Jetson Xavier NX/Introduction/Overview: Difference between revisions

Jetson Xavier NX/Introduction/Overview (view source)

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-====Jetson Xavier NX Block Diagram====
+===Jetson Xavier NX Block Diagram===
 The hardware described in the key features and interfaces table can be observed in the following block diagram:
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 |-
 | '''Operating Temperature'''
-| Range from -25 – 80C
+| Range from -20 – 80 °C
 |-
 | '''Power Input'''
-| 5.0V
+| 9 – 19 V / 5 A max
 |-
 | '''Module Power'''
-| 5 – 25W
+| 10 – 15 W
 |-
 |}
 ===Developer Kit===
-The developer kit comes with a MIPI-CSI camera connector to enable video applications, as well as an ethernet port, HDMI output, and four USB ports. A 5V/4A source is required to power the kit. Other features offered in the development kit are:
+The developer kit comes with a 2x MIPI-CSI 15 pin camera connectors to enable video applications, as well as a Gigabit Ethernet port, WiFi, Bluetooth, HDMI output, Display Port output, 4x USB ports, USB 2.0 Micro-B port, and 40-pin header port. A 19V/3.4A power supply is included to power the Xavier NX developer kit. A micro SDcard (not included) is required to flash the system image and boot the board. Other features offered in the development kit accessible trough the 40-pin header port are:
 * GPIO
@@ Line 128: / Line 128: @@
 * SPI
 * UART
-* Display port
-The Jetson Nano developer kit requires an external chip for WiFi and/or Bluetooth and unlike other devkits in the Jetson family, it does not support USB OTG.
 ==Developer Tools==
-Software development can be done using NVIDIA's Jetpack, as in other NVIDIA Jetson boards. The image generated by Jetpack can be flashed into an SDCard to boot Jetson Nano. Jetpack provides Ubuntu 18.04 OS with kernel 4.9, find the information about how to install JetPack in [[#Related_Documentation|Related Documentation]]. For AI and parallel computing applications, Jetpack provides CUDA, cuDNN, and TensorRT. Additionally, tools like nvpmodel to control the power/performance profile and tegrastats that provide CPUs and GPU stats, come with the filesystem.
+Software development can be done using NVIDIA's Jetpack, as in other NVIDIA Jetson boards. The image generated by Jetpack can be flashed into an SDCard to boot Jetson Xavier NX. Jetpack provides Ubuntu 18.04 OS with kernel 4.9, find the information about how to install JetPack in [[#Related_Documentation|Related Documentation]]. For AI and parallel computing applications, Jetpack provides CUDA, cuDNN, DeepStream, and TensorRT. Additionally, tools like nvpmodel to control the power/performance profile and tegrastats that provide CPUs and GPU stats, come with the filesystem.
-The 128-core Maxwell GPU supports OpenGL 4.6, OpenGL ES 3.2 and Vulkan 1.1 as well.
+The 384-core Volta GPU supports OpenGL 4.6, OpenGL ES 3.2, and Vulkan 1.1 as well.
 ==Jetson Family Comparison==