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SUPPORT CHIPS

Miproc developments Plessey Microsystems have pushed their Miproc 16 towards the
OEM market by introducing a card-based applications system, redesigne...

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Miproc developments Plessey Microsystems have pushed their Miproc 16 towards the
OEM market by introducing a card-based applications system, redesigned the
architecture of the CPU card to produce an even faster version and eased the
development cycle of Miprocbased systems by making available a firmware monitor
and a very efficient high-level assembly language. The 16/AS Application System
is based on the standard 350 ns instruction time Miproc, and comprises a 19 in
rack monitoring system which can accommodate one or two card bay (double module
size) modules. Each bay has an integral 40 A power supply plus fans, a unified
tristate backplane and slots for 13 further cards. The general-purpose system
building blocks available are the standard CPU card, an optional index
register/interrupt module, hardware multiplier, a variety of memory cards and a
range of interface cards including a programmable serial line interface, a two
channel 16bit parallel bidirectional I/O card, plus two 6-channel parallel input
or output cards. Changes to the architecture of the CPU card have resulted in a
faster version of Miproc which runs at a

250ns instruction time. This speed has been brought about by adding some
pipeline register hardware to achieve a dual memory architecture. In this way,
the processor is also fetching and decoding the next instruction during program
execution. The monitor consists of three cards with a firmware routine for
software development: multiple breakpoints can be set, contents can be dumped
and listed, registers examined, programs reassembled, backward tracing, cycles
counted, and deassembly to find last program jumps. Plessey have seen an
ever-increasing demand for larger program applications since the introduction of
Miproc, and this has been one of the factors in the development of a high-level
assembly language, PL-Miproc. The assembler was written for the Miproc by the
software consultants Albetros (see also in this Product Review 'lntersil 6100

simulator'). ALGOL-like in structure, the language provides very efficient
machine code generation for real-time applications. It is crosscompiled on a
PDP11, is easy to learn and debug, gives transportability between programmers
and permits block structured input, embedded assembly language and a range of
features including identifiers, typechecking, scope to identifiers, procedures,
compound statements, conditional statements and loops. The Miproc has been used
in various applications so far including process control, ATE, signal processing
and filtering, and one manual application where the system acts as a peripheral
to an 8080 machine-tool controller, providing fast computation of all the
complex cutting angle paths. (Plessey

Microsystems, Water Lane, Towcester, Northants NNI2 7iN, UK. Telephone: 0327
50312. Telex: 31628)

IM 6100 simulator A simulator program for the Intersil 6100 microprocessor which
runs on a host PDP 11 has been written by the Wokingham, UK, software
specialists, Albetros Ltd. Written in FORTRAN IV, the simulator is designed to
execute under the DEC RSTS/E operating system. It can run interactively or in
batch mode and provides comprehensive diagnostic and trace output including
reports on invalid accesses to memory areas declared as ROM. The simulator
occupies approximately 18 kwords, 8k being simulated memory and 10k being
simulator and man-machine interaction code. An

extra 4 kwords RSTS FORTRAN runtime buffer space is required, thus executing in
a total of 22 kwords. When lightly loaded, the DEC resource time-sharing system
allows execution at the rate of around 500-1 000 instructions/s, this figure
dropping to 50-100 on a heavily loaded installation. Slightly more processor
time per simulated instruction is required with this FORTRAN simulator over an
assembly language version, but response tim~ has been found acceptable under all
RSTS loading conditions. (Albetros

Ltd, 35 Broad Street, Wokingham, Berks, UK. Telephone: Wokingham 790660)

Support chips

Miproc 16-AS microcomputer application system

vol I no 8 december 77

New support chips from National include the 74C948 8-bit A/D converter and the
DP 8350 programmable CRT controller. The A/D converter has a single 5 V supply,
a latched tristate output to one TTL load, a 16-channel multiplexer on-chip and
a conversion time of 100 /Js. The CRT controller - the 'picture

painter' - is claimed to replace 35 ICs. It provides an internal dot-rate
crystalcontrolled oscillator and its video outputs include cursor enable,
programmable vertical blanking, and programmable horizontal and vertical
synchronization. (National Semiconductor

(UK) Ltd, 19 Goldington Road, Bedford MK40 3LF, UK. Telephone: 0234 211262)

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