TEWS TPMC871-10 | New Surplus PCMCIA PMC Interface Board

Description

Product Overview

The TEWS TPMC871-10 is a single-width PMC interface module designed to integrate PCMCIA and CardBus expansion cards into embedded computer platforms using the PMC architecture. The module provides a bridge between a host PCI bus environment and external PC Card devices, allowing industrial computing systems to utilize legacy communication, storage, and specialty interface cards. The TEWS TPMC871-10 is built for embedded applications where maintaining compatibility with existing PC Card technology remains necessary.

Based on a 32-bit PMC design compliant with IEEE P1386.1, the TEWS TPMC871-10 connects through a PCI 2.1 interface and supports both 16-bit PCMCIA and 32-bit CardBus cards. The module includes a dedicated PC Card controller and power management circuitry capable of supplying 3.3 V or 5 V card power, along with programmable card voltages of 3.3 V, 5 V, or 12 V. This architecture allows embedded systems to communicate with PC Card devices while maintaining controlled power management and protection functions.

The TEWS TPMC871-10 is commonly applied in industrial computing platforms, test equipment, military/aerospace systems, and legacy embedded controllers where PC Card compatibility is still required. Replacement projects should verify the PMC carrier board, operating system driver support, card type, and front-panel mechanical arrangement before installation. To be completely transparent, this module is a specialized interface product; its value depends heavily on the surrounding embedded hardware platform and the specific PC Card device being integrated.

Product Introduction (Non-Templated)

Maintaining older embedded systems often requires preserving interfaces that newer platforms no longer provide. The TEWS TPMC871-10 gives PMC-based computers a direct path for continued use of PCMCIA and CardBus expansion hardware.

Supporting one front-accessible PC Card slot, hot insertion/removal capability, and both memory and I/O card operation, this module is suited for embedded maintenance, industrial computing upgrades, and legacy system support.

Key Technical Specifications

Related Products

• TEWS TPMC871-11 — Similar PC Card interface module without front-panel accessible PC Card access. Used when the embedded enclosure design does not require front insertion.
• TEWS TPMC871-50 — Variant providing front-panel access with the inserted PC Card positioned behind the front panel. Selected for different mechanical integration requirements.
• TEWS TPMC871-10R — RoHS-compliant version of the . Suitable for systems requiring updated material compliance.
• TEWS TPMC851 — Multifunction PMC I/O module providing analog input, analog output, digital I/O, and counter functions. Used for measurement and control applications rather than PC Card expansion.
• TEWS TPMC881-10 — PMC Ethernet interface module providing 10/100 Mbps network connectivity for embedded systems. Different application focus compared with the PC Card interface function of TPMC871.
• TEWS TPMC866 — PMC communication expansion modules used in embedded systems requiring additional industrial interfaces.
• TEWS TA104 — HD68/SCSI-3 cable accessory used with compatible TEWS PMC I/O modules requiring external signal connections.
• — VxWorks software support package for series integration in embedded operating environments.

TPMC871-10

Frequently Asked Questions (FAQ)

1. IsWS compatible with my existing PMC computer system?

he requires a compatible PMC carrier board with PCI bus support.

Verify:

• PMC slot availability
• PCI signaling voltage compatibility
• Host CPU board architecture
• Operating system driver support
• PC Card type being installed

Mechanical fit alone does not confirm electrical compatibility.

2. Can I hot-swap this?

The PC Card interface supports hot insertion and removal of compatible PC Cards, but the PMC module itself depends on the host system design.

Consider:

• PMC carrier hot-plug capability
• Host operating system behavior
• Application requirements
• Power management configuration

The embedded platform determines whether full module replacement can occur online.

3.he support firmware v3.1?

he is primarily a hardware interface module and does not operate like a programmable controller.

Software compatibility depends on:

• Device driver version
• Operating system environment
• PC Card device driver support
• Host computer configuration

The driver package and embedded application should be verified before deployment.

4. Will I lose my application data when replhe ?

he does not store the primary application software.

Data handling depends on:

• The installed PC Card device
• Host computer storage configuration
• Operating system settings
• Application software location

Replacing the interface module normally does not affect host-side application files.

5. How can I verify a New SurWS is authentic?

Recommended inspection steps:

• Confirm TEWS model marking
• fy part designation
• Inspect PMC connector condition
• Check PC Card slot condition
• Review available inspection records

New Surplus status should still be confirmed before installation in a critical embedded platform.

6he support an embedded system upgrade project?

Yes, when the upgrade retains PMC architecture and PC Card requirements.

Typical uses include:

• Extending service life of embedded computers
• Maintaining legacy communication cards
• Supporting specialized PC Card hardware
• Replacing damaged PMC interface boards

The complete host platform should be reviewed before selecting this module.

7. What should engineers check before commissihe ?

Key checks include:

1. Confirm PMC carrier compatibility
2. Verify PCI voltage signaling
3. Install correct drivers
4. Test PC Card recognition
5. Confirm application communication
6. Check power supply behavior

These checks help avoid integration problems during embedded system restoration.