I play guitar from time to time. I decided to buy a couple of effects pedals, so I went online to figure out which ones — opened a tab for an overdrive, then a delay, then a chorus, started reading comparisons, watching demos, scrolling forum threads about which RAT revision sounds best. A few hours in, I was convinced I needed a pedalboard, a power supply, and a switcher.

Pedalboard

A pedalboard is a mess. Every pedal duplicates the same parts — enclosure, jacks, footswitch, power input — and then you tie the whole thing together with a tangle of patch cables and a switcher that costs as much as another three pedals. You end up paying for metal and connectors more than for the actual circuits that make the sound.

And once it’s built, it’s frozen. Want to swap two pedals in the chain? Unscrew, repatch, rewire, redo the Velcro. Want to A/B two overdrives in the same slot? Hope you have a free afternoon.

Modular pedalboard system

The Hive — modular pedalboard concept

What if the analog circuits lived on swappable cartridges, and one central console handled power, routing, and the interface?

  • 4 cartridge slots — each one is a real analog effect circuit, just without its own enclosure and jacks
  • Matrix routing — change the order of effects in software, no repatching
  • Presets — save full configurations (parameters + signal chain) and recall them with a footswitch

The principle is “digital control, pure analog signal path.” The guitar signal never gets digitized — unless you want it to, in which case you plug a digital pedal in as one of the cartridges.

The Hive — generated concept render

The math is what hooked me. A standard board with four pedals is four enclosures, eight jacks, four power inputs, three patch cables, and a switcher to make the chain reorderable. The Hive is one enclosure, two jacks, one power input, and four bare circuit boards on cartridges. The same four effects, a fraction of the metal.