For a hospital imaging pilot, the IGX Orin Developer Kit offers more networking: 100GbE maximum Ethernet speed and 2 SFP ports, compared with 10GbE on the Jetson AGX Orin Developer Kit 64GB. Their operating temperature ranges are close. Both top out at 35 °C, and the Jetson AGX Orin kit can run at a lower minimum temperature.
Comparison nvidia.com +1nvidia.com ↗“io.max_ethernet_speed=10GbE”nvidia.com ↗“io.sfp_ports=2, io.max_ethernet_speed=100GbE”
| Spec | Jetson AGX Orin Developer Kit 64GB | IGX Orin Developer Kit |
|---|---|---|
| Max Ethernet speed | 10GbE | 100GbE |
| Operating temperature | 0 °C to 35 °C | 5 °C to 35 °C |
| SFP ports | Not listed in the catalog | 2 |
What this means for your pilot
- Networking: The IGX Orin Developer Kit's 100GbE comes from a ConnectX-7 network card with two 100GbE ports. The kit also includes a BMC and a safety MCU. If your pilot needs to receive high-bandwidth image streams over the network or connect to fiber or SFP infrastructure, this is the stronger option. nvidia.comnvidia.com ↗“ConnectX-7 2x 100GbE, BMC, safety MCU”
- Jetson AGX Orin Developer Kit 64GB: It has 10GbE, and its board can emulate all Orin modules. If 10GbE is enough for your image data, it may be a simpler starting point. Its SFP port count isn't listed in the catalog, so I can't confirm whether it has any. nvidia.comnvidia.com ↗“reference carrier (PCIe Gen4, 10GbE, USB3.2), emulates all Orin modules”
- Temperature: Both kits are rated up to 35 °C. The Jetson AGX Orin kit's range starts at 0 °C and the IGX kit's at 5 °C. A typical climate-controlled hospital room should fall within both ranges. nvidia.com +1nvidia.com ↗“thermal.max_operating_temp_c=35 °C, thermal.min_operating_temp_c=0 °C”nvidia.com ↗“thermal.max_operating_temp_c=35 °C, thermal.min_operating_temp_c=5 °C”
The IGX Orin Developer Kit's product brief has more detail: IGX Orin Developer Kit product brief.