Have a true look at the GDR´s economic situation back then

Bleipriester

Freedom!
Nov 14, 2012
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Doucheland
Today they tell you they had no work, no material, no machines...

Using an Spiegel artice of 1983, I do away with that bullshit and clarify the view onto the truth.

DER SPIEGEL said:
There is still hardly an industrial plant in the GDR that doesn´t herald before its factory gates on large panels that workers of all kinds are searched "from the non-working population". To poach staff from other firms by references to such rarities as guaranteed holiday pitches at the Baltic Sea or a free company housing is prohibited to socialist managers for years with punishment.

Like no other industrial country in the world the GDR has systematically tapped its labor force potential to the last man and the last woman. Although the population between the Baltic Sea and the Erz Mountains shrank by more than one and a half million people in the time from 1951 to 1981, in the same period the number of employed people, apprentices included, rose by more than a million from 7.7 to 8.8 million.

By far the largest share of this remarkable growth have the GDR women. Their mass occupation, as a key argument for the equality vaunted in the GDR, compensated not only the migration of 2.7 million East Germans to the west up to the wall bulding in 1961, but saved entire economy sectors from the imminent collapse due to workforce shortage.

In mobilizing women the GDR economy has now reached the end of the story by own opinion. Other labor reserves, such as the further-employment of age pensioners are also fully utilized. And foreign workers from other socialist countries, the East Berlin economy designers had never liked to count on.

Although up to 50 000 Poles and Hungarians were emplyed in the GDR industry towards the end of the seventies, this guest worker proportion never made ​​more than a maximum of one half of one percent of all employees. More recent figures are not available, but there is much evidence that the Polish contingent has been reduced considerably in the past two years by political reasons.

Central Comittee member Reinhold:
"The extensive sources of growth are substantially depleted. Neither are additional raw materials like fuels nor additional workforce available."

Anxiously, SED General Secretary Erich Honecker declared late last year that "in many industrial combines, labor productivity grows more slowly than production and is by thirty percent too low compared with the Federal Republic." (= West Germany).

Therefore rationalization and intensification are the magic words of the economic diet program, by which the East German industry is supposed to slim down in two directions: on the one hand, more economical and more effective use of material, on the other hand, savings and release of labor forces for new industries, such as microelectronics, as well as for long-time underserved areas such as service companies.

How this can look like in a centrally managed industrial society, which neither knows the economic sanction of dismissal and unemployment nor the bankruptcy of uneconomic companies, demonstrates the Petrochemical Combine (PCK) (and others of course) in Schwedt at the Oder, largest oil processing plant in the GDR, for several years. "At the end of the seventies", describes PCK general director Werner Frohn the situation, "we have been faced with the decision to continue to operate new facilites with the existing people or restrict the further development of the company."

Within four years, 2400 workers were released in the parent company, of which every fifth from the administration, retrained at the cost of the company and employed in new production facilities. The result: the bureaucratic share of the total workforce shrank from 28.5 percent to 22.3 percent and labor productivity rose faster than the production of goods for the first time in the plant.

However, the workers struggle with the "new-prussian" work ethic, for which the SED constantly beats the drum. But the millions of cases of absenteeism and tardiness, which economic officials repeatedly add together to impressive economic losses, are rarely an expression of political refractoriness, but rather a natural effect of the total labor society: Where the work takes so much of the life of the individual, life necessarily must also take place during the working time.

Article of 1983:
DER SPIEGEL*20/1983 - Meistens zu spät
 
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The GDR produced some fine goods !
One highlight was the EC 1835 Personal Computer, one of the last results of the GDR computer developemnet and manufacturing.
Specs:
CPU vary by variant:
8, 16 Mhz resp. 2*8, 2*16 Mhz (each i80286 compatible)
20 Mhz Transputer T800 for Workstation-Variant (despite Coordinating Committee on Multilateral Export Controls export prohibition)
25 Mhz Intel i08386 CPU (despite Coordinating Committee on Multilateral Export Controls export prohibition)
RAM: Up to 8 Megs
HDD: 20 resp. 42 Megs
Drives: 5,25" Disks @ 1,2 Megs resp 3,5 " Disks @ 1,44 Megs
OS: DCP 3.30 (DOS 3.3), compatible to MS-Dos 4.01 and MS-OS2
Graphics: VGA 640*480
Compatible to IBM-compatible plug-in cards

Page 4:
http://www.foia.cia.gov/sites/default/files/document_conversions/89801/DOC_0000098737.pdf

Page 1 and 2:
http://www.eser-ddr.de/documents/BasiskonfigurationEC1835_rd1990.pdf

Also very, very interesting is is the GDR´s U80700/U80702-CPU, whereas it is unclear why its 40 Mhz are rated 1 MIPS only. Its surley the rating of an early test pattern.

Page 45/47 to 46/48
http://www.dtic.mil/cgi-bin/GetTRDoc?Location=U2&doc=GetTRDoc.pdf&AD=ADA335229
GDR: 32-Bit Microprocessor for New
ROBOTRON Computer Generation
90CW0080 East Berlin
MIKROPROZESSORTECHNIK in German
No ll,Nov89p 322
[Article by Erfurt Microelectronics Combine: "First 32-
Bit Microprocessor From Erfurt Makes New Generation
of ROBOTRON Computers Possible"]
[Text] In addition to the development of a broad range of
products, great significance is attached to the develop-
ment of cutting edge products as prototypes of new
technologies for the 1990's. In the solid state circuit field,
development of efficient microprocessor systems as an
entree into VLSI technology and development of
dynamic memory prototypes were established as central
state objectives in the Directives of the 11th SED Party
Conference. Upon fulfillment of these objectives, it will
be possible for the GDR to meet the demand for VLSI
solid state circuits from its own national resources and
thus create a foundation for the necessary breadth of
products in the corresponding strategic economic sec-
tors, specifically in computer technology, control elec-
tronics, and information technology.
Preliminary developmental work for the GDR's first
32-bit microprocessor system began in September 1986.
Based on GDR requirements, emphasis was placed on an
efficient system for producing high performance work-
place computers. In addition to individual components
already available as a result of other developmental
objectives, it was necessary to develop 12 LSI and VLSI
circuits into a unified system. The heart of the system is
the 32-bit U80701 microprocessor, integrating approxi-
mately 130,000 transistors on a chip surface of 85 square
millimeters. This microprocessor permits construction
of a workplace computer with a capacity for 1 million
operations per second. The clock rate is 40 MHz. The
U80701 manages a 16-MB physical memory and a 4-GB
virtual memory. It has an integrated memory manage-
ment unit (MMU). It also has a page-based protection
mechanism (512 bytes per page) as well as access protec-
tion management. One hundred seventy-five machine
commands may be used. All commands are orthogonal
in structure and permit all of the 21 different address
modes for each of the maximum of 6 operands. For those
commands not implemented through the hardware,
emulation is supported at the operating system level.

Registers include 16 32-bit-wide general registers as well
as 20 processor or internal registers. The processor
contains a clock generator and a bulk voltage generator.
The system's 12 integrated circuits are produced by the
Erfurt Microelectronics and Carl Zeiss JENA combines.
Specific design software for LSI logic circuits such
microprocessors was developed and successfully tested
on the prototype of the 32-bit microprocessor U80701.
The new 32-bit K1820 computers from the VEB Com-
bine ROBOTRON built with the 32-bit microprocessor
system are fully compatible with the 32-bit K1840 com-
puters available in the GDR and with internationally
dominant products in 32-bit technology. The current
major areas of application of the computer are
• Design of complex automation systems
• Control of fully automated factories
• Information systems to guide the economy
• Design of LSI circuits and complex multilayer PCB's
• Robot controls
• Telecommunications, satellite control.
The Kl 820 may be networked without problems. Thirty-
two or more monitor-equipped workstations may be
connected to a single computer.
Independent tasks may
be performed in parallel on these workstations.
With the support of the U80700 system, virtual memory
management is possible, permitting multiuser and mul-
titask use in connection with internationally distributed
operating systems. Thus, all modern interactive
demands of various users are possible, and computer
capacity can be used for background processing.
Linking of multiple computers permits distribution of
tasks through actively connected redundancy so that the
failure of any one computer has virtually no repercus-
sions for the user.

The K1820 has no special installation requirements and
may be integrated into any workplace because of its
small size.
Compared to the 8-bit U880 microprocessor system used
to date in the GDR, a ten-fold material savings is
achieved.
The high resolution color graphics possible in engi-
neering workstations with the U80700 (on the order of 1
million pixels, several 100,000 colors) and interactive
capabilities permit use for sophisticated design and
graphics functions.
(editor´s note: 1 million pixels = 1152*864)
Of particular significance are the capabilities for linking
engineering workstations via efficient, i.e., high speed,
data communications processes.
Three fundamental
problems have been solved with this networking poten-
tial: First, there is an efficient base for transfer of data
and information between several computers (even over
long distances). Second, the utilization of common
resources—for example, expensive peripherals such as
mass memories and electrostatic plotters—by several
engineering workstations is supported. Third, it is pos-
sible to increase the computer capacity available to the
user through interconnection of several engineering
workstations.

With the U80700 system and the 1-mbit U6100 DRAM,
the GDR microelectronics industry now possesses all the
prerequisites for the design and production of highly
complex logic systems.
The necessary design tools were
developed cooperatively by the microelectronics com-
bines, the microelectronics user combines, the Academy
of Sciences, and the institutions of higher education of
the GDR.

Special technology with two metal layers was developed
for the 32-bit microprocessor. The modern production
facilities of the Erfurt Microelectronics Combine are
based on a clean room design developed in the GDR
and
use cutting edge technological equipment from various
GDR combines as well as imports from the USSR and
other CEMA countries. All crucial materials used are
produced in the GDR: Silicon wafers from VEB Trace
Metals Freiberg, high purity chemicals for semicon-
ductor technology from VEB Laboratory Chemicals
Apolda, ceramic housings from the Hermsdorf Ceramic
Works Combine, sensors from the Teltow Electronic
Components Combine, paint systems from the OROWO
Combine as well as items from numerous other com-
bines. The GDR has thus succeeded in providing its own
comprehensive infrastructure, beginning with circuit
design based primarily upon ROBOTRON Combine's
computer technology and extending through its own
production capabilities in modern clean rooms all the
way to supplying important materials.
Furthermore,
modern test systems to verify all qualitative parameters
in compliance with international standards are being
developed and produced in the Microelectronics Com-
bine.
The results achieved in the GDR in recent years in the
development of sophisticated solid state circuits form a
strong foundation for a modern national economy. This
foundation will guarantee stable supplies of the
extremely large variety of VLSI circuits for industry
from the GDR's own domestic resources.
 
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