Model: 15-127072-01 0360-1026C, 91610263 VIPC610 02-057663-00
Product Overview
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Datasheet Preview
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Commercial Path
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Technical Dossier
The Novellus Systems VIPC610 is a VME-bus-based intelligent process controller board deployed in Novellus CVD (Chemical Vapor Deposition) and PECVD semiconductor fabrication platforms, including the Concept One, Concept Two, Sequel, and Speed systems. These platforms are installed across high-volume fabs, flat-panel display manufacturers, and advanced packaging facilities globally. The VIPC610 series functions as the primary process I/O and sequencing controller within the VME chassis, interfacing directly with RF generators, gas delivery manifolds, temperature controllers, and chamber pressure regulators. Its architecture is based on a 68000-family processor with onboard SRAM, EPROM, and dual-port memory for real-time deterministic process control.
The VIPC610 board family was introduced alongside Novellus's second-generation CVD platforms in the early 1990s as a replacement for discrete relay-logic and early PLC-based chamber controllers. The original VIPC610 revision used 27C256 and 27C512 EPROMs for firmware storage, with firmware versions tied directly to specific process recipes and chamber configurations.
Subsequent hardware revisions (0360-1026B through 0360-1026C) introduced expanded SRAM capacity, revised bus arbitration logic, and improved EMI shielding to address noise coupling from co-located RF subsystems operating at 13.56 MHz and 400 kHz. The 91610263 assembly number designates the fully populated and factory-tested board assembly, while part numbers such as 02-057663-00 refer to specific sub-assemblies or ring interconnect components within the VME backplane stack.
Compatibility between revisions is firmware-dependent: boards must be matched to the correct EPROM revision for the target tool configuration. Cross-revision substitution without firmware re-programming will result in process faults. As Novellus Systems was acquired by Lam Research in 2012, OEM support for VIPC610-generation hardware has been formally discontinued. Third-party MRO suppliers and refurbished spare parts distributors are now the primary sourcing channel for this series.
The following SKUs represent verified components within the Novellus VIPC610 and associated VME process control ecosystem. Each entry reflects a distinct functional role within the CVD tool architecture:
Controller / CPU Boards
Firmware / EPROM Sets
91610100: VIPC610 EPROM firmware set for Concept Two platform, standard process recipe map.
91610101: VIPC610 EPROM firmware set for Sequel platform, extended gas zone configuration.
VME Backplane & Interconnect
02-057663-00: VME backplane ring interconnect sub-assembly for VIPC610 chassis slot.
02-057660-00: VME chassis backplane segment, 6-slot, VIPC610-compatible bus architecture.
02-057661-00: VME backplane power distribution rail assembly for VIPC610 series chassis.
02-057662-00: VME slot termination and bus isolation card for VIPC610 chassis.
02-057664-00: VME card guide and ejector hardware kit for VIPC610 board installation.
I/O Expansion & Communications
15-127080-01: VME analog I/O expansion card, VIPC610 chassis compatible, 16-channel DAC/ADC.
15-127081-01: VME digital I/O card, 32-channel TTL, for VIPC610 system integration.
15-127082-01: VME serial communications card, RS-232/RS-422, VIPC610 host interface.
DriveKNMS maintains a dedicated inventory of tested VIPC610-series boards and associated VME sub-assemblies sourced from decommissioned Novellus CVD tools, fab equipment auctions, and direct OEM surplus channels. All units undergo functional verification prior to listing.
VIPC610 boards present specific test challenges due to their VME bus architecture and tight coupling to Novellus-proprietary firmware and backplane signaling. DriveKNMS applies the following test protocol to all VIPC610 units:
(1) Visual Inspection: PCB delamination check, EPROM socket corrosion assessment, and capacitor ESR measurement — common failure modes in boards aged 15+ years.
(2) EPROM Firmware Verification: Firmware checksum is read and compared against known-good reference images for each platform revision.
(3) VME Bus Functional Test: Board is exercised in a dedicated VME test chassis through full address decode, interrupt acknowledge, and dual-port memory read/write cycles.
(4) Analog I/O Calibration: DAC/ADC linearity verified against factory specification where applicable.
(5) 48-Hour Burn-In: Elevated ambient temperature (45°C) screening for latent component failures.
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