EnglishSvenska

NanoPC-T3

by FriendlyARM
851 kr 681 kr

NanoPC-T3 becomes an addition to the well-known family of NanoPC. Here it comes good news for professionals and enterprises as well. The brilliantly designed single board uses Samsung Octa-Core (Cortex A53) S5P6818. The features and specifications of the NanoPC-T3 reveal that it is more powerful than NanoPC-T2. This smartly designed single board is also equipped with the facility of a heatsink to avoid heat generation and ensuring efficient working.

 Specifications

  • Octa-Core Cortex-A53 Samsung S5P6818 (400M Hz – 1.4G Hz)
  • PMU (Power Management Unit) AXP228 supporting software functions of wake-up and power-off.
  • RAM (2GB) 32bit DDR3
  • 802.11b/g/n (Wi-Fi Connectivity)
  • Socket for MicroSD card (1x)
  • Ethernet Gbit (RTL8211E)
  • 16GB (eMMC)
  • 4.0 dual-mode Bluetooth
  • Porcelain Antenna for Bluetooth ( IPX Interface)
  • Microphone (onboard)
  • Audio-jack / via HDMI (3.5mm)
  • 2 camera interfaces (DVP Camera and MIPI-CSI)
  • 4A (Type-A) HDMI, 1080
  • USB 2.0 Host (4x); three (Type-A ports) and one pith pin-header (2.54mm)
  • 24-Pin (0.5mm) pitch FPC seat Camera (DVP)
  • 2.54mm (pitch) 4-pin header (Serial Debug Port)
  • 4 video output interfaces including HDMI(Type-A), MPI-DSI, LVDS, and Parallel RGB-LCD
  • MicroUSB 2.0 Client (1x) Type A
  • 45-pin FPC seat (0.5mm) pitch, RGB (8-8-8) FULL Color
  • Six Layers (PCB)
  • Uboot, Debian, and Android (Software)
  • (-40℃ - 80℃) suitable working temperature
  • Heatsink (1x) with fixing holes
  • Power LED (1X), System LED (1X)
  • (2.54mm) pitch with 30pin-header(GPIO)
  • Direct current supporting (5V/3A)
  • Measurements (100mmx 64mm)
  • Battery seat (RTC)
  • (2.54mm) pitch 14-pin header (12S/USB)

Description

The NanoPC-T3 supports different Operating Systems including Debian, Android 5.1 and Ubuntu-Core. The smartly designed board is well equipped with ports and interfaces. NanoPI-T3 features interface pins (RTC) having the ability to support RTC. There are 2x camera interfaces and 4x video interfaces in the comprehensively designed board (DVP camera/ MIPI-CSI interface; 1.4A HDMI, LVDS, RGB-LVDS (parallel) interface, and (MIPI-DSI) interface.