yahboomYahboom· Cartes & informatique embarquée
Jetson MINI CUBE NANO Case support Jetson NANO/Orin NANO SUPER/Orin NX SUPER/Xavier NX/TX2 NX
Réf. fabricant 6000301459
55.00 $≈ 47.66 €
Réf. fabricant 6000301459
Vendu par yahboom à 47.66 €. Livré en France, port, TVA et droits de douane éventuels compris, il revient à environ 75.19 €. Prix relevés le 2026-09-16.
Le coût livré est une estimation pour un article seul expédié en France métropolitaine ; seul le panier du vendeur fait foi.
| Article | 47.66 € |
|---|---|
| Frais de port | 15.00 € |
| TVA (20 %) | 12.53 € |
| Total livré | 75.19 € |
Estimation pour un article seul livré en France métropolitaine, expédié hors UE : des droits de douane et frais de dédouanement peuvent s'ajouter, facturés par le transporteur.
| Poids | 500 g |
Tutorial Link Yahboom Jetson MINI CUBE NANO Case The CUBE NANO case is a protective case specially designed for NVIDIA Jetson development boards. Made of C-shaped metal cold-rolled plate and high-quality acrylic material, it provides comprehensive protection and stable support for Jetson boards. It looks like a mini computer case, with a built-in cooling fan, RGB colorful light bar, OLED display, and power and reset buttons. Compatible with JETSON ORIN NANO SUPER/JETSON ORIN NX SUPER/JETSON NANO BO1/JETSON XAVIER NX/JETSON TX2-NX board. Features Powerful protection function: It can effectively prevent the Jetson development board from being damaged by external collisions, dust or other substances, and prolong its service life. Perfect transparency + OLED real-time display: The side is made of translucent acrylic material, so that you can clearly see the working status of the development board. Convenient interface: The holes at the rear of the case correspond to the Jetson development board one by one, and the device can be plugged and unplugged without removing the case. Exquisite heat dissipation design: There are upper and lower double-pass cooling air ducts to ensure that the development board always maintains a stable working state during high-load computing.
