Also known as FLD Micro P. The system was donated by Tim Down of Pulse Photonics Ltd. This is an extreamly rare early 4th generation computer floppy drive unit, using the Intel 8008 CPU. It is only a floppy drive and controller, allowing collection to numerous computer systems.
Little is know about Transdata systems. The company was founded by John Neale in 1970. They were a UK based company. Their address and description is stated as:
Microelectronics Systems Division
Hants PO9 1BU
Tel: 0705 486556
Manufacturer and supplier of power equipment converters, acoustic couplers and telex switching. Supplier of modems.
Very little information exists about Transdata, it appears that almost no information has survived about the FLD Micro P. However a page has been found from “Microprocessors and Microsystems”, Vol 6 May 1982:
Their first microprocessor-based product was a floppy disc controller. The CPU chosen in 1975 was the Intel 8008 – the ancestor of the 8080. In these early days of microprocessors, there
were no languages, no operating systems, no software tools and programming had to be done in unmodified machine code. The system consisted of the disc controller with memory board and 8008-based processor board which was sold to medium-sized companies for stock
The Data code on the IC’s is 1976. The Intel 8008 was launched mid 1972. The main computer board also contains eight C1702A EPROM‘s, giving 2kBytes of Read only Memory.
The CPU Clock frequency is produced by a Resistor-Capacitor circuit. This would make it slightly unstable, and prone to temperature changes. The Intel 8008 typically runs between 500 and 700kHz.
The boards in the Transdata are:
- FLD 74 AW 1286 – Computer Module
- FLD/74/AW/1261 – Floppy Control and Panel Button input
- FLD/74/AW/1264 – Bus terminator
- FLD 74 AW 1276 A – Control logic
- FLD 74 AW 1253 – Control logic
- FLD 74 AW 1290 – Serial UART Interface
|Make & Model||Transdata 101 DD|
|RAM & ROM||Unknown|
Tim Down showing the Transdata, along with his work bench. Extract taken from British Microcomputing, 4th May 1982.