Description
ADLINK KONGSBERG MXE-5104/SSD32G-S | Marine Embedded PC
Dynamic Product Introduction
Engineers running dynamic positioning systems or engine-room monitoring arrays on commercial vessels cannot afford thermal failures or drive head crashes caused by wave impact. Standard panel PCs lose display sync or drop fieldbus communication under extreme engine vibration, but the ADLINK KONGSBERG MXE-5104/SSD32G-S unit delivers uninterrupted real-time computing in severe maritime settings. This marine-grade controller acts as a primary execution engine for Kongsberg integrated bridge architectures and distributed vessel control setups.
Instead of relying on active cooling fans that draw salt mist and moisture into delicate electronics, this chassis uses a passive heavy-duty aluminum heatsink housing. With its factory-installed 32 GB solid-state drive and an Intel Core 2 Duo P8400 processor, the ADLINK KONGSBERG MXE-5104/SSD32G-S unit easily handles simultaneous serial telemetry logging and quadruple Gigabit network routing without thermal throttling or mechanical wear.
MXE-5104SSD32G-S
Key Technical Specifications
- Processor Architecture: Intel Core 2 Duo P8400 (2.26 GHz, 3 MB L2 Cache)
- System Chipset: Intel GM45 + ICH9-M
- Installed Memory: 2 GB DDR3 SO-DIMM (Expandable to 4 GB)
- Primary Storage: Factory-Installed 32 GB SATA Industrial Solid-State Drive
- Network Controller: 4x 10/100/1000 Mbps Ethernet ports (2x Intel 82574L, 2x Realtek 8111C)
- Serial Interfaces: 2x RS-232 (COM1/COM2), 2x RS-232/422/485 (COM3/COM4 via DB9)
- USB Ports: 6x USB 2.0 Type-A ports
- Video Output: DVI-I output (supports dual display outputs via splitter adapter)
- Power Supply: 24 VDC Nominal isolated power input (9 VDC to 24 VDC range)
- Operating Temperature: -20 °C to +70 °C (-4 °F to +158 °F)
- Vibration & Shock: 5 Grms (5–500 Hz, 3 axes with SSD), 50 G half-sine shock resistance
- Certifications: Marine Grade IEC-60945 4th Edition, CE, FCC Class A
Global Sourcing & Live-Test SOP (Transparency Core)
Sourcing surplus or vessel-spares inventory for the ADLINK KONGSBERG MXE-5104/SSD32G-S demands rigorous multi-stage qualification before recommissioning the unit on a ship.
- Inbound Verification: Incoming hardware undergoes visual inspection for salt-mist pitting, connector corrosion, and structural chassis stress. Hardware matrix codes and Kongsberg OEM part tags are cross-referenced to filter out commercial-grade non-marine variants.
- Storage Diagnostics: The 32 GB industrial SSD is unmounted to check SMART health parameters, total write cycles, and bad sector maps. Onboard power regulation circuits and CMOS battery voltages are verified.
- Live Test Bench Simulation: The unit mounts into a marine-certified diagnostic rack running under a 24 VDC isolated supply. All four Gigabit Ethernet interfaces undergo continuous full-duplex traffic generation. Serial COM ports (RS-232/422/485) execute automated loopback data handshakes.
- Thermal Chamber Burn-In: The ADLINK KONGSBERG MXE-5104/SSD32G-S unit undergoes a 24-hour thermal cycle test at +70 °C to verify passive heat-pipe performance under high CPU load.
- Final Prep: BIOS settings are returned to factory defaults (or restored to custom Kongsberg firmware profiles), test logs are saved, and the computer is sealed inside static-shielding ESD bags with fresh desiccant.
The Field Engineer’s Pitfall Guide
- ❗ Mismatching serial protocol BIOS jumper settings breaks NMEA navigation data: COM3 and COM4 support software-selectable RS-232, RS-422, and RS-485 modes. If technicians install a replacement ADLINK KONGSBERG MXE-5104/SSD32G-S unit without configuring the correct hardware jumpers or BIOS settings to match the vessel’s RS-422 NMEA gyro compass feed, the computer will drop navigation data packets without showing a physical link fault.
- ❗ Replacing the marine 24V plug with an unlatching block leads to power loss: The power terminal on this computer utilizes a 3-pin pluggable terminal connector featuring a screw-locking retention mechanism. I’ve seen shipboard electricians replace damaged plugs with standard open terminal blocks; engine vibrations quickly backed the plug out, causing blackouts on the propulsion telemetry node.
- ❗ Swapping the 32 GB industrial SSD for a standard commercial drive destroys cold-start capabilities: Standard consumer SSDs lack extended temperature controller flash memory. If the unit is installed on an unheated vessel deck in cold climates, a standard commercial SSD will freeze during initial power-up, leaving the ADLINK KONGSBERG MXE-5104/SSD32G-S unit stuck in a bootloader loop.
Intent-Driven FAQ
Can I run standard Windows or Linux operating systems on this Kongsberg marine computer?
Yes. The ADLINK KONGSBERG MXE-5104/SSD32G-S unit uses an x86 architecture that supports Windows XP Embedded, Windows 7, and standard 32/64-bit Linux distributions (such as Ubuntu or Red Hat) with native Intel GM45 graphics drivers.
How do I configure dual independent monitor displays from the DVI-I port?
The system utilizes a DVI-I output that carries both digital DVI-D and analog VGA video signals. By connecting a standard DVI-I Y-splitter cable, you can drive two distinct displays independently using the Intel GM45 integrated graphics manager.
What is the maximum memory capacity supported by the motherboard?
The motherboard features a DDR3 SO-DIMM socket that supports a maximum memory capacity of 4 GB DDR3 RAM.
Is this computer rated for direct installation on an open ship deck?
While the ADLINK KONGSBERG MXE-5104/SSD32G-S unit carries full IEC-60945 compliance for temperature, vibration, and EMC, it carries an IP10-style unsealed aluminum chassis. It must be housed inside a weather-tight IP65/IP66 enclosure if exposed to direct water spray or open weather elements.
How does the built-in watchdog timer function in case of software lockups?
The computer includes a programmable hardware watchdog timer managed via software commands. If an OS crash or runtime freeze occurs, the watchdog triggers an automatic hardware reset to restore system operations.
