Instruction
Introducing to you the second generation of the Allxon OOB Enabler, officially known as the Allxon OOB Enabler Bolt. With extra interfaces and new Out-Of-Band (OOB) features included, we hope you maximize the potential of OOB management with us.
💡 Note
Do not have Allxon OOB Enabler Bolt yet?
Please contact Allxon Support at support@allxon.com for more information to see how you can get Allxon Bolt OOB Enabler.
Unpacking the Equipment
Before setting up your Allxon Bolt OOB Enabler, make sure the following items are present in the package.
> Package List:
|
Label |
Description |
|
|
1 |
A |
OOB Enabler main board |
|
2 |
Cable 1 |
Pitch 1.0 to dupont female 2.54 jumper wire ribbon cable (CN5) |
|
3 |
Cable 2 |
Pitch 1.0 to dupont female 2.54 jumper wire ribbon cable (J2) |
|
4 |
Bracket |
PCIe bracket 1 |
1 Includes 2x M3, 4mm, cross recessed, countersunk screws 
What You Will Need
The following content outlines the software and hardware required for the activation process of Allxon Bolt OOB Enabler.
- Edge device: Supports ARM and x86 architectures.
- Desktop, laptop, or tablet: Used to connect to Allxon Portal to enable and activate OOB services. A web browser installation is required.
- Allxon Portal account: Visit "Sign Up, Activate, and Sign In" to learn how to register an Allxon Portal account.
- Internet connection: Ensure the edge device, OOB Enabler, and operating computer is connected to a stable network.
Hardware Wiring
Wiring diagram for OOB Enabler main board.
ARM Architecture
The following information provides wiring examples for the NVIDIA® Jetson™ Orin Nano Dev. Kit.
|
Bolt OOB Enabler |
Orin Nano Dev-Kit |
|
|
Power Supply |
Pin 1 or 2 (CN5) Pin 3 (CN5) |
Pin 2 (J12) |
|
Power Supply |
Micro USB to external USB Type A power input |
- |
|
Bolt OOB Enabler |
Orin Nano Dev-Kit |
|
| Power Switch | Pin 13 (CN5) Pin 12 (CN5) |
Pin 12 (J14) Pin 11 (J14) |
| Power Reset | Pin 14 (CN5) Pin 9 (CN5) |
Pin 8 (J14) Pin 7 (J14) |
| Power ON/OFF Detection | Pin 15 (CN5) | Pin 5 (J12) |
| OOB Cloud Serial Console |
Pin 9 (J2) Pin 10 (J2) |
Pin 4 (J14) Pin 3 (J14) |
|
Auto-link |
Pin 7 (CN5) Pin 8 (CN5) |
Pin 10 (J12) Pin 8 (J12) |
💡 Note
● For different ARM-based devices, please consult with your hardware supplier to confirm the pin configuration.
● If your device provides a standby 5V & at least 1000mA pin header, you can connect CN5's 5V (Pin 1 or 2) and GND (Pin 3) to the pin headers without using micro USB for power supply.
● If power detection feature (CN5 Pin 15) is not required, please set the DIP switch SW3 of the OOB Enabler to OFF to avoid malfunction of the Power function.
x86 Architecture
The following information provides wiring for x86-based device.
|
Bolt OOB Enabler |
x86-Based Device Motherboard |
|
|
Power Supply |
Pin 1 or 2 (CN5) |
Pin 11 (5Vsby) |
|
Power Supply |
Micro USB to external USB Type A power input |
- |
|
Bolt OOB Enabler |
x86-Based Device Front Panel Header |
|
|
Power Switch |
Pin 13 (CN5) Pin 12 (CN5) |
Pin 8 |
|
Power Reset |
Pin 14 (CN5) Pin 9 (CN5) |
Pin 7 |
|
Power ON/OFF Detection |
Pin 15 (CN5) |
Pin 2 |
💡 Note
● If your device provides a standby 5V & at least 1000mA pin header, you can connect CN5's 5V (Pin 1 or 2) to the pin headers without using micro USB for power supply.
● If power detection feature (CN5 Pin 15) is not required, please set the DIP switch SW3 of the OOB Enabler to OFF to avoid malfunction of the Power function.