| Parameter | Value (as of 2024) | Comments | |-----------|-------------------|----------| | | 45 mm × 30 mm × 15 mm | Small enough to fit inside a 1U rack mount or a drone wing spar | | Stroke range | 0 – 12 mm (linear) or 0 – 180° (rotary) | Dual‑mode options are offered via interchangeable heads | | Resolution | 0.1 µm (linear) / 0.01° (rotary) | Sub‑micron positioning puts it in the same league as piezo‑driven stages | | Force output | Up to 6 N (linear) / 0.5 Nm (rotary) | Sufficient for micro‑assembly, optical alignment, and valve actuation | | Power | 12 V DC, 0.8 A typical, 1.5 A peak | Low‑power footprint makes it suitable for battery‑operated platforms | | Control interface | CAN‑bus, SPI, optional Ethernet | Flexible integration with modern industrial IoT stacks | | Operating temperature | –40 °C to +85 °C | Rugged enough for aerospace & outdoor robotics | | Mass | 85 g (including housing) | Light enough to keep overall system mass under tight budgets |
CMC and formulation
Instead of the context window being a binary buffer (full/empty), JUQ-470 treats it as a fluid medium. As the conversation progresses, early exchanges are not pushed out; they are eroded. The specific words are lost, but the emotional resonance and the semantic intent remain as compressed wavefunctions within the hidden states. The agent does not remember what you said ten turns ago, but it remembers how it felt when you said it, preserving the continuity of the relationship without the burden of data storage. JUQ-470