Xotic SSB Super Sweet Booster

£129.99

This is a New Xotic SSB Super Sweet Booster from Xotic, listed in Boost Pedals on Just Pedals. Read More below.

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The Super Sweet Boost (SSB) offers a dynamic and transparent +20 dB boost perfectly tune for transferring the articulation of your guitar playing.

The SSB is incorporated with a high performance Class A preamp built around the famous JRC4558 chip. The boost frequency can be selected by an external DIP switch, which offers very versatile tone shaping capabilities.

Specifications

  • Dimensions: 92mm x 38mm x 53mm
  • Weight: 0.7lbs
  • Bypass: Tryue Bypass and Buffered Bypass Switching
  • Power Consumption: 9V DC at 5mA

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Brand

Xotic

In the current JustPedals catalogue, Xotic is represented by Boost Pedals, Wah & Filter Pedals and Volume Pedals. Current listings include XW-1 Wah, SL Drive and EP Booster. That makes the range relevant to players looking for drive, gain and clipping, plus modelling, direct rigs and multi-effects. Check each model for its exact circuit or processing platform, controls, power requirements and connections, particularly where the catalogue includes both pedals and supporting gear.

Category

Boost Pedals

Boost pedals raise signal level, add gain, or do both. A clean boost leaves most of the source voice alone and pushes the next stage harder; a coloured boost changes the frequency balance as it lifts the level, while a treble or mid boost can deliberately narrow the emphasis. Gain, output, tone, presence and headroom determine whether the pedal works as an always-on preamp or a solo lift. Placement matters: before an overdrive it increases clipping, after it mainly increases level, and into a clean amp it may simply make the rig louder.

Tags

Buffered Bypass

Buffered bypass keeps an active buffer in the signal path when the effect is bypassed. This can help drive long cable runs and high-capacitance boards, but the buffer’s input and output loading may also change the feel or frequency response. It is not the same as true bypass. Check the buffer behaviour, output impedance, placement around fuzz and the number of other buffers already in the chain before deciding whether it suits the rig.