The TEL MBMY-001A is a VMEbus memory expansion board designed to provide non-volatile storage for industrial computing applications. This module offers EPROM (Erasable Programmable Read-Only Memory) storage organized for 32-bit data access, making it suitable for program storage, boot code, and fixed data tables in VME-based systems.
The MBMY-001A is organized as a 32-bit memory board, allowing efficient data transfers to and from 32-bit VMEbus masters. The memory array is implemented using industry-standard EPROM components, providing non-volatile storage that retains data even when system power is removed. This characteristic makes the board ideal for storing firmware, operating system images, and configuration parameters that must survive power cycles.
The board interfaces with the VMEbus through a standard 96-pin DIN connector, supporting A24 and A32 addressing modes for flexible memory mapping. The VMEbus interface includes circuitry for address decoding, data buffering, and timing control to ensure reliable operation with various VMEbus masters. The board is designed to operate as a slave memory module, responding to read requests from CPU boards and other bus masters.
Product Type: VME memory board
Memory Type: EPROM (Erasable Programmable Read-Only Memory)
Data Width: 32-bit access
Addressing: A24, A32 VME address spaces
Form Factor: Standard VME 6U
Connector: 96-pin DIN (P1, P2)
Operating Temperature: 0°C to +55°C
Storage Temperature: -40°C to +85°C

The MBMY-001A is used in applications requiring reliable, non-volatile program storage. It is commonly deployed in industrial control systems where firmware must be protected from accidental modification and must be immediately available at system power-up. The board's compatibility with standard VME systems allows integration into existing installations as a memory expansion or as a replacement for failed memory modules.
Constructed with industrial-grade components, the MBMY-001A is designed for long service life in continuous-duty applications. The board includes proper decoupling and power filtering to maintain stable operation in electrically noisy environments typical of industrial facilities.



