Kontron AM4140 Modules AM4140-SA-1.5(E)O-4-FR

Technical Dossier

Product Details And Specifications

Kontron AM4140 Series Technical Notes

The Evolution of AM4140 Architecture

The AM4140 platform was introduced by Kontron as a CompactPCI 3U form-factor processor board. Early revisions utilized Intel Pentium III processors at 733 MHz to 1.0 GHz, paired with PC133 SDRAM up to 512 MB. These initial variants — including the base AM4140 and AM4140-SA — established the board as a front-end controller in SCADA and DCS architectures.

AM4140 Full Catalog & Functionalities (SKU List)

Processor / CPU Modules

• AM4140: Base 3U CompactPCI SBC, Intel PIII 733 MHz, 256 MB SDRAM, single Ethernet
• AM4140-SA: Standard variant, PIII 1.0 GHz, 512 MB SDRAM, onboard IDE controller
• AM4140-SA-1.5(E)O-4-FR: PIII 1.5 GHz, dual Fast Ethernet, -40/+85°C, 4-slot cPCI, front I/O
• AM4140-SA-1.0(E)O: PIII 1.0 GHz, dual Ethernet, extended temp, standard slot config
• AM4140-SA-1.0(E): PIII 1.0 GHz, dual Ethernet, commercial temperature range
• AM4140-SA-1.5(E): PIII 1.5 GHz, dual Ethernet, commercial temp, standard I/O routing
• AM4140-SA-1.5O: PIII 1.5 GHz, single Ethernet, extended temp, no front-routing
• AM4140-SA-1.0: PIII 1.0 GHz, single Ethernet, commercial grade, base I/O set

Memory & Storage Accessories

• AM4140-MEM-256: 256 MB PC133 SDRAM DIMM upgrade module for AM4140 platform
• AM4140-MEM-512: 512 MB PC133 SDRAM DIMM, maximum supported density for AM4140 SBC
• AM4140-CF-512: 512 MB CompactFlash storage, onboard IDE interface, industrial write-cycle rated
• AM4140-CF-1G: 1 GB CompactFlash, extended write-cycle rated, for OS and firmware storage

I/O & Communication Modules

• AM4140-COM-232: RS-232 serial I/O expansion, 4-port, front-panel accessible connector
• AM4140-COM-485: RS-485/422 serial interface, isolated, for field device communication
• AM4140-ETH-FE: Fast Ethernet 100BASE-TX add-on NIC for single-Ethernet AM4140 base variants
• AM4140-GPIO-32: 32-channel digital GPIO expansion, TTL-compatible, cPCI rear I/O connector
• AM4140-CAN-2P: Dual-port CANbus interface, ISO 11898, for embedded process control networks

Power & Chassis Accessories

• AM4140-PSU-5V: 5V/3.3V dual-rail power supply module, cPCI system slot compatible
• AM4140-BP-4S: 4-slot 3U CompactPCI passive backplane, 32-bit/33 MHz PCI bus

Sourcing Hard-to-Find & Obsolete AM4140 Parts

The AM4140 series has reached end-of-production status. Kontron no longer manufactures or provides factory repair services for these modules. For operators of legacy DCS, SCADA, and embedded control systems built on the AM4140 platform, DriveKNMS provides structured lifecycle extension support through three channels:

Customers operating AM4140-based systems in nuclear, petrochemical, or continuous-process environments are advised to establish a standing spare parts agreement to mitigate supply chain risk for this EOL platform.

Quality Control for the AM4140 Range

The AM4140 series incorporates a multi-layer CompactPCI backplane interface and proprietary Kontron BIOS firmware, requiring specialized test procedures beyond standard bench power-on verification. DriveKNMS applies the following QC protocol to all AM4140 units:

• Backplane Bus Integrity Test: Each board is seated in a reference 4-slot cPCI chassis and subjected to 32-bit/33 MHz PCI bus loopback testing across all J1/J2 connector pins.
• Processor & Memory Validation: CPU clock speed is confirmed via POST readout. SDRAM is tested with memtest86+ for a minimum of two full passes to detect single-bit and multi-bit error patterns.
• Ethernet Port Functional Test: Both Fast Ethernet ports are tested for link negotiation, packet transmission, and error-free throughput at 100 Mbps using a dedicated network test instrument.
• Thermal Stress Screening: Units for extended-temperature applications are subjected to a 4-hour thermal soak at +70°C under full CPU load to screen for latent component failures.
• BIOS & Firmware Verification: Kontron BIOS version is confirmed against the last known production release. Units with corrupted firmware are reflashed using Kontron-sourced binary images where available.
• Final Cosmetic & Mechanical Inspection: PCB surface, front-panel connectors, ejector handles, and board-edge fingers are inspected under magnification. Units with damaged connectors or delaminated PCB areas are quarantined.