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EACIL20-MR
Intel® Celeron® N3350 Marine IPC

KEY FEATURES

  • Intel® Apollo Lake N3350 1.1 GHz
  • Fanless cooling system
  • Compact size 100 x 70 x 31 mm(w/o mounting bracket)
  • Expansion module design
  • Various mounting options: desk, wall, VESA, DIN-Rail

    CERTIFICATIONS

  • DNVGL-CG-0339
    FCC
    CE

EACIL20-MR

Intel® Celeron® N3350 Marine IPC
Winmate offers marine-certified computers with DNV, CE, and FCC certifications

Reliable Computing Compliant with Marine Standards

Winmate marine embedded computers are built and tested according to DNV Standard Certification to meet the marine industry’s international regulatory requirements. Besides, Winmate manufactured and performed in-house reliability tests to ensure optimal computing performance in harsh maritime environments.


Winmate embedded computers in a compact fanless design

Compact fanless design

The marine embedded computers’ hardware has a compact design of 100 x 70 x 31 mm (w/o mounting bracket) and provides reliable and long-lasting industrial needs.


Winmate embedded computers offer comprehensive mounting

Easy Mounting

Winmate marine embedded computers is a plug & play IoT gateway to simplify your deployment with multi-connectivity, optimized thermal solution, and easy mounting with various universal mounting options.


Winmate embedded computers with isolation protection for safe naval use

RS422/485 Communication with Isolation Protection

Winmate’s multi-port serial cards can be equipped with various high-performance peripheral devices in field devices that use RS-232/422/485 serial communication protocol. Each interface card requires only one PCI or ISA slot to provide independent serial channels.

 
 

 

 

System Specification

Processor

Intel Pentium N4200 1.1GHz (up to 2.5GHz)

Memory

4GB LPDDR4 2400 MHz

Storage

eMMC: Onboard 32 GB (Default)
eMMC: Onboard 64 GB (Optional)
eMMC: Onboard 128 GB (Optional)
mSATA SSD 128GB (Optional)

Ethernet controller

2 x Intel® Ethernet Controller

Security

TPM 2.0

Operating System

Windows 10 IoT Enterprise (64 bit) (Optional)

WLAN

Support (Optional)

BT

Support (Optional)

WWAN

WWAN (Optional)

Expansion Port

EACWSLT-222 WWAN Expansion Board (Single SIM Slot)
EACWSLT-231 3-port RS232/422/485 w/ isolation
EACWSLT-232 16-Channel Digital I/O w/ isolation
EACWSLT-233 2-port CANBUS w/ isolation
EACWLST-234 3 -port USB 2.0
EACWLST-235 2-port RS232/422/485 w/ isolation
EACWLST-236 2-port Giga-LAN
EACWLST-237 WWAN Expansion Board (Dual SIM Slot)

Mechanical

Dimension

100 (W) x 70 (H) x 31(D) mm(One layer)
100 (W) x 70 (H) x 61(D) mm(Double layer)

Weight

0.4 kg (One layer),
0.5 kg (Double layer)

Mounting

Desk mount & Wall mount (Default)
VESA mount (Optional)
DIN-Rail mount (Optional)

Enclosure

Metal

Cooling System

Fanless Design

Environment

Operating Humidity

30% to 90% RH, Non-Condensing

Operating Temperature

0°C to 55°C

Storage Temperature

-15°C to 70°C

Shock

Operating, IEC 60068-2-27

Vibration

Operating, IEC 60068-2-64

IP rating

IP30

Certification

Certification

CE, FCC
DNVGL-CG-0339

IO Ports

USB Port

2 x USB3.2 Gen1x1 (Type-A)

LAN

2 x Giga LAN RJ45 Connector

Video

1 x HDMI 1.4 (Optional)

Expansion Port

mPCIe: 1 x Full-size mPCIe slot
USB Wafer : 2 x USB Wafer

Indicator

1 x LED Indicator for power

mini PCIe

1 x Mini PCIE

Control

Button

1 x Power Button
1 x Reset Button

Accessory

Accessory

Quick Start Guide
Driver CD
AC to DC Adapter 12V/36W
Terminal Block 2 pin to 2.5Ø Female Adapter Cable
Open Wire Cable with terminal block 2 pin connector
WLAN External Antenna (For WLAN sku)
WWAN External Antenna (For WWAN sku) (Default)
VESA Mounting Kit (Optional)
DIN Rail Mounting Kit (Optional)

Power

Power Rating

9V to 36V DC, 2-Pin Terminal Block

Consumption

25W (Typical)

  • What level of processing performance does the Winmate EACIL20-MR embedded computer provide for marine operations?

    The Winmate EACIL20-MR embedded computer is powered by an Intel® Apollo Lake Pentium® N4200 CPU (quad-core, up to 2.5 GHz). It provides stable performance for navigation support, monitoring, and onboard data processing tasks in mission-oriented marine environments.

  • Why is compact size important when choosing the Winmate EACIL20-MR embedded computer for marine systems?

    With a 100 x 70 x 31mm compact design, allows the Winmate EACIL20-MR embedded computer to be installed in space-limited areas such as control cabinets or bridge consoles. This improves installation flexibility and simplifies integration into existing marine systems.

  • How does wireless connectivity improve flexibility in marine deployments?

    With support for WLAN, BT, and optional WWAN, the Winmate EACIL20-MR embedded computer enables wireless communication between onboard systems and remote networks. This reduces cabling complexity and supports real-time data exchange.

  • What advantages do expansion ports bring to the Winmate EACIL20-MR embedded computer?

    Expansion ports allow additional modules or interfaces to be integrated based on system requirements. This helps extend functionality and supports customization for different marine applications without major redesign.

  • Which mounting options are available for flexible marine installation?

    The Winmate EACIL20-MR embedded computer supports desk, wall, VESA, and DIN-rail mounting. These options allow installation in different onboard environments depending on space and layout requirements.

  • How does shock and vibration resistance support reliable marine operation?

    Designed to withstand shock and vibration, this embedded computer helps maintain stable performance under vessel movement and mechanical impact, supporting consistent operation in demanding marine conditions.

  • What are the benefits of using a fanless design in the Winmate EACIL20-MR embedded computer?

    A fanless cooling design reduces dust ingress and accumulation, lowering the risk of mechanical failure. It also helps reduce maintenance needs and improves long-term reliability, making the Winmate EACIL20-MR embedded computer well-suited for continuous operation in marine applications.

  • Why should you choose a computer that supports wide power input?

    With support for a wide 9–36V DC input range, the Winmate EACIL20-MR embedded computer can be deployed across different onboard power systems without requiring additional converters. This improves installation flexibility and helps ensure stable operation under varying power conditions.

  • What I/O capabilities does the Winmate EACIL20-MR embedded computer support for integrating onboard systems?

    The Winmate EACIL20-MR embedded computer supports multiple I/O interfaces, including USB, serial ports (RS232/422/485), and LAN, allowing flexible connection to navigation, monitoring, and control equipment across onboard systems.

  • Why do certifications matter when selecting a marine embedded computer for international procurement?

    Compliance with CE, FCC, and DNVGL-CG-0339 standards ensures the Winmate EACIL20-MR embedded computer meets international safety, EMC, and marine requirements, supporting deployment in regulated maritime projects.

Intel® Celeron® N3350 Marine IPC – Reliable Fanless Computing for Harsh Maritime Environments Maritime operations rely heavily on dependable computing solutions that can withstand harsh conditions while delivering stable, power-efficient performance. The Intel® Celeron® N3350 Marine IPC is a compact, fanless, and rugged industrial PC specifically engineered for marine applications. From navigation and communication systems to engine monitoring and shipboard automation, this marine-grade IPC offers a versatile platform that integrates seamlessly into vessel operations. Built with marine compliance, long-term reliability, and compact efficiency in mind, the N3350-based unit is ideal for both new build and retrofit scenarios across commercial vessels, naval ships, offshore platforms, and port-side automation systems. Built for Maritime Environments Designed to meet the tough demands of shipboard and offshore environments, this marine IPC features a rugged metal enclosure, fanless thermal design, and industrial-grade components that ensure stable operation in environments with vibration, salt spray, moisture, and extreme temperatures. Whether installed in engine control rooms, on navigation bridges, or within communication equipment cabinets, the system ensures uptime in challenging maritime environments. Optional IP65-rated front panels and anti-corrosion treatments further enhance protection in exposed conditions. Power-Efficient Performance with Intel® Celeron® N3350 At the heart of this marine computer is the Intel® Celeron® N3350 dual-core processor, a low-power x86 CPU optimized for embedded and industrial control systems. With a TDP of just 6W, it enables fanless, silent operation while delivering enough processing power for real-time data acquisition, system diagnostics, monitoring interfaces, and light edge computing tasks. The N3350 supports: Marine automation software Ship data monitoring systems Control panel HMIs Digital signage or display control on vessels Maritime communication gateways This makes it ideal for ship owners or integrators seeking reliable performance without the power and heat footprint of high-end processors. Fanless and Maintenance-Free Operation In marine environments, reliability is non-negotiable. This fanless marine PC minimizes mechanical failure points, eliminates dust accumulation issues, and reduces ongoing maintenance needs. It supports a wide operating temperature range and withstands shock and vibration in motion-heavy marine environments. Additionally, wide voltage DC input support allows for flexible deployment on different vessel types and power systems, ensuring compatibility with marine electrical standards. Industrial I/O and Expansion for System Integration Marine systems require extensive connectivity for sensors, displays, controllers, and networks — and this Celeron N3350 IPC delivers. Key I/O features include: Multiple COM ports (RS-232/422/485) for legacy marine equipment Dual Gigabit Ethernet for network redundancy or separation of systems USB 2.0/3.0 for peripheral and device integration HDMI or VGA for marine monitor connection CAN Bus or GPIO for control signal interaction (optional) Storage via SSD/mSATA for vibration-resistant performance This rich I/O selection allows integrators to easily interface with radar systems, fuel sensors, ECDIS displays, AIS receivers, and more. Compact Size, Versatile Mounting The IPC’s compact footprint allows it to be mounted in tight spaces, such as inside marine control panels, communication racks, or behind display panels. Wall, VESA, and DIN rail mounting options provide flexibility across vessel layouts or engine rooms. Combined with its energy efficiency, this marine-grade industrial computer can also be used for distributed automation — enabling scalable systems across large vessels or offshore rigs. Certifications and Marine Compliance The system can be customized to meet international marine standards including: IEC 60945 – Maritime navigation and radio communication equipment DNV GL / ABS / CCS – Classification society approval for marine electronics CE / FCC / RoHS – Global compliance for industrial environments These certifications are crucial for use in regulated maritime sectors such as commercial shipping, naval fleets, oil and gas, and offshore support vessels. Conclusion The Intel® Celeron® N3350 Marine IPC is a reliable, energy-efficient, and rugged computing solution designed to meet the demands of modern maritime applications. With its fanless design, compact size, wide I/O options, and industrial-grade durability, it is the perfect fit for shipboard automation, marine system control, and offshore communications. Whether you’re modernizing a vessel’s control architecture or building a new navigation platform, this marine IPC provides dependable performance where it matters most — at sea.