Temple Audio Punched Plate (Micro Module)

Brand

Temple Audio

Temple Audio is a Canadian company specializing in modular pedalboard systems designed to offer versatility and efficient organization for guitarists and musicians. Founded in 2014, Temple Audio is known for its innovative approach to pedalboard design, featuring a unique modular mounting system that allows users to easily attach, rearrange, and remove pedals without the need for traditional Velcro. Their pedalboards are crafted from durable materials and come in various sizes to accommodate different setups. Temple Audio also offers a range of accessories, including power supplies, patch cables, and pedal mounts, all designed to enhance the functionality and aesthetics of their pedalboards. The company’s products are appreciated for their practical design, ease of use, and ability to help musicians maintain a clean, organized rig.

Category

Specialist Effects Pedals

Specialist effects pedals sit outside the standard overdrive, delay, reverb and modulation boxes, or combine those processes in unusual ways. This broad category can include ring modulation, granular and sample-based effects, freeze and sustain devices, feedback tools, lo-fi processors, envelope circuits, rotary simulation, glitch, experimental filters and signal routers. The description on the individual product matters because the controls and signal path vary widely. Look for tracking, latency, dry blend, expression or MIDI support, headroom and bypass behaviour; specialist does not mean random, but it does mean the usual effect label is not enough.

Tags

MIDI

Sends, receives or responds to Musical Instrument Digital Interface messages rather than carrying the instrument audio itself. Program changes recall presets, continuous controllers move parameters, and MIDI clock or transport messages synchronise timing between devices.

USB

Provides a Universal Serial Bus connection for power, audio, MIDI, firmware or editing data. The supported USB class and connector do not by themselves show its purpose; channel count, sample format, host compatibility and power demand define the actual function.