I330EAC-ID3
Intel® Atom® N2600 Marine Computer
Discontinued (EOL)
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KEY FEATURES
- Design for Industrial Automation, M2M application
- Onboard Intel® Atom® N2600 1.6GHz
- 1 x DDR3 SODIMM, max. 4GB
- 3 x RS422 / 485 communication with isolation protection
- Support 8 x GPIO with Phoenix type Terminal Block
- 2x Giga LAN, 2x USB, 1x VGA, Line in, Line out, Micro In
- Fanless, High efficiency thermal design w/ sealed construction
- 1500V DC power isolation resistance

IACS-E10" title="IACS-E10 
IEC60945" title="IEC60945 
DNVGL-CG-0339" title="DNVGL-CG-0339 
FCC" title="FCC 
CE" title="CE
CERTIFICATIONS
Product Details

Marine Certified for Heavy-duty applicating (I330EAC-ID3 only)
Marine Grade Computers are becoming very important in applications ranging from basic monitor to surveillance navigation and complex ship automation. While some panels and computers used on ships and vessels may never see harsher operating conditions than those consumer-based computers, there are also some navigation and radio communication equipment and system requirements and international maritime standards.

Industrial IoT embedded computers
Industrial IoT embedded computers with power ignition control, 1 x M.2 2242 SSD 64GB storage.

Fanless Cooling System
We use well-defined thermal analysis procedures to verify IPC systems to meet the harsh environment applications. Especially in fanless cooling design, we develop a heat-sink or heat-pipe solution to conduct the heat and the airflow for the best thermal solution. In the fan cooling system, we will analyze the system's thermal profiles before designing it to ensure the most efficient heat convection.

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.
Specification
Processor
Intel Atom N2600 1.6GHz
Chipset
Intel® NM10
Memory
1 x SO-DIMM, DDR3L 1600 MHz, 4GB
Storage
1 x mSATA SSD 128GB (Default)
mSATA SSD up to 512GB (Optional)
Ethernet controller
BCM57780A1KMLG
Operating System
Windows 7 Embedded Systems (Optional)
Operating Humidity
5% to 95%
Operating Temperature
-15~55°C
Shock
15G,11ms duration
Vibration
0.7g@DNV-CG-0339 (Class A)
Certification
CE, FCC
DNV-CG-0339, IEC60945 4th, IACS E10
USB Port
2 x USB
Serial Port
1 x RS232/422/485
3 x RS422/485 (Isolation)
LAN
2 x RJ45 (Giga Lan)
Video
1 x VGA
Audio
1 x Audio In Jack
1 x Audio Out Jack
1 x Mic In
Front Control
1 x Reset Button
1 x Power Switch on/off
Indicator
1 x PWR LED
1 x HDD LED
GPIO
8 Channel GPIO by Phoenix type Terminal Block
5V/12mA
Dimension
296 x 169 x 66 mm
Weight
3.1 kg
Mounting
Desk mount (Default)
Wall mount (Optional)
Enclosure
Aluminum
Cooling System
Fanless Design
Power Rating
24V DC In (Approval by Certificate)
9~36V DC Input Acceptable
Consumption
50W
Accessory
1 x User Manual
1 x Power Cord
1 x Open Wire Cable
1 x AC Adapter12V/ 84W
Product FAQs
How does the Intel® Atom® N2600 CPU support marine system operations?
The Winmate I330EAC-ID3 marine embedded computer is powered by an Intel® Atom® N2600 CPU running at 1.6GHz (dual-core). It delivers stable performance for continuous data processing and monitoring tasks, making it suitable for navigation support and onboard automation systems.
Why are marine certifications important for mission-critical maritime systems?
The Winmate I330EAC-ID3 marine embedded computer is certified to DNV-CG-0339, IEC60945 (4th Edition), and IACS E10 standards. These certifications support compliance-driven procurement and ensure suitability for regulated maritime deployments.
What memory and storage capabilities are available for onboard data management?
The Winmate I330EAC-ID3 marine embedded computer supports 1 x DDR3L 1600 MHz SO-DIMM with up to 4GB memory, along with a 128GB mSATA SSD (up to 512GB). This configuration supports stable handling of operational data and system logs.
How does the Intel® NM10 chipset contribute to system stability?
The Intel® NM10 chipset in the Winmate I330EAC-ID3 marine embedded computer is designed for low power consumption, helping reduce heat generation and support fanless system operation. By minimizing thermal stress, it improves overall system stability and supports reliable long-term performance in continuous marine and industrial environments.
Which operating system is supported for marine system integration?
The Winmate I330EAC-ID3 marine embedded computer supports Windows 7 Embedded Systems, enabling compatibility with legacy marine software and simplifying system integration.
How does isolation resistance improve system safety in marine power environments?
The Winmate I330EAC-ID3 marine embedded computer with 1500V DC power isolation resistance helps prevent leakage current and isolates electrical noise from the power source. This enhances system safety and supports stable operation by protecting internal components in demanding marine environments.
How do multiple connectivity options support onboard system integration?
The Winmate I330EAC-ID3 marine embedded computer includes 2 x Gigabit LAN, 2 x USB, 1 x VGA, and audio interfaces (Line-in, Line-out, Mic-in). These ports allow flexible integration with navigation, monitoring, and communication equipment.
What is the function of LED indicators in marine operations?
The Winmate I330EAC-ID3 marine embedded computer features 1 x Power LED and 1 x HDD LED, allowing operators to quickly check system status and storage activity for easier troubleshooting.
How does environmental tolerance support reliable operation at sea?
Supporting an operating temperature range of -15°C to 55°C and humidity from 5% to 95%, the Winmate I330EAC-ID3 marine embedded computer maintains stable performance under changing marine conditions.
Why is shock and vibration resistance critical for marine system uptime?
With 15G shock resistance (11ms duration) and vibration tolerance of 0.7g (DNV-CG-0339 Class A), the Winmate I330EAC-ID3 marine embedded computer maintains stable operation under continuous vessel movement and mechanical stress.



















