One Stop Systems OSS-adaptPCI-PMC Installationsanleitung

One Stop Systems, Inc. OSS-adaptPCI-PMC User Manual

Rev. A

Four Port Gigabit PCI Adapter

OSS-adaptPCI-PMC

One Stop Systems, Inc. OSS-adaptPCI-PMC User Manual

Rev. A 2

Description

When building a server of desktop system, required interface cards may not always be available in PCI form factor, but may be

available in PMC. Adapting PMC cards to the PCI form factor is the purpose of the adaptPCI-PMC card. The adaptPCI-PMC is a

passive adapter, allowing use of the PMC card’s original software drivers with no interference from transparent or opaque bridges,

or other active bus interface devices. The board outline is a PCI variable length card with a Universal PCI edge connector and 64 bit

extension. The board will seat one PCI Mezzanine Card (PMC) card supporting PN1 through PN4 connections with both 3.3V and

5V signaling. PMC PN4 is connected to a VME P2 type connector using standardized VITA mapping.

The PCI interface conforms to the PCI 2.1 specification PCI 64. Data transfers of 32 or 64 bits at up to 66MHz are accommodated.

Both 3.3V and 5V PCI bus signaling is supported. The board has an optional 3.3V on-board power regulator for older systems that

do not have 3.3V available.

The board complies with the PCI Specification Revision 2.1, and IEEE 1386.1-2001 with the exception of signal trace length.

Initial Set-Up

Unpacking Instructions

1. If the carton is damaged when you receive it, request that the carrier's agent be present when you unpack and inspect the

equipment.

2. After unpacking, verify that all items listed in the packing list are present.

3. Inspect the equipment for shipping damage.

4. Save all packing material for storage or return shipment of the equipment.

5. For repairs or replacement of equipment damaged during shipment, contact One Stop Systems, Inc. to obtain a Return

Materials Authorization (RMA) number and further shipping instructions.

PMC Module

Connectors Pn1-Pn4

32/64 bit, 33/66 MHz

PCI interface

LEDs

One Stop Systems, Inc. OSS-adaptPCI-PMC User Manual

Rev. A 3

Installation and Removal

1. Power down the host system.

2. Open the chassis according to your system documentation.

3. Let the power supply cool down, if necessary.

4. Remove the OSS-adaptPCI-PMC from the protective bag, observing proper ESD safety procedures.

Install the PMC Module

1. Press the PMC card’s bezel into the cutout in the adaptPCI-PMC I/O panel. The gasket around the PMC bezel makes a

tight fit to ensure an electromagnetic seal. Check that the bezel and gasket are pressed firmly into the carrier I/O.

2. Press the PMC card down onto the carrier so PN1–PN4 plug into JN1–JN4 on the adaptPCI-PMC.

3. Install four screws to secure the PMC card in place.

4. You may mount a PMC card on either a 32-bit carrier or a 64-bit carrier. However, do not mount a 64-bit PMC card on a

32-bit carrier, and then install it in a 64-bit PCI slot. This violates the PCI specification in regards to REQ64# and ACK64#,

and causes indeterminate results. See PCI Specification 3.2, Section 3.8.1.

Installing the OSS-adaptPCI-PMC:

1. Insert the OSS-adaptPCI-PMC an open PCI slot. The adapter is a universal-keyed 64 bit 3.3V or 5V board.

2. Make sure that the adapter is well seated and tighten the screw.

3. Close the chassis according to your system documentation

4. Attach the ethernet cables.

5. Turn on power to the computer. Adapter installation is complete.

6. Reverse the above procedure to remove the boardSpecifications

PMC card

OSS-ada

tPCI-PMC

two screws JN2

JN1

PN2

PN1

two screws

OSS-ada

tPCI-PMC

PMC card

two screws

One Stop Systems, Inc. OSS-adaptPCI-PMC User Manual

Rev. A 4

Specifications

Electrical/Mechanical Specifications

Form Factor: 32/64 bit, 33/66 MHz PCI interface (PCI Rev 2.2), 3.3V OR 5V Signaling,

Dimensions (H x L): 4.205 inches x 7.55 inches (107 x 192mm)

Front Panel : PMC Module Cutout

Front Panel Indicators: Dependant on PMC module

Power Consumption (designed to meet the following conditions

12.5W typical

Operating Environment (designed to meet the following conditions)

Temperature Range: 0° to 55°C (32° to 131°F)

Relative Humidity: 5 to 90% non-condensing

Shock: 30g acceleration peak (11ms pulse)

Vibration: 5-17 Hz 0.5” double amplitude displacement; 7-2000Hz, 1.5g acceleration.

Agency Compliance Designed to meet, but not tested

Pending

Block Diagram

One Stop Systems, Inc. OSS-adaptPCI-PMC User Manual

Rev. A 5

Front Panel

The adaptPCI-PMC CompactPCI front panel has custom cut outs with the appropriate thickness to accommodate one PMC bezel

with EMC gaskets.

Bus Keying

Keying on the adaptPCI-PMC is used to prevent damage to the card and/or the backplane. There are two keying systems used on

the adaptPCI-PMC, PCI and PMC.

PCI

As defined in PCI Specification 2.1, PCI 64, the adaptPCI-PMC has the appropriate edge card connector key slots signifying

universal 64 bit PCI card. Because the PCI connector is configured as a Universal PCI card (to allow the adaptPCI-PMC to be

inserted in most PCI bus slots), it is the responsibility of the user to ensure that any mounted PCI card has the correct signaling

voltages from the PCI bus.

PMC Site

As a passive adapter, the adaptPCI-PMC will pass though whatever signaling voltages are present on the PCI bus, there for it is

necessary for the user to supply the required keying posts for a particular PMC/PTMC card. While mounting holes are provided for

the key posts, with the locations defined in IEEE 1386, the posts are not installed on the standard product. Proper key post

installation is the responsibility of the user. Care must be taken to provide the proper keying, or damage could result from

installation of an incompatible PMC or PTMC card.

PCI interface

The adaptPMC supports 32 and 64 bit data transfers up to 66MHz (See Section 2.5 regarding PCI-X). The PCI edge connector

uses universal keying (both 3.3V and 5V keyways are present). Pin assignments for the PCI connector can be found in the PCI 2.2

Specification Table 4-11

PRSNT1# and PRSNT2#

The signals PRSNT1# and PRSNT2# are selectable by installing or removing resistors R20 and R21, located near the PCI

connector pin B11. PRSNT1# and PRSNT2# are used to indicate 7.5W, 15W or 25W card power level requirements. 15W is the

default configuration.

PRSNT1# -R20 PRSNT2#- R21 Add-in Card Configuration

Open Open No card Installed

Ground Open Card In, 25W Card

Open Ground Card In, 15W Card

Ground Ground Card In, 7.5W Card

One Stop Systems, Inc. OSS-adaptPCI-PMC User Manual

Rev. A 6

M66EN

The M66EN signal is used to determine the bus transfer speed (33 or 66 Mhz). The M66EN signal is connected directly to the PMC

module. The PMC module controls the M66EN level, and thus controls the bus transfer speed.

PCI JTAG Interface

The TDI and TDO JTAG signals at P1- A4 and P1-B4 are connected to a zero ohm jumper R19. This jumper is installed to continue

the JTAG chain when the card is installed in a PCI slot. This jumper must be removed if the user’s testing requires the need to

break the JTAG chain. All other JTAG signals are no connects

PMC Interface

The adaptPMC supports 32 and 64 bit data transfers up to 66MHz. The PMC site has mounting locations for keying post (both 3.3V

and 5V, not installed). Pin assignments for the PMC connectors Jn1 – Jn3 can be found in the IEEE Specification 1386.1-2001,

Table 1.

PMC JTAG Interface

There is a JTAG TAP connector (J1) as well as an Altera Byte Blaster connector (J2) to provide an interface to the JTAG chain and

device programming on a PMC module. Latest JTAG practice requires that the /TRST signal be pulled low for normal device

operation. The /TRST signal is connected to pin 8 of the Byte Blaster connector through a zero ohm jumper. Install this jumper R8 to

pull up /TRST when programming devices that pull /TRST low. Headers for J1 and J2 are not installed on the standard product.

A modified Byte Blaster cable is required to pull up / TRST.

BUSMODE Signals

The adaptPMC supplies BUSMODE[4:2]# signals to the PMC card. Zero ohm resistor stuffing options for BUSMODE[4:2]# allow for

alternate mode selection. The standard stuffing for BUSMODE# is BUMSMODE4# = 0 , BUSMODE3# = 0 and BUSMODE2# = 1.

BUSMODE1# from the PMC module is observable by an LED. Zero ohm jumpers R9 –R14 configure the mode.

BUSMODE4# BUSMODE3# BUSMODE2# MODE /BUSMODE1

R14 Installed

0 R12 Installed

0 R9 Installed

0 Card Present Test 0

R14 Installed

0 R12 Installed

0 R10 Installed

1 PCI Protocol

Default Configuration 0

Any Other State --- 1

Jn1 through Jn3 connectors

The Jn1 through Jn3 connectors map directly to the PCI edge card connector. See the IEEE P1386.1-2001 specification, Table 1,

for the mapping by signal name.

One Stop Systems, Inc. OSS-adaptPCI-PMC User Manual

Rev. A 7

Jn4 to VME P2 style I/O connector

The JN4 connector is mapped to a VME style P2 connector as shown in the following table. This connection conforms to VITA 36-

199X Draft 0.1, July 19, 1999.

VME VME VME POWER

PN4

# P2

PN4

# P2

P2 PIN

1 C1 2 A1 B1 GND

3 C2 4 A2 B2 +5V

5 C3 6 A3 B3 X

7 C4 8 A4 B4 X

9 C5 10 A5 B5 X

11 C6 12 A6 B6 X

13 C7 14 A7 B7 +3.3V

15 C8 16 A8 B8 GND

17 C9 18 A9 B9 X

19 C10 20 A10 B10 X

21 C11 22 A11 B11 X

23 C12 24 A12 B12 X

25 C13 26 A13 B13 X

27 C14 28 A14 B14 X

29 C15 30 A15 B15 X

31 C16 32 A16 B16 X

33 C17 34 A17 B17 X

35 C18 36 A18 B18 X

37 C19 38 A19 B19 X

39 C20 40 A20 B20 X

41 C21 42 A21 B21 X

43 C22 44 A22 B22 X

45 C23 46 A23 B23 +5V

47 C24 48 A24 B24 GND

49 C25 50 A25 B25 X

51 C26 52 A26 B26 X

53 C27 54 A27 B27 X

55 C28 56 A28 B28 X

57 C29 58 A29 B29 X

59 C30 60 A30 B30 X

61 C31 62 A31 B31 +3.3V

63 C32 64 A32 B32 GND

One Stop Systems, Inc. OSS-adaptPCI-PMC User Manual

Rev. A 8

Power Supply

5v power is always supplied from the PCI connector. The adaptPCI-PMC may get its 3.3v power from one of two sources, the PCI

bus, or the optional on-board 3.3v regulator which draws its power from PCI +5v. See Error! Reference source not found..

When choosing to draw 3.3V power from the PCI Bus, dual jumper JP1A/B is installed, JP2 A/B is removed. This connects the 3.3V

PCI source voltage directly to the board's 3.3v plane.

The optional on-board 3.3v switching power supply is provided to draw 3.3v power from the 5.0v source that is provided by the PCI

Bus. When choosing this option jumper JP2A/B is installed and JP1A/B removed. With this option selected, 3.3 volts is supplied by

a LT1772B switching buck regulator and support components. The board is capable of supplying up to 12 Watts from the on-board

regulator.

Ground / Frame Ground connection

Zero Ohm Jumper R1 is provided as a means to connect Signal (Digital) Ground and Frame Ground. R1 is not installed in the

default configuration. In practice signal ground and frame ground are normally not connected. The user has the option to connect

the signal and frame grounds if needed by the application.

LEDs and test points

LEDs and test points are provided on the adaptPCI-PMC card to indicate status and to facilitate troubleshooting.

Power LEDs

Green Power Indication LEDS and test points are provided for –12V, +12V, 5V, 3.3V and VIO. The LEDs are located at the top

edge of the card above the PMC connectors and are clearly marked.

BUSMODE#1 LED

The BUSMODE#1 signal is connected to a green LED that lights when BUSMODE#1 is driven low to indicate that a PMC card is

present and PCI capable. A test point is also provided, directly above the BUSMODE#1 LED.

Ground test points

Two test points for ground are also provided. Both test points are located at the top edge of the board, one at the front (GND1), and

the other (GND2) at the rear of the card

Power test points

Power test points are provided directly above the associated power LED

Optional

3.3v

Power Supply

PCI bus

JP2

JP1

Regulate OSS-AdaptPCI-PMC

PCI bus

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