions, extensions and alterations.

In order to record an authentic accompaniment track, most session guitarists carefully study characteristic rhythm parts for the required style. We created a huge rhythm library consisting of 1250 patterns. It can be easily used for quickly creating guitar accompaniment parts in the DAW or in our internal Song sequencer.

Sophisticated humanization algorithms vary samples, technique and control parameters, timing, chord strum aspects to reach best possible realism in guitar tracks. That helps you bring a digitally simulated guitar performance maximally close to an analog recording of a best-in-class session guitarist.

RealGuitar and all MusicLab Virtual Guitars are simply the best in the industry. They are convenient, featured packed and give the user endless musical options. Whether a Beginner, Professional or a Producer you will find our products the answer for all of your virtual guitar needs.

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Maybe this tip can be helpful for some midnight home players.
I have noticed that Helix headphone amp has plenty of power, took a look at manual and found out that it has 12ohms impedance. So I connected 8ohm guitar cab to headphones output and disabled Cab/IR blocks. It works and sounds as it should! Like 1-2(?)W amp. Even too loud when you don't want to disturb your neigbours. I like it even more than when connected line to fx return of my tube amps set so low. There is no coloration and EQ curve already emulated in amps models but definately the speaker is as real as could be and the feeling of monitoring through real guitar cab is "that feeling".
Now i have to solder TRS to TS jack cord to bridge L/R power and lower impedance to 6ohms.
Try this at your own risk of course ;)

At your own risk is right! Those are two small mono amps, they will not necessarily combine to make 6 ohms. Unless you have knowledge from L6 that this is 100% safe without damaging the unit, I wouldn't suggest trying this. I'd just use a standard speaker cable which would pick up on one side of the headphones.

Cab (not Amp) - corrected.
So I am wating for bridged impedance value and "knowledge from L6 that this is 100% safe without damaging the unit" while playing my favorite speakers ;)
Maximum headphone amp power at some load impedances was the casual thing stated in specs. But I can haven't found specs for Helix LT nowhere. :(

You're right... speakers are speakers. If each side of the headphone jack is 12 ohm (and known to be true) I'm pretty sure an 8 ohm or 16 ohm speaker would be safe. Speakers don't draw power, they just take what they are given so they won't hurt the Helix.

Just to clarify, my only concern with your previous post was when you thought you would "bridge" the left and right side of the headphone output. That sounds risky to me without approval from Line 6.

I will consult it with my electronic engineer friend but what he can tell me not knowing anything about that particular amp construction? Are you aware of amps that do not lower impedance while bridged?

Power amps are not always designed the same way when it comes to bridging.... and not all power amps can be bridged. That is the only reason I am suggesting that it might be in your best interest to check with Line 6 before creating a cable to bridge the L/R together.

I wouldn't bridge tube power amps, but never seen any precautions of bridging the same transisor, IC, D-class amps. What I am doing now is shorting R amp to the ground, Is it dangerous?
_and_paralleled_amplifiers

If they want they can always show in this thread. I am not willing to bother customer support with my insane "amp from nothing" project :D Reading of paralleled amplifiers it seems to me that shorting T with R is safe enough.
Anyway, for my midnight playing needs I have enough power right now. Nobody can tell me now that using headphones or monitors is not what I hear using a real cab;) What I can do is even compare sound of amps I have to their Hx models at bedroom levels. It really interests me however if use of some other amp at the same volume would really be beneficial.
BTW: I was always a problem to get cranked tube power amp sound at bedroom level. Even today a good reactive load box costs 1/3 of Helix LT.

I have consulted this with my friend. He says shorting R amp to the ground is not safe (when TS is used). So TRS to TRS cable is proper connection.
When paralleling, his advice is to use 0,1ohm, 1W "current sharing" resistors or to short T and R at the speaker TS side. To be sure both amps deliver the same signal it is good idea to place some mono DSP block before output (e.g mono volume).
I found some confirmation on yt:

I took a tech supp ticket for headphones amp wattage. Unfortunately they seem not to have such a spec, so I have asked my friend, HxF user over the ocean to measure it for me.
He got whooping 1/4W for 8ohm load (for one side).
Connecting Celestion V30 100dB speaker to that wattage gives 94dB SPL at 1m (3 feet) distance.

First of all, i have played only digital processors, no real amps or cabs because those were the times, i couldn't afford a head and cabinet, but when i did, i prefered buying a kemper instead for versatility.

I have done a ton of research about the frequency response of the speaker cabinets and i know that the speakers made for guitars are in a range from 80 Hz - 5000-6000 Khz, and here is my misunderstanding.

From where are the 8khz -> 20 khz and up frequencies since the profiler is using the also the speakers in the cabinet to create a tone ? Is the microphones that are micing the cab enhances all these frequencies?

I know tone is subjective, but i would like some informations about this matter, in order to make my guitar/tones as close to the real thing (amp + cab + microphone etc) frequency wise, since i didn't own a real head + cabinet. Maybe i would have understand that better i have owned a real head, but now i am struggling to understand the real thing vs the digital one.

The 8 to 20Khz is rather the range for overtones that might be added on different ways. Personally I like to cut somewhere around 7-9Khz but I do this individually per profile. Some need more drastic cuts than others and I tried to avoid cutting too much. Same on the lower side of things. I used to cut below 100Hz but figured out sometimes this takes a bit too much away so I lowered it. If your sound guy has a problem with frequencies it's easy to put another low cut on the desk.

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