[EISA] Au cas où...

stef

22/11/2009 à 15:01

kes qu'il y a de marqué sur la puce intel du truc qui a l'air de faire du
réseau ?

--

http://stephetbernadette.spaces.live.com/
"Pierre Pallier" a écrit dans le message de
news:

Hello,

J'ai deux cartes EISA qui se rapprochent de la poubelle :

Un contrôleur SCSI :
<http://cjoint.com/data/lnuBC5Vi2d.htm>

Un truc qui a l'air de faire du réseau :
<http://cjoint.com/data/lnuDTJXImD.htm>

Voilà, si ça vous dit...
Ça fonctionnait quand la machine a été démontée.
--
Pierre.
Mes photographies : http://perso.wanadoo.fr/pierre.pallier
La FAQ de frp : http://pierre.pallier.free.fr/frp
Les news avec 40tude Dialog :
http://perso.wanadoo.fr/pierre.pallier/Dialog

Pierre Pallier

22/11/2009 à 16:09

Hello, stef a écrit dans <news:4b09445b$0$30761$

kes qu'il y a de marqué sur la puce intel du truc qui a l'air de faire du
réseau ?

NG 82355. C'est marqué fin, en effet.
--
Pierre.
Mes photographies : http://perso.wanadoo.fr/pierre.pallier
La FAQ de frp : http://pierre.pallier.free.fr/frp
Les news avec 40tude Dialog : http://perso.wanadoo.fr/pierre.pallier/Dialog

Dominique ROUSSEAU

22/11/2009 à 17:07

Le dim, 22 nov 2009 at 15:09 GMT, Pierre Pallier a écrit :

Hello, stef a écrit dans <news:4b09445b$0$30761$

kes qu'il y a de marqué sur la puce intel du truc qui a l'air de faire du
réseau ?

NG 82355. C'est marqué fin, en effet.

Le controleur EISA, donc.

Pour la carte, je pense à une multi RNIS.
Même si je sais pas trop ce que le port DB15 pourrait venir faire dans
l'histoire.

Tu connais l'usage qui était fait de la machine de laquelle ça a été
démonté ?

Pierre Pallier

22/11/2009 à 17:28

Hello, Dominique ROUSSEAU a écrit dans
<news:

Le controleur EISA, donc.

J'ai pas trop pris le temps de regarder, j'ai juste vu qu'une partie des
pattes étaient en effet directement reliées sur le bus EISA.

Pour la carte, je pense à une multi RNIS.
Même si je sais pas trop ce que le port DB15 pourrait venir faire dans
l'histoire.

C'est une prise 26 pins.
En cherchant la référence de la carte, j'ai trouvé ça :
3-04130 ALC-VDE Host Adapter (Modern Form) EISA

Tu connais l'usage qui était fait de la machine de laquelle ça a été
démonté ?

C'était un serveur Olivetti LSX 5015 qui tournait dans une structure
hospitalière, je n'en sais rien de plus.
Pour la petite histoire les disques (non effacés) portaient un Windows, tout
pourri de virus (un comble).
--
Pierre.
Mes photographies : http://perso.wanadoo.fr/pierre.pallier
La FAQ de frp : http://pierre.pallier.free.fr/frp
Les news avec 40tude Dialog : http://perso.wanadoo.fr/pierre.pallier/Dialog

Dominique ROUSSEAU

22/11/2009 à 17:40

Le dim, 22 nov 2009 at 16:28 GMT, Pierre Pallier a écrit :

C'est une prise 26 pins.
En cherchant la référence de la carte, j'ai trouvé ça :
3-04130 ALC-VDE Host Adapter (Modern Form) EISA

Dont on trouve effectivement mention là :
http://www.alturaxl.com/drivers/part_nos.txt

ça serait donc une carte permettant de connecter des boitiers
multi-série. Qui, sans les dits boitiers, ne doit pas pouvoir servir à
grand chose :)

Pierre Pallier

22/11/2009 à 17:42

Hello, Dominique ROUSSEAU a écrit dans
<news:

Le controleur EISA, donc.

J'ai pas trop pris le temps de regarder, j'ai juste vu qu'une partie des
pattes étaient en effet directement reliées sur le bus EISA.

Pour la carte, je pense à une multi RNIS.
Même si je sais pas trop ce que le port DB15 pourrait venir faire dans
l'histoire.

C'est une prise 26 pins.
En cherchant la référence de la carte, j'ai trouvé ça :
3-04130 ALC-VDE Host Adapter (Modern Form) EISA

supersedes :

J'ai trouvé ce que c'est finalement comme carte :

------------
The ALC/AFM
------------

The next cluster product was an EISA bus-mastering board called the ALC.

The ALC has three RJ45 connectors for connecting to external boxes
called "Asynchronous Feature Modules", or AFM's. It also has a female
HD26 connector, discussed below.

The original ALC was designed while EISA motherboards were first becoming
available, and is unusual in that it uses hardware jumpers for interrupt
selection. This version was supplanted about a year later by the "ALC-VDE",
which eliminated the IRQ jumpers and uses the EISA Config utility to select
interrupts in a more standard fashion. There were also some modifications
to the board to reduce EMI emissions (hence the VDE suffix). Aside from
those differences (which require different config files) the boards are
functionally identical.

The only Computone boards having three RJ45 and one HD26 connector, are
these two types of ALC boards. The original ALC has interrupt jumpers,
the ALC-VDE does not.

The AFM boxes are physically similar to the C16 boxes described above.
The main difference it that they use different firmware. See the notes
under the C16 above to distinguish which you have. Of course, if it is
attached to an ALC and it is working, it must be an AFM.

The ALC originally supported an "Ethernet Feature Module", an external
Ethernet interface connected to the ALC using the HD26 connector and a
short cable. EFM drivers were available for UNIX/XENIX which allowed the
EFM to be used much as a "standard" Ethernet adapter card. The EFM was
discontinued shortly after its introduction, mainly owing to lack of market
demand.

The EFM is the only Computone product consisting of a metal extrusion box
with three connectors: AUI and BNC for Ethernet, and a male DB25 to connect
to the ALC. The EFM interconnect cable is our only cable with male HD26
on one side and female DB25 on the other.

If you accidently come accross an EFM, do not attempt to get it working. (You
can now buy a perfectly good off-the-shelf Ethernet controller for less than
the repair cost of an EFM).

The AFM's, on the other hand, are quite well-behaved, and only recently
has the ALC-AFM combination been made obsolete by the IntelliCluster product.

All ALC-AFM combinations were sold into the UNIX/XENIX marketplace. The
ports are called ttyf00, ttyf01, ttyf02, and so on. There are drivers for
SVR4 as well as UNIX3.2. The driver versions all begin with "1." (That is,
if you are using driver version 2.45, you aren't using an ALC).

Limitations of ALC/AFM:

Since the ALC depends quite heavily on its bus-mastering architecture,
it was never produced in ISA or Micro Channel flavours.

Since it is not memory mapped, the compatibility problems of the
IntelliPort/ATvantage and ATCC are not an issue, however, one must
be certain to install the board in a slot that supports bus mastering.

Each board can connect to only 3 AFM's for a total of only 48 ports per
board. (Unlike earlier ATCC or later IntelliPort-IIEX, which support 64).

Like the ATCC/PSCC, the link between the host adapter and the external
boxes uses a proprietary protocol.

/superdedes

Tu connais l'usage qui était fait de la machine de laquelle ça a été
démonté ?

C'était un serveur Olivetti LSX 5015 qui tournait dans une structure
hospitalière, je n'en sais rien de plus.
Pour la petite histoire les disques (non effacés) portaient un Windows, tout
pourri de virus (un comble).
--
Pierre.
Mes photographies : http://perso.wanadoo.fr/pierre.pallier
La FAQ de frp : http://pierre.pallier.free.fr/frp
Les news avec 40tude Dialog : http://perso.wanadoo.fr/pierre.pallier/Dialog

Hello, Dominique ROUSSEAU a écrit dans
<news:slrnhgioes.612.usenet@pacoli.in.lee-loo.net>

Le controleur EISA, donc.

J'ai pas trop pris le temps de regarder, j'ai juste vu qu'une partie des
pattes étaient en effet directement reliées sur le bus EISA.

Pour la carte, je pense à une multi RNIS.
Même si je sais pas trop ce que le port DB15 pourrait venir faire dans
l'histoire.

C'est une prise 26 pins.
En cherchant la référence de la carte, j'ai trouvé ça :
3-04130 ALC-VDE Host Adapter (Modern Form) EISA

supersedes :

J'ai trouvé ce que c'est finalement comme carte :

------------
The ALC/AFM
------------

The next cluster product was an EISA bus-mastering board called the ALC.

The ALC has three RJ45 connectors for connecting to external boxes
called "Asynchronous Feature Modules", or AFM's. It also has a female
HD26 connector, discussed below.

The original ALC was designed while EISA motherboards were first becoming
available, and is unusual in that it uses hardware jumpers for interrupt
selection. This version was supplanted about a year later by the "ALC-VDE",
which eliminated the IRQ jumpers and uses the EISA Config utility to select
interrupts in a more standard fashion. There were also some modifications
to the board to reduce EMI emissions (hence the VDE suffix). Aside from
those differences (which require different config files) the boards are
functionally identical.

The only Computone boards having three RJ45 and one HD26 connector, are
these two types of ALC boards. The original ALC has interrupt jumpers,
the ALC-VDE does not.

The AFM boxes are physically similar to the C16 boxes described above.
The main difference it that they use different firmware. See the notes
under the C16 above to distinguish which you have. Of course, if it is
attached to an ALC and it is working, it must be an AFM.

The ALC originally supported an "Ethernet Feature Module", an external
Ethernet interface connected to the ALC using the HD26 connector and a
short cable. EFM drivers were available for UNIX/XENIX which allowed the
EFM to be used much as a "standard" Ethernet adapter card. The EFM was
discontinued shortly after its introduction, mainly owing to lack of market
demand.

The EFM is the only Computone product consisting of a metal extrusion box
with three connectors: AUI and BNC for Ethernet, and a male DB25 to connect
to the ALC. The EFM interconnect cable is our only cable with male HD26
on one side and female DB25 on the other.

If you accidently come accross an EFM, do not attempt to get it working. (You
can now buy a perfectly good off-the-shelf Ethernet controller for less than
the repair cost of an EFM).

The AFM's, on the other hand, are quite well-behaved, and only recently
has the ALC-AFM combination been made obsolete by the IntelliCluster product.

All ALC-AFM combinations were sold into the UNIX/XENIX marketplace. The
ports are called ttyf00, ttyf01, ttyf02, and so on. There are drivers for
SVR4 as well as UNIX3.2. The driver versions all begin with "1." (That is,
if you are using driver version 2.45, you aren't using an ALC).

Limitations of ALC/AFM:

Since the ALC depends quite heavily on its bus-mastering architecture,
it was never produced in ISA or Micro Channel flavours.

Since it is not memory mapped, the compatibility problems of the
IntelliPort/ATvantage and ATCC are not an issue, however, one must
be certain to install the board in a slot that supports bus mastering.

Each board can connect to only 3 AFM's for a total of only 48 ports per
board. (Unlike earlier ATCC or later IntelliPort-IIEX, which support 64).

Like the ATCC/PSCC, the link between the host adapter and the external
boxes uses a proprietary protocol.

/superdedes

Tu connais l'usage qui était fait de la machine de laquelle ça a été
démonté ?

C'était un serveur Olivetti LSX 5015 qui tournait dans une structure
hospitalière, je n'en sais rien de plus.
Pour la petite histoire les disques (non effacés) portaient un Windows, tout
pourri de virus (un comble).
--
Pierre.
Mes photographies : http://perso.wanadoo.fr/pierre.pallier
La FAQ de frp : http://pierre.pallier.free.fr/frp
Les news avec 40tude Dialog : http://perso.wanadoo.fr/pierre.pallier/Dialog

Vous avez filtré cet utilisateur ! Consultez son message

Hello, Dominique ROUSSEAU a écrit dans
<news:

Le controleur EISA, donc.

J'ai pas trop pris le temps de regarder, j'ai juste vu qu'une partie des
pattes étaient en effet directement reliées sur le bus EISA.

Pour la carte, je pense à une multi RNIS.
Même si je sais pas trop ce que le port DB15 pourrait venir faire dans
l'histoire.

C'est une prise 26 pins.
En cherchant la référence de la carte, j'ai trouvé ça :
3-04130 ALC-VDE Host Adapter (Modern Form) EISA

supersedes :

J'ai trouvé ce que c'est finalement comme carte :

------------
The ALC/AFM
------------

The next cluster product was an EISA bus-mastering board called the ALC.

The ALC has three RJ45 connectors for connecting to external boxes
called "Asynchronous Feature Modules", or AFM's. It also has a female
HD26 connector, discussed below.

The original ALC was designed while EISA motherboards were first becoming
available, and is unusual in that it uses hardware jumpers for interrupt
selection. This version was supplanted about a year later by the "ALC-VDE",
which eliminated the IRQ jumpers and uses the EISA Config utility to select
interrupts in a more standard fashion. There were also some modifications
to the board to reduce EMI emissions (hence the VDE suffix). Aside from
those differences (which require different config files) the boards are
functionally identical.

The only Computone boards having three RJ45 and one HD26 connector, are
these two types of ALC boards. The original ALC has interrupt jumpers,
the ALC-VDE does not.

The AFM boxes are physically similar to the C16 boxes described above.
The main difference it that they use different firmware. See the notes
under the C16 above to distinguish which you have. Of course, if it is
attached to an ALC and it is working, it must be an AFM.

The ALC originally supported an "Ethernet Feature Module", an external
Ethernet interface connected to the ALC using the HD26 connector and a
short cable. EFM drivers were available for UNIX/XENIX which allowed the
EFM to be used much as a "standard" Ethernet adapter card. The EFM was
discontinued shortly after its introduction, mainly owing to lack of market
demand.

The EFM is the only Computone product consisting of a metal extrusion box
with three connectors: AUI and BNC for Ethernet, and a male DB25 to connect
to the ALC. The EFM interconnect cable is our only cable with male HD26
on one side and female DB25 on the other.

If you accidently come accross an EFM, do not attempt to get it working. (You
can now buy a perfectly good off-the-shelf Ethernet controller for less than
the repair cost of an EFM).

The AFM's, on the other hand, are quite well-behaved, and only recently
has the ALC-AFM combination been made obsolete by the IntelliCluster product.

All ALC-AFM combinations were sold into the UNIX/XENIX marketplace. The
ports are called ttyf00, ttyf01, ttyf02, and so on. There are drivers for
SVR4 as well as UNIX3.2. The driver versions all begin with "1." (That is,
if you are using driver version 2.45, you aren't using an ALC).

Limitations of ALC/AFM:

Since the ALC depends quite heavily on its bus-mastering architecture,
it was never produced in ISA or Micro Channel flavours.

Since it is not memory mapped, the compatibility problems of the
IntelliPort/ATvantage and ATCC are not an issue, however, one must
be certain to install the board in a slot that supports bus mastering.

Each board can connect to only 3 AFM's for a total of only 48 ports per
board. (Unlike earlier ATCC or later IntelliPort-IIEX, which support 64).

Like the ATCC/PSCC, the link between the host adapter and the external
boxes uses a proprietary protocol.

/superdedes

Tu connais l'usage qui était fait de la machine de laquelle ça a été
démonté ?

C'était un serveur Olivetti LSX 5015 qui tournait dans une structure
hospitalière, je n'en sais rien de plus.
Pour la petite histoire les disques (non effacés) portaient un Windows, tout
pourri de virus (un comble).
--
Pierre.
Mes photographies : http://perso.wanadoo.fr/pierre.pallier
La FAQ de frp : http://pierre.pallier.free.fr/frp
Les news avec 40tude Dialog : http://perso.wanadoo.fr/pierre.pallier/Dialog

[EISA] Au cas où...

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