Intel® Apollo J3455 or N4200 Series Soc, Power Consumption: 6-10W

Intel® Apollo J3455 or N4200 series SOC, power consumption: 6-10W
For PCB model customization, the user must upload a compressed package of PCB file (Gerber file is the best type) at the end of the customization For new model customization, the user must upload a compressed package of PCB file (Gerber file is the best type) at the end of the customization page, if there are other board instructions (including but not limited to: PDF, WORD, EXCEL, TXT, JPG, BMP), please also enter the compressed package, so that we can match your board 100%.
Intel® Apollo J3455 or N4200 series SOC, power consumption: 6-10W

» Intel® Atom™ E38xx/J1800/J1900 series SOC, power consumption: 6-10W» Intel® Apollo J3455 or N4200 Series SOC, power consumption: 6-10W

» SO-DIMMDDR3L memory (voltage 1.35V, up to 8G support) Maximum frequency 1333MHz or 1866MHz

» Support Intel 9th generation core, OpenGL 3.0, OpenCL 1.2, DX11, H.265, MPEG2, MPEG-4 AVC, VC-1, VP9

» Support eDP 1.3, HDMI 1.4A, VGA, LVDS (18/24 bit single channel or dual channel)

» Built-in resistive touch controller

Support 10/100/1000Mbit Ethernet, SATA, mSATA (mPCIe) or mPCIe

» USB 2.0 and USB 3.0 interface, RS232/422/485 serial port, GPIO interface

» DC power connector with lock (Input voltage: +9V~+24V, +12V is recommended)

» Operating Temperature: -20°C to +75°C » Operating temperature: -40°C to +85°C (optional)


Applied to: Industrial automation, machine vision, robotics, Internet of Things, numerical control system, face recognition, intelligent transportation, smart grid, charging pile.

who we are

 Single Sided

 Plated Through Hole

 Multi-Layer (Up to 40 Layers) including buried and blind Via's

 Multi-Layer with bonded heat sinks

 Flexible PCB

 Flex-Rigid PCB

our advantage

 High Temperature (Polyimide)

 Microwave (PTFE)

 Copper Invar Construction

 Special Gold for 'Chip on Board'

 Controlled Impedance

 Aluminium Clad Technologies

why choose us

 Fast/Quick Turn PCB Prototyping

 Good quality

 DFM simulation