inoCORE5.1
inoCORE5.1 is a product variant of the inoCORE5 platform designed as a reliable industrial Edge IoT controller based on Raspberry Pi Compute Module 5 (CM5). It is optimized for automation gateways, data acquisition, and industrial communication deployments.
Overview
- Variant role in the product family (what is it best for)
- Typical deployment patterns (cabinet gateway, edge node, etc.)
- Compatibility statement: shared platform software stack with other inoCORE5 variants
Back to the platform overview: inoCORE5 platform
Specifications
| Parameter | Value |
|---|---|
| Compute module | Raspberry Pi CM5 |
| Ethernet | (fill) |
| USB | (fill) |
| CAN | (fill) |
| RS-485 / RS-232 | (fill) |
| DI / DO | (fill) |
| Wireless | (fill) |
| Storage | (fill) |
| Operating temperature | (fill) |
| Mounting | (DIN-rail / panel / embedded) |
| Enclosure | (fill) |
Interfaces
Wired
- Ethernet
- USB
- CAN FD
- RS-485 / RS-232
- Digital I/O
Wireless (optional)
- Wi-Fi / BLE
- LoRa®
- 4G / 5G
Power & Electrical
- Input voltage range
- Typical consumption (idle / load)
- Protection (reverse polarity, surge, etc.)
- Grounding / shielding guidance (brief + link to wiring page)
Mechanical & Installation
- Dimensions (L×W×H)
- Mounting method
- Connector placement notes
- Recommended enclosure / cabinet practice
Software
- Supported OS images (e.g., Raspberry Pi OS / your custom image)
- Provisioning method (first boot, config)
- Update strategy (OTA / package / image-based)
- Remote access options (VPN, SSH, device management)
Use cases
- Industrial gateway
- Data acquisition
- Condition monitoring
- Building automation hub (optional)
- Camera gateway (if applicable)
Downloads
- Datasheet PDF (link)
- 3D model (STEP) (link)
- Wiring diagram (link)
- Certification/compliance (if any) (link)
Support
- Where to ask questions (GitHub issues, email)
- Maintenance policy (versioning, lifecycle)
- RMA / warranty pointer (if you have it)