ECB Bus - Revision history

Polluks: /* History */

2012-02-13T20:53:24Z

History

← Older revision		Revision as of 20:53, 13 February 2012
Line 6:		Line 6:
	== History ==		== History ==

	The ECB bus was invented in 1977 by the ~~german~~ company Kontron. '''ECB''' originally stands for "Einfach Europaformat Computer Baugruppen" (Simple or Single Europaformat Computer Modules; where "Europaformat" refers to a standarized circuit board size of ~~160x100mm~~). ECB is sometimes also referred to as "Europa Bus" or "Europe Card Bus".		The ECB bus was invented in 1977 by the German company Kontron. '''ECB''' originally stands for "Einfach Europaformat Computer Baugruppen" (Simple or Single Europaformat Computer Modules; where "Europaformat" refers to a standarized circuit board size of 160×100mm). ECB is sometimes also referred to as "Europa Bus" or "Europe Card Bus".

	Aside from Kontron, other companies like J&K, o+r, ELZET80, Conitec, E-Lab, Marflow, and miro also invented different ECB-bus variants. The CPC Schneiderware series also invented a new variant. There is also an extended 16bit variant (for 68000 processors or so).		Aside from Kontron, other companies like J&K, o+r, ELZET80, Conitec, E-Lab, Marflow, and miro also invented different ECB-bus variants. The CPC Schneiderware series also invented a new variant. There is also an extended 16bit variant (for 68000 processors or so).

MacDeath at 02:20, 17 December 2010

2010-12-17T02:20:57Z

← Older revision		Revision as of 02:20, 17 December 2010
Line 1:		Line 1:
			[[Category:Electronic Component]]
	== Intro ==		== Intro ==

Nocash: /* History */

2010-09-30T20:31:58Z

History

← Older revision		Revision as of 20:31, 30 September 2010
Line 5:		Line 5:
	== History ==		== History ==

	The ECB bus was invented in 1977 by the german company Kontron. '''ECB''' originally stands for "Einfach Europaformat Computer Baugruppen" (Simple Europaformat Computer Modules; where "Europaformat" refers to a standarized circuit board size of 160x100mm). ECB is sometimes also referred to as "Europa Bus" or "Europe Card Bus".		The ECB bus was invented in 1977 by the german company Kontron. '''ECB''' originally stands for "Einfach Europaformat Computer Baugruppen" (Simple or Single Europaformat Computer Modules; where "Europaformat" refers to a standarized circuit board size of 160x100mm). ECB is sometimes also referred to as "Europa Bus" or "Europe Card Bus".

	Aside from Kontron, other companies like J&K, o+r, ELZET80, Conitec, E-Lab, Marflow, and miro also invented different ECB-bus variants. The CPC Schneiderware series also invented a new variant. There is also an extended 16bit variant (for 68000 processors or so).		Aside from Kontron, other companies like J&K, o+r, ELZET80, Conitec, E-Lab, Marflow, and miro also invented different ECB-bus variants. The CPC Schneiderware series also invented a new variant. There is also an extended 16bit variant (for 68000 processors or so).

Nocash: /* Documents */

2010-09-29T21:04:33Z

Documents

← Older revision		Revision as of 21:04, 29 September 2010
Line 94:		Line 94:

	* [[Media:ECB Bus - Pinout Variants.pdf\|ECB Bus - Pinout Variants.pdf]] - comparision of eight different ECB variants (by Tilmann Reh)		* [[Media:ECB Bus - Pinout Variants.pdf\|ECB Bus - Pinout Variants.pdf]] - comparision of eight different ECB variants (by Tilmann Reh)
	* [[~~Meida~~:Schneiderware Basisplatine Pinouts.png\|Schneiderware Basisplatine Pinouts.png]] - the Schneiderware ECB Bus variant		* [[Media:Schneiderware Basisplatine Pinouts.png\|Schneiderware Basisplatine Pinouts.png]] - the Schneiderware ECB Bus variant

	== Weblinks ==		== Weblinks ==

Nocash: /* Files */

2010-09-29T21:03:36Z

Files

← Older revision		Revision as of 21:03, 29 September 2010
Line 91:		Line 91:
	Signals in brackets "(...)" aren't available on all ECB variants; the Schneiderware series doesn't support those signals. Moreover, the Schneiderware pin-outs are somewhat customized: Signals HALT, M1, INT, are mapped to wrong pin numbers, -12V complies with some ECB variants, and some non-ECB signals SOUND, CURSOR, LPEN, EXP, ROMEN, ROMDIS, RAMRD, RAMDIS are added, and, UBAT is listed as 5V in Schneiderware (normally it should be 2V..3V) (though UBAT isn't actually used/connected on the Schneiderware boards). Aside from the +5V, +12V, -12V supply voltages, the Schneiderware motherboard also has an "AC" soldering point; it's voltage/purpose and it's ECB-pin number are unknown -- it might possibly refer to the ACCU battery (rather than to a analog current AC voltage). The CPC's two Reset signals (BUSRESET and RESET) are mapped to the corresponding ECB-locations (not sure if they are assigned correctly, or if they should be exchanged with each other).		Signals in brackets "(...)" aren't available on all ECB variants; the Schneiderware series doesn't support those signals. Moreover, the Schneiderware pin-outs are somewhat customized: Signals HALT, M1, INT, are mapped to wrong pin numbers, -12V complies with some ECB variants, and some non-ECB signals SOUND, CURSOR, LPEN, EXP, ROMEN, ROMDIS, RAMRD, RAMDIS are added, and, UBAT is listed as 5V in Schneiderware (normally it should be 2V..3V) (though UBAT isn't actually used/connected on the Schneiderware boards). Aside from the +5V, +12V, -12V supply voltages, the Schneiderware motherboard also has an "AC" soldering point; it's voltage/purpose and it's ECB-pin number are unknown -- it might possibly refer to the ACCU battery (rather than to a analog current AC voltage). The CPC's two Reset signals (BUSRESET and RESET) are mapped to the corresponding ECB-locations (not sure if they are assigned correctly, or if they should be exchanged with each other).

	== ~~Files~~ ==		== Documents ==

	* [[Media:ECB Bus - Pinout Variants.pdf]] - comparision of ~~various~~ ECB variants (by Tilmann Reh)		* [[Media:ECB Bus - Pinout Variants.pdf\|ECB Bus - Pinout Variants.pdf]] - comparision of eight different ECB variants (by Tilmann Reh)
			* [[Meida:Schneiderware Basisplatine Pinouts.png\|Schneiderware Basisplatine Pinouts.png]] - the Schneiderware ECB Bus variant

	== Weblinks ==		== Weblinks ==

Nocash: /* Intro */

2010-09-29T20:57:02Z

Intro

← Older revision		Revision as of 20:57, 29 September 2010
Line 1:		Line 1:
	== Intro ==		== Intro ==

	The [[ECB Bus]] is a standarized bus for Z80 and 8080 computers; similar to the ISA bus used on 80x86 computers. In theory, ECB cards could be used with different computers - however, in practice, different computer systems have different memory and I/O maps, so one would need to modify the memory and I/O address decoding (on the ECB cards) in order to get them working on other computers. Another problem is that some pins aren't standarized, and various companies have assigned different signals to them, including for -5V and -12V supplies (which may blow-up other cards that don't expect negative voltages on those pins).		The [[ECB Bus]] is a (more or less) standarized bus for Z80 and 8080 computers; similar to the ISA bus used on 80x86 computers. In theory, ECB cards could be used with different computers - however, in practice, different computer systems have different memory and I/O maps, so one would need to modify the memory and I/O address decoding (on the ECB cards) in order to get them working on other computers. Another problem is that some pins aren't standarized, and various companies have assigned different signals to them, including for -5V and -12V supplies (which may blow-up other cards that don't expect negative voltages on those pins).

	== History ==		== History ==

Nocash: /* ECB Bus Pin-Outs */

2010-09-29T16:16:20Z

ECB Bus Pin-Outs

← Older revision		Revision as of 16:16, 29 September 2010
Line 73:		Line 73:
	\|25 \|\| (nCLK,/BAO) \|\| (MEMRD) \|\| /HALT<br>Schneiderware: CURSOR		\|25 \|\| (nCLK,/BAO) \|\| (MEMRD) \|\| /HALT<br>Schneiderware: CURSOR
	\|-		\|-
	\|26 \|\| (/WREN,/BAO) \|\| (xxx) \|\| (/PCL,/RESOUT ;similar to /RESET)<br>Schneiderware: RESET (Reset ~~output~~ from CPC)		\|26 \|\| (/WREN,/BAO) \|\| (xxx) \|\| (/PCL,/RESOUT ;similar to /RESET)<br>Schneiderware: RESET (Reset from CPC)
	\|-		\|-
	\|27 \|\| /IORQ \|\| (MEMWR) \|\| A12		\|27 \|\| /IORQ \|\| (MEMWR) \|\| A12
Line 83:		Line 83:
	\|30 \|\| A9 \|\| (OFF) \|\| /MREQ		\|30 \|\| A9 \|\| (OFF) \|\| /MREQ
	\|-		\|-
	\|31 \|\| /BUSAK \|\| (LOCK) \|\| /RESET<br>Schneiderware: BUSRESET (Reset ~~input~~ to CPC)		\|31 \|\| /BUSAK \|\| (LOCK) \|\| /RESET<br>Schneiderware: BUSRESET (Reset to CPC)
	\|-		\|-
	\|32 \|\| GND \|\| (GND) \|\| GND		\|32 \|\| GND \|\| (GND) \|\| GND

Nocash: /* ECB Bus Pin-Outs */

2010-09-29T12:45:18Z

ECB Bus Pin-Outs

← Older revision		Revision as of 12:45, 29 September 2010
Line 89:		Line 89:
	\|}		\|}

	Signals in brackets "(...)" aren't available on all ECB variants; the Schneiderware series doesn't support those signals. Moreover, the Schneiderware pin-outs are somewhat customized: Signals HALT, M1, INT, are mapped to wrong pin numbers, -12V complies with some ECB variants, and some non-ECB signals SOUND, CURSOR, LPEN, EXP, ROMEN, ROMDIS, RAMRD, RAMDIS are added, and, UBAT is listed as 5V in Schneiderware (normally it should be 2V..3V). Aside from the +5V, +12V, -12V supply voltages, the Schneiderware motherboard also has an "AC" soldering point; it's voltage/purpose and it's ECB-pin number are unknown -- it might possibly refer to the ACCU battery (rather than to a analog current AC voltage). The CPC's two Reset signals (BUSRESET and RESET) are mapped to the corresponding ECB-locations (not sure if they are assigned correctly, or if they should be exchanged with each other).		Signals in brackets "(...)" aren't available on all ECB variants; the Schneiderware series doesn't support those signals. Moreover, the Schneiderware pin-outs are somewhat customized: Signals HALT, M1, INT, are mapped to wrong pin numbers, -12V complies with some ECB variants, and some non-ECB signals SOUND, CURSOR, LPEN, EXP, ROMEN, ROMDIS, RAMRD, RAMDIS are added, and, UBAT is listed as 5V in Schneiderware (normally it should be 2V..3V) (though UBAT isn't actually used/connected on the Schneiderware boards). Aside from the +5V, +12V, -12V supply voltages, the Schneiderware motherboard also has an "AC" soldering point; it's voltage/purpose and it's ECB-pin number are unknown -- it might possibly refer to the ACCU battery (rather than to a analog current AC voltage). The CPC's two Reset signals (BUSRESET and RESET) are mapped to the corresponding ECB-locations (not sure if they are assigned correctly, or if they should be exchanged with each other).

	== Files ==		== Files ==

Nocash: /* ECB Bus Pin-Outs */

2010-09-29T12:44:06Z

ECB Bus Pin-Outs

← Older revision		Revision as of 12:44, 29 September 2010
Line 18:		Line 18:
	== ECB Bus Pin-Outs ==		== ECB Bus Pin-Outs ==

	The ECB Bus uses 3x32 pin connectors (96 pins), of which, the middle row is used only for newer "16bit" cards~~. On normal cards usually 2x32 (64 pins~~) ~~are connected~~.		The ECB Bus uses 3x32 pin connectors (96 pins), of which, usually on 2x32 (64 pins) are actually used (the middle row is used only for newer "16bit" cards).

	{\|{{Prettytable\|width: 700px; font-size: 2em;}}		{\|{{Prettytable\|width: 700px; font-size: 2em;}}
Line 89:		Line 89:
	\|}		\|}

	Signals in brackets "(...)" aren't available on all ECB variants; the Schneiderware series doesn't support those signals. Moreover, the Schneiderware pin-outs are somewhat customized: Signals HALT, M1, INT, ~~-12V, RESET~~ are mapped to ~~the "~~wrong" pin numbers, and some non-ECB signals SOUND, CURSOR, LPEN, EXP, ROMEN, ROMDIS, RAMRD, RAMDIS~~, BUSRESET~~ are added, and, UBAT is listed as 5V in Schneiderware (normally it should be 2V..3V). Aside from the +5V, +12V, -12V supply voltages, the Schneiderware motherboard also has an "AC" soldering point; it's voltage/purpose and it's ECB-pin number are unknown -- it might possibly refer to the ACCU battery (rather than to a analog current AC voltage).		Signals in brackets "(...)" aren't available on all ECB variants; the Schneiderware series doesn't support those signals. Moreover, the Schneiderware pin-outs are somewhat customized: Signals HALT, M1, INT, are mapped to wrong pin numbers, -12V complies with some ECB variants, and some non-ECB signals SOUND, CURSOR, LPEN, EXP, ROMEN, ROMDIS, RAMRD, RAMDIS are added, and, UBAT is listed as 5V in Schneiderware (normally it should be 2V..3V). Aside from the +5V, +12V, -12V supply voltages, the Schneiderware motherboard also has an "AC" soldering point; it's voltage/purpose and it's ECB-pin number are unknown -- it might possibly refer to the ACCU battery (rather than to a analog current AC voltage). The CPC's two Reset signals (BUSRESET and RESET) are mapped to the corresponding ECB-locations (not sure if they are assigned correctly, or if they should be exchanged with each other).

	== Files ==		== Files ==

Nocash: /* History */

2010-09-29T12:38:56Z

History

← Older revision		Revision as of 12:38, 29 September 2010
Line 6:		Line 6:

	The ECB bus was invented in 1977 by the german company Kontron. '''ECB''' originally stands for "Einfach Europaformat Computer Baugruppen" (Simple Europaformat Computer Modules; where "Europaformat" refers to a standarized circuit board size of 160x100mm). ECB is sometimes also referred to as "Europa Bus" or "Europe Card Bus".		The ECB bus was invented in 1977 by the german company Kontron. '''ECB''' originally stands for "Einfach Europaformat Computer Baugruppen" (Simple Europaformat Computer Modules; where "Europaformat" refers to a standarized circuit board size of 160x100mm). ECB is sometimes also referred to as "Europa Bus" or "Europe Card Bus".

			Aside from Kontron, other companies like J&K, o+r, ELZET80, Conitec, E-Lab, Marflow, and miro also invented different ECB-bus variants. The CPC Schneiderware series also invented a new variant. There is also an extended 16bit variant (for 68000 processors or so).

	The bus is still used in some situations (for example, as by 2010, www.reichelt.de still sells 96-pin "Euro Bus" backplane boards). Confusingly, Kontron themselves are now using the abbreviation "ECB" for PCI-bus based "Embedded Computer Boards", which have little (or nothing) to do with the original ECB bus.		The bus is still used in some situations (for example, as by 2010, www.reichelt.de still sells 96-pin "Euro Bus" backplane boards). Confusingly, Kontron themselves are now using the abbreviation "ECB" for PCI-bus based "Embedded Computer Boards", which have little (or nothing) to do with the original ECB bus.