#IBM i (AS/400)

[acomsoftware]

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[beebfreeb]

*EXTREMELY LOUD INCORRECT BUZZER*

Broad shoulders? Broad shoulders? I DESIRE THE INDUSTRIAL MACHINERY CARNALLY

STICK YOUR FINGERS IN THOSE MECHANICAL JOINTS SOMETHING BEAUTIFUL WILL HAPPEN.

If I saw a nutcracker nobody could stop me

[adafruit]

🖥️ 🧸 a new (old) approach for 21st-century kids using computers… chronological order

as our kiddo gets older we are going on a journey with her, focusing on the evolution of computing from where it started, and using each one, in order.

our adventure begins with retrofitting a 1998 littletikes/ibm playset to house the early computers, providing her with a tangible way to interact with these machines. might need to do emulators for some of these, but trying to see if we can get many of these, build/re-build, or borrow -

some of the plans will be to explore the hardware - on how it all worked before computing moved to sealed black rectangles that's mostly used to buy things or pay subscriptions services.

here's the "playlist" so far - have any suggestions?

altair 8800 (1975) apple i (1976) commodore pet (1977) apple ii (1977) atari 400/800 (1979)

commodore vic-20 (1980) ibm pc (1981) commodore 64 (1982) apple macintosh (1984) amiga 500 (1987)

next computer (1990) sun sparcstation 10 (1992) compaq presario 425 (1993) sony vaio pcv (1996) apple imac g3 (1998) dell dimension xps t500 (1999)

this approach also seems like it could be a kid's book - a book for parents to follow along with their kids on the history of computers with how-tos on building, or emulating them. maybe even a "build-a-bear" - style workshops / classes for kids and parents, but for making their first computers together…

more later!

🕹️ this was inspired by andy baio's approach of guiding his son through the chronological history of video games (2014)

[ui-alcoholic]

One of the most defining 16bit computers was introduced in June 1985.

ATARI ST 520

DESIGN HISTORY & STRATEGY

The Atari ST series was born in a turbulent time: Atari had just been acquired by Jack Tramiel, founder of Commodore, after leaving that company. Tramiel pushed for a quick-to-market product to compete with the Apple Macintosh and Commodore Amiga.

Development time: Less than one year — an aggressive schedule for a 16-bit GUI-based machine.

Initial models: The Atari 520ST was the first to ship, showcased at CES in 1985.

Innovative design: All-in-one casing (mainboard + keyboard), like the Amiga 500, but with better modularity (external floppy drive, monitor, etc.).

Former C=64 developer Shiraz Shivji led the design team. He tells a story about the Atari ST/Commodore Amiga history (source) "It is very interesting that the Warner Atari difficulties were due to Tramiel’s Commodore. The Commodore 64 was much more successful (I would say wildly successful) compared to the Atari Computers such as the 800 and the 400. We were also taking away sales from the video games division, the Atari 2600. Jay Miner was at Atari in the old days and was involved in the design of their products. He left Atari to design the Amiga. Atari had funded some of this effort and had an option to buy the Amiga. When we took over Atari in July 1984, the first order of business was to decide what to do with this option. The problem was that the Amiga was not quite ready and would need a lot of money to acquire. We decided to pass on Amiga, but this put enormous pressure on our own development team. Commodore, on the other hand, did not have an internally developed 32-bit graphics-oriented machine and did not have the confidence to develop the machine internally. They ended up buying Amiga for between $25-$30 million and spent a further $20 million or so and yet came out with a product a little after Atari. The roles were reversed, the Atari ST has a Commodore pedigree, while the Amiga has an Atari pedigree!"

MIDI AND MUSIC PRODUCTION

The 520ST included built-in MIDI ports — a revolutionary move. At the time, most other computers needed expensive third-party MIDI interfaces.

Key Software:

Steinberg Cubase – became the industry standard for MIDI sequencing.

Notator – early version of what later evolved into Logic Pro.

Pro 24, Dr. T's, and Hollis Trackman – widely used for composing, sequencing, and syncing synthesizers.

Used by Artists:

Fatboy Slim composed with the ST well into the 2000s.

Jean-Michel Jarre, Vangelis, The Chemical Brothers, and Underworld used it in studio setups.

Many studios kept an Atari ST just for MIDI due to its tight timing and reliability.

SOFTWARE ECOSYSTEM

TOS/GEM: A fast and responsive GUI OS that was very usable on 512KB of RAM.

Productivity apps:

Calamus DTP – high-quality desktop publishing

NeoDesk – an improved desktop GUI

GFA Basic – a powerful programming environment

Graphics tools:

Degas Elite, NeoChrome – pixel art, animation

Spectrum 512 – used clever tricks to display 512 colors

While the Amiga had better graphics and sound, many games were first developed for the ST, then ported to Amiga. Key games:

Dungeon Master – first-person RPG with real-time mechanics

Carrier Command, Starglider, Blood Money, Rick Dangerous

Flight simulators, strategy, and adventure games flourished

CULTURAL IMPACT

In Europe (especially the UK, Germany, France, and Hungary):

The ST became a cornerstone of bedroom coding, Demoscene, and music production.

Local software houses and users created a vibrant community around the machine.

The Atari ST was used in schools, small studios, and households well into the early '90s.

In education: The ST's affordability and easy-to-use software made it a favorite in European schools and computer labs.

DECLINE & LEGACY

By the early 1990s, the ST line was losing ground to IBM-compatible PCs and faster Amigas.

Later models like the STE, TT030, and Falcon 030 tried to revitalize the line, with limited success.

Atari shifted toward consoles (like the Jaguar) and left the computer market.

Long-term legacy:

The Atari ST's MIDI legacy lives on — it helped standardize digital music production workflows.

Many musicians and retrocomputing fans still collect and use STs today.

A vibrant retro software/demo scene remains active, especially in Europe.

[heyyallitsbeth]

its so wild to me how some of the most important brands in computer history just.

dont exist anymore.

Commodore was responsible for introducing low cost computers to generations of people with it's Vic 20 and C64, and taught countless people with Commodore Pets in classrooms. Now all their assets are just names split between different businesses.

Atari brought gaming home, and some of the first 8 Bit computers as well. Now their name is just a stain on the box of Plug and Play consoles.

Compaq was responsible for the first ever IBM clones, bringing upon the dawn of the modern personal computer and at much cheaper prices than IBM. Now they're a defunct subsidiary of HP.

Tandy was huge in the 8 Bit era, and they popularized a graphics processer that was so much better than any prior graphical solution on MS-DOS computers so much that it became known as Tandy Graphics and Sound, even though it wasnt made by them. Now Radio Shack entirely is gone.

eMachines is pretty much the entire reason computers are mostly cheap now, their aggressive pricing against the market's competition forced the entire industry to cut their prices. Now all they are is a footnote in Apple documentaries about brands that copied the iMac G3.

And like, you'll never have brands like this again. There's no such thing as an "iconic" computer anymore, theyre all reskins of eachother. Commodore had the Vic 20, the C64, the 128, the Amiga, all icons. Atari had the 2600 console and the 400 and 800 computers. Tandy had the TRS 80, Color Computers. Compaq had their portable series. eMachines had the eOne. All icons in their own right, all unique, all special.

I cant think of a tech brand today that anyone would notice was gone. But these. These were special to people. And now theyre gone. Nothing remains.

[i also just realized. Commodore AMIGA. Its the commodore friend. this computer was your friend. and the box of every computer commodore made said welcome to the world of friendly computing. :( ]

[max--phillips]

I lived! Day one: complete. I am jazzed as hell that the entire company runs on a piece of software that runs as an IBM i series AS/400

[ponycycle]

What's your biggest hyperfocus and how did you discover it?

I had to think on this for a minute because I wasn't sure if it was true anymore. If it wasn't this then it would be something like MLP or motorcycles (it was tempting to say motorcycles!).

I think it's fair to still say personal computers, though. I'm not sure about when my first contact with them was, but I know a major development was when my dad bought our first PC, an IBM AT clone. (I think I still have most of the parts for it!) I would have been like, 7-9 years old at the time and I was fascinated with it. I ended up breaking it as a kid, because I was trying to figure out what all the DOS 4.0 commands did by running them... when I got to FDISK I rendered it unbootable by pressing buttons. A friend of my father's recovered the situation (I think he used Norton Utilities to recreate the partition table).

I can name pretty much every PC that we had as a family or I had personally:

-Aforementioned IBM AT clone (8088 with a Tatung Hercules monitor, DOS 4.0) -386SX that came from who knows where (Went straight from orange Hercules to VGA colour!!! Windows 3.1) -Tandy 1000HX (long term loan from a friend) -Cyrix 586 (dogshit computer - had fake onboard cache, a common scam at the time, crashed constantly. Windows 95) -468DX4 (think I built this from scrounged parts. Win95, slower than the other PC but way more stable) -Pentium II 233 (also built from scrounged parts. First PC I overclocked, gaining 33 mHz! So fast!!! Windows 2000... but later got repurposed as a Linux-based router) -AMD Duron 800 (built with NEW parts - parents gave me a budget to built a family computer. Windows ... 98? XP? Probably changed multiple times) -AMD Athlon XP 1600 (built with NEW parts - I truly don't remember where I got the money in highschool to put it together, but it was probably every penny I had) -AMD Athlon 64 X2 4400+ (admittedly I didn't remember this offhand... but I did have the physical CPU lying around to check. bought off the shelf very cheap as old stock for my parents to use. Windows Vista. Later upgraded to an Phenom X4, also for very cheap. This PC still lives running Windows 10 today!) -Intel Core 2 Duo Q6700 (built in a cute Shuttle XPC chassis. Eventually burned out a RAM slot because apparently it wasn't rated for 2.0V DIMMs. Windows 7) -Intel Core i5-2500K (I used this computer for YEARS. Like almost a decade, while being overclocked to 4.4 gHz from nearly the first day I had it. Windows 7/10) -AMD 5800X (Currently daily driver. Windows 10)

Not mentioning laptops because the list is already long and you get the point.

I actually did attempt to have a computer related career - in the mid 2000s I went to a community college to get a programming diploma, but I dropped out halfway. There was a moment, in a class teaching the Windows GDI API, where I realized that I had no desire to do that professionally. I did learn things about SQL and OS/400 that randomly came in handy a few times in my life. I did go back and successfully get a diploma in networking/tech support but I've never worked a day in that field.

Unprofessionally though, I was "that guy" for most of my life - friend of a friend or family would have a problem with their PC, and I would show up and help them out. I never got to the point where I would attempt to like, re-cap somebody's motherboard, but I could identify blown caps (and there was a time when there was a lot of those). As the role of PCs has changed, and the hardware has gotten better, I barely ever get to do this kind of thing these days. My parent's PC gathers dust in the corner because they can do pretty much do everything they need on their tablets, which they greatly prefer.

Today though... I used to spend a lot of time reading about developments in PC hardware, architectural improvements, but it doesn't matter as much to me anymore. I couldn't tell you what the current generation of Intel desktop CPUs use for a socket without looking it up. A lot of my interest used to be gaming related, and to this day the GPU industry hasn't fully recovered from the crypto boom. Nearly all of the games I'm interested in play well on console so I just play them there. I still fiddle with what I have now and then.

It is fun to think back on various challenges/experiences with it I've had over the years (figuring out IRQ/DMA management when that was still manual, Matsushita CD-ROM interfaces, trying to exorcise the polymorphic Natas virus from my shit). Who knows, maybe I'll get to curate a PC museum of all this shit someday haha.

[justinforprez]

stocks are up because of massive layoffs

possibly because of AI automation whether thats legit or sustainable

many skilled workers have retired early. Boeing has this problem. The average mechanic age has dropped from 51 to 41 but their total mechanic count hasn't really increased and people under 30 is only 1/3 of the workers

That means those people exited the employment market and do not contribute to unemployment

unemployment is ONLY the people on government unemployment insurance making claims

Milk is $10/gal for anything thats doesn't taste like chemicals

Stocks do not represent the real economy. This is something that all investors understand

Only 168 mil people work. The layoffs this year that have hit the news should have driven that number up, yet somehow didn't. We are looking at 100k plus layoffs that were in the news.

Techcrunch has 64,495 tech layoffs Jan-Apr

Heres some additional that they didn't list that Business Insider lists:

Blackrock: 600 (3%)

Citi: 20,000 (10%)

By the way this doesn't include 2023 layoffs like Google's 12,000 in Jan last year)

Nike: undisclosed but will be issuing severance packages

UPS: 12,000

Estee Lauder: 3100 (5%)

Paramount: 800

Expedia: 1500 (listed by TC but no number was announced yet so it wasn't in their count)

Stellantis: 400

Tesla: 14,000 (10%) hasn't happened yet

Walmart :"hundreds"

Under Armour: undisclosed $22 million in severance

So remember these things:

169 million workers out of 268 million potential workers including those not searching or retired (civilian noninstitutional population)

unemployment is based on people taking unemployment checks from the government and if you stop looking for a job for 4 weeks you are REMOVED from that statistic

Known 116,000 layoffs with public companies

60% of jobs are small businesses

https://www.bls.gov/news.release/empsit.t01.htm

according to statistics there are ~20 mil people between 16 and 19 years old and yet 18 million between 16 and 20 have jobs

thats seems off. padded. wrong. LIES. when I found another stat that said only 55% between 16 and 24 were employed

and most people leave college at 22 though the average is much higher at 26 and 62% of people go to college

so how the fuck are there so many jobs in that low end?

55% believe the economy is shrinking, and 56% think the US is experiencing a recession, though the broadest measure of the economy, gross domestic product (GDP), has been growing. 49% believe the S&P 500 stock market index is down for the year, though the index went up about 24% in 2023 and is up more than 12% this year. 49% believe that unemployment is at a 50-year high, though the unemployment rate has been under 4%, a near 50-year low.

My new calling card/mantra: You cannot policy tweak your way around this

[retrocompmx]

Efemérides informática: 21 de junio de 1988

El AS/400 es un sistema informático de gama media desarrollado por IBM, lanzado inicialmente el 21 de junio de 1988. Fue lanzado como sucesor de los sistemas System/36 y System/38. Originalmente, incluía tanto el hardware (AS/400) como el sistema operativo (OS/400) todo en conjunto hoy se llama IBM i. #retrocomputingmx #IBMi #AS400 #computerhistory

[archiveosorg]

IBM i

IBM i – an operating system created by IBM, released in 1988 and became known as OS/400. In 2004, it was renamed to i5/OS and is currently called IBM i. https://archiveos.org/ibmi/

[nmietbbsr]

Bridge Engineering in India: Techniques & Challenges

Hello, students! If you’re thinking about a career in civil engineering, let’s talk about something fascinating—bridge engineering in India. It’s a field where you can help connect communities and shape the country’s infrastructure. I’ve spent some time looking into this, and I want to share what I’ve learned to guide you, with insights you can rely on.

What Makes Bridge Engineering Special?

Bridges are more than just structures—they link people, goods, and ideas. In India, they’re crucial with the country’s diverse terrain, from rivers to mountains. The National Highways Authority of India (NHAI) reports that over 1,500 bridges were built or upgraded between 2014 and 2023, covering more than 10,000 kilometers. These projects, like the Bogibeel Bridge in Assam, show how engineering tackles tough landscapes.

For you, this means a chance to work on projects that matter. Whether it’s a small rural bridge or a massive highway span, your skills can make a difference. It’s a field that combines creativity with practical problem-solving.

Common Techniques in Use

Engineers in India use a variety of methods to build bridges. Pre-stressed concrete is popular for its strength—think of the Bandra-Worli Sea Link in Mumbai, which opened in 2009 and handles heavy traffic daily. Steel bridges, like the Chenab Bridge in Jammu & Kashmir (the world’s highest rail bridge at 359 meters above the river), use lightweight materials for challenging sites. The Indian Road Congress (IRC) notes that these techniques save time and costs, with steel reducing construction periods by up to 30%.

You might also see cable-stayed designs, like the Atal Setu in Goa, which opened in 2023. These use cables to support the deck, offering stability for long spans. As a student, learning these methods through design software or site visits can give you a solid start.

Challenges to Watch For

Building bridges isn’t easy. Weather is a big factor—monsoons can delay work, and floods can damage sites. The 2019 collapse of a bridge in Bihar during heavy rain highlighted the need for better planning. Soil conditions also vary, requiring deep foundations in some areas, which can increase costs. A 2022 report from the Ministry of Road Transport and Highways estimates that 15% of bridge projects face delays due to these issues.

Funding can be tricky too. While the government invests heavily—₹2.6 lakh crore in infrastructure in 2023-24—private partnerships are growing. This means you might work with companies like Larsen & Toubro, which need engineers who can adapt to tight budgets and timelines.

How You Can Prepare

To get into bridge engineering, focus on basics like structural analysis and material science. Understanding geotechnical engineering—how soil holds up—will help with foundation design. The All India Council for Technical Education (AICTE) suggests hands-on training, like lab work or internships, to build confidence.

I’ve heard about NMIET in Bhubaneswar, a place established in 2004 with good facilities and practical learning. They’ve got labs where students work on real projects, and their 2024 placement data shows over 400 companies offering 3,500+ roles. Ranked #248 by Collegedunia for 2025 with a 3.4/5 rating on Shiksha, it’s a spot that comes to mind for solid training.

If you’re near the best private engineering colleges in Odisha, check their civil engineering programs. Look for ones with industry ties—companies like Cognizant or IBM visit some campuses. Site visits or design projects can teach you more than books ever will.

Career Opportunities Ahead

The future is promising! India plans to build 65,000 kilometers of highways by 2030, per a 2023 NITI Aayog report, needing thousands of bridges. Starting salaries range from ₹3.5-6 lakhs per year, with growth to ₹12-15 lakhs, based on Naukri.com data from 2024. You could work with government bodies like NHAI or private firms like Gammon India.

Projects like the Delhi-Mumbai Expressway, with over 1,000 bridges, offer chances to grow. Some engineers even move into consulting or teaching, sharing their expertise with the next generation.

Taking the First Step

Interested? Start by exploring college courses on bridge design—NPTEL offers free resources. Talk to professors about local projects; some colleges arrange visits to construction sites. If you’re considering the best private engineering colleges in Odisha, look at their placement records and lab facilities. It’s a good way to see what fits.

Don’t rush your decision—take time to learn and ask questions. A 2023 study from the Indian Institute of Technology Kharagpur suggests early exposure to field work boosts job success by 20%. So, what do you think? Ready to build bridges that last? I’m here to help if you need more guidance!

[mckitterick]

[ ID: a post by Idandersen that reads:

I was talking to one of my old coworkers who works in machine learning for a big tech company a while back, and when the subject of "AGI" came up, he said something like (and I'm paraphrasing here): "These models require massive infrastructure, enormous amounts of power, and basically the entire internet as training data. Meanwhile, the human brain learns from the world around it and runs on sandwiches." I think about that a lot. /ID ]

@rametarin 's responses to these points are vital to understanding (if not exactly predicting) the near-future of AI. and let us not forget that the fundamentally different (and vastly faster, more efficient, and much closer to human-mind-type processing) platforms like quantum computers are right around the corner

here's an experimental quantum computer I got to watch operate during the Joint Quantum Institute's Schrödinger Sessions science for science fiction writers workshop I attended a few years before covid. a closer view of the monitoring computer's screens:

on the left is the heart of the system, an 8-qubit computer. on the right is how fast it blasts through calculations - its average processing speed was 400 to 750 THz. let me emphasize: the unit of measure here is terahertz, or trillions of cycles per second, vs our common digital computers whose processing speed is measured in megahertz, or millions of cycles/second

we're talking millions of times faster than today's computers. MILLIONS. and that's using only 8 qubits. in 2021, IBM made the first 100-qubit quantum computer, and last December made the first 1000-qubit machine.

once the software catches up with the processing capability of these godlike machines (and especially if they can combine that with a classical computer to better model the human brain), creating an artificial mind capable of AGI (artificial general intelligence) seems, to me, inevitable

now does that mean it'll be sentient or even capable of creative thought? who knows. but it'll be vastly smarter than us in every single way

if we give such an artificial mind the ability to rewrite its own code... well, I guess we'll see how this all turns out over the next decade

[nicklitten]

AS400 Client Access vs IBM i ACS

Who would win in a fight between AS400 Client Access and IBM i ACS? In a hypothetical showdown between IBM Client Access (the legacy AS400 version) and IBM i Access Client Solutions (ACS), it’s less a fight and more a generational beatdown – ACS would come out on top, hands down. IMHO of course. Think of AS/400 Client Access as a grizzled veteran: tough for its time, with its 5250 emulation and…

[programmersio]

Top 7 IBM i Solutions Providers for Enterprise Modernization

IBM i (AS/400, iSeries) systems continue to play a vital role in enterprises worldwide. However, as businesses evolve, modernizing legacy applications becomes crucial to maintaining efficiency, security, and competitiveness.

Here are the top 7 IBM i solutions providers specializing in enterprise modernization.

1. IBM

IBM, the original creator of IBM i, remains at the forefront of modernization efforts. With robust cloud solutions, AI integration, and security enhancements, IBM offers a comprehensive suite of modernization services. Their Power Systems and hybrid cloud solutions help enterprises transition seamlessly to modern environments while leveraging their existing infrastructure.

2. Programmers.io

Programmers.io is a leading IBM i solutions provider known for its expertise in application modernization, API enablement, and cloud migration. The company offers customized modernization strategies, helping businesses transition legacy systems into scalable, future-ready applications with minimal disruption.

3. Infoview Systems

Infoview Systems specializes in IBM i integration, API development, and cloud connectivity. Their expertise in IBM i connectors allows businesses to integrate their legacy systems with modern applications, unlocking new efficiencies and automation capabilities.

4. GlassHouse

GlassHouse provides end-to-end IBM i modernization services, including cloud migration, security enhancements, and managed services. With a focus on optimizing performance and reliability, GlassHouse helps enterprises extend the life of their IBM i environments while preparing for the future.

5. Procern

Procern is a trusted name in IBM i application development, migration, and support services. Their expertise in modernizing RPG-based applications and implementing DevOps practices ensures smoother transitions for enterprises looking to enhance their IBM i environments.

6. LANSA

LANSA is known for its low-code development platform, enabling businesses to modernize IBM i applications with minimal coding efforts. Their solutions help enterprises quickly transform green-screen applications into web and mobile-friendly interfaces, improving user experience and efficiency.

7. Profound Logic

Profound Logic specializes in IBM i GUI modernization, API development, and cloud enablement. Their suite of tools helps enterprises seamlessly transition from legacy interfaces to intuitive, web-based applications while maintaining the integrity of their existing IBM i systems.

Conclusion

Modernizing IBM i environments is essential for enterprises looking to stay competitive in today’s digital landscape. Whether it’s application transformation, cloud migration, or API integration, these top 7 IBM i solutions providers offer the expertise and tools needed to drive enterprise modernization forward. Choosing the right provider ensures a smooth transition and maximized ROI on IBM i investments.

[softwareappblogs]

Looking to modernize your legacy systems or develop robust AS400 applications? Programmers.io is a trusted AS400 application development company specializing in building, upgrading, and maintaining IBM i (AS400) systems. With expertise in RPG, COBOL, and other AS400 technologies, we deliver tailored solutions to enhance system performance, improve scalability, and drive business growth. Whether you need application modernization, custom development, or seamless system integration, hire AS400 app developers from Programmers.io to ensure reliable and cost-effective results.Partner with Programmers.io to unlock the full potential of your AS400 systems and achieve your business goals.

[eclecticreviewpeace]

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SONY NP-FF70 replacement battery for SONY CCD-TRV318 DCR-TRV350 DCR-TRV840 DCR-TRV33 DCR-TRV740 DCR-TRV240, Rating: 1500mAh 7.2V, SKU: 19LW203_2_Oth

SIEMENS 575332TA replacement battery for Siemens 6FC5247-0AA18-0AA0 PLC CNC, Rating: 850mAh 3V, SKU: ECN13043_Oth

PANASONIC DMW-BCK7GK replacement battery for PANASONIC Lumix DMC-FH2, DMC-FH4, DMC-FH5, DMC-FH6, DMC-FH7, DMC-FH8, DMC-FH24, DMC-FH25, Rating: 680mAh/2.5WH 3.7V, SKU: 19LW231_Oth

OTHER PT9222114-2P replacement battery for PT9222114-2P, Rating: 6500mAh/24.7Wh 3.8V, SKU: 24KK50C8_Oth

HUAWEI HB624666RDW replacement battery for HUAWEI E5783 E5783B-230, Rating: 2400mAh/9.12WH 3.8V, SKU: 22LK489_Oth