IBOX-104V2-5L2C4P

IBOX-104V2-5L2C4P is a multi LAN industrial PC for automation control, designed for industrial networking, device communication and edge control systems requiring high LAN density and stable long-term operation.

  • 5 × Gigabit Ethernet ports for high-density industrial network connections

  • Multi LAN industrial PC for automation control and industrial gateways

  • Multiple RS232 / RS422 / RS485 serial ports for industrial device communication

  • Fanless embedded design for maintenance-free 24/7 operation

  • Wide DC power input for industrial control cabinets and field deployment

  • Compact aluminum chassis suitable for space-limited automation systems

The IBOX-104V2-5L2C4P is positioned as a compact multi LAN industrial PC for automation control, focusing on stable Ethernet connectivity and serial communication rather than PCIe or GPU expansion.

With five Gigabit LAN ports and multiple COM interfaces, it is ideal for industrial gateways, automation controllers, machine vision networking front-ends and industrial data acquisition systems where multiple devices must be connected reliably in parallel.

Model

IBOX-104V2-5L2C4P

Supported OS

Win 7, Win 8, Win 10, Win11, Linux (Ubuntu, Dibian, Kali, CentOS, etc.); WES 7; Win 10 IoT

CPU

Intel® Core™ I5-8260U, 4* Cores, 8* Threads, Base Fre. 1.6 GHz, Turbo Fre. 3.90GHz, TDP 15W

Graphic

Intel® UHD Graphics 620, support 4K @60Hz

RAM

SO-DIMM

1* Non-ECC SO-DIMM slot, support DDR4-2400/2133MHz, up to 32GB

 

Storage

mSATA

1* mSATA3.0 slot on board (3Gb/s)

SATA

1* SATA3.0 7P connector (6Gb/s, with 1* SATA Power Wafer)

 

 

 

 

 

 

I/O

Interface

COM

2* RS232/422/485, internal headers, switch by jumper

Ethernet

5* 1.0 GbE LAN, Intel i210, LAN2-LAN5 support PoE IEEE802.3af up to 15W per LAN port

USB

2* USB3.0 connectors, 4* USB2.0 headers

Video

1* HDMI, 4096×2304@24Hz

Audio

1 * Line-Out header; with 7.1 channel HD Audio Codec Realtek ALC897; 1 * amplifier header

SIM

1* Built-in SIM card slot connected to Mini-PCIe

Power Supply

9-36V DC, 1* Power Input Terminal Block, (2-Pin, 5.08mm); 1* Threaded Jack (5.5* 2.5mm)

Other

1* 8-bit GPIO header; 1* Remote Switch Terminal (2-Pin, 3.81mm), 1* Internal header with function Reset/ PWR LED/ HDD LED

Extended

Capabilities

Additional

Internal Interface

1* Full Size Mini-PCIe with SIM card slot (PCIe+USB2.0)

 

 

Environment

Operating Temp.

-10 ~ 50 °C w/ 0.7m/s Airflow

Storage Temp.

-40 ~ 85 °C (-40~185 °F)

Relative Humidity

40 °C @ 95%, Non-Condensing

Physical

Characteristics

Dimensions

250* 44* 153 mm (W* H* D) (It has a higher version with 49mm solution)

Net Weight

1.5 KG

 

Regulation

EMC

CE/FCC Class B, CCC

Safety

CE-LVD, RoHS, CCC

CPU

 Code Name

Total Cores

Total Threads

Max Turbo Frequency

Base Frequency

 Cache

 TDP

Memory Types

 Integrated Graphics

Intel® Core™ I5-8260U

Coffee Lake

4

8

3.90 GHz

1.60 GHz

6 MB Intel® Smart Cache

15W

DDR4

Intel® UHD Graphics 620

Optional Items

Max Qty

Description

Isolated RS-232

2

DB9 or Phoenix Terminal connector, connected by header

Isolated 8-bit GPIO, 9-24V

1

Phoenix Terminal connector, connected by header

4G Module

1

Connected by Mini PCIe interface

WiFi Module without AP mode

1

Connected by Mini PCIe interface

Dual channel CAN-Bus Module

1

Connected by Mini PCIe interface

  • 5 × Gigabit Ethernet ports for high-density industrial network connections

  • Multi LAN industrial PC for automation control and industrial gateways

  • Multiple RS232 / RS422 / RS485 serial ports for industrial device communication

  • Fanless embedded design for maintenance-free 24/7 operation

  • Wide DC power input for industrial control cabinets and field deployment

  • Compact aluminum chassis suitable for space-limited automation systems

The IBOX-104V2-5L2C4P is positioned as a compact multi LAN industrial PC for automation control, focusing on stable Ethernet connectivity and serial communication rather than PCIe or GPU expansion.

With five Gigabit LAN ports and multiple COM interfaces, it is ideal for industrial gateways, automation controllers, machine vision networking front-ends and industrial data acquisition systems where multiple devices must be connected reliably in parallel.