AMAT 0100-71278 high-performance VME Communication Interface Board
Applied Materials (AMAT) 0100-71278 is a high-performance VME Communication Interface Board specifically engineered for the AKT
(Applied Komatsu Technology) series of semiconductor and flat-panel display (FPD) manufacturing tools.
This board serves as a primary carrier for PMC (PCI Mezzanine Card) expansion modules, enabling high-speed data acquisition and system communication in CVD (Chemical Vapor Deposition) and PECVD environments.
Technical Parameter Table
| Parameter | Specification |
| Manufacturer | Applied Materials (AMAT) / AKT |
| Part Number | 0100-71278 |
| Model Name | CVD Communication Interface Board |
| Bus Architecture | VMEbus (6U Form Factor) |
| Expansion Slots | Supports Dual PMC (PCI Mezzanine Card) Slots |
| Revision | Typically Rev. 01 |
| Compatibility | AKT 15K, 25K, 55K, and 60K Platforms |
| Function | Master Communication / Interface Carrier |
The 0100-71278 is frequently used in conjunction with these specific mezzanine and logic cards:
0100-71267: 8-Channel PMC Expansion Card (typically hosted on the 0100-71278).
0100-71229: Auxiliary CPU Board for AKT system logic.
0100-71271: VMEbus Digital I/O Module.
0100-71365: VME Communication Board with Ground Planes.
Application Cases
This communication interface is a foundational element in large-scale substrate processing:
CVD/PECVD Tool Control: Facilitates the high-speed exchange of process data between the tool's mainframe and the chamber-level sensors.
Display Panel Manufacturing: Used in the production of TFT-LCD and OLED screens to ensure uniform film deposition.
Data Aggregation: Acts as a central hub for multiple PMC cards that handle specialized tasks like pulse code modulation or high-speed serial I/O.
Product Advantages and Features
Modular Versatility: The inclusion of PMC slots allows the board to be customized for different communication protocols without replacing the entire VME motherboard.
High-Bandwidth Communication: Optimized for the high-density data requirements of 300mm wafer and large-gen glass substrate production.
Hardened Architecture: Designed to operate in the high-EMI (Electromagnetic Interference) environments characteristic of plasma processing chambers.
Reliable Field Replacement: Standardized 6U VME form factor ensures easy hot-swapping and maintenance in high-volume manufacturing (HVM) settings.
Other Models in the Same Series
0100-71275: P2 Backplane 60K CVD Board.
0100-71224: TSSL Sensor Data Processing Board.
0100-71313: AKT Series Signal Distribution Board.
Installation and Maintenance
PMC Mounting: If installing mezzanine cards (like the 0100-71267),
align the PMC connectors with the 0100-71278 headers and secure them with the four standard mounting screws to prevent vibration issues.
Slot Alignment: Carefully slide the board into the VME rack guide rails. Ensure the 96-pin DIN connectors are fully seated before locking the front-panel ejector handles.
Cleaning: Use only moisture-free, filtered compressed air for dust removal. Inspect the gold-plated PMC interfaces for oxidation before mounting.
| TRICNOEX | 3503E |
| TRICON | 20064-320 |
| TRICON | 2058 |
| TRICON | 2551 |
| TRICON | 2658 |
| TRICON | 3003 |
| TRICON | 3006 |
| TRICON | 3501E |
| TRICON | 3502E |
| TRICON | 3503E |
| TRICON | 3601E |
| TRICON | 3604E |
| TRICON | 3607E |
| TRICON | 3636R |
| TRICON | 3700 |
| TRICON | 3700A |
| TRICON | 3701 |
Handling: Strict ESD protocols apply. Use a grounded wrist strap. The 0100-71278 contains high-density CMOS logic that is easily damaged by static discharge.
Unique Product Description
The AMAT 0100-71278 is the "Modular Backbone" of the AKT CVD control system. By combining the stability of the VMEbus with the flexibility of PMC mezzanine expansion,
this board allows AKT tools to adapt to evolving communication standards.
Whether it is managing complex gas-flow timing or high-speed sensor feedback, the 0100-71278 provides the reliable, deterministic interface required to keep the world's leading display manufacturing lines running at peak efficiency.
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