MusicLab RealTele [WiN]

• Product: RealTele
• Developer: MusicLab
• Version: 1.0.0
• Format: Standalone, VST, VST3, AAX
• Requirements: Windows 10 or later
• Source: musiclab.com/products/realtele

RealTele is a sample-based virtual Telecaster instrument from MusicLab, built for playing electric guitar parts from a MIDI keyboard or programming them in a DAW. It ships as two voicings — RealTele Classic for vintage twang and ’50s-’70s rock tone, RealTele Modern for tighter, contemporary high-gain production — each sampled across 12 velocity layers per fret, with the middle pickup position captured as its own tone rather than a digital sum of neck and bridge. A patented chord engine translates piano-style input into guitar fingerings in real time, at $149.

Key Takeaway

RealTele’s middle pickup position is recorded as its own physical pickup interaction, not two signals summed digitally, and the Classic/Modern voicings cover vintage twang through modern high-gain in one instrument. It’s a sample-based instrument played from MIDI or programmed in a DAW — anyone needing to process an already-recorded guitar signal needs a different kind of tool.

One Guitar, Voiced Two Different Eras

RealTele ships as two distinct instruments built from the same Telecaster design — RealTele Classic and RealTele Modern — rather than one voicing with a tone-shaping preset layered on top. Classic carries an open, ringing top end, the bridge-pickup snap the Telecaster is known for, and a scooped midrange, voiced for country twang, chicken pickin’, and blues and rock ‘n’ roll from the ’50s through ’70s. Modern reworks the same underlying guitar for contemporary production: smoother top end, fuller low mids, and a tighter, more controlled response that stays articulate under high gain and sits rounder on clean parts.

Because both voicings live in the same plugin, moving from a vintage-leaning part to a dense modern rock or pop part doesn’t require a second instrument or a preset approximating a different guitar’s character — it’s a separate sample set built around the same fretboard and technique engine. A part specifically needing Classic’s open, dynamic character reads differently loaded into Modern, since Modern’s tighter response is a deliberate trade against that openness for the sake of sitting in a denser mix.

Engineers writing across both vintage-styled and modern genres in the same project get the most from having one instrument cover both roles. Someone who only ever needs one voicing still owns both, since the two aren’t sold or priced separately.

The Middle Position Isn’t a Blend

Both single-coil pickups are sampled independently, as expected, but RealTele also captures the middle “Both” position as its own distinct recording rather than digitally summing the neck and bridge signals afterward. On a physical Telecaster, switching both pickups on together isn’t simply an average of the two — they interact and reshape each other’s character, and that interaction is what got recorded as its own pickup combination rather than calculated after the fact.

Beyond pickup position, every fret across all six strings is sampled in 12 velocity layers, with the Velo tab showing exactly which layer is playing at any moment — a wide dynamic range that follows playing dynamics closely instead of snapping between a small number of fixed levels. The default velocity curve spreads playing evenly across that full range, and the hardest-picked or quietest layers can be switched off separately for solo lines, strums, mutes, and palm mutes when a part needs a narrower dynamic ceiling or floor.

A part that only ever uses the neck or bridge position alone doesn’t benefit from the middle-position modeling specifically, though it still benefits from the 12-layer velocity sampling underneath every position. Programming a part that switches pickup position mid-phrase is where the modeled middle position is most audible, since the tonal shift between positions reads as an actual instrument change rather than a simple volume or filter difference.

A Piano Chord Becomes Six Strings

RealTele’s chord engine translates a 1-4 note piano-style chord voicing into a full 6-voice guitar chord in real time, using a patented approach to reconstruct accurate guitar chord voicings rather than simply stacking six notes from the played input. It recognizes 30 chord types — including sus2, sus4, 6/9, 7th, 9th, and altered chords — and builds any recognized chord in four positions along the fretboard, so the same chord symbol played in a different keyboard register produces a different, fretboard-accurate voicing instead of the identical shape transposed.

A Slash Bass Chords option lets a major or minor triad play over any bass note the part specifies, and the engine draws from roughly 2,000 instant guitar chord shapes to cover that range of chord types and positions. For a keyboard player, this is what turns a block of piano-style notes into something that reads as an actual guitarist’s voicing choice, inversion included, instead of a literal MIDI-to-audio mapping.

A keyboard player with no guitar chord-voicing knowledge gets usable results without knowing which fretboard shape a given chord should use. A guitarist programming a part they’d normally voice by hand may find the automatic choice differs from the specific shape they had in mind, since the engine chooses from its own logic rather than an exact fingering entered manually — the Chord Editor exists specifically to override that when it happens.

A New Engine Times the Strums

RealTele uses a new strumming engine, first introduced in MusicLab’s RealGMS, in place of the strum-handling logic in the company’s earlier guitar instruments. Its stated aim is smoother chord transitions and more convincing timing between individual strings within a strum, rather than every string in a chord triggering at the identical instant the way a naively programmed strum would.

Beyond strumming, RealTele covers guitar-specific technique simulation directly: hammer-ons and pull-offs, legato, automatic and manual slides up and down, tremolo, trill, automatic bend and reverse bend, and MonoBend for unison-bend effects. Strum speed is adjustable, along with which and how many strings participate in a given strum, and separate muted and slow strum variants exist alongside standard up/down strokes — controllable through key switches, velocity, mod wheel, sustain pedal, aftertouch, MIDI CC, or DAW automation, individually or combined.

A part programmed entirely from a MIDI keyboard, with no live playing nuance added by hand, still gets articulated technique from these controls rather than reading as a flat, unarticulated block chord. Dialing in a specific technique for a specific note still means assigning the right key switch or control change, rather than it happening automatically from note input alone.

1,250 Patterns, Synced to the Host

RealTele’s rhythm pattern library holds 1,250 guitar patterns spanning a wide range of styles, organized in a Pattern Tree view for browsing and a Pattern view that graphically shows which guitar strokes make up the selected pattern. A pattern can be auditioned by pressing a chord on an external keyboard without starting the host’s transport, and once selected, it can be dragged directly from the Pattern window onto a host’s MIDI track.

Every pattern syncs fully to the host’s tempo, start/stop, beat position, loop points, and time signature, so a pattern dropped into a session locks to what the track is already doing instead of needing manual alignment afterward. The built-in Song mode adds a Song Track for constructing full guitar parts from chord symbols and rhythm patterns directly, with a Style Filter for narrowing pattern choices by musical criteria and export to a Standard MIDI file for use with other instruments.

A producer building a quick guitar accompaniment from chord changes gets the most from the library’s speed — dragging in a matched pattern beats programming a strum note by note. A part needing rhythmic phrasing not represented among the 1,250 patterns still has to be built by hand, since the library covers common style-based patterns rather than arbitrary custom rhythms.

The Amp and Cab Sit in Guitarix

RealTele’s own sample engine covers the guitar itself — strings, pickups, and playing technique — while amp and cabinet modeling happens in a separate bundled tool, the open-source Guitarix.vst virtual guitar amp, rather than inside RealTele’s own plugin window. Over 350 presets, each a complete rig of amp, cabinet, and effects voiced after specific well-known players and records, are built to load into Guitarix rather than into RealTele’s own signal path.

RealTele also supports external VST3 guitar FX processors beyond Guitarix, and saves and recalls the guitar and FX processor settings together as one combined preset rather than treating the two separately. None of the 350 presets are locked black boxes — every parameter inside a loaded preset stays editable, so a preset works equally as a finished sound or a starting point for a custom one.

Anyone wanting to route RealTele’s output into an amp sim they already own instead of Guitarix can do that through the external VST3 FX support — Guitarix isn’t a requirement, just the bundled default MusicLab built the 350 presets around.

FAQs