CPCI-3840

Applied Materials CPCI-3840 | AMAT 3U CompactPCI SBC

Applied Materials CPCI-3840 | AMAT 3U CompactPCI SBC

  • Exact Model: CPCI-3840 (Adlink-manufactured custom configuration for Applied Materials, commonly tracked under AMAT Part Nos. like 0190-28651, 0190-39551, or 0190-41759)
  • OEM / Integration Brand: Applied Materials (AMAT) / ADLINK Technology (Hardware platform)
  • System Series: 3U CompactPCI (cPCI) Industrial Computing Architecture utilized in semiconductor fabrication tools (e.g., Centura, Producer, or Endura platforms)
  • Core Function: Acts as the main system controller running tool automation software, tool-to-host communications, and real-time sub-system coordination.
  • Module Type: Single Board Computer (SBC) / CPU Processor Blade
  • Defining Specs: Intel Pentium M / Celeron M processor architecture, up to 1GB/2GB DDR-SDRAM, dual Gigabit Ethernet ports, and modular rear transition module (RTM) compatibility.
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Description

Applied Materials CPCI-3840 | AMAT 3U CompactPCI SBC

 

Dynamic Product Introduction

Semiconductor manufacturing environments demand uncompromising controller reliability, precise computing performance, and exact hardware configuration mapping to prevent costly tool downtime. The Applied Materials (AMAT) CPCI-3840 is a specialized 3U CompactPCI Single Board Computer originally built by ADLINK and configured specifically for AMAT tool control racks.

When an aging tool computer suffers from motherboard failure, BIOS corruption, or component wear, installing a verified, exact-match AMAT CPCI-3840 module reestablishes seamless communication across the tool’s internal networks and host automation software. Deploying a fully tested replacement board ensures absolute system compatibility, protecting your fab’s recipe execution and wafer throughput.

CPCI-3840

CPCI-3840

Key Technical Specifications

Core Parameter Technical Specification
Product Model CPCI-3840 (AMAT Custom Configuration Series)
Original Hardware Maker ADLINK Technology / Distributed via Applied Materials (AMAT)
Common AMAT Part Nos. 0190-28651, 0190-39551, 0190-41759 (dependent on revision/build)
System Architecture Standard 3U CompactPCI (cPCI)
Processor Core Intel Pentium M / Celeron M (low power consumption, up to 2MB L2 cache)
System Memory DDR-SDRAM configuration (typically 512MB to 1GB factory-installed)
I/O & Networking Dual Gigabit Ethernet ports, USB 2.0, serial interfaces
Storage Interfaces On-board IDE, CompactFlash, and Serial ATA support
Operating Temperature 0°C to +55°C industrial cabinet threshold

 

Global Sourcing & Live-Test SOP (Transparency Core)

Acquiring legacy semiconductor tool replacement boards through secondary markets requires an exhaustive verification workflow to guarantee complete pin-out integrity and operational readiness.

  • Inbound Verification: Incoming CPCI-3840 boards undergo high-magnification optical inspection of 3U backplane connector pins, surface-mounted capacitors, and verification against AMAT part number nomenclature tags.
  • Live Simulation: Technicians seat the SBC into a dedicated 3U CompactPCI test rack powered by stable rails to confirm BIOS initialization (typically Award v6.00PG variants) and slot-role handshakes.
  • Diagnostics: Engineers execute full-scale memory address sweeps, onboard Ethernet packet transmission tests, and run a 24-hour thermal soak chamber test under load.
  • Final Prep: Units receive comprehensive revision logging, static-dissipative wrapping, and custom foam-lined vacuum sealing inside heavy-gauge moisture-barrier ESD shielding bags.

 

The Field Engineer’s Pitfall Guide

❗ AMAT Part Number / Revision Discrepancies: Simply matching “CPCI-3840” isn’t always enough; failing to verify the specific Applied Materials dash number (e.g., -28651 vs -39551 vs -41759) can result in BIOS image mismatches or incompatible onboard memory/storage configurations required by your tool’s specific software version.

❗ BIOS and Boot Media Sealing: Swapping the board without securing the proper CompactFlash boot card or hard drive container configured for your specific AMAT tool type will cause a boot failure. Always verify storage media and make local backups if migrating data.

❗ Backplane Insertion Force: Forcing the 3U card into an unaligned subrack slot can bend delicate gold backplane pins. Always guide the module smoothly along the chassis tracks before engaging the front injector latches.

 

Intent-Driven FAQ

Will swapping this board erase my tool control program or recipes?

No. Recipe data, tool configuration files, and operating system images reside on separate boot storage media (such as an industrial CompactFlash card or onboard drive). However, you must ensure the replacement board matches your exact AMAT part revision profile.

Are these units original factory parts or refurbished surplus?

Inventory options typically consist of fully tested, certified working surplus or refurbished semiconductor-grade hardware that has undergone rigorous bench validation.

Is this board compatible with standard commercial backplanes?

While built on standard 3U CompactPCI architecture, AMAT-configured versions feature specific BIOS strings and layout parameters designed to interface seamlessly within Applied Materials tool racks and Rear Transition Modules (RTMs).

What warranty accompanies a replacement AMAT SBC?

All supplied units carry a comprehensive operational warranty covering internal component health, memory bus stability, and communication port integrity.

Are you installing this processor card into an active Applied Materials production tool or keeping it on hand as a critical fab hot-spare?

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