Commercially usable computing system with NVIDIA Jetson module implementation.
JETSON-FLOYD is a compact AI computing system that integrates a FLOYD carrier board for the NVIDIA Jetson Xavier NX module or Jetson Nano module into an enclosure with excellent environmental resistance.
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basic information
- Jetson Nano or NX module implemented - Linux OS installed - Gigabit Ethernet port (×1 or ×2) - Optional PoE+ support (with external power supply) - HDMI 2.0a/b ports (×2) - Type A USB 3.0 port (×1) - Type A USB 2.0 ports (×2). One port functions as OTG - 8 GPIO with 3.3V logic level - Two serial ports (RS-232/422/485) (varies by model) - Three dual/quad-lane MIPI/CSI camera ports - CAN port (×1) *Only for NX module - Mini PCIe socket supporting PCIe and USB (×1) - 1 M.2 2280 PCIe x1 or x4 NVMe socket - Input voltage 7-28VDC; includes 12VDC universal AC adapter - Operating temperature -25 to +80℃ - Dimensions: W 175mm × D 91mm × H 53mm
Price range
P3
Delivery Time
Applications/Examples of results
Social infrastructure Industrial equipment Railways and automobiles Outdoor applications
Company information
We, NXTech Co., Ltd., have started our business in April 2024 by integrating two companies, NEXT and ITbook Technology, as an "Integrated IT Solutions Company" within the SAAF Holdings Group. On September 1, 2024, we changed our company name to "NXTech Co., Ltd." We focus on three areas: "System Solutions" for system development, IT services, and cloud packages; "IoT Solutions" that integrate from sensors to the cloud; and "Embedded Solutions" such as embedded software, providing a variety of products and services. We contribute to solving corporate digital business challenges and regional community issues through agile development for new web services for quick launches, cloudification in the ERP domain, development of social infrastructure systems such as dam monitoring and control, IoT services that support safety and security at construction sites and improve agricultural productivity, and providing in-vehicle security infrastructure compatible with autonomous driving.