Flameman/dht-walnut - Revision history

Legacy: /* Misc */

2012-04-17T11:59:13Z

‎Misc

Peter Huewe: Added to category DHT-Walnut

2011-04-13T04:35:08Z

Added to category DHT-Walnut

Peter Huewe: Added some text to Flamemans index link

2011-04-12T20:31:14Z

Added some text to Flamemans index link

Prpplague: /* Misc */

2011-01-19T21:30:35Z

‎Misc

Prpplague: /* Project: do something useful with the board */

2011-01-19T21:30:23Z

‎Project: do something useful with the board

Flameman: /* if you need pci-riser */

2010-10-31T18:10:39Z

‎if you need pci-riser

Flameman: /* riser */

2010-10-31T18:10:07Z

‎riser

Flameman at 18:00, 31 October 2010

2010-10-31T18:00:23Z

Flameman: /* Note */

2010-10-15T20:13:06Z

‎Note

Flameman: /* report */

2010-01-31T17:01:51Z

‎report

← Older revision		Revision as of 11:59, 17 April 2012
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	[[Category:DHT-Walnut]]		[[Category:DHT-Walnut]]
		+	[[Category:PowerPC]]

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 thinking new things ... but it should be compatible with "free time constraints" =P
-[[Flameman/dht-walnut/develop]]
+See also [[Flameman/dht-walnut/develop]]
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 == Misc ==
-* [[Flameman/dht-walnut/proof]]
+* See also [[Flameman/dht-walnut/proof]]

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-[[Flameman#master_index]]
+For more interesting projects done by Flameman, be sure to check out his [[Flameman#master_index|project index]]
 = DHT-Walnut-Flameman =
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 * describe how to build a jtag cable (to debug and recover from "Brickage")
 * describe  something useful with you can do with the board
-* describe other Operating System avalaible for the board
+* describe other Operating System available for the board

← Older revision		Revision as of 21:30, 19 January 2011
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	== Misc ==		== Misc ==

−	* [Flameman/dht-walnut/proof]]	+	* [[Flameman/dht-walnut/proof]]

← Older revision		Revision as of 21:30, 19 January 2011
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	PCI Riser Card 5V 32-bit 2 Slot passive Edge connector X1 of the riser card is inserted in a free 5 V 32-bit slot on the PC motherboard. Slot X2 is then connected and ready for use. The second PCI slot X3 receives its special signals for bus arbitration and interrupt control via the cable from card X4, which is inserted in any other slot on the PCI motherboards. The assembly does not contain any active components. This means that the board is suitable for operation with V(I/O) = 5 V as well as V(I/O) = 3.3 V. The coding of connectors X2 and X3 with this variant is for V(I/O) = 5 V.		PCI Riser Card 5V 32-bit 2 Slot passive Edge connector X1 of the riser card is inserted in a free 5 V 32-bit slot on the PC motherboard. Slot X2 is then connected and ready for use. The second PCI slot X3 receives its special signals for bus arbitration and interrupt control via the cable from card X4, which is inserted in any other slot on the PCI motherboards. The assembly does not contain any active components. This means that the board is suitable for operation with V(I/O) = 5 V as well as V(I/O) = 3.3 V. The coding of connectors X2 and X3 with this variant is for V(I/O) = 5 V.
		+
		+	== Misc ==
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		+	* [Flameman/dht-walnut/proof]]

← Older revision		Revision as of 18:10, 31 October 2010
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	PCI Riser Card 5V 32-bit 2 Slot passive Edge connector X1 of the riser card is inserted in a free 5 V 32-bit slot on the PC motherboard. Slot X2 is then connected and ready for use. The second PCI slot X3 receives its special signals for bus arbitration and interrupt control via the cable from card X4, which is inserted in any other slot on the PCI motherboards. The assembly does not contain any active components. This means that the board is suitable for operation with V(I/O) = 5 V as well as V(I/O) = 3.3 V. The coding of connectors X2 and X3 with this variant is for V(I/O) = 5 V.		PCI Riser Card 5V 32-bit 2 Slot passive Edge connector X1 of the riser card is inserted in a free 5 V 32-bit slot on the PC motherboard. Slot X2 is then connected and ready for use. The second PCI slot X3 receives its special signals for bus arbitration and interrupt control via the cable from card X4, which is inserted in any other slot on the PCI motherboards. The assembly does not contain any active components. This means that the board is suitable for operation with V(I/O) = 5 V as well as V(I/O) = 3.3 V. The coding of connectors X2 and X3 with this variant is for V(I/O) = 5 V.
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−	~~<a href=http://www.savetubevideo.com/ >telecharger video youtube</a>~~
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← Older revision		Revision as of 18:10, 31 October 2010
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−	== riser ==	+	== if you need pci-riser ==

	PCI Riser Card 5V 32-bit 2 Slot passive Edge connector X1 of the riser card is inserted in a free 5 V 32-bit slot on the PC motherboard. Slot X2 is then connected and ready for use. The second PCI slot X3 receives its special signals for bus arbitration and interrupt control via the cable from card X4, which is inserted in any other slot on the PCI motherboards. The assembly does not contain any active components. This means that the board is suitable for operation with V(I/O) = 5 V as well as V(I/O) = 3.3 V. The coding of connectors X2 and X3 with this variant is for V(I/O) = 5 V.		PCI Riser Card 5V 32-bit 2 Slot passive Edge connector X1 of the riser card is inserted in a free 5 V 32-bit slot on the PC motherboard. Slot X2 is then connected and ready for use. The second PCI slot X3 receives its special signals for bus arbitration and interrupt control via the cable from card X4, which is inserted in any other slot on the PCI motherboards. The assembly does not contain any active components. This means that the board is suitable for operation with V(I/O) = 5 V as well as V(I/O) = 3.3 V. The coding of connectors X2 and X3 with this variant is for V(I/O) = 5 V.
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		+	<a href=http://www.savetubevideo.com/ >download from youtube to mp3</a>

← Older revision		Revision as of 18:00, 31 October 2010
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	[[Flameman/dht-walnut/develop]]		[[Flameman/dht-walnut/develop]]
		+
		+
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		+	== riser ==
		+
		+	PCI Riser Card 5V 32-bit 2 Slot passive Edge connector X1 of the riser card is inserted in a free 5 V 32-bit slot on the PC motherboard. Slot X2 is then connected and ready for use. The second PCI slot X3 receives its special signals for bus arbitration and interrupt control via the cable from card X4, which is inserted in any other slot on the PCI motherboards. The assembly does not contain any active components. This means that the board is suitable for operation with V(I/O) = 5 V as well as V(I/O) = 3.3 V. The coding of connectors X2 and X3 with this variant is for V(I/O) = 5 V.

@@ Line 7: / Line 7: @@
 '''please note''' this page is actively being updated, it is merged from the old version of wiki. so keep patient, i will rewrite this documentation as soon as possible
-in case you need a pdf copy of the old doc, or if you need attachments feel free to ask me for them ( flameman, email speeder@alice.it, msn mr.ddc@hotmail.com)
+in case you need a pdf copy of the old doc, or if you need attachments feel free to ask me for them ( flameman, email flamemaniii@gmail.com)
 about the jtag software: the one provided with the url will not work 'cause they remove the support for amcc44x. In case you need this software i stored the old version here, so feel free to ask me about.

@@ Line 500: / Line 500: @@
 ! toolchain
 ! note
 |-
 | 2.6.15.4
@@ Line 506: / Line 507: @@
 | gcc-4.1.2-glibc binutils-2.17
 | ramrootfs (uclibc) works great! no issues, no NPTL kernel
 |-
 | 2.6.19
@@ Line 512: / Line 514: @@
 | gcc-4.1.2-glibc binutils-2.17
 | ramrootfs (uclibc) works great! no issues
 |-
 | 2.6.22
@@ Line 518: / Line 521: @@
 | gcc-4.1.2-glibc binutils-2.17
 | ramrootfs (uclibc) works great! no issues
 |-
 | 2.6.26
@@ Line 524: / Line 528: @@
 | gcc-4.1.2-glibc binutils-2.17
 | it does not compile!
 |-
 | 2.6.30
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 | gcc-4.1.2-glibc binutils-2.17
 | it does not compile!
 |}