Toshiba T1100 – the laptop that was named a milestone of electronic engineering
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Earlier today I was reading about the history of ThinkPad and found this gem on Wikipedia:
"ThinkPads have a distinct black, boxy design language, inspired by a Japanese bento lunchbox, which originated in 1990 and is still used in some models."[1]
I miss those days.
On Linux, I'm using GNOME Commander, and Midnight Commander in the terminal. On KDE, Krusader is the greatest.
I was watching an old sitcom recently (Newsradio) and the prop computers on the set all appear to be running xtree.
[1] https://en.wikipedia.org/wiki/Brief_(text_editor)
I still miss its keystrokes: one 'Home' for start of line, a second 'Home' for top of page, a third 'Home' for start of file.
This will always sit in my mind as one of the greatest hacks of all time. Total time elapsed was less than half an hour.
Looks like Windows XP was the last version to ship with it?
https://en.wikipedia.org/wiki/Debug_(command)
(not only does it not support x64, but it never even supported 32-bit from the looks of it!)
I learned a ton about low-level computer operations from using debug. It's more than an assembler, it's also a runtime environment with breakpoints and a debugger, and a hex editor. It really manipulates everything going on with the computer at a byte-by-byte level. I wouldn't have learned all that quite the same way from any "real" tools like MASM or the Norton debugger.
"(defun fib2 ..." is an example what kind assembly code was needed. It is a recursive fibonacci written in assembly.
https://github.com/timonoko/nokolisp_addons/blob/master/asse...
My first encounter with a laptop was a big IBM portable that came with a tiny square screen (must be less than 6-inch - similar to the Osborne-1 from the article) that finally reached me to help fix. It was donated to a Church group by visiting American missionaries. I took it home, kept it for a week -- most of the time just looking at it and the whole locality coming to the room just to have a look at a COMPUTER. I had no camera, and so no record but that was something I will never forget.
I did fixed the issue (I think), WordStar[1] and DOS (autoexec.bat[2] error or something), in the first few hours of getting the device.
I earned and bought my first own Laptop and it was an IBM Thinkpad Series in 2001/2002[3]. I think I have a very low-res picture somewhere for this one.
Since, a few years back, I'm stepping away from carrying a Laptop wherever I can avoid.
Edit: Found the picture.
1. https://en.wikipedia.org/wiki/WordStar
growing up in the UK, this was the same for me - and it still amazes me now
WordStar 3.3 was a popular word processor at the time -- you could write books on it, and print to character-based printers. There was also a "Mail Merge" add-on, for doing mailing labels and customized letters from a database.
I used WordStar (IIRC, 3.3) on MS-DOS 1.25 and 2.11, on a PC semi-compatible.
Regarding 100KB (for the `.COM` file? RAM?), I can't remember whether WordStar used overlay files to swap in code. But it fit on a 160KB floppy, and ran on a 128KB RAM MS-DOS machine.
I also used the less-known CalcStar spreadsheet software (which was overkill for the accounting needs of my adolescent lawn-mowing business, and then a tiny shrinkwrap software business).
8088 vs 8086, twice as slow, only one floppy and dos 2.11
It lasted us until 1995 when we got a PC with Windows 95, our first Windows computer.
As others have mentioned, the keyboard is pretty nice on these. The T1200XE also has a modem, so I used it with Prodigy for DOS for a while along with BBSes and such. It's a shame Toshiba wasn't able to keep their lead in portables, they had a bunch of innovative products.
I had so much fun playing Keen on the slow blue-only LCD display, and just drawing stuff in Paint on Windows 3.11.
Sadly, I discovered as a teenager my mom (who never throws out anything, not even old newspapers) threw both of them out in perfectly working condition. I still get sad thinking about that.
It measured _high_ power state by playing back a supplied 320x240 MPEG1 video file at LCD brightness of more than 20cd/m^2(20 nits) until battery cuts off, which was hardly representative of idle state well before 2014. When long overdue revision was made that year it bumped up load to an FHD H.264 file with minimum 150 nits with Wi-Fi connected but still hardly a high power state or representative of typical use case. Sort of a tragedy of commons.
Apple started ignoring JEITA method for laptops at some point, I think ever since the Intel switch, and I remember it taking years for their unusually short advertised battery life to be not taken as an exaggeration of absurdly underwhelming performance, but simply a more down to earth measurement. Only then the actual battery life of laptops started growing to today's actual-all-day length.
Your Toshiba from 2007 is likely from this JEITA era, and likely has brochure spec of 8 to 12 hours by JEITA, just like a modern laptop would say 6 to 10 hours of web browsing. So, battery life is theoretically worsening over these decades, and rapidly improving in actual terms.
Refs: 1: https://home.jeita.or.jp/cgi-bin/page/detail.cgi?n=84 2: https://home.jeita.or.jp/page_file/20140219114214_dP3lbRxp9F... 3: https://panasonic.biz/cns/pc/prod/note/jeita.html
I did that last year, and surprisingly they were intact after 30 ish years.
There is a boat load of space in the expansion port, so I'm tempted to put in a pi for both FDD emulation and connectivity.
https://en.wikipedia.org/wiki/Atari_Portfolio ( 1989 ). MSRP $400.
I wish this was a priority now.
TRS-80 Model 100 was released in 1983 predating this.
The original Kyocera design was originally released in japan in 1982.
For me a portable computer is one that needs a table or lap to use (can't reasonably be used standing up) and replicates the capabilities of a desktop computer in a more compact form. The T1100 is beaten out on that definition by the Osbourne, though arguably that's in it's own 'luggable' category. I think the T1100 is almost certainly the first computer we could call a laptop though.
[edit: And what did we do with such a machine? Created text-editing/printing software for scripts like Devanagari, Urdu, and more.]
Yeah - the Sharp's (optional) built-in thermal printer was much higher resolution (with a 24-dot print head, resulting in around 200dpi IIRC) than most dot-matrix impact printers of that era (8- or 9-pin print heads, 70dpi or so), but the thermal ribbons it used to print on plain paper were hard to come by. You could also use it with thermal paper, but the resulting printouts tended to fade quite quickly (somewhat depending on the environment).
We were thrilled when we managed to get hold of 24-pin impact printers that produced more permanent output, and where we could re-ink the ribbons. Produced camera-ready copy to publish books with those for several years, designing "oversized" fonts that were printed using multiple passes, and then photo-reducing the printed output to boost the effective resolution.
We bought them by the 1000. Each ribbon could only print 5 images, so our customers burnt through them. I bet we made more money on selling ribbons than software :-) Was my fist software development job... so I have a warm spot for that machine.
The keyboard was wider than many modern laptops, so typing would be done with one hand, other under the device.
No one really used it unless on desk, as I recall.
My 10th grade computer teacher had one, so I'm dating myself here...
Man, the envy we all had for it, heh.
The first reasonably portable computer was the GRiD Compass "briefcase computer" (i.e. that could be carried inside a briefcase; the word laptop was coined later), which was introduced in April 1982.
GRiD Compass was the first portable computer made in the clamshell format now used by any laptop and the first portable computer with a flat display instead of a CRT (it had an electroluminescent display).
GRiD Compass looked like a modern laptop (unlike all the previous portable computers, which were large boxes with handles, usually compared with portable sewing machines), but it did not have an internal battery, it had to be used with an external power inverter where mains power was not available.
It used an Intel 8086 CPU, but it was not compatible with the IBM PC, as it had different peripherals.
Because it was extremely expensive, it was typically used by customers with deep pockets, e.g. the NASA Space Shuttle and special missions of the US military or CIA.