AMAT 0660-01534 Communication or logic control board card
Applied Materials (AMAT) 0660-01534 is a specialized communication or logic control board, often identified as the General Micro GMSV36-01-F (or similar GMSV36 series) 91/115F/E Board.
It is primarily used in legacy Applied Materials Centura and Precision 5000 (P5000) platforms. This board acts as a critical interface within the system’s VME-based control architecture,
facilitating high-level communication between the mainframe controller and the chamber-specific hardware.
Technical Parameter Table
| Parameter | Specification |
| Manufacturer | Applied Materials (OEM: General Micro Systems) |
| Part Number | 0660-01534 |
| Model Code | GMSV36-01-F (91/115F/E) |
| Board Category | Communication / Logic Interface PCB |
| Bus Type | VMEbus Architecture |
| Revision | Typically Rev A or Rev B |
| Form Factor | Standard VME Double-Height (6U) |
| Compatibility | Centura 5200, P5000, and Endura Platforms |
Related Models
The 0660-01534 is often part of a multi-board set within the tool’s electronics rack:
0660-01410: Daughter Board / Expansion Module.
0660-01533: Logic Control Board (Alternative Channel).
0190-09466: Seriplex Mux Controller.
0190-04397: DIP CDN496 Interface Board.
Application Cases
This board is essential for the stable operation of mature AMAT toolsets:
Etch Systems (Centura DPS II): Managing the high-speed timing required for plasma stability and electrostatic chuck (ESC) control.
CVD/PVD Mainframes: Providing the logic backbone for wafer transfer sequences between the load lock and process chambers.
Legacy Upgrades: Frequently used as a reliable replacement in “refurbished” 200mm fabs where VME-based stability is preferred over newer Ethernet conversions.
Product Advantages and Features
Industrial Hardening: Designed by General Micro Systems for high-reliability military and industrial environments, ensuring extreme thermal stability.
Deterministic Logic: Unlike standard PC boards, this VME-based card offers deterministic signal processing, crucial for gas flow safety interlocks.
Backward Compatibility: Specifically engineered to fit into existing AMAT VME cages without requiring chassis modifications.
Multi-Channel Support: Capable of handling multiplexed signals from multiple sensors, reducing the total board count in the rack.
Other Models in the Same Series
GMSV36-01-D: 91/096D/E version of the same board family.
0660-01201: Earlier generation logic board.
0660-01600 series: High-density I/O variants for 300mm tools.
| TAMAGAWA | TS2640N321E64 |
| TAYEE | AD17-SML |
| TDI | SPS5785 |
| TDI | SPS5710 |
| TDK-LAMBDA | LZS-A1000-3 |
| TE | LAD-N22C |
| TEAM | BCC-1 |
| TEAM | BL0308 PC0014 PC0014-P |
| TEAM | BG0090 PC0006 |
| TEAM | BL0170 PC0010-P |
| TECHNO | KR-505M |
| TEIKOOR | CPCIAC-6U-500 900-7002-10 |
| TEKTRONIX | 5440 |
| TEKTRONIX | 5A22N |
Installation and Maintenance
Maintenance Note: Due to the age of this board series, the most common failures are related to electrolytic capacitors and backplane connector pin oxidation.
Cleaning: Periodically inspect the 96-pin DIN connectors on the rear. Use an ESD-safe brush and specialized contact cleaner if oxidation is present.
Installation: Ensure the “VME Addressing” jumpers are configured correctly. These boards are usually not “self-addressing” and must be set to match the specific slot position in the AMAT rack.
Handling: Always use a grounded wrist strap. The GMSV36 series contains legacy logic chips that are highly susceptible to latent ESD damage.
Unique Product Description
The AMAT 0660-01534 is a bridge between generations. As the semiconductor industry continues to rely on 200mm production for automotive and IoT chips, this board remains a “keep-it-running” essential.
It provides the heavy-duty logic needed to manage the complex choreography of a plasma chamber, ensuring that the legacy Centura and P5000 systems—the workhorses of the modern fab—continue to operate with the same precision they had decades ago