B13500-DIM-001-0002

Overview

The B13500-DIM-001-0002 is a DIMMBoard DX86 EXT Computer-on-Module designed for industrial applications requiring extended temperature operation. It features a DMP Vortex86DX SoC clocked at 600 MHz, providing 32-bit x86 compatibility with 16 KB L1 and 256 KB L2 cache. The module includes 256 MB of onboard DDR2 memory and operates within a -40°C to +70°C range. It supports booting from SD card, USB, or Ethernet and consumes 3-4 W at 600 MHz.

Feature Summary

• Extended temperature variant (-40°C to +70°C) with conformal coating
• DMP Vortex86DX SoC with 256 MB onboard DDR2 RAM
• Supports legacy interfaces including 16-bit ISA and LPT
• Compact SODIMM 144 form factor (86 x 40 x 8 mm)

Applications

• Mobile embedded devices requiring passive cooling
• Industrial control systems operating in extreme temperatures
• Legacy interface integration via ISA and LPT support

Procurement Notes

Verify the specific part number suffix to confirm the extended temperature rating and conformal coating status. The B13500-DIM-001-0002 corresponds to the DX86 EXT variant, distinct from the standard DX86 model which lacks these environmental protections. Ensure power supply requirements match the 5 V DC specification.

Selection Notes

Select this module when extended temperature tolerance and conformal coating are mandatory for the deployment environment. The integrated 256 MB DDR2 limits complex OS usage; verify that target operating systems like Linux or WinCE fit within the memory constraints. Consider the 600 MHz base clock speed against application processing demands.

Part Context

This component belongs to the DIMMBoard DX86 series by b-plus technologies GmbH, adhering to the DIMM-PC® module specification. It serves as a credit-card sized Computer-on-Module solution, offering long-term availability for embedded systems. The EXT variant specifically addresses harsh environmental conditions compared to the standard version.

Replacement Considerations

The standard variant B13500-DIM-001-0001 offers identical computational performance but lacks the -40°C to +70°C operating range and conformal coating. Substitution requires verifying if the reduced environmental tolerance meets the new application's thermal requirements.