| Camera | Pill camera: one tablet (6 mm) left in a compartment, farthest corner at 0.39 m | 21.4 px | ≥ undefined px | passes |
| Camera | Pill camera: frame rate the calls need | 2 fps at 1600 × 1200 | chip: 15 fps at 1600 × 1200, 30 fps at 800 × 600 | passes |
| Camera | Pill camera: data rate vs its 1-lane link | 0.03 Gbps (8-bit) | ≤ 80 % of 0.192 Gbps | passes |
| Camera | Pill camera: a compartment lid edge (2 mm), farthest corner at 0.39 m | 7.1 px | ≥ undefined px | passes |
| Camera | Pill camera: frame rate the calls need | 2 fps at 1600 × 1200 | chip: 15 fps at 1600 × 1200, 30 fps at 800 × 600 | passes |
| Camera | Pill camera: data rate vs its 1-lane link | 0.03 Gbps (8-bit) | ≤ 80 % of 0.192 Gbps | passes |
| Camera | Image processor load, all cameras | 8 Mpx/s | ≤ 24 Mpx/s (ESP32-S3 ISP) | passes |
| Power | Supply | 5 V from a listed USB adapter at the wall socket, on one latched lead (no mains inside the table, UL 962) | ≤ 70 % of the adapter (2.4 A) | passes |
| Power | Power cut | two 18650 cells: about 27 h in a power cut, cells aged to 80 % (0.55 W: radar in low-power tracking, Wi-Fi only for alerts, the dim battery lamp, est.) | ≥ 24 h (the oxygen concentrator stops in a cut; the table keeps the lamp on and the family told) | to prove on the dev kit |
| Heat | ESP32-S3 temperature, a warm bedroom in summer (32 °C, est.) | 45 °C | ≤ 85 °C (rated) | passes |
| Heat | Cell temperature, a warm bedroom in summer (32 °C, est.) | 34 °C | ≤ 60 °C | passes |
| Heat | Pill camera away from the radio | radio module 161 mm from the camera chip; camera rails on a MEMS oscillator next to it | ≥ 20 mm | passes |
| Shock | Shock and vibration | 20 g (est.) | standard parts | passes |
| Software | Starts our software from the microSD card, no setup | microSD socket with a hinged, latched lid (Amphenol 101-00660 class), fitted on every board: our software starts from the card (ESP32-S3 SD bus | card socket fitted on every board, latched | passes |
| Software | Card power switch and protection | 1 power switch and 1 ESD array for 1 card socket | every socket: switched card supply, ESD on all 6 lines | fixed by the review |
| Software | The card wins the start | a small loader in the ESP32-S3 flash starts the program on the card | the program on the card runs every time | fixed by the review |
| Software | Card grade | industrial pSLC microSD (Kingston Industrial or Swissbit S-56u), −40 to 85 °C | rated for the heat, cold and writes | to prove on the dev kit |
| Radio | Wi-Fi from the lamp head | to the home router, through the wooden lamp head front | certified ESP32-S3 module | passes |
| Moisture | Conformal coating | coated | coated, sensors, sockets and antennas masked | passes |
| Fit | Board inside the product CAD, every part checked in 3D | not yet in the product CAD | nothing touches | to prove on the dev kit |
| Radar | Every bedside call in the radar's view | worst 54.5° across, 14.9° up or down (legs over the bed edge), tab folded 15° to the bed | inside ±70° across, ±40° up or down | to prove on the dev kit |
| Camera | Pill box inside the camera view | corners at 22.9° across, 18.7° along, straight down | inside ±33° × ±26° (66 × 52° lens) | passes |
| Fit | Tamper switch against the lamp cover | D2F-01 6.5 mm tall in an 8 mm gap; a 1.5 mm boss on the cover presses it | pressed when the cover is screwed on, released when it is opened | to prove on the dev kit |
| Fit | The two long flexes | up flex 18 × about 463 mm through the 20 × 20 cable way; glow tail 12 × about 523 mm down the right side panel (est.) | routed and held in the rev T CAD, static bends at or above the maker's minimum | to prove on the dev kit |