A P P E N D I X  A

Specification and Connectors

This appendix provides the specifications and connector pin-outs for the
Netra CP2500 RTMs.

This appendix contains the following sections:


Specifications

This section provides mechanical, electrical, environmental, and other relevant specifications for the Netra CP2500 RTM cards.

Physical Dimensions

TABLE A-1 shows the physical dimensions for the Netra CP2500 RTM card.


TABLE A-1 Physical Dimensions

Board Specifications

Dimensions

Form Factor

6U

Height

233.35 mm (9.19 inches)

Depth

80 mm (3.15 inches)


Power Requirements

The Netra CP2500 RTM card has both active and passive components. However, some power from the backplane is provided to the I2C EEPROM.

Electrical Requirements

The Netra CP2500 RTM card is powered through the Netra CP2500 board. The Netra CP2500 board provides the following voltages: 3.3V/5V/12V/-12V. For more information, see the Netra CP2500 Board Installation and Technical Reference Manual (819-1747).

Environmental Specifications and Compliance

For details on the environmental specifications and compliance, please refer to the Important Safety Information for Sun Hardware Systems (816-7190-10) and the Netra CP2500 Board Installation and Technical Reference Manual (819-1747) documents.

You can download and view these documents from the following web site:

http://www.sun.com/documentation


Connectors

Transition Module I/O Face Plate Connectors

This section lists the pins and signal names of the I/O faceplate connectors on the transition module.

Serial Ports

Two serial ports from the Netra CP2500 transition module are available through the rear panel with single-stacked, 9-pin connectors. One connector is assigned to Port A and the other connector to Port B (FIGURE A-1).


FIGURE A-1 Serial Port Connector Pins

Illustration shows serial port connector pins.


The signal interface of the connectors are described in the following two tables.


TABLE A-2 Serial Port A

Pin

Signal

1

SER_A_DCD

2

SER_A_RXD

3

SER_A_TXD

4

SER_A_DTR

5

GND_A

6

SER_A_DSR

7

SER_A_RTS

8

SER_A_CTS

9

SER_A_RI



TABLE A-3 Serial Port B

Pin

Signal

1

SER_B_DCD

2

SER_B_RXD

3

SER_B_TXD

4

SER_B_DTR

5

GND_B

6

SER_B_DSR

7

SER_B_RTS

8

SER_B_CTS

9

SER_B_RI


Ethernet Connectors

Two single-jack RJ45 XFMRS XFGIB look-CLYGI-4MS Ethernet connectors and two single-jack RJ45 Amphenol RJH55381 Ethernet conectors located on the transition module's back panel, provide two 10/100/1000 Mbps Ethernet ports.


FIGURE A-2 Ethernet Port Connector Pins

Illustration shows Ethernet Port Connector Pins


Ethernet ports, ENET0 and ENET1 are not available if the Netra CP2500 board is set to use the chassis's packet-switched backplane (PSB) Ethernet network. In order to use the transition module's Ethernet connectors, you must set the S1301 and S1302 switches to the On position (see FIGURE A-4), which is their default position.

TABLE A-4 lists the pin assignments for the two RJ45 XFMRS XFGIB look-CLYGI-4MS Ethernet connectors.


TABLE A-4 ENET0 and ENET1

ENET0

ENET1

Pin

Signal

Pin

Signal

1

TRDP0

1

TRDP0

2

TRDN0

2

TRDN0

3

TRDP1

3

TRDP1

4

TRDP2

4

TRDP2

5

TRDN2

5

TRDN2

6

TRDN1

6

TRDN1

7

TRDP3

7

TRDP3

8

TRDN3

8

TRDN3


TABLE A-5 lists the pin assignments for the two single-jack RJ45 Amphenol RJH55381 Ethernet conectors.


TABLE A-5 ENET2 and ENET3

ENET3

ENET4

Pin

Signal

Pin

Signal

1

TRDP0

1

TRDP0

2

TRDN0

2

TRDN0

3

TRDP1

3

TRDP1

4

TRDP2

4

TRDP2

5

TRDN2

5

TRDN2

6

TRDN1

6

TRDN1

7

TRDP3

7

TRDP3

8

TRDN3

8

TRDN3


On-Board Interfaces and Connectors on the Netra CP2500 Transition Module

FIGURE A-3 shows the on-board interfaces and connectors on the RTM-H. FIGURE A-4 shows the on-board interfaces and connectors on the RTM-S. The numbers in parentheses display how the interfaces are labeled on the transition module.


FIGURE A-3 On-Board Connectors and Interfaces for the Netra CP2500 RTM-H

Illustration on-borad connectors and interfaces for the Netra CP2500 RTM-H.



FIGURE A-4 On-Board Connectors and Interfaces for the Netra CP2500 RTM-S

Illustration on-borad connectors and interfaces for the Netra CP2500 RTM-S.


I2C Serial Bus Access Header

The I2C serial bus is routed onto the Netra CP2500 RTM through the RJ5 backplane connector (which is labeled as J0401 on the transition module). The Netra CP2500 transition module I2C bus supports one I2C function-providing information about itself through nonvolatile memory. FIGURE A-5 shows the I2C serial bus access header J1502and TABLE A-6 lists the pin assignments.


FIGURE A-5 I 2 C Serial Bus Access Header Pins





TABLE A-6 I 2 C Serial Bus Access Header Pin Assignments

Pin

Signal

1

12C_PWR (SMC 3.3V)

2

RTM_SDA (Data/Address)

3

RTM_SCL (Clock)

4

GND


Table lists pin signals for I2C serial bus access header pins.

J0501 and J0502 Connectors

The PIM slot has two 64-pin connectors, J0501 and J0502. See FIGURE A-3 and FIGURE A-4 for the location of these connectors on the RTMs. See FIGURE A-6 for the connector pin numbering.



Note - PIM cards are not currently supported.




FIGURE A-6 J0501 and J0502 Connector Pins

Illustration shows J0510 and J0502 connector pins.


J0501 and J0502 Connector Pin Assignments

TABLE A-7 lists the pin assignments for the J0501 connector, and TABLE A-8 lists the pin assignments for the J0502 connector.


TABLE A-7 J0501 Pin Assignments

Signal Name

Pin

Pin

Signal Name

None

1

2

None

None

3

4

None

None

5

6

None

None

7

8

None

None

9

10

None

None

11

12

None

None

13

14

None

None

15

16

None

None

17

18

None

None

19

20

None

None

21

22

None

None

23

24

None

None

25

26

None

None

27

28

None

None

29

30

None

None

31

32

None

PMCIO<33>

33

34

PMCIO<34>

PMCIO<35>

35

36

PMCIO<36>

PMCIO<37>

37

38

PMCIO<38>

PMCIO<39>

39

40

PMCIO<40>

PMCIO<41>

41

42

PMCIO<42>

PMCIO<43>

43

44

PMCIO<44>

PMCIO<45>

45

46

PMCIO<46>

PMCIO<47>

47

48

PMCIO<48>

None

49

50

None

None

51

52

None

None

53

54

None

None

55

56

None

None

57

58

None

None

59

60

None

None

61

62

None

None

63

64

None



TABLE A-8 J0502 Pin Assignments

Signal Name

Pin

Pin

Signal Name

None

1

2

+12V

None

3

4

None

+5V

5

6

None

None

7

8

None

None

9

10

+3.3V

None

11

12

None

GND

13

14

None

None

15

16

None

None

17

18

GND

None

19

20

None

+5V

21

22

None

None

23

24

None

None

25

26

+3.3V

None

27

28

None

GND

29

30

None

None

31

32

None

None

33

34

GND

None

35

36

None

+5V

37

38

None

None

39

40

None

None

41

42

+3.3V

None

43

44

None

GND

45

46

None

None

47

48

None

None

49

50

GND

None

51

52

None

+5V

53

54

None

None

55

56

None

None

57

58

+3.3V

None

59

60

None

+12V

61

62

None

None

63

64

None


Backplane Interfaces

The Netra CP2500 RTM-H interfaces to the bus through the CompactPCI RJ3 (labeled as J0201 on the transition module), RJ4 (J0301), and RJ5 (J0401) backplane connectors. The Netra CP2500 RTM-S interfaces to the bus through the Compact PCI RJ3 (labeled as J0201 on the transition module) and RJ5 (J0401) connectors. The pin assignments for these three sets of connectors are provided in this section.

CompactPCI RJ3 Connector (J0201)

TABLE A-9 shows the pin assignments for the CompactPCI RJ3 connector. This connector is labeled J0201 on the RTM. (See FIGURE A-4 for the location).


FIGURE A-7 CompactPCI RJ3 Connector (J0201) Pins

Illustration shows CompactPCI RJ3 connector (J0201) pins.



TABLE A-9 CompactPCI RJ3 Connector (J0201) Pin Assignments

Pin #

Row A

Row B

Row C

Row D

Row E

19

GND

GND

GND

GND

GND

18

A_TRD_0P

A_TRD_0N

GND

A_TRD_2P

A_TRD_2N

17

A_TRD_1P

A_TRD_1N

GND

A_TRD_3P

A_TRD_3N

16

B_TRD_0P

B_TRD_0N

GND

B_TRD_2P

B_TRD_2N

15

B_TRD_1P

B_TRD_1N

GND

B_TRD_3P

B_TRD_3N

14

+3.3V

+3.3V

+3.3V

+5V

+5V

13

PCI_AD<31>

PCI_AD<30>

PCI_AD<29>

PCI_AD<28>

PCI_AD<27>

12

PCI_AD<26>

PCI_AD<25>

PCI_AD<24>

PCI_AD<23>

PCI_AD<22>

11

PCI_AD<21>

PCI_AD<20>

PCI_AD<19>

PCI_AD<18>

PCI_AD<17>

10

PCI_AD<16>

PCI_AD<15>

PCI_AD<14>

PCI_AD<13>

PCI_AD<12>

9

PCI_AD<11>

PCI_AD<10>

PCI_AD<9>

PCI_AD<8>

PCI_AD<7>

8

PCI_AD<6>

PCI_AD<5>

PCI_AD<4>

PCI_AD<3>

PCI_AD<2>

7

PCI_AD<1>

PCI_AD<0>

PCI_FRAME_N

PCI_DEVSEL_N

PCI_IRDY_N

6

PCI_CBE<0>

RSV_HLTH<5>

PCI_CBE<1>

PCI_TRDY_N

PCI_STOP_N

5

PCI_SC_INTA_N

RSV_HLTH<4>

PCI_NT_INTB_N

PCI_PAR

PCI_CBE<3>

4

PCI_SC_INTB_N

RSV_HLTH<3>

PCI_NT_INTA_N

PCI_CBE<2>

PCI_RTM_CLKB

3

PCI_GNT__N<1>

RSV_HLTH<2>

PCI_REQ_N<1>

PCI_RST_N

PCI_SERR<N>

2

PCI_GNT__N<2>

RSV_HLTH<1>

PCI_REQ_N<2>

SMC_3.3V

RSV_HLYH<6>

1

+2.5V

RSV_HLTH<0>

PCI_M66EN

PCI_RTM_CLKA

PCI_PERR_N




Note - The pin assignments for every pin in rows F and Z are ground.



CompactPCI RJ4 Connector (J0301)

TABLE A-10 shows the pin assignments for the CompactPCI RJ4 connector. This connector is labeled J0301 on the RTM. (See FIGURE A-4 for the location).


FIGURE A-8 CompactPCI RJ4 Connector (J0301) Pins

Illustration shows CompactPCI RJ4 connector (J0301) pins.



TABLE A-10 CompactPCI RJ4 Connector (J0301) Pin Assignments

Pin #

Row A

Row B

Row C

Row D

Row E

25

MII_A_CRS

MII_A_COL

EXT_MII_A_MDIO

MII_A_TX_ER

N/C

24

MII_A_RX_DV

MII_A_RX_ER

MII_A_TX_CLKI

GND

MCA_INT_L

23

MII_A_RXD1

MII_A_RXD2

GND

MII_A_RXD3

MII_A_RX_CLK

22

GND

MII_A_TXD0

MII_A_TX_EN

MII_A_MGT_CLK

MII_A__RXD0

21

MII_A_TXD3

GND

MII_A_TXD2

GND

MII_A_TXD1

20

N/C

N/C

LOCAL_12C_INT_L

GND

RIO_A_PHY_EN

19

MII_B_COL

EXT_MII_B_MDIO

MII_B-TX_ER

N/C

N/C

18

MII_B_RX_CLK

MII_B_RX_DV

MII_B_RX_ER

MII_B_TX_CLKI

MII_B_CRS

17

MII_B_RXD0

GND

MII_B_RXD1

MII_B_RXD2

MII_B_RXD3

16

MII_B_TXD1

MII_B_TXD0

MII_B_TX_EN

MII_B_MGT_CLK

GND

15

GND

N/C

N/C

MII_B_TXD3

MII_B_TXD2

11

TYPE0

TYPE1

J4_12C_SDA

GND

GND

10

SMC_TX

SMC_RX

PWROFF

N/C

N/C

9

GND

GND

J4_12C_SCL

TERMPWR_A

TERMPWR_B

8

A_SCSI_DP<1>

A_SCSI_D<15>

A_SCSI_D<14>

A_SCSI_D<13>

A_SCSI_D<12>

7

A_SCSI_D<4>

A_SCSI_D<3>

A_SCSI_D<2>

A_SCSI_D<1>

A_SCSI_D<0>

6

GND

A_SCSI_DP<0>

A_SCSI_D<7>

A_SCSI_D<6>

A_SCSI_D<5>

5

GND

CRTM_PRES_L

N/C

N/C

N/C

4

A_SCSI_RST_L

A_SCSI_ACK_L

A_SCSI_BSY_L

GND

A_SCSI_ATN_L

3

A_SCSI_IO_L

A_SCSI_REQ_L

A_SCSI_CD_L

A_SCSI_SEL_L

A_SCSI_MSG_L

2

TERMA_DIS_L

A_SCSI_D<11>

A_SCSI_D<10>

A_SCSI_D<9>

A_SCSI_D<8>

1

N/C

N/C

N/C

N/C

GPIO_J431


CompactPCI RJ5 Connector (J0401)

TABLE A-11 shows the pin assignments for the CompactPCI RJ5 connector. This connector is labeled J0401 on the transition module. (See FIGURE A-4 for the location).


FIGURE A-9 CompactPCI RJ5 Connector (J0401) Pins

Illustration shows CompactPCI RJ5 connector (J0401) pins.



TABLE A-11 CompactPCI RJ5 Connector (J0401) Pin Assignments

Pin #

Row A

Row B

Row C

Row D

Row E

22

XBACK_RST_IN_N

GND

DIAG_N_OC

+5V

BP_XIR_N

21

CPSB_A_LNK_N

CPSB_A_ACT_N

CPSB_B_LNK_N

RTM_SCL

CPSB_B_ACT_N

20

+5V

 

 

RTM_SDA

+12V

19

RSV_PAR_DS_N

GND

+5V

N/C

-12V

18

RSV_PAR_AUTO_FD_N

 

 

GND

+5V

17

RSV_PAR_DATA<2>

RSV_PAR_INIT_N

RSV_PAR_DATA<1>

RSV_PAR_ERROR_N

RSV_PAR_DATA<0>

16

RSV_PAR_DATA<6>

RSV_PAR_DATA<5>

RSV_PAR_DATA<4>

RSV_PAR_DATA<3>

RSV_PAR_SLIN_N

15

RSV_PAR_SEL_N

RSV_PAR_PE

RSV_PAR_BUSY

RSV_PAR_ACK_N

RSV_PAR_DATA<7>

14

A_RTS

A_CTS

A_RI

GND

A_DTR

13

A_DCD

+5V

A_RXD

A_DSR

A_TXD

12

B_RTS

B_CTS

B_RI

+5V

B_DTR

11

B_DCD

GND

B_RXD

B_DSR

B_TXD

10

PMCIO<36>

PMCIO<45>

PMCIO<47>

PMCIO<46>

PMCIO<48>

9

PMCIO<34>

PMCIO<41>

PMCIO<43>

PMCIO<42>

PMCIO<44>

8

PMCIO<35>

PMCIO<37>

PMCIO<39>

PMCIO<38>

PMCIO<40>

7

PMCIO<33>

B_SCSI_D<2>

B_SCSI_D<1>

B_SCSI_D<0>

PMCIOC

6

B_SCSI_D<6>

GND

B_SCSI_D<5>

B_SCSI_D<4>

B_SCSI_D<3>

5

B_SCSI_D<10>

B_SCSI_D<9>

B_SCSI_D<8>

B_SCSI_DP<0>

B_SCSI_D<7>

4

B_SCSI_D<13>

B_SCSI_D<12>

GND

PMCIOB

B_SCSI_D<11>

3

TERMB_DIS_L

B_SCSI_DP<1>

B_SCSI_D<15>

PMCIOA

B_SCSI_D<14>

2

B_SCSI_IO_L

B_SCSI_REQ_L

B_SCSI_CD_L

B_SCSI_SEL_L

B_SCSI_MSG_L

1

XBACK_RST_OUT_N

B_SCSI_RST_L

B_SCSI_ACK_L

B_SCSI_BSY_L

B_SCSI_ATN_L