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Comparison Casio XW-G1 vs Casio CTK-7200

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Casio XW-G1
Casio CTK-7200
Casio XW-G1Casio CTK-7200
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Main
Autonomous food. 50 user organ tones. Mixer.
Typesynthesizer (rompler)synthesizer (rompler)
Keys
Number of keys6161
Sizefull sizefull size
Mechanicsactiveactive
Sensitivity adjustment
 /2 types, off/
 /2 types, off/
Rigiditysemi-weighted
Specs
Polyphony64 voices64 voices
Built-in timbres420 шт820 шт
User timbres220 шт100 шт
Auto accompaniment
Accompaniment styles100 шт260 шт
Custom styles100 шт100 шт
Tempo change30 – 25530 – 255
Metronome
Sequencer (recording)
Sampling
Mixer
Built-in compositions
 /5/
Effects and control
Timbres layering
Keyboard split
Octave shift
 /±3 octaves/
 /±2 octaves/
Arpeggiator
 /150 types/
Reverberation
 /10 types/
Chorus
 /5 types/
Transposition
Pitch controller
Modulation controller
Fine tuning
 /415.5 – 465.9 Hz/
 /415.5 – 465.9 Hz/
Connectors
Inputs
mini-Jack (3.5 mm)
Jack (6.35 mm)
MIDI in
card reader
mini-Jack (3.5 mm) /instrumental/
Jack (6.35 mm)
 
card reader /SD, SDHC, before 32 GB/
Microphone1 шт1 шт
Connectable pedals1 шт1 шт
Outputs
USB to host (type B)
MIDI out
headphones
USB to host (type B)
 
headphones
Linear outputs
/mono, stereo/
/mono, stereo/
In box
In box
 
PSU
music stand
PSU /may not be supplied/
General
Built-in acoustics14 W
Number of bands2
Displaymonochromemonochrome
Power consumption4 W18 W
Autonomous power supply
batteries type D /6 pcs/
batteries type D /6 pcs/
Operating hours35 h4 h
Dimensions (WxHxD)948x124x384 mm948x122x384 mm
Weight5.4 kg6.7 kg
Color
Added to E-Catalogoctober 2016october 2016

Rigidity

Unweighted. Keys with a very low pressing force, literally "failing" under the fingers. This option is well suited for inexpensive synthesizers with passive mechanics (see above), but is rarely used in active models — a small resistance force makes it difficult to choose the optimal pressing force.

— Semi- weighted. Medium-strength keys, not up to the hardness of a full-fledged piano, but showing noticeably more resistance than unweighted ones. This variant is most popular among instruments with active mechanics (see above) — the force on the keys provides adequate feedback and at the same time playing such an instrument does not cause any special difficulties even for those who previously dealt only with unweighted keyboards.

Weighted. Keys with high actuation force, comparable to that of a classical piano. Used only in professional hammer action instruments (see above) — high rigidity is a must for such mechanics (more precisely, for the response that it must provide).

Built-in timbres

The number of built-in sounds provided in the synthesizer.

The number of timbres is often described as the number of instruments that a given model can imitate. However, this is not entirely true — rather, this parameter can be called "the number of instruments and sound effects." For example, the same instrument — an electric guitar — with different "gadgets" (distortion, overdrive) will sound differently, and in the synthesizer each such gadget will be considered a separate timbre. The “drums” timbre usually combines different types of drums and other percussion instruments — in other words, it allows you to portray both the “bass drum” and the cymbals without switching settings, just by pressing the desired keys. And some timbres may not have analogues among real instruments at all.

The more built-in timbres, the more extensive the possibilities of the synthesizer, the more diverse the sounds that can be extracted from it. At the same time, in high-end models like workstations (see "Type"), this number can reach 1000 or even more.

User timbres

The number of memory slots for user tones provided in the synthesizer.

For Voices in general, see “Preset Voices” above. User timbres are sound settings that were not originally provided in the synthesizer's memory and are created by the user according to their preferences. This feature is indispensable in cases where the built-in set of timbres does not contain the necessary options. However, the capabilities of the User Voices may vary from model to model. So, one instrument only allows you to edit and supplement existing timbres (for example, add a “wah-wah” effect to a bass guitar and save such a bunch as a user setting), another makes it possible to set the sound parameters almost manually, and the third even allows you to load timbres through USB (see below).

The more user timbres in the synthesizer, the more personal “instruments” you can register in its memory.

Accompaniment styles

The number of auto accompaniment styles (see above) originally provided in the synthesizer, in other words, the number of accompaniment options available to the user.

The more extensive this set, the higher the probability of finding among these melodies suitable options for a particular case. At the same time, the abundance of styles in itself is not yet a 100% guarantee that among them there will be a suitable one, especially since different synthesizer models can differ markedly in a specific set of melodies. So the list does not hurt to clarify before buying. Also note that the situation can be corrected by user styles (see below) — many synthesizers with auto accompaniment support them.

Metronome

The presence of a built-in metronome in the design of the synthesizer.

A metronome is a device that produces sharp sound signals (beats) at certain short intervals specified by the user. In music, such a device is used primarily to maintain a given tempo. A metronome can be useful both for a beginner musician, for developing a sense of rhythm, and for a professional, for example, when learning a new melody, especially if it is to be played without accompaniment and you will need to maintain the rhythm yourself. In addition, the sound of the metronome can also be used as an effect in musical compositions.

Sampling

Synthesizer support for sampling.

Samples are short sound fragments used in the creation of musical compositions. Such a fragment can contain almost any sound — from a note on a musical instrument or a fragment of a drum part to a siren signal, a bird's chirp, the sound of a mechanism, etc. Specifically, the sampling function implies the ability to use the synthesizer to record samples for further use. Recording can be done either through the built-in microphone or through the audio input (from an external microphone or other audio device). At the same time, many synthesizers with this function are able not only to keep the sound not only "as is", but also to pass the incoming signal through the processing circuits, adding various effects to it — echo, "wah-wah", metallic sound coloring, etc. And ready-made samples can usually be "bound" to individual synthesizer keys and played back in real time. Other functions are possible, depending on the level of the instrument.

Timbres layering

The ability to overlay different timbres of the synthesizer sound on top of each other. This creates the effect of the sound of two (or even more) instruments at once — for example, piano and violin. At the same time, in advanced models, it may be possible to set different settings for different timbres so that the sameness of the extracted notes is not so noticeable — for example, the same "violin" can be set to smooth transitions between notes, while on the "piano" they will sound jerky.

Keyboard split

Possibility of dividing the keyboard of the synthesizer into two parts, each of which is responsible for its own timbre of sound. Thus, on one keyboard, you can play two "instruments" at once in real time — for example, accompany the solo part of the violin with chords of a string orchestra. At the same time, unlike auto accompaniment (see above), all notes are taken by the musician himself, without relying on the automatic settings prescribed in the programme.

Usually, several “split keyboard” combinations are pre-written in the synthesizer’s memory, however, some models allow you to separately select a timbre for each half, at the discretion of the musician.

Modulation controller

The presence of a modulation controller in the design of the synthesizer.

This function allows you to give the sound the effect of vibration, "trembling" — when the note does not sound at a constant volume, but unevenly, with alternating peaks and dips in volume. This effect makes the sound more alive, gives it a resemblance to the performance on a real instrument, and is also often used as an artistic device.
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