RODRIQUEZ RECORDING SYSTEM — PRODUCT DESCRIPTION (DRAFT FOR GRACE DESIGN) Lyons, CO pitch — initial narrative; refine with BOM, pricing, and legal review. ================================================================================ OVERVIEW ================================================================================ A unified recording and monitoring environment built around a central control surface that commands left and right processing racks, modular floor/ desktop I/O (“cube”) nodes, personal musician workstations, and shared software. The goal is session-ready operation: artists open their laptops, connect one network drop (e.g. Cat 6) into the desk, and the system is integrated for tracking, monitoring, and playback — with personal libraries, wireless IEM, and wireless microphones tied into the same fabric. ================================================================================ CENTRAL CONTROLLER ================================================================================ The central unit is the operator’s primary interface: multi-channel faders, motorized encoders, parameter-select and scribble-strip style touch areas, transport and automation controls, and a universal controller (a 6-DOF, SpaceMouse-style knob) for focused editing. Long press on the scribble strip touchscreen is not used for record — record is not mapped to long-press there, so accidental contact does not arm or start a take. It does not replace the racks; it orchestrates them — arming channels, stages (preamp, harmonics, dynamics, EQ, transient, effects, conversion paths as defined in the hardware), and session routing. Software running on the system (see Software) presents the same processing model the racks implement so that what you touch on the surface matches the signal path in the cage. Record arming is presented on the main touchscreen strip above the faders/encoders (per channel REC row), not via scribble-strip long press. Face and enclosure: The operator surface is a touch screen on a 19 inch class front (standard rack-style width; exact height per mechanical). The case is sleek and see-through, with LED lighting and a dark acrylic visual theme. Twelve microphone/line inputs, gold-plated, are on the side of the unit (final connector layout per CAD). ================================================================================ LEFT AND RIGHT RACKS ================================================================================ Processing is organized in vertical rack cards (left cage) in a fixed order — for example: preamplification, harmonics / color, compression, equalization, transient shaping, dual effects paths, and conversion / digital I/O bridging to the compute and monitor zone. A companion zone handles summing, stereo bus processing, monitoring matrix, headphone feeds, and network/digital sends (e.g. 12 digital sends over structured cabling) as previously specified in the mechanical and PCB plan. The central controller addresses these stages per channel so the desk behaves like a large-format console whose “strip” is distributed between touch UI, encoders, and rack DSP/analog. ================================================================================ CUBE SYSTEM (MODULAR I/O) ================================================================================ Small cube modules provide flexible I/O at the floor, desktop, or rack edge: balanced analog (e.g. XLR, 1/4"), USB audio/data, and interconnection options so sources and headphones can home-run to the system or tie into the central controller’s wiring. Cubes can be used standalone on USB or grouped so the controller aggregates runs — supporting both distributed personal setups and a single wired backbone for a session. ================================================================================ SOFTWARE ================================================================================ Application software (in development) binds the surface, racks, cubes, and network services: routing, metering, preset and session management, and consistent control of the same parameters exposed in hardware. The intent is one mental model from preamp through effects and monitor path, whether the operator works from the central UI or from networked clients. ================================================================================ MUSICIAN NOTEBOOK / PERSONAL WORKSTATION ================================================================================ Each performer can use a laptop or “musician’s notebook” that holds their material — songs, sounds, virtual instruments, cues — and connects into the same ecosystem. Personal wireless IEM and wireless microphone channels are part of the story so monitoring and talent audio fold into the desk and the record path without a separate ad hoc rig. Ideal session flow: arrive, open the notebook, plug into the house network (e.g. Cat 6 to the mixer / switch fabric), align with the central system, and record — with shared clocking and routing rather than a pile of incompatible interfaces. ================================================================================ POSITIONING FOR GRACE DESIGN ================================================================================ Grace Design’s reputation for transparent, high-headroom analog front ends and conversion aligns with a system that foregrounds serious preamplification and dynamics in the rack while keeping the surface fast and legible. A partnership could explore reference-grade input stages, clocking, or monitor path components within this architecture — subject to technical and commercial fit on both sides. ================================================================================ NEXT STEPS (PLACEHOLDERS) ================================================================================ • Bill of materials (BOM) by assembly: central surface, left cage, right zone, cubes, network, notebook client assumptions. • Initial pricing bands (hardware, software, support). • IP and branding: Rodriquez / product name TBD. • Compliance and safety for production intent (beyond prototype).