NQ-C100 / Bench evaluation
NODERIQ Core C100
Mission compute
A compact compute-carrier profile for mobile robots and observation platforms that need local perception, storage and a clear handoff to a separate machine controller.
EV1 is a defined evaluation specification. Physical board measurements, electrical release and completed system integration are not yet asserted.
Hardware views
A mission computer sized for the machine.
The product image and integration arrangement share the same board identity. Engineering plans and the machine-readable specification own dimensions; generated imagery does not establish an as-built board or a successful test.
Hardware viewsNQ-C100 / EV1
EV1 engineering record
Define the space before the enclosure.
PCB size, assembled height and installation space are separate allocations. Reserve connector access and cable bends, and verify the final fastener and enclosure stack.
Mechanical allocation
- PCB outline
- 100 × 80 mm
- PCB thickness
- 1.6 ± 0.15 mm
- Assembly height
- 40 mmTotal allocated height across both sides, including the PCB.
- Installation reserve
- 120 × 110 × 60 mmInitial access allowance; validate the actual harness and enclosure.
- Mounting holes
- 4 × Ø 3.2 mm
- Hole centres
- (4, 4) · (96, 4) · (96, 76) · (4, 76)Millimetres from the lower-left PCB origin, viewed from the top.
Power and processing allocation
- Processor basis
- NVIDIA Jetson Orin NX module basis
- Bench input
- 9–24 V
- Board power allocation
- 45 WSteady-state screening limit, not a measured consumption result.
- Bench supply
- 12 V / 5 AA supply rating does not authorise the same current on every connector.
Interfaces and harnesses
Make every connection explicit.
Connector locations are public placement reserves. They do not substitute for a released pin map, selected mating part or electrical protection review.
- J1VIN2-position power terminal
- 9–24 V protected bench input; positive and return identified on the harness.
- J2GbERJ45 envelope
- Wired host or sensor-network evaluation.
- J3USBUSB-A envelope
- One host peripheral within the shared power budget.
- J4RECUSB-C envelope
- Recovery/data; not a second power source.
- J5CSI 122-position FFC envelope
- Internal camera assembly reserve; vendor-specific harness approval required.
- J6CSI 222-position FFC envelope
- Second camera assembly reserve; do not assume Pi-camera pin compatibility.
- J7HOST6-position locking header
- Observation or controller-bridge link; never direct actuator power.
Integration roles
Keep intelligence and physical authority connected.
Compute produces observations and bounded requests. A separate machine controller retains interlocks, motion limits and physical stop authority.
Inspection rover
Mount on an accessible shelf with a separate motor controller. Route camera and network cables away from wheel and suspension travel.
Autonomous instrument
Keep observations and mission context local while the instrument retains its own interlock and shutdown path.
Hardware observations can support NODERIQ mission context. NowFlow supplies the workflow role and NeuraOS the edge foundation; a board illustration does not establish that those layers are integrated or authorised to control a machine.
Product documents
A complete record for the evaluation bench.
Use the product guide, dimensioned plans, original images and blank measurement record together. Technical downloads retain their English source language and stated units.
Bench qualification
Measure the complete configuration.
Configured Orin NX mode at or below 25 W; one camera or host data source and local storage. Record the exact module, JetPack image and workload.
EV1 reserves the Orin NX module geometry and a non-Super power configuration. It does not claim a qualified carrier, completed JetPack port, thermal rating or interchangeable support for Thor and future Nano 2 modules.
Component sources and current limits
- NVIDIA / Jetson Orin production modules (English)
C100 compute-family reference; vendor peak compute is not a measured card result.
- NVIDIA / Orin NX module datasheet DS-10712-001 v1.7 (English)
69.6 × 45 mm module; 260-contact SO-DIMM. MAXN_SUPER has different supply and thermal requirements and is outside C100 EV1.
- NVIDIA / Jetson Linux power and performance (English)
Power modes and throttling must be qualified on the carrier and cooling assembly.