Archive for the 'Just For Fun' Category

December 29th, 2018 ~ by admin

The End is Near (of the year) – A Look Back at Y2K

AMD Y2Kids Career Day – K6-2 Custom Painted 

Think back 19 years, the year is 1999 and in just a few days the world is apparently coming to an end due to programmers of the 60’s and 70’s deciding to save precious memory and use 2-digits for the year instead of 4.  Or perhaps they just assumed that in 30-40 years we really wouldn’t be using the same systems. Either way the world (and by world we mean mainly the media) was prepared to go dark as everything technology driven ground to a halt as the clocks struck midnight.  Kids pondered if this would mean an extended holiday break, while parents wondered if they would still have a job, or money in their computer controlled checking account.

Thankfully (though perhaps looking back that is becoming murky to some) it was a complete non-even, life, and technology continued at a record pace. And who would want to miss it? The GHz war between AMD and Intel was neck and neck at the turn of the millennium, with AMD set to win it by a few days.  This was the age of the Pentium 3, the Athlon and the K6-2.  Technology was glamorous and some of its downsides seen today were relegated to sci fi movies.  AMD and other companies held job fairs to acquire new talent, and also hosted Career Days for younger kids to see what went on in the exciting tech industry.  This specially painted AMD K6-2 CPU was likely handed out during such an event, probably either in Austin, TX (where AMD had a large fab) or Santa Clara, CA.  Its a NTK made package with a AMD package # 26351, the standard from 1998-2000 and used for most all late K6-2 CPUs. The child who likely would have received this, probably a middle schooler at the time would now be around 30, who knows how such an event affected them but it would be neat if they ended up working at AMD (or Globalfoundries) or at the very least sing an AMD powered computer.

May 27th, 2018 ~ by admin

Mainframes and Supercomputers, From the Beginning Till Today.

This article is provided by guest author max1024, hailing from Belarus.  I have provided some minor edits/tweaks in the translation from Belarusian to English.

Mainframes and Supercomputers, From the Beginning Till Today.


We all have computers that we like to use, but there are also more productive options in the form of servers with two or even four processor sockets. And then one day I was interested, but what is even faster? And the answer to my question led me to a separate class of computers: super-computers and mainframes. How this class of computer equipment developed, as it was in the past and what it has achieved now, with what figures of performance it operated and whether it is possible to use such machines at home, I will try to explain all this in this article.


First you need to determine what the super-computer differs from the mainframe and which is faster. Supercomputers are called the fastest computers. Their main difference from mainframes is that all the computing resources of such a computer are aimed at solving one global problem in the shortest possible time. Mainframes on the contrary solve at once a lot of different tasks. Supercomputers are at the very top of any computer charts and as a result faster than mainframes.

The need for mankind to quickly solve various problems has always existed, but the impetus for the emergence of superfast machines was the arms race of well-known superpower countries and the need for nuclear calculations for the design and modeling of nuclear explosions and weapons. To create an atomic weapon, colossal computational power was required, since neither physicists nor mathematicians were able to calculate and make long-term forecasts using the colossal amounts of data by hand. For such purposes, a computer “brain” was required. Further, the military purposes smoothly passed into biological, chemical, astronomical, meteorological and others. All this made it necessary to invent not just a personal computer, but something more, so the first mainframes and supercomputers appeared.

The beginning of the production of ultrafast machines falls on the mid-1960s. An important criterion for any machine was its performance. And here on each user speaks of the well-known abbreviation “FLOPS”. Most of those who overclock or test processors for stability are likely to use the utility “LinX”, which gives the final result of performance in Gigaflops. “FLOPS” means FLoating-point Operations Per Second, is a non-system specific unit used to measure the performance of any computer and shows how many floating-point arithmetic operations per second the given computing system performs.

“LinX” is a benchmark of “Intel Linpack” with a convenient graphical environment and is designed to simplify performance checks and stability of the system using the Intel Linpack (Math Kernel Library) test. In turn, Linpack is the most popular software product for evaluating the performance of supercomputers and mainframes included in the TOP500 supercomputer ranking, which is made twice a year by specialists in the United States from the Lawrence Berkeley National Laboratory and the University of Tennessee.

When correlating the results in Giga, Mega and Terra-FLOPS, it should be remembered that the performance results of supercomputers always are based on 64-bit processing, while in everyday life the processors or graphics cards producers can indicate performance on 32-bit data, thereby the result may seem to be doubled.

The Beginning

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March 21st, 2018 ~ by admin

Intel’s Chipped Chips

Early Intel 8080A processor (no date code) chipped and used in a Uni kit

Typically when collecting something, be it coins, cars or CPU’s having the most pristine unblemished example is highly desirable.  However, sometimes, the best example is one that isn’t perfect, in coin collecting it may be a rare double struck coin, or some other flaw that actually makes the coin more valuable.

In the 1970’s Intel put together many development kits for it’s processors.  These were to help engineers, companies, and even students learn how to use Intel’s products. Intel made several kits specifically for University use, including one based around the MCS-80 processor and another around the MCS-48 microcomputer.  The 8080 University kit came with an 8080 processor, and a variety of support chips, including RAM, EPROMs (usually 1702s), clock drivers, bus drivers etc.  They were often a mix of packages, including plastic, and ceramic, with many chips being marked ‘CS‘ which is Intel’s designation for a Customer Sample.

Military MC8080A CS from a Uni kit. Multiple chipped corners. Such damage often was a result of improper packing in an IC shipping tube.

The price of the kits was kept low, the purpose was to get people use to using Intel products, not to make money.  Due to this, Intel tried to build the kits in the most efficient way possible.  Almost every 8080 University kit included a working, but cosmetically damaged C8080A processor.  These were typically the white/gold ceramic variety with a chipped corner.   It was very common to see a MC8080A or MC8080A/B military spec processor in a University kit, the processor would function fine, but had  some damage, enough that it could not be sold as a mil-spec processor (which has requirements for screening out such damage). The damaged chip would simply be tested, stamped ‘CS‘ and stuck in a kit, ths saving Intel money and keeping a working processor from being wasted.   The same thing happened with the MCS-48 University kits, these included chips such as the D8035 or C8748 MCU, and again, often shipped with damaged chips.

It turns out that the most correct, authentic chip, in a University Kit, was the cosmetically challenged, and in a way, this makes them more uncommon and more interesting.  Its due to their damage that they were selected for the special use in a University kit.  The irony is that many times it was the highest end military screened chips, that ended up getting used in one of the lowest end products.

October 14th, 2017 ~ by admin

VLSI: What is this THING?

VLSI VY12338 THING UA-JET238-01 – Made in 1997

VLSI was started back in 1979 by several former Fairchild employees, 2 of which had previously founded Synertek, a connection that becomes important later on.  VLSI is best known for being a contract deign/fab services company.  They excelled at custom, and semi-custom designs for a wide range of customers, as well as acting as a