Category Archives: Apple II

Tillbehör till Apple!

booket_card_s

Just few finds lately,

Apple II & /// brouchure “Tillbehör till Apple” (Gylling System-Elektronik AB), Febuari 1982, In Swedish. In English it would be translated as “Accessories for Apple”. It lists all kinds of producs that were available for Apple II and /// in Sweden, late 1981-early 1982.

Disk II analog board, for repairing some Disk II drive i have with missing analog board/broken parts. Never have too many of these. Actually i could use complate DISK II-drive without the enclousure, to replace one early DISK /// (in Disk II enclousure) mechanical parts. Contact me if you have one?

 

“Tillbehör till Apple” PDF (OCR in Swedish) is available here: https://archive.org/details/Tillbehor_Till_Apple

The quality is not perfect. This is first scannings with the new CZUR AURA book scanner and i’ve not got the setup pefected as of yet. I might rescan this but here it is for time being.

 

FinApple 2019 (c)
Apple II Forever.

VGA-scaler for Apple II

a2vgascaler_jpg-100374-500x500
Picture by a2heaven.com

This is bit older product, but still available (atleast occationally) from a2heaven.com 

There’s now also VidHD-card available for Apple II’s so there’s more options to choose from. VidHD requires however 1080p capable display (and those are 16:9) so if you want more authentic user experience with 4:3 display, this is option for you. VGA-displays are around and very easy to get, any type, color and size, be it CRT or LCD. 

VidHD add’s new graphics modes to Apple II, where VGA-scaler does not. It just grabs the video signals and converts it to VGA. Glad there’s many options for the hobbyist.

There’s also similar product available, add-on board for RamWorks III card – Ramworks III VGA extender that does the same trick. It’s installed to AE RamWorks III card and outputs VGA signal as well. That solution saves you a slot if you already have RamWorks III or IIII (by Reactivemicro).

So basicly, 
It is a card that takes the Apple II video signals and converts it to VGA signal output. It works with several Apple II models from II, II+ to //e models, PAL and NTSC. It can be installed in any regular slot of Apple II. Depends of which slot it’s installed, different cable setups must be installed.

It outputs the standard VGA 720×480 output. So the monitor must support that resolution. The VGA-scaler supports 20 different dispay modes with: color, color alternative, monochrome (green, white, amber – regular or bold modes for each), and emulation of scan lines for each mode (emulating CRT monitors for more retro feel).

The color modes can be changed with by pressing the button and the default mode can be chosen with dip switches at the card itself.

-40 and 80 columns text, with 24 lines.
-Low-Resolution, 40×48 (15 colors)
-High-Resolution, 280×192 (6 colors)
-Double-Low-Resolution, 80×48 (15 colors) * enhanced //e only 
-Double-High-Resolution, 560×192 (2 colors) * enhanced //e only 

It would be very interesting to find if this could be used with Apple /// ?

package
picture from a2heaven.com


The package comes with:

-VGA-scaler card 
-VGA-extention slim-cable and VGA-adapter
-Purple cable with clip
-Red cable with clip
-Yellow cable with clip (shielded cable for 14M signal)
-White cable with clip 
-5 jumpers, white, red, green, blue and yellow.
-Switch mode cable with button

Detailed installation manual pdf can be downloaded from a2heaven.com 

 

INSTALLING:

installed_s

I had it installed in an another unit earlier but now i installed it to my “test/hack” Apple //e UK PAL (unenhanced). I replaced the hook-cables as well as i found better type that are easier to install in tight spots like those IC’s that aren’t installed in sockets.

It’s relatively easy to install after you get the idea from the manual. It’s good idea to read it few times to be sure what you’re doing. There’s several revisions of each board made.

In this case, using //e and installing it to Slot 7, it required 3 wires to be installed:

– SEROUT > D12 74LS10 PIN 3  
– GR > C8 344-0022 PIN 2  
– 14M > C13 74LS166 PIN 7

The VGA-cable can be attached to the card by either directly to the VGA connector, or using the supplied slim-cable that allows you to get the cable out of the Apple II case and attach the VGA cable outside of the unit. The regular VGA cable wont fit inside the case from the slot openings of Apple //e.

 

DIFFERENT DISPLAY MODES:

modes
Picture from a2heaven.com

 

zaxxon_closeup_lines_s
With scan-lines

zaxxon_closeup_no_lines_s
Without scan lines.

 

zaxxon_closeup_lines_green_s
Monochrome green

 

The modes can be changed with by pressing the button. The default mode can be chosen with dip switches at the card itself.

-Color modes | with scanlines on/off
-Mono / regular / bold | with scanlines on/off

 

THOUGHTS?

The installation is bit tricky but if you take your time and carefully aproach the task, it’s not that complicated. There’s just different Apple II models and main logic board types that are different.

vga_card_installed_s

It does take one precious slot from your Apple II but that is not serious sarcifice as the result is much clearer video output. Another option would be the Ramworks III VGA extender if you already have the RamWorks III or IIII-card. One gains also different models of video, monochrome models, different color modes and as a extra feature, the scanlined modes that do look nice, emulating the good ol’ CRT.  So basicly the product is no-brainer to get unless you want the HDMI then you need to look into the VidHD card instead. It’s up to you.

I have the Ramworks III VGA-externder in my “main” //e and it works great, it needs naturally the Ramworks III or IIII-card but i happened to have one. That way i could save a slot and have RAM-card. Not bad. This VGA-scaler works similary, it just needs the slot and setting up is slightly more complicated (board variations). Both solutions have worked for me as i do not need right now the 1080p HDMI output. That might change however someday, if nothing but curiosity. But right now, i am very happy with VGA. The color modes are neat! Switching between them is quick and easy even i found myself stuck in few modes most of the time and not changing them. But, the option is there.

 

 

 

a2heaven_logo

VGA-scaler is available from a2heaven.com

 

FinApple 2019 (c)
Apple II Forever.

“Welcome to the world of real time!” – Timemaster II H.O. by a2heaven.com

timemaster_ii_ho_top_s
Timemaster II H.O. by a2heaven.com

timemasterho_med
The original Timemaster II H.O. by Applied Engineering

 

…before

Back in the day, Apple II’s didn’t have real time clocks so you couldn’t see from files when they were created or use the date/time in your programs, calculate time intervals and so on.  Several companies released their own Real Time Clock card solutions for the Apple II. Most popular being the Thunderclock Plus from Thunderware Incorporated released in 1980. It quickly became the standard “clock cards” of the time that majority of different software supported. An another popuar card was AppleClock by Mountain Computer. Later Applied Engineering released Timemaster II H.O. – the fourth generation of clock cards – most likely, the most advanced clock card relased for the Apple II. It was capable of showing 24 hour format or 12 hour with AM/PM format, millisecond timekeeping with an accuracy of 0.00005%. It had a onboard timer which could time down any interval up to 48 days. It also maintained an internal calendar, separate of the 7 year cycle which ProDOS mapped. The Timemaster H.O. was 100% ProDOS and DOS 3.3 compatible.

The H.O. was for “High Output”. This referred to the 8-pin Digital I/O port on the card for remote commands. Through this port, one could hook up Applied Engineering’s BSR X-10 interface and “command console” to remotely control for example lights and electrical appliances. The BSR-system could send signals over existing 120 volt wiring.

…and now:

Timemaster II H.O. by a2heaven.com is modernized, smaller, if not tiny, clone of the original Applied Engineering card with the I/O connector for for home automation X-10 -devices. 

The card is designed, manufactured and sold by Plamen “Bulgarian Woz” Vaysilov of a2heaven.com

It was tested to work with Apple II+, //e, Laser 128 (ext.slot 7 enabled), CEC-E (ext.slot/slot 2 setup) and Pravetz 82, 8A, 8C, 8M.

There is SOS-driver for Thunderware Thunderclock Plus Clock card for Apple /// that is supported by the Timemaster II H.O.

card_small_ready
1 = Switches for modes/interrupts
2 = Pins for BSR/X10 devices
3 = Jumpers for enabling/disabling the LED’s
4 = Adjusting the quartz crystal
5 = CR1220 battery holder 

 

INSTALLATION:

battery_holder_s

You need to supply the battery yourself, it is common type CR1220. There’s holder for it in the card PCB. I had to press & bend the small metal fingers in top side of the battery holder so they would keep the battery in place and it not dropping off.

The card be installed in any slot, expect 0 in II+ or AUX in //e. Preferred slot is 4. Some commerical software expects a clock to be in slot 4 but it does work in any slot.

Make certain the switch #1 is ON (closed) in order to be able to setup the time. After setting the time you can if you wish, so you wont accidentally change it, turn it OFF.

SWITCHES:

switches_s_3

There’s Four switches:
#1 Set the time ON/OFF (must be CLOSED when setting the time)
#2 Mode: of the clock : Appleclock/TimeMaster II (selects the display mode)
#3 Enables the Non-Maskable Interrupt
#4 Enables the Interrupt Request 

OPEN – OFF. Push down towards “OPEN” to turn Switch off. The normal settings are switches 1 and 4 CLOSED, and 2 and 3 OPEN.

JUMPERS:

There’s three jumpers on the card, all with jumper inserted. You can controll the led’s of the card with these jumpers inserted/removed.

When jumper inserted (LED is “ON”) or not inserted (LED is “OFF”):

– First jumper = GREEN accessing the clock 
– Second jumper = RED write access 
– Third jumper = BLUE interrupt access  

When powered the GREEN or BLUE led is light, depends of the mode of the chosen clock card type. This works with or without jumpers inserted.

USAGE:

The Timemaster II H.O. supports fully DOS 3.3 (patched), ProDOS, Pascal and CP/M.

The current time information is available from the clock via DOS 3.3, ProDOS, Pascal etc to your own programs. Also there’s suppport for CP/M if you have such card installed on your system.

It supports:
-Time in hours (24 or 12 with AM/PM format), minutes, seconds and milliseconds (the only ProDOS compatible card with millisecond capability). 

-Date with year, month, day of week and leap year.

But,there’s a marjor bug in original firmware..
When you setup the date, and you can do it up to 2083 (1984-2083) but it will only dislay the year up to 1999. But if i saved the year “2019” it turned out to be “1919” or show’d as “15-MAY-19”.

The different modes:
Dip switch #2 : Mode of the clock : Appleclock/TimeMaster II (selects the display mode)

– AppleClock = (CLOSED) support for older types of Clocks and formats. Format : MO/DD HH:MM:SS:WYY
– TimeMaster II = (OPEN) support for many other more modern types of Clocks and formats. 

Supports various output formats & Thunderclock (Applesoft, Integer) compatible.

(CLOSED)
APPLE CLOCK MODE : 
MO/DD HH:MI:SS:WYY
12/14 15:30:23:384

 

(OPEN)
TIMEMASTER MODE :
W MO/DD/YY HH:MI:SS
3 12/14/83 15:30:23

THUNDER CLOCK APPLESOFT :
WWW MMM DD HH:MI:SS PM
FRI DEC 14 04:30:23

THUNDER CLOCK APPLESOFT :
WWW MMM D HH:MI:SS
FRI DEC 14 15:30:23

THUNDER CLOCK APPLESOFT : 
MO,OW,DD,HH,MI,SS
12,03,14,15,30,23

THUNDER CLOCK INTEGER :
WWW MMM DD HH:MI:SS PM
FRI DEC 14 03:30:23 PM

THUNDER CLOCK INTEGER : 
WWW MMM DD HH:MI:SS
FRI DEC 14 15:30:23

The Timemaster II mode is clearly prefered mode with it’s larger variation of supported output formats. TimeMaster II H.O. is really 8 clocks in one with it’s different modes!

 

READING THE CLOCK?

Reading the time can be done by Basic easily. You can call the clock easily and get different formats of time to be used in your own programs. That does depends however what mode your card is set on. Clearly the TimeMaster mode is superior.

It’s also possible search in your basic program the actual slot where the card is installed and what mode it is currently at. Other languages can be used to fetch the time and date from the clock as well.

The card supports milliseconds, for that the interrupts are needed (setting up the switch for it). DOS 3.3 canbe made to support it with “Patch DOS 3.3 for Interrupts”.

Automatic time/date stamping (DOS 3.3):
To use time/date stamping with DOS 3.3, there’s patch for it “INSTALL DOS DATER”. The card must be in TimeMaster mode (#2 open)

Automatic time/date stamping (ProDOS)
With ProDOS it’s already automatic there’s no need for patching. It shows already the info as : Date and time of original creation of the file, and date and time of last modification.

 

REMOTE CONTROL:

The BSR X-10 interface for the TimeMaster II H.O. allows you to send remote control signals to your BSR Ultrasonic command console. The command console sends the commands to your 120 Volt AC wiring to remotely controll appliances or almost any electrical device plugged with BSR remote module with. So you can turn on ligts or heating. Real high tech for mid 1980’s!

I have no such devices..  and not sure if it would even work with local current (230V) but the support is there.. So go ahead and try it yourself 🙂 Controll your home from your Apple II!

 

CALIBRATION:

Over the time the clock quartz crystal oscilator may slighly need to be adjusted, this can be done with the trimmer top of the 18-pin chip in the middle by using small screwdriver.

 

THOUGHTS?

dos_dater_s

After the DOS 3.3 is patched, the files got date stamped correctly. This is something every modern computer user is used to, as there’s no need for these kinds of clock cards anymore. It’s odd feeling to have this feature with Apple II as i didn’t think i was missing anything. I have few clock cards but i haven’t used them frequently simply due lack of free slots..

But it is usefull. With cases like programming where you might have many similar files and the version control might be difficult without the time/date stamping. Depends of your methods and processes of cause. Also it is handy feature when you write lots of text documents with i.e. AppleWorks or such.

Getting correct time/date for your own program or calculating the time intervals can be now done. We take that for granted these days.

The build quality is good. The PCB is white as it being an signature of a2heaven.com. Only the battery holder needed some adjusting but that’s nothing major. The card i had for testing was Revision 1.0.

I do not have the original AE Timemaster II H.O. so comparing to it is not possible. I however believe this is accurate and fully working clone of the original (with the same firmware).

qr_code_s 
The QR-code on back of the card’s PCB takes you to a2heaven.com – see you there!

 

a2heaven_logo

TimeMaster II H.O is available from a2heaven.com 

 

LINKS:
User’s Manual and Timemaster II H.O. software:
http://ae.applearchives.com/all_apple_iis/time_master_ii_ho/

 

FinApple 2019 (c)
Apple II Forever.

 

Microsoft Softcard

ad_of_z80card

Apple ][ CP/M
56K Ver. 2.20B
(C) 1980 Microsoft

Found the Microsoft Softcard with original packaging and with the Osbourne CP/M book. This is not the first revision of the card/package/release, but the later with different packaging released in 1983 (?).

old_package_inside_s
Already had older version of the product but without the card, in brown fake leather packaging that came in two binders with manuals, floppies in both 13 and 16-sector formats.

Background:

The Softcard is a plug-in Zilog Z80 co-proessor card developed by Microsoft to turn the Apple II into a CP/M system. The card was originally released March 1, 1980 and it was first hardware product by released by Microsoft. It enabled running business applications, including compilers and interpreters for several high-level languages. Microsoft later released a updated version, the Premium Softcard IIe for the Apple //e. That card had 80-column and 64K RAM functions added so it would be installed to AUX-slot saving one slot on your //e.

Package:

setup_out_s
The package seems to be localized to Germany as there’s some additional pages in German language. Otherwise it’s all English.

setup_in_s
With even Microsoft product catalog..

Using CP/M:

setup_cards_s
Basicly any slot expect 0, or 6. Slot 6 must have disk contoller for drives A: and B: (as minimal setup). Ideal slots would be either 4 or 7, so i used the traditional slot 4 in this case. 

cards_setup_apple_iie_s

 

FinApple 2019 (c)
Apple II Forever.

 

Applesauce client v1.1 with 3.5″ disks

devices_s

John Morris, the developer of Applesauce device has added support for 3.5″ drives and also released sync-sensor for the drive to be used. Applesauce client v1.1 was released in (5.5.2019) and it supported fully the Apple 3.5″ drive, reading and writing back to the disk.

Installation:

It’s easiest to follow the teardown instructions by ifixit.com  
https://www.ifixit.com/Teardown/Apple+3.5+Drive+External+Floppy+Drive+Teardown/92324

installed_edit_s

The sync-sensor is installed next to the spinning wheel of the 3.5″ drive in bottom. The idea is the same, basicly the sensor reads the magnet strip that is installed to the spinning wheel for more accurate location of the disk.

There is room for the sync-sensor cable to route if out of the case along with the connector cable.

Testing?

writing_disk_s

I had only few original 3.5″ (Apple IIGS) floppies so i chose the “Marble Madness” that i had in hand. I first read the .a2r flux image out of the disk and then made .woz out of it (analyze and save). The .woz file then can be written back to blank disk.

working_copy_booted_s
I booted the written copy with my IIGS (ROM3) and it worked perfectly. Pretty amazing!

marble-madness-disk-1-side-0_s marble-madness_sync-disk-1-side-0_s

“Marble Madness” (GS) – without the sync-sensor installed vs with sync-sensor installed (both booted).

John Morris about the copy protction at twitter:
“Marble Madness has an “impossible to copy” track at $20 side 1 (400+ nibbles too big) that was clocked in a way that the IIgs couldn’t write out. Applesauce detects the abnormality and re-clocks the write on the fly. This exact protection scheme proved to be so effective that many competing publishers adopted it. It evolved a bit over the years, but largely remained the same. It is structured in a way that sector copiers think they copied it, but the sectors were actually just a decoy”.

This shows how genious the Applesauce client (and John) really is! 

Applesauce can be bought from:
https://applesaucefdc.com

FinApple 2019 (c)
Apple II Forever.

 

 

Atari 130XE vs CEC-E:

cec-e_and_atari_130xe_s

THAT .. IS .. ATARI?!

I recently bought an nice boxed, Atari 130XE from Sweden that was quite complete. The model is quite nice as it’s with the new XE-case design as well it have 128k RAM already built in. Sadly the built quality of  the XE-line was somehow questionable.. specially the keyboard is absolutely horrible compared to 600/800XL-models.. 

My goal was to be able to play the recently ported version of “Stunt Car Racer” (128k) with the 130XE and compare it, first hand, to the “Chinese Education Computer Expanded” (“CEC-E”) as they kind of look alike. Too bad i had no early Atari ST in hand for this.

“UNBOXING”

 boxed_stuff_lq_s
Kind of have to do it. So here it is..

-The original box and styrox
-Atari 130XE
-Power supply 230v
-Manuals (German)

 

PICTURES:

atari_130xe_vs_cec-e_r_side_2_s
Atari 130XE vs CEC-E from Right side.

 

atari_130xe_vs_cec-e_backside_both_s
Atari 130XE vs CEC-E, backside. Clearly very different connectors used.

atari520st_interfaces_s
Clearly early Atari ST is closer by design. I just do not have one in my collection (it’s 16-bit!).

 

atari_130xe_bottom_s
Atari 130XE bottom:

cec_e_from_bottom_s
CEC-E bottom:

 

 

Testing / playing:

I connected the Atari 130XE with it’s video output and used a composite-to-scart adapter and LCD/TV that had scart connector. HDMI or VGA sure would be nice to have with Atari’s as well.

The power supply is a new one from lotharek proven to work great with 600XL and 800XL and is compatible with 130XE as well so that was safe choise to be used. My original Atari power supply burned all the RAM chips from my 800XL a while ago.. luckily they all were socketed and it was easy job replacing them.

For loading the software, i used the neat sd-card reader solution “SIO2SD” from lotharek as well. Playing the games i used my favorite joystick the legendary TAC-2 from Suncom.

atari_130xe_stunt_car_racing_s

Testing with playing the “Stunt Car Racer” that was never released to Atari 8-bits but it got ported early 2018. It requires 128k RAM so either stock 130XE is needed or modded model with 128k RAM on it. The display have some issues with RGB signal/composite at times..

I found out that there’s several homebrew/conversions that require more RAM up to 320K so that’s something i might need to look into later. Unless i finish the memory upgrades for my 600XL (16k ->64k + 512k) someday.. still not done!

The Stunt Car Racer run pretty nicely! I’d need to test the game on C64 and BBC Master 128k as well now as it got ported to BBC as well. This game is fun!

 

Links:
About the Stunt Car Racer Atari port:
http://atariage.com/forums/topic/276082-stunt-car-racer/

Lotharek products:
https://lotharek.pl

Youtube video of Stunt Car Racer:
https://www.youtube.com/watch?v=2kRUkl7G7Oc

 

FinApple 2019 (c)
Apple II Forever.

Apple II clones: “BOSS-1″ – Multi-System Personal Computer”:

boss_logo

I got few months ago keyboard for the Microprofessor III (MPF-III) among other Apple II pieces and the original owner, or actually he’s son. We thought obiously he’s father also had the MPF-III somewhere. But, now he actually found clone of it, “BOSS-1”. It’s basicly somekind of clone of the MPF-III so far i can tell. So i picked these Apple II-releated parts:

set_of_things_s
-BOSS-1 (“TYPE C”)
-Z80 processor – as the seller had bunch of processors available i added the Z80 to the empty slot.
-Apple ROM-card with 6 x EPROM’s 
-MPF-III RS-232-C adapter-card 
-ALF MC16 bare, clone, PCB-board
-Apple II prototyping board (empty PCB)
-Apple II RGB-card 
-“Bridge Challenger” (Personal Software, Casette) Apple II plus 16k. Incomplete. Box cover missing.
-Joystick enclousure and parts. Looks like the “Joystick”.
-Marconi RB2/PC-3 trackball controller (For what platform, no idea yet)

“BOSS-1 – Multi-System Personal Computer”

setup_s
Not much information could be found from this model..
This is one of those more complex and interesting Apple II clones from Taiwan. 
This clone had several different configurations or types, with 6502 prosessor or with 6502 and Z80 prosessors together in same board. So it does seem to be clone/licenced of Microprofessor (MPF-III) as their product was pretty identical by hardware and seem to use the same keyboard with some alternations to keyboard by funtionalities.

case_side_1
The enclousure is made out of fiberglass:

Different types/models:
TYPE A = 6502 – 9 slots including system slot at “J” , 48k RAM (?) 
TYPE C = 6502+Z80A – 7 slots includes system slot at “0”, 64k (RAM (?) 

board_s
Type C board layout: interesting cutout for the speaker in the right corner.

Multi OS system, either by System card (ROM) or loading from floppy. OS ROM = U24 (Type A) or U6 (Type C) if inserted no need for System card (ROM).

Video output:
Either NTSC or PAL (need PAL Expansion card)

What system cards were available:
-System Card (Apple DOS)
-Forth System card (Forth DOS)
-FP System card (Frankin DOS, CP/M, MS-DOS)

back_s
Backside:

What periphals/cards were available:
-Fan
-Joystick
-Graphics tablet
-12″ Green monitor
-12″ Amber monitor 
-Light pen
-192k RAM-card
-Z80-card 
-80-Column-card 
-Parallel printer-card 
-Serial RS232-card 
-PAL Color-card 
-Casette drive 
-Floppy disk drive 
-Floppy disk controller-card 
-Ram Expansion board-card
-Eprom writer-card
-ALF AD8088 CPU-card
-6809 CPU-card 
-Communications-card 
-Robot Controller-card 
-Chinese Character Interface-card 
-Replica interface-card 

The manual metions how you *could* write your own OS for this “Multi-System Personal Computer” if you
wanted and use it and System Card.

Testing & smoke?

psu_pins_s
I managed to get the system to startup (boot) few times and got “APPLE ][” on top of the screen with the usual beeb! The ROM-card was working obiously. Then i wanted to test booting from floppy so i attached the DISK II interface card (cloned one naturally) but that caused the system to make clicking noise… and then, nothing. It just died. The powersupply went totally dead. The extra stress to power the card and floppy drive was jus too much for the old powersupply.. I inspected the other clones i have, and the //e clone have just the same type of powersupply and pinouts – hope it works. That’s for later testing.


ROM:

eprom_s
The eprom on the board (U6 location) is preserved now.

Some pictures, information and the manual PDF at:
http://quartdepomme.fr/quartdepomme/Hardware_Apple_II_Clones/Pages/BOSS-1.html#9

Few pictures of the BOSS-1:
http://apple2.org.za/gswv/a2zine/GS.WorldView/Resources/A2.ALL.NEW/BOSS-1.An.A2.Clone/

It’s very possible that local hobbyist/electronics store “Bebek” imported and sold these. They are still around after all these years.

And yes, i’m still interested in finding that MicroProfessor III (MPF-III).

 

FinApple 2019 (c)
Apple II Forever.

 

 

“Bridge Challenger” (Personal Software, Casette):

casette_sBRIDGE CHALLENGER 
By George Dulsman. A bridge playing program for the Apple II. 16K RAM. $14.95

whole_set_s
Local, Finnish Apple II history at it’s best! Got this with the recent Apple II-clone “BOSS-1”.

cover_s
-Apple II 16k RAM.
-Clear plastic box cover missing. Will try to find replacement for this somehow.
-Box have marking of original price of “100,-” in backside.
-Original receipt for “100mk” (Topdata Oy, Helsinki, 2/10/82)
-Original manual, loading instructions and warranty card.

original_receipt_s
Original receipt

loading_s
Loading instructions

The digitized file of the tape is available from Brutaldeluxe already:
https://www.brutaldeluxe.fr/projects/cassettes/personalsoftware/

The game manual and and paper stuff from the box scanned here:
https://archive.org/details/BridgeChallengerPersonalSoftware1978InstructionsLeaflet

 

FinApple 2019 (c)
Apple II Forever.

Floppyemu goes .woz!

floppy-emu-woz-r2
What an great suprise! The Floppyemu got support for the .woz format disk-images just recently making it an another device that supports it after KhbooHK’s “wDrive”-device (currently unavailable).

The firmware is considered “beta” at the moment but it’s available here:
https://www.bigmessowires.com/2019/01/24/floppy-emu-adds-woz-support/

for Floppy Emu Model A – apple-II-0.2G-F22 (=model with regular size SD-card)
for Floppy Emu Model B – apple-II-0.2G-F23 (=model with smaller size SD-card)

UPGRADING:

Upgrading is easy task to do yourself. Just download the correct firmware .zip file (different for Model A and Model B), uncompress it, place the two binaries (firmware.xvf and femu.bin) to your SD-card and perform the upgrade process (info from bigmessofwires):

“CPLD firmware”:
1 Hold down the NEXT and PREV buttons.
2. Press and release the RESET button.
3. Continue holding NEXT and PREV until the firmware update process begins (about 3 seconds).
4. Wait 10-15 seconds for the process to complete. Status LED will be flashing.
5. When finished, the LCD will display “RESULT: SUCCESS”

“AVR microcontroller firmware”:
1. Hold down the SELECT and PREV buttons. Note these are not the same buttons as for part 1.
2. Press and release the RESET button.
3. Continue holding SELECT and PREV until the firmware update process begins (about 1 second).
4. Wait 5 seconds for the process to complete. Status LED will be flashing.
5. When finished, the LCD will display self-test information, and the main menu.

USING .WOZ FILES:

display_s
Usage is naturally the same as with other supported file types. If you managed to flash the new firmware the .woz files will appear on the menu. It seems to support both woz revisions, 1 and 2 and it’s listed on screen which one the file is.

gaming_s_s
Using the .woz files doesn’t differ from any other disk image formats. They load up as fast as the non protected images, but they are full reprenentations of the original floppy, 100%. All load screens, start up screens are intact and the the game should work as perfect fashion as it did from original floppy. This is something we havent’t experienced (atleast with the Apple II’s) before. This is how it should be.


OTHER THOUGHTS?

Now only if CFFA3000 would support .woz-format.. or somebody would make similar card. I am mostly //e user so i kind of wish to have slot-based card product that would do all this and more.. I’m sure there would be lots of business to be done with such product..

 

FinApple 2019 (c)
Apple II Forever.

Apple ][+ clone board:

clone_board_s_1
I was recently donated an unassembled Apple ][+ clone logic board. I’m not sure of the maker or brand to but it sure is nice piece. They sold these back in 80’s as parts and you could assemble the unit yourself. Legendary Apple II user, Aapi Juntura, did this and i believe he bought he’s parts from Germany. 

More about that, later.

 

FinApple 2019 (c)
Apple II Forever.