Description
Key Technical Specifications
| Parameter | Specification |
|---|---|
| Product Model | 0090-76133 |
| Manufacturer | Applied Materials |
| Board Manufacturer | Synergy Microsystems |
| Board Model | V452 |
| Product Type | VME Single-Board Computer |
| Processor | Motorola 68040 reported |
| Processor Frequency | Configuration-dependent; verify physical board |
| Memory | 16 MB reported for this AMAT part |
| Bus Architecture | VMEbus |
| Ethernet | Platform supports Ethernet; exact board configuration requires verification |
| Serial Interface | Serial I/O reported on certain assemblies |
| Operating System | Tool/application dependent |
| Firmware | Tool-specific; not confirmed |
| Installation | VME backplane |
| Typical Equipment | AMAT Centura and other compatible semiconductor processing equipment |
| Operating Temperature | Not confirmed for this exact assembly |
| Power Consumption | Not confirmed |
Configuration warning: The Synergy V452 platform supports multiple processor and memory configurations. Platform-level specifications include 68040/68060 processors, different clock speeds, and memory capacities up to 128 MB. These maximum capabilities should not be attributed automatically to every AMAT 0090-76133 board.
Product Introduction
Applied Materials 0090-76133 Synergy V452 SBC
The Applied Materials 0090-76133 is a Synergy Microsystems V452 single-board computer used in legacy semiconductor manufacturing equipment. It provides the processing hardware for equipment-level computing and control tasks through a VMEbus architecture. Available equipment records associate this assembly with AMAT Centura and production equipment installations.
The reported 68040 processor and 16 MB memory configuration make exact hardware identification important during replacement. Processor population, memory, firmware, serial I/O, and board revision should be compared with the original assembly before installation.
0090-76133
Application Scenarios & Field Pitfalls (Engineer’s Perspective)
When an older semiconductor processing tool experiences a controller failure, the symptoms may include startup errors, missing equipment communication, or interrupted process sequences. A failed VME single-board computer can affect the equipment’s central computing layer. Replacing the board without matching its configuration and application environment can create additional commissioning problems.
Typical application scenarios:
- AMAT Centura systems: Replacement of the V452 SBC in compatible semiconductor processing equipment.
- Wafer processing equipment: Maintenance of legacy equipment computing and control hardware.
- Production equipment restoration: Repair and replacement of VME-based controller assemblies.
- Legacy semiconductor fabs: Spare-parts planning for equipment that remains dependent on Synergy hardware.
The Centura association is supported by equipment listings, but compatibility with a particular chamber or tool revision must be confirmed individually.
Field pitfalls to check before replacement:
1. Processor and memory configuration: Inspect the CPU marking, memory population, and PCB revision. The family includes multiple hardware configurations. A replacement with a different processor or memory arrangement may not support the original tool software.
2. VME backplane compatibility: Check the board’s connector condition, slot assignment, power supply, grounding, and backplane integrity. Do not assume that physical insertion into a VME rack establishes electrical or software compatibility.
3. Firmware and serial I/O configuration: Record firmware identifiers, jumpers, switches, and serial interface configuration before removing the original board. Certain AMAT listings identify a -D assembly with serial I/O, so compare the complete assembly rather than relying solely on the base part number.
Incoming quality inspection:
- Photograph the complete board and AMAT identification label.
- Record the PCB revision and serial number.
- Inspect VME connectors for bent contacts or oxidation.
- Check CPU and memory markings.
- Inspect capacitors, solder joints, and signs of previous repairs.
- Verify Ethernet and serial connectors where fitted.
- Request power-on and functional test evidence using an appropriate VME test setup.
A successful power-on test alone does not demonstrate compatibility with the target AMAT equipment.
Related Products
- 0090-76133A — Alternate suffix designation associated with the SBC. Confirm the actual hardware revision and assembly configuration before treating it as interchangeable.
- 0090-03467 — Synergy 452 SBC used in AMAT equipment. It belongs to the same broad hardware family, but direct interchangeability is not established.
- 0090-76109 — Synergy V440 VME controller. Different board family; not a direct replacement for the without an approved system migration.
- 0090-76110 — Synergy SV21 VME CPU controller. Different controller configuration and should not be substituted based on physical format alone.
- 0190-19549 — VME-7645 controller referenced as a later VME computing alternative in secondary equipment information. Application-level compatibility requires engineering validation.
Replacement recommendation: For an AMAT 0090-76133 failure, prioritize an exact assembly match. Compare processor, memory, PCB revision, serial I/O configuration, and firmware before approving a replacement. A generic board specification is not sufficient evidence that the board will operate correctly in a specific Centura or other semiconductor tool.
