Featured image for “Strymon Canoga: Dual-Stage JFET + DSP Drive Pedal”
20. April 2026 | JFET | Noizefield

Strymon Canoga: Dual-Stage JFET + DSP Drive Pedal

Strymon, a highly respected manufacturer in the realm of effect pedals, has officially unveiled its latest innovation: the Canoga. This sophisticated dual-stage drive pedal is meticulously engineered to provide an

Featured image for “Strymon Canoga: Dual-Stage JFET + DSP Drive Pedal”
20. April 2026 | JFET | Noizefield

Strymon Canoga: Dual-Stage JFET + DSP Drive Pedal

Strymon, a highly respected manufacturer in the realm of effect pedals, has officially unveiled its latest innovation: the Canoga. This sophisticated dual-stage drive pedal is meticulously engineered to provide an

Featured image for “Expert Sleepers released Persephone”
23. November 2021 | JFET | Noizefield

Expert Sleepers released Persephone

Expert Sleepers released Persephone, a VCA (Voltage Controlled Amplifier) using a discrete JFET as the gain element. The JFET can be tastefully (or violently) overdriven for saturation/distortion effects. Persephone also

Featured image for “Expert Sleepers released Persephone”
23. November 2021 | JFET | Noizefield

Expert Sleepers released Persephone

Expert Sleepers released Persephone, a VCA (Voltage Controlled Amplifier) using a discrete JFET as the gain element. The JFET can be tastefully (or violently) overdriven for saturation/distortion effects. Persephone also

Featured image for “Shattered Glass Audio released Phoenix”
20. November 2018 | JFET | Noizefield

Shattered Glass Audio released Phoenix

Shattered Glass Audio released Phoenix, faithful digital simulation of five analog preamp circuits, having a common two-stage topology, with a three-band EQ. Each circuit derives its unique sonic character from

Featured image for “Shattered Glass Audio released Phoenix”
20. November 2018 | JFET | Noizefield

Shattered Glass Audio released Phoenix

Shattered Glass Audio released Phoenix, faithful digital simulation of five analog preamp circuits, having a common two-stage topology, with a three-band EQ. Each circuit derives its unique sonic character from

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