Here's how the two carrier boards compare on those three attributes:
| Attribute | DesignCore Jetson Orin NX 8-Camera GMSL2 Carrier Board (D3 Embedded) | LI-ONX-CB-GMSL2-8CAM (Leopard Imaging) |
|---|---|---|
| Max Ethernet speed | 10GbE | 1GbE |
| Cellular | 4G/LTE | 5G |
| Min operating temperature | -20 °C | -30 °C |
d3embedded... +5d3embedded.com ↗“io.max_ethernet_speed=10GbE”d3embedded.com ↗“connectivity.cellular=4G/LTE”d3embedded.com ↗“thermal.min_operating_temp_c=-20 °C”leopardimaging.com ↗“io.max_ethernet_speed=1GbE”leopardimaging.com ↗“connectivity.cellular=5G”leopardimaging.com ↗“thermal.min_operating_temp_c=-30 °C”
Summary of the differences:
- Ethernet speed: The DesignCore board is faster, supporting up to 10GbE , while the LI-ONX-CB-GMSL2-8CAM tops out at 1GbE . If you're streaming multiple high-bandwidth camera feeds over the network, the 10GbE link gives you significantly more headroom. d3embedded... +1d3embedded.com ↗“io.max_ethernet_speed=10GbE”leopardimaging.com ↗“io.max_ethernet_speed=1GbE”
- Cellular: The LI-ONX-CB-GMSL2-8CAM has the newer capability with 5G , versus 4G/LTE on the DesignCore board . For remote deployments needing faster wireless backhaul, the Leopard Imaging board is the stronger choice. leopardima... +1leopardimaging.com ↗“connectivity.cellular=5G”d3embedded.com ↗“connectivity.cellular=4G/LTE”
- Minimum operating temperature: The LI-ONX-CB-GMSL2-8CAM is rated for colder environments, down to -30 °C , compared to -20 °C for the DesignCore board . leopardima... +1leopardimaging.com ↗“thermal.min_operating_temp_c=-30 °C”d3embedded.com ↗“thermal.min_operating_temp_c=-20 °C”
In short: choose the DesignCore board if network bandwidth (10GbE) matters most; choose the LI-ONX-CB-GMSL2-8CAM if you need 5G connectivity or operation in colder conditions.