NDWiki - Recent changes [en]

NDWiki talk:Community Portal

Tingo — Sun, 26 Apr 2026 08:33:41 GMT

2026: upgrades to server os, mysql, php and mediawiki

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	== Downtime - planned ==		== Downtime - planned ==
			=== 2026 ===
			; 2026-04-26 : I upgraded the server to FreeBSD 13.5-release-p12, mysql-server to 8.4.8, php to 8.4.19 and mediawiki to 1.43.8. As usual ther was some changes needed in mysql (the my.cnf file) before the server would start. [[User:Tingo\|Torfinn]] ([[User talk:Tingo\|talk]]) 08:33, 26 April 2026 (UTC)

	=== 2025 ===		=== 2025 ===
	; 2025-12-29 : the server was down many hours while I upgraded the os, mysql, mediawiki and additional software. [[User:Tingo\|Torfinn]] ([[User talk:Tingo\|talk]]) 07:22, 30 December 2025 (UTC)		; 2025-12-29 : the server was down many hours while I upgraded the os, mysql, mediawiki and additional software. [[User:Tingo\|Torfinn]] ([[User talk:Tingo\|talk]]) 07:22, 30 December 2025 (UTC)

User:Tingo

Tingo — Sat, 25 Apr 2026 16:34:36 GMT

2026: add link to ndfstool by Mattis Lind

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	==history==		==history==
	=== 2026 ===		=== 2026 ===
			; 2026-04-25 : there is [https://github.com/MattisLind/ndfstool MattisLind/ndfstool] too.

	; 2026-04-09 : norsk-data.com has SinGen<ref>[http://norsk-data.com/library/libsw/SIN-H-SG-1-EN.pdf norsk-data.com - SinGen]</ref> documentation. Useful for generating your own SINTRAN. I should research this. [[User:Tingo\|Torfinn]] ([[User talk:Tingo\|talk]]) 21:31, 9 April 2026 (UTC)		; 2026-04-09 : norsk-data.com has SinGen<ref>[http://norsk-data.com/library/libsw/SIN-H-SG-1-EN.pdf norsk-data.com - SinGen]</ref> documentation. Useful for generating your own SINTRAN. I should research this. [[User:Tingo\|Torfinn]] ([[User talk:Tingo\|talk]]) 21:31, 9 April 2026 (UTC)

User:PaulWard

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MAC

TArntsen — Sun, 19 Apr 2026 12:11:48 GMT

Use link for MON

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	===Standard call library===		===Standard call library===
	Another issue for assembler programmers in general is the list of so-called [[monitor calls]] (MON). The MON instruction is equivalent to the INT instruction found in [[Wikipedia:List of Intel microprocessors\|Intel CPUs]]. However, while they originally had a nice set of functions to write to a file, read from a file, etc; it quickly devolved into an ad-hoc set of functions. An example being a function originally designed to output 8 bytes stored in 4 of the registers (A, D, T and X). Soon someone, having the bytes in some other registers, made a new function to output from those registers. This left the programmer with a veritable forest of output functions all doing almost the same thing. In the latter days of [[SINTRAN III]] the problem then was to find available codes for these system calls as all 256 of them had already been taken by several such near identical functions. Thus, the extended multi-function monitor calls entered the scene where one monitor call could do a number of functions with a function code specified in a register designating which of its subroutines would be executed.		Another issue for assembler programmers in general is the list of so-called [[monitor calls]] ([[MON]]). The MON instruction is equivalent to the INT instruction found in [[Wikipedia:List of Intel microprocessors\|Intel CPUs]]. However, while they originally had a nice set of functions to write to a file, read from a file, etc; it quickly devolved into an ad-hoc set of functions. An example being a function originally designed to output 8 bytes stored in 4 of the registers (A, D, T and X). Soon someone, having the bytes in some other registers, made a new function to output from those registers. This left the programmer with a veritable forest of output functions all doing almost the same thing. In the latter days of [[SINTRAN III]] the problem then was to find available codes for these system calls as all 256 of them had already been taken by several such near identical functions. Thus, the extended multi-function monitor calls entered the scene where one monitor call could do a number of functions with a function code specified in a register designating which of its subroutines would be executed.

	== See also ==		== See also ==

User:NanToliman

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Linnea09V48015 — Wed, 15 Apr 2026 02:01:56 GMT

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3104

Frodevan — Wed, 15 Apr 2026 00:59:58 GMT

Introduction

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	{{Stub}}		{{Stub}}
	==Introduction==		==Introduction==
	Memory Management unit for ND-100 machines. ~~There exists revisions~~ of ~~this card both with and without~~ the ~~cache system installed~~.
			Memory Management unit for ND-100 machines.

			== Options ==

			* No cache
			* Cache installed

			Typically the no-cache option would be paired with the Slow option of the [[3033]] CPU, according to the [[Documentation_list-Hardware#ND-06.014_ND-100_REFERENCE_MANUAL\|ND-100 reference manual]].

	==Switches and indicators==		==Switches and indicators==

3033

Frodevan — Wed, 15 Apr 2026 00:51:50 GMT

Options

@@ Line 5: / Line 5: @@
 ==Introduction==
 ==Switches and indicators==
 As seen from the top, when the card is in the card crate (components on the right hand side).

3104

Frodevan — Tue, 14 Apr 2026 23:31:54 GMT

Connectors

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	{{Stub}}		{{Stub}}
	==Introduction==		==Introduction==
	Memory Management unit for ND-100 machines.		Memory Management unit for ND-100 machines. There exists revisions of this card both with and without the cache system installed.

	==Switches and indicators==		==Switches and indicators==
	==Connectors==		==Connectors==
	~~The A~~ and ~~B connectors~~ are used for ~~I/O~~, the C ~~connector~~ is used for the [[ND-100 Bus]].		In general, the 3104 MMS is designed to work together with the [[3033]] CPU, and it also expects to be hooked up to the display section of the [[ND-100 front panel]]. All three ports are used for various of these tasks.

			'''Connector A''' is mostly used for the user to interface with the system, although some extra unexposed signals also exists. Out of interest, the majority of the connector is used as follows:

			* Aa07-Aa12 and Ac07-Ac12 goes to the [[Console terminal]] female DB-25 connector, pins 15-20 and 2-7 respectively. This is driven entirely by the CPU, and not used by the MMS.
			* Aa13-Aa32 and Ac13-Ac32 goes to the [[ND-100 front panel]] control panel connector, pins 39-1 (odd) and 40-2 (even) respectively.

			'''Connector B''' connects to the CPU module in slot 1, as well as the tracer module if needed for debugging. This is also where an optional PROM with a CPU serial-number would go.

			'''Connector C''' is used for the [[ND-100 Bus]].

	==I/O Devices on the card==		==I/O Devices on the card==
	none?		none?

ND-100 front panel

Frodevan — Tue, 14 Apr 2026 07:33:35 GMT

Connections

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	The front panel connects to the CPU and MMS through port A, such that a flat ribbon-cable covering from Aa13 to Ac32 (inclusive) of the CPU and MMS mates up with pin 40 to 1 on the control panel board of the ND-100 display. Aa13-Aa32 goes to odd pin numbers 39-1, while Ac13-Ac32 goes to even pin numbers 40-2. Do note the reversal of the pin number order between the two connectors, which corresponds to the 40-pin connector being mounted the other way around rather than both with the lowest pin number on the same side.		The front panel connects to the CPU and MMS through port A, such that a flat ribbon-cable covering from Aa13 to Ac32 (inclusive) of the CPU and MMS mates up with pin 40 to 1 on the control panel board of the ND-100 display. Aa13-Aa32 goes to odd pin numbers 39-1, while Ac13-Ac32 goes to even pin numbers 40-2. Do note the reversal of the pin number order between the two connectors, which corresponds to the 40-pin connector being mounted the other way around rather than both with the lowest pin number on the same side.

	On the older solution with split CPU and MMS, the CPU handles the signals to the control panel section (Aa13-Ac23) while the MMS handles the signals to the (optional) display section of the front panel (Aa24-Ac32). On even older systems, a ~~connection~~ on the control panel exists for a connection to the power-supply, for a standby mode that was ~~discontinued~~ around 1980.		On the older solution with split CPU and MMS, the CPU handles the signals to the control panel section (Aa13-Ac23) while the MMS handles the signals to the (optional) display section of the front panel (Aa24-Ac32). For even older systems, a plug on the control panel exists for a connection to the power-supply for a standby mode that was made obsolete around 1980.

	== References ==		== References ==

Console terminal

Frodevan — Mon, 13 Apr 2026 19:28:33 GMT

Connections

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	On the ND-100, the console terminal connects through the CPU/MMS port A. The pinout is in many ways similar to the 4- and 8-terminal interface port, but with the difference that only pin Ac7-Ac12 goes to DB-25 pin 2-7, while Aa7-Aa12 goes to DB-25 pin 15-20. This would be the same as just crimping on a female DB-25 connector on the appropriate part of the flat-cable. Like the 4- and 8-terminal modules, a powered current-loop interface is also provided on DB-25 pins 15-16 (Rx) and 17-18 (Tx) in this case.		On the ND-100, the console terminal connects through the CPU/MMS port A. The pinout is in many ways similar to the 4- and 8-terminal interface port, but with the difference that only pin Ac7-Ac12 goes to DB-25 pin 2-7, while Aa7-Aa12 goes to DB-25 pin 15-20. This would be the same as just crimping on a female DB-25 connector on the appropriate part of the flat-cable. Like the 4- and 8-terminal modules, a powered current-loop interface is also provided on DB-25 pins 15-16 (Rx) and 17-18 (Tx) in this case.

	While the [[3002]] CPU only contains a current-loop interface, driven by a 24V source, later systems such as the [[3033]] and the [[3202]] CPU modules provide both current-loop and RS-232 compatible signals~~, typically~~ in a simple way by driving the current-loop from a 12V source. This enables it to repurpose the same signal for both RS-232 TxD and current-loop Tx-.		While the [[3002]] CPU only contains a current-loop interface, driven by a 24V source, later systems such as the [[3033]] and the [[3202]] CPU modules provide both current-loop and RS-232 compatible signals. This is done in a simple way, by driving the current-loop from a 12V source. This enables these cards to repurpose the same signal for both the RS-232 TxD and current-loop Tx- pins.

	== See also ==		== See also ==

3033

Frodevan — Mon, 13 Apr 2026 19:22:00 GMT

Connectors: Formatting

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	In general, the 3033 CPU is designed to work together with the [[3104]] MMS, and it also expects to be hooked up to the control panel section of the [[ND-100 front panel]] and eventually a [[Console terminal]] port. All three ports are used for various of these tasks.		In general, the 3033 CPU is designed to work together with the [[3104]] MMS, and it also expects to be hooked up to the control panel section of the [[ND-100 front panel]] and eventually a [[Console terminal]] port. All three ports are used for various of these tasks.

	Connector A is mostly used for the user to interface with the system, although some extra unexposed signals also exists. Out of interest, the majority of the connector is used as follows:		'''Connector A''' is mostly used for the user to interface with the system, although some extra unexposed signals also exists. Out of interest, the majority of the connector is used as follows:

	* Aa07-Aa12 and Ac07-Ac12 goes to the [[Console terminal]] female DB-25 connector, pins 15-20 and 2-7 respectively.		* Aa07-Aa12 and Ac07-Ac12 goes to the [[Console terminal]] female DB-25 connector, pins 15-20 and 2-7 respectively.
	* Aa13-Aa32 and Ac13-Ac32 goes to the [[ND-100 front panel]] connector, pins 39-1 (odd) and 40-2 (even) respectively.		* Aa13-Aa32 and Ac13-Ac32 goes to the [[ND-100 front panel]] connector, pins 39-1 (odd) and 40-2 (even) respectively.

	Connector B connects to the memory management module in slot 2, as well as the tracer module if needed for debugging. This is also where an optional PROM with a CPU serial-number would go.		'''Connector B''' connects to the memory management module in slot 2, as well as the tracer module if needed for debugging. This is also where an optional PROM with a CPU serial-number would go.
	Connector C is used for the [[ND-100 Bus]].
			'''Connector C''' is used for the [[ND-100 Bus]].

	==I/O Devices on the card==		==I/O Devices on the card==

Console terminal

Frodevan — Mon, 13 Apr 2026 19:19:46 GMT

Connections: Went over with a multimeter to check this

← Older revision		Revision as of 19:19, 13 April 2026
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	== Connections ==		== Connections ==
	~~The~~ console terminal connects through the CPU/MMS port A. The pinout is in many ways similar to the 4- and 8-terminal interface port, but with the difference that only pin Ac7-Ac12 goes to DB-25 pin 2-7, while Aa7-Aa12 goes to DB-25 pin 15-20. This would be the same as just crimping on a female DB-25 connector on the appropriate part of the flat-cable. Like the 4- and 8-terminal modules, a powered current-loop interface is also provided on DB-25 pins 15-16 (Rx) and 17-18 (Tx) in this case.		On the ND-100, the console terminal connects through the CPU/MMS port A. The pinout is in many ways similar to the 4- and 8-terminal interface port, but with the difference that only pin Ac7-Ac12 goes to DB-25 pin 2-7, while Aa7-Aa12 goes to DB-25 pin 15-20. This would be the same as just crimping on a female DB-25 connector on the appropriate part of the flat-cable. Like the 4- and 8-terminal modules, a powered current-loop interface is also provided on DB-25 pins 15-16 (Rx) and 17-18 (Tx) in this case.

	On the ~~older split~~ CPU~~/MMS version of the ND-100, the RS-232 interface may be handled by the MMS (if~~ a ~~RS-232 interface is present at all on these). The CPU module itself handles the~~ current-loop interface, driven by a 24V source~~. In~~ later systems, the ~~ND-120~~ CPU ~~provides~~ both current-loop and RS-232 compatible signals, in a simple way by driving the current-loop from a 12V source. This enables it to repurpose the same ~~signals~~ for both RS-232 and current-loop.		While the [[3002]] CPU only contains a current-loop interface, driven by a 24V source, later systems such as the [[3033]] and the [[3202]] CPU modules provide both current-loop and RS-232 compatible signals, typically in a simple way by driving the current-loop from a 12V source. This enables it to repurpose the same signal for both RS-232 TxD and current-loop Tx-.

	== See also ==		== See also ==

3033

Frodevan — Mon, 13 Apr 2026 19:14:55 GMT

Connectors

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	Setting 14 and 15 is not defined (not used?).		Setting 14 and 15 is not defined (not used?).
	==Connectors==		==Connectors==
	~~General:~~ the A and ~~B connectors~~ are used for ~~I/O~~, the C connector is used ~~for~~ the [[ND-100 ~~Bus~~]].		In general, the 3033 CPU is designed to work together with the [[3104]] MMS, and it also expects to be hooked up to the control panel section of the [[ND-100 front panel]] and eventually a [[Console terminal]] port. All three ports are used for various of these tasks.
	~~On this CPU module, the~~ B ~~connector~~ connects to the memory management module in slot 2.
			Connector A is mostly used for the user to interface with the system, although some extra unexposed signals also exists. Out of interest, the majority of the connector is used as follows:

			* Aa07-Aa12 and Ac07-Ac12 goes to the [[Console terminal]] female DB-25 connector, pins 15-20 and 2-7 respectively.
			* Aa13-Aa32 and Ac13-Ac32 goes to the [[ND-100 front panel]] connector, pins 39-1 (odd) and 40-2 (even) respectively.

			Connector B connects to the memory management module in slot 2, as well as the tracer module if needed for debugging. This is also where an optional PROM with a CPU serial-number would go.
			Connector C is used for the [[ND-100 Bus]].

	==I/O Devices on the card==		==I/O Devices on the card==

Console terminal

Frodevan — Mon, 13 Apr 2026 15:19:03 GMT

Corrections

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	; Console terminal : [[Terminal 1]], connected to the [[CPU]] in the [[computer]]. Communication and fault-finding are usually carried out on the console terminal.		; Console terminal : [[Terminal 1]], connected to the [[CPU]] in the [[computer]]. Communication and fault-finding are usually carried out on the console terminal.

			== Connections ==
			The console terminal connects through the CPU/MMS port A. The pinout is in many ways similar to the 4- and 8-terminal interface port, but with the difference that only pin Ac7-Ac12 goes to DB-25 pin 2-7, while Aa7-Aa12 goes to DB-25 pin 15-20. This would be the same as just crimping on a female DB-25 connector on the appropriate part of the flat-cable. Like the 4- and 8-terminal modules, a powered current-loop interface is also provided on DB-25 pins 15-16 (Rx) and 17-18 (Tx) in this case.

			On the older split CPU/MMS version of the ND-100, the RS-232 interface may be handled by the MMS (if a RS-232 interface is present at all on these). The CPU module itself handles the current-loop interface, driven by a 24V source. In later systems, the ND-120 CPU provides both current-loop and RS-232 compatible signals, in a simple way by driving the current-loop from a 12V source. This enables it to repurpose the same signals for both RS-232 and current-loop.

	== See also ==		== See also ==
	[[Console]]		[[Console]]

	==Reference==		==Reference==
	{{ND-doc\|30.041.1 EN}}, from Terminology		{{ND-doc\|30.041.1 EN}}, from Terminology
	[[Category:Glossary]]		[[Category:Glossary]]

ND-100 front panel

Frodevan — Sat, 11 Apr 2026 23:24:49 GMT

Connections

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	The calendar is starting at zero at 00.00 January 1 1979 and will not overflow until 00.00 August 28 2068.		The calendar is starting at zero at 00.00 January 1 1979 and will not overflow until 00.00 August 28 2068.

			== Connections ==
			The front panel connects to the CPU and MMS through port A, such that a flat ribbon-cable covering from Aa13 to Ac32 (inclusive) of the CPU and MMS mates up with pin 40 to 1 on the control panel board of the ND-100 display. Aa13-Aa32 goes to odd pin numbers 39-1, while Ac13-Ac32 goes to even pin numbers 40-2. Do note the reversal of the pin number order between the two connectors, which corresponds to the 40-pin connector being mounted the other way around rather than both with the lowest pin number on the same side.

			On the older solution with split CPU and MMS, the CPU handles the signals to the control panel section (Aa13-Ac23) while the MMS handles the signals to the (optional) display section of the front panel (Aa24-Ac32). On even older systems, a connection on the control panel exists for a connection to the power-supply, for a standby mode that was discontinued around 1980.

	== References ==		== References ==

User:Frodevan

Frodevan — Sat, 11 Apr 2026 20:30:07 GMT

User account Frodevan was created

User:Tingo

Tingo — Thu, 09 Apr 2026 21:31:50 GMT

2026: add info about SinGen

← Older revision		Revision as of 21:31, 9 April 2026
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	==history==		==history==
			=== 2026 ===
			; 2026-04-09 : norsk-data.com has SinGen<ref>[http://norsk-data.com/library/libsw/SIN-H-SG-1-EN.pdf norsk-data.com - SinGen]</ref> documentation. Useful for generating your own SINTRAN. I should research this. [[User:Tingo\|Torfinn]] ([[User talk:Tingo\|talk]]) 21:31, 9 April 2026 (UTC)

	=== 2025 ===		=== 2025 ===
	; 2025-09-13 : during desktop research for TDV 1200 service manual and schematics, I found the Texas Instruments 340 Family Third Party Guide<ref>[https://kguttag.com/wp-content/uploads/2023/07/1990-340-Family-THIRD-PARTY-GUIDE-4th-edition.pdf Texas Instruments 340 Family Third Party Guide]</ref> which as this section about Tandberg products:		; 2025-09-13 : during desktop research for TDV 1200 service manual and schematics, I found the Texas Instruments 340 Family Third Party Guide<ref>[https://kguttag.com/wp-content/uploads/2023/07/1990-340-Family-THIRD-PARTY-GUIDE-4th-edition.pdf Texas Instruments 340 Family Third Party Guide]</ref> which as this section about Tandberg products:

List of software products

Tingo — Thu, 09 Apr 2026 21:08:20 GMT

10000 - 10814: ND-10777 IBM 3780 / 2780-II Emulator was added

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	\|-		\|-
	\| [[:Category:ND-10745\|ND-10745]] \|\| A00 \|\| ND Ada \|\|		\| [[:Category:ND-10745\|ND-10745]] \|\| A00 \|\| ND Ada \|\|
			\|-
			\| ND-10755 \|\| A02 \|\| BASIC for ND-500 \|\|
	\|-		\|-
	\| [[:Category:ND-10758\|ND-10758]] \|\| \|\| NOTIS-BG for ND-100 (Business Graphics) 32 bits floating format \|\|		\| [[:Category:ND-10758\|ND-10758]] \|\| \|\| NOTIS-BG for ND-100 (Business Graphics) 32 bits floating format \|\|
	\|-		\|-
	\| ND-10760 \|\| A00 \|\| C for ND-100? (contains CC-100-A:PROG) \|\| <ref name="gan-flo-images">found in the listing of the floppies that Gandalf has imaged</ref>		\| ND-10760 \|\| A00 \|\| C for ND-100? (contains CC-100-A:PROG) \|\| <ref name="gan-flo-images">found in the listing of the floppies that Gandalf has imaged</ref>
			\|-
			\| ND-10777 \|\| A \|\| IBM 3780 / 2780-II Emulator \|\|
	\|-		\|-
	\| [[:Category:ND-10793\|ND-10793]] \|\| C02 \|\| NOTIS-BG for ND-500? \|\|		\| [[:Category:ND-10793\|ND-10793]] \|\| C02 \|\| NOTIS-BG for ND-500? \|\|
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	\| [[:Category:ND-211001\|ND-211001]] \|\| B \|\| ND PASCAL for ND-110 \|\|		\| [[:Category:ND-211001\|ND-211001]] \|\| B \|\| ND PASCAL for ND-110 \|\|
	\|-		\|-
	\| [[:Category:ND-211003\|ND-211003]] \|\| \|\| ND Pascal for ND-500 \|\|		\| [[:Category:ND-211003\|ND-211003]] \|\| B06 \|\| ND Pascal for ND-500 \|\|
	\|-		\|-
	\| [[:Category:ND-211004\|ND-211004]] \|\| A \|\| NOTIS-Encrypt for ND-100		\| [[:Category:ND-211004\|ND-211004]] \|\| A \|\| NOTIS-Encrypt for ND-100
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	\|-		\|-
	\| [[:Category:ND-250360\|ND-250304]] \|\| L0D \|\| SINTRAN III/VSX Patch File 106000 \|\| <ref name="ND-doc895560">{{ND-doc\|895560}}</ref>		\| [[:Category:ND-250360\|ND-250304]] \|\| L0D \|\| SINTRAN III/VSX Patch File 106000 \|\| <ref name="ND-doc895560">{{ND-doc\|895560}}</ref>
			\|-
			\| ND-250305 \|\| M05, M06 \|\| SINTRAN III M-version \|\|
	\|-		\|-
	\| ND-250306 \|\| K05 \|\| SINTRAN III for ND-500? \|\| <ref name="gan-flo-images"></ref>		\| ND-250306 \|\| K05 \|\| SINTRAN III for ND-500? \|\| <ref name="gan-flo-images"></ref>

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