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PicoCOM

Features

  • Small Size 50x40mm
  • One Robust Connector Only
  • up to 1GHz Cortex-A9
  • SLC NAND Flash: 256MB up to 1GB or up to 32GB eMMC
  • Interfaces: 1-2 Ethernet, USB Host/ Device,
    LCD/Touch, Audio Codec, CAN, I²C,...


PicoCOM1 PicoCOM1.2 PicoCOM4 PicoCOMA5 PicoCOMA9X PicoCOMA7
State No New Developments Produktion keine Neuentwicklungen Production Produktion Production
CPU - - - - - -
CPU ATMEL NXP i.MX 6UL Samsung ARM 926, 400 MHz NXP Vybrid NXP i.MX 6SoloX NXP i.MX 6ULL
Core ARM 926 EJ ARM Cortex-A7 ARM 9 ARM Cortex-A5 + Cortex-M4 ARM Cortex-A9 + Cortex-M4 ARM Cortex-A7
No of Cores - 1 - Single-/Dual-Core 1 + M4 1
Frequency 210 MHz max. 696MHz 400 MHz max. 500MHz + 167 MHz max. 1GHz + 200 MHz max. 900MHz
L2-Cache - 128KB - 512KB 256KB 128KB
GPU - NEON - NEON
FPU
2D/3D NEON
FPU
-
Video CPU - CPU, 2D - - -
Operating System - - - - - -
Linux 2.6 (Emlix Eval/ Pro)
(uboot installed)
Buildroot/Yocto
(uboot installiert)
2.6.37
(uboot installiert)
Buildroot
(uboot installiert)
Buildroot
Yocto
(uboot installiert)
Buildroot
(uboot installed)
Windows WCE 6.0 R3
(EBoot installed)
WEC 2013
(Bootloader installiert)
WCE 6.0 R3
(Bootloader installiert)
WCE 6.0
WEC 7
WEC 2013
(Bootloader installiert)
WEC 7
WEC 2013
(Bootloader installiert)
WEC 7
WEC 2013
(EBoot installed)
Real Time - - - - FreeRTOS -
Memory - - - - - -
Flash 32MB+ max. 1GB SLC NAND 64MB+ max. 512MB max. 512MB SLC NAND max. 512MB SLC NAND
RAM 32MB+ max. 512MB 64MB+ max. 512MB max. 512MB DDR3L x16 max. 1GB DDR3L x16
Interfaces - - - - - -
SD-Card extern 1x extern extern 1x extern 1x extern 1x extern
Ethernet 10/ 100MB 10/100Mb 10/ 100MB 2x 10/100Mb
IEEE 1588
1-2x 10/100Mb
IEEE 1588
1-2 10/100MB IEEE1588
USB Host 1-2 (2.0 FS) 1x 1-2 (1.1 FS) 1-2x 1x 1x
USB Device 0-1 (2.0 FS) 1x 0-1 OTG (2.0 HS) wird im Starterkit als RS232/ RS485 aufgeführt 1x 1x 1x
CAN 1 2x 1 1-2x 1-2x 1-2x
UART 1x mit Modemsignalen, Baudrate 115200
1x mit RTS/ CTS, max. Baudrate 115200
1x mit max. Baudrate 115200
6x 1x mit RTC/ CTS, max. Baudrate 115200
1x mit RTS/ CTS, max. Baudrate 115200
1x mit max. Baudrate 115200
3x 2-3x 3x
I2C 1 2x 1 1-2x 1x 1-2x
SPI opt. 2x opt. 1x 1x 1x
Audio 1x Audio Codec Line Out (L/ R)
1x Audio Codec Line In (L/ R)
3x Analog In (10Bit resolution)
Line In/Out/analog 1x Audio Codec Line Out (L/ R)
1x Audio Codec Line In (L/ R)
Line In/Out Line In/Out Line In/Out
Digital I/O - - - - max. 48 max. 48
Touch Panel - - 4-Draht, analog resistiv 4-wire, analog resistive
PCAP-Touch via I2C
4-wire, analog resistive
PCAP-Touch via I2C
4-wire, analog resistiver PCAP-Touch über I2C
RTC - - - - - externer IC
More - - - 2x 12Bit ADC - -
Display - - - - - -
RGB - - - 16/18bit 16/18bit 16/18 Bit
LVDS - - extern extern - external
Common - - - - - -
Supply Voltage +3,3V +3,3V DC/ ±5% +3,3V +3,3V DC/ ±5% +3,3V DC/ ±5% +3,3V DC/ ±5%
Power Consumption - <1W typ. - 1W typ. 2W typ. 1.5W typ.
Operating Temperature -20°C - +85°C 0°C - +70°C
opt. -25°C - +85°C
0°C - +70°C (-20°C - +85°C (optional)) 0°C - +70°C
opt. -20°C - +85°C
0°C - +70°C
opt. -40°C - +85°C
0°C - +70°C
opt. -25°C - +85°C
Size 40x50mm
(LxB)
40x50mm
(LxB)
40x50mm
(LxB)
40x50mm
(LxB)
40x50mm
(LxB)
40x50mm
Weight - ~15g - ~10g ~15g ~15g
Long Term Availability - 2035 - 2028 2035 2035
PicoCOM1 PicoCOM1.2 PicoCOM4 PicoCOMA5 PicoCOMA9X PicoCOMA7

The PicoCOM family offers the user compact and inexpensive COM modules.

All modules are compatible. It was our goal to offer as many standardized interfaces as possible with the PicoCOM modules, all completely supported by the integrated OS. This allows a fast development of application software without requiring any in-depth hardware knowledge. Integrating the module into the surrounding hardware should be equally uncomplicated.

Therefore the whole power-management of the CPU is already provided on-board and the board gets plugged on the base board of the customer via a robust 80 poles plug connector. Only some additional interface drivers (RS232, Ethernet transformer) are necessary. All modules of this family have the same size (40mm x 50mm) and use the same plug connector, where the first half of the pins carries fix signals and the second half offers module-specific interfaces. Thus an upgrade to future modules of this series is possible anytime (Upgrade to modules with higher processing power and more memory, as well as Upgrade to later, more inexpensive modules).