Product Specifications

Technical Details

Feature

Specification

Details

Processor

CPU

Intel Atom® Quadcore E3950, 1.6/2.0 GHz (Standard)

Memory

RAM

up to 8GB DDR3L SoDIMM

Storage Options

mSATA

1 mSATA 2.0 Slot

Security

TPM

TPM 2.0 with TrEE 1.1

I/O Ports

HDMI

1 HDMI port

DisplayPort

1 DisplayPort

Gigabit Ethernet

2x RJ45 ports

USB 3.0

4 ports

Serial Ports

2x RS232/RS485, optional expansion for 2 additional

Digital I/O

1 DI, 12-24V
1 DO, 12-24V, max. 2 A, output voltage defined by DC input

Connectivity

Ethernet

Dual Intel i210IT LAN chip (Gigabit)

WLAN (optional)

Optional, via mPCIe

WWAN (optional)

Optional 4G/5G via USB

Expansion

SIM Slots

2 push-push type SIM slots (available with 4G/5G modules)

Additional

Audio and Other

Line in/out, Digital I/O, CAN (optional)

Watchdog Timer

Programmable from 1 to 255 seconds

Environmental

Operating Temperature

-20° to 70° C

Storage Temperature

-20° to 80° C

Humidity

5% to 95% non-condensing

Power

Supply

9 - 36 V DC (+/-10% tolerance), 4-pin terminal block and DC jack

Adapter

Optional 60W, 24V/5A external, CR1220 CMOS battery

Mounting

Options

DIN-Rail mounting kits available

Operating System

Compatibility

Windows 10, Ubuntu Linux, others upon request

Physical Build

Material/Color

Steel / Aluminum

Ingress Protection

IP20

Dimensions

64 x 140 x 92 mm

Weight

800 g

System Information

system information

Being a powerful, yet small fanless system, the Arrakis Pico Mk4 may reach very high surface temperatures in excess of 60°C/140°F with risk of injury. Users should ensure sufficient protection against touching.

To allow for sufficient heat removal we recommend: 30mm distance on either side of the Arrakis Pico Mk4 when mounted on a DIN-Rail 100mm headroom above the Arrakis Pico Mk4 when mounted horizontally. The heatsink should be on top.

System Drawing

System Drawing

System Drawing_2

Bottom side

System Drawing_3

Top side

System Drawing_4

Rear side

Mainboard Block Diagram

This block diagram describes the relationship among all interfaces and modules on the mainboard.

Mainboard Block Diagram