A P P E N D I X A

Physical Characteristics

Specifications for the Sun Netra CP3060 blade server are provided in the following sections:

- Section A.1, Form Factor

- Section A.2, Layout

- Section A.3, Front Panel

- Section A.4, Connectors and Pinout

##

A.1 Form Factor

The Sun Netra CP3060 blade server is a standard 8U form factor, a single-slot-wide. It complies with the board mechanical dimensions required by the PICMG 3.0 R1.0 Specification:

- 322.25 mm x 280 mm (length x width)

- 1.2-inch-wide front panel

##

A.2 Layout

The Sun Netra CP3060 blade server layout is shown in FIGURE A-1.

FIGURE A-1 Sun Netra CP3060 Blade Server Layout

##

A.3 Front Panel

The single-slot-wide, 8U front panel was designed to meet PICMG 3.0 R 1.0 and other specifications.

### A.3.1 Visual Indicators

The Sun Netra CP3060 blade server has the following indicators on the front panel:

- Green LED - Blade Server’s healthy status or user programmable (ACTIVE).

- Amber LED - Blade Server’s fault condition (FAULT).

- Blue LED - Indicates safe removal (hot-swap activity).

The front panel’s Ethernet ports do not have LED indicators.

### A.3.2 Ports

The Sun Netra CP3060 blade server has the following ports on the front panel:

- One serial port (RJ-45)

- Two 10/100/1000BASE-T Ethernet ports (RJ-45)

### A.3.3 AMC Slot

The Netra CP3060 blade server has an AMC I/O full-height, single-width slot that is accessable through the AMC cutout on the front panel.

##

A.4 Connectors and Pinout

FIGURE A-1 shows all the basic I/O connectors to the front and the rear of the Sun Netra CP3060 blade server.

### A.4.1 Front Panel Connectors

The front panel has the following connectors:

- Two 10/100/1000BASE-T Ethernet ports (RJ-45)

- One serial port (RJ-45)

- AMC connector (via AMC slot)

#### A.4.1.1 Ethernet Ports

The Ethernet connectors are RJ-45 connectors. The controller autonegotiates to either 10BASE-T,100BASE-T, or 1000BASE-T. The Ethernet connector pin numbering is shown in FIGURE A-2.

FIGURE A-2 Ethernet RJ-45 Connector

TABLE A-1 shows the Ethernet connector pin assignments. The 1000BASE-T signal names are in parentheses.

TABLE A-1 Ethernet Port Connector Pin Assignments
Pin | Signal Name | Pin | Signal Name
--- | --- | --- | ---
1 | TXD+ | (BI_DA+) | 5 | not used | (BI_DC-)
2 | TXD- | (BI_DA-) | 6 | RXD- | (BI_DB-)
3 | RXD+ | (BI_DB+) | 7 | not used | (BI_DD+)
4 | not used | (BI_DC+) | 8 | not used | (BI_DD-)

#### A.4.1.2 Serial Port

FIGURE A-3 contains the connector pin assignments for the front panel serial port.

FIGURE A-3 Front Panel Serial Port Diagram

TABLE A-2 shows the serial port connector pin assignments.

TABLE A-2 Serial Port RJ-45 Connector Pinouts
Pin | Signal Name | Pin | Signal Name
--- | --- | --- | ---
1 | RTS | 5 | DCD
2 | DTR | 6 | RXD
3 | TXD | 7 | DSR
4 | GND | 8 | CTS

### A.4.2 AMC Connector

The Sun Netra CP3060 blade server provides a B+ style 170-pin connector. The pinout of the AMC slot is provided in TABLE A-3.

- The signals denoted RTM are wired to the Zone 3 RTM connector. (These are port 12 through port 20 in the AMC specification, part of the Extended Options Region.)

- The signals denoted PCI-E are connected with an x8 port on the PCI-E switch. (These are port 4 through port 11 in the AMC specification, part of the Fabric I/O Region.)

- The signals denoted SATA are wired to two of the SATA controller ports. (These are port 2 and port 3 in the AMC specification, part of the Common Options Region.)

TABLE A-3 AMC Connector Pin Assignments
Basic Side | Extended Side | Basic Side | Extended Side
--- | --- | --- | ---
Pin | Signal | Pin | Signal | Pin | Signal | Pin | Signal
85 | Gnd | 86 | Gnd | 42 | 12V | 129 | RTM_TX3_N
84 | 12V | 87 | PCIE_RX4_N | 41 | AMC_CONN_ENABLE_L | 130 | RTM_TX3_P
83 | Gnd | 88 | PCIE_RX4_P | 40 | Gnd | 131 | Signal
82 | Gnd | 89 | Gnd | 39 | SATA1_AMC_TX_N | 132 | RTM_RX3_N
81 | AMCCON_REFCLK_N | 90 | PCIE_TX4_N | 38 | SATA1_AMC_TX_P | 133 | RTM_RX3_P
80 | AMCCON_REFCLK_P | 91 | PCIE_TX4_P | 37 | Gnd | 134 | Gnd
79 | Gnd | 92 | Gnd | 36 | SATA1_AMC_RXX_N | 135 | RTM_TX4_N
78 | CLK2_N | 93 | PCIE_RX5_N | 35 | SATA1_AMC_RXX_P | 136 | RTM_TX4_P
77 | CLK2_P | 94 | PCIE_RX5_P | 34 | Gnd | 137 | Gnd
76 | Gnd | 95 | Gnd | 33 | SATA0_AMC_TX_N | 138 | RTM_RX4_N
75 | CLK1_N | 96 | PCIE_TX5_N | 32 | SATA0_AMC_TX_P | 139 | RTM_RX4_P
74 | CLK1_P | 97 | PCIE_TX5_P | 31 | Gnd | 140 | Gnd
73 | Gnd | 98 | Gnd | 30 | SATA0_AMC_RXX_N | 141 | RTM_TX5_N
72 | 12V | 99 | PCIE_RX6_N | 29 | SATA0_AMC_RXX_P | 142 | RTM_TXx5_P
71 | I2C_AMCCONN_SDA | 100 | PCIE_RX6_P | 28 | Gnd | 143 | Gnd
70 | Gnd | 101 | Gnd | 27 | 12V | 144 | RTM_RX5_N
69 | PCIE_RX3_N | 102 | PCIE_TX6_N | 26 | Gnd | 145 | RTM_RX5_P
68 | PCIE_RX3_P | 103 | PCIE_TX6_P | 25 | Gnd | 146 | Gnd
67 | Gnd | 104 | Gnd | 24 | n/c | 147 | RTM_TX6_N
66 | PCIE_TX3_N | 105 | PCIE_RX7_N | 23 | n/c | 148 | RTM_TX6_P
65 | PCIE_TX3_P | 106 | PCIE_RX7_P | 22 | Gnd | 149 | Gnd
64 | Gnd | 107 | Gnd | 21 | n/c | 150 | RTM_RX6_N
63 | PCIE_RX2_N | 108 | PCIE_TX7_N | 20 | n/c | 151 | RTM_RX6_P
62 | PCIE_RX2_P | 109 | PCIE_TX7_P | 19 | Gnd | 152 | Gnd
61 | Gnd | 110 | Gnd | 18 | 12V | 153 | RTM_TX7_N
60 | PCIE_TX2_N | 111 | RTM_TX0_N | 17 | Gnd | 154 | RTM_TX7_P
59 | PCIE_TX2_P | 112 | RTM_TX0_P | 16 | Gnd | 155 | Gnd
58 | Gnd | 113 | Gnd | 15 | n/c | 156 | RTM_RX7_N
57 | 12V | 114 | RTM_RX0_N | 14 | n/c | 157 | RTM_RX7_P
56 | I2C_AMCCONN_SCL | 115 | RTM_RX0_P | 13 | Gnd | 158 | Gnd
55 | Gnd | 116 | Gnd | 12 | n/c | 159 | RTM_TX8_N
54 | PCIE_RX1_N | 117 | RTM_TX1_N | 11 | n/c | 160 | RTM_TX8_P
53 | PCIE_RX1_P | 118 | RTM_TX1_P | 10 | Gnd | 161 | Gnd
52 | Gnd | 19 | Gnd | 9 | 12V | 162 | RTM_RX8_N
51 | PCIE_TX1_N | 120 | RTM_RX1_N | 8 | nGnd | 163 | RTM_RX8_P
50 | PCIE_TX1_N | 121 | RTM_RX1_P | 7 | Gnd | 164 | Gnd
49 | Gnd | 122 | Gnd | 6 | Gnd | 165 | TCLK
48 | PCIE_RX0_N | 123 | RTM_TX2_N | 5 | n/c | 166 | TMS
47 | PCIE_RX0_P | 124 | RTM_TX2_P | 4 | 3.3v_AMC | 167 | TRST
46 | Gnd | 125 | Gnd | 3 | AMC_PS1_L | 168 | TDO
45 | PCIE_TX0_N | 126 | RTM_RX2_N | 2 | 12V | 169 | TDI
44 | PCIE_TX0_P | 127 | RTM_RX2_P | 1 | Gnd | 170 | Gnd
43 | Gnd | 128 | Gnd |  |  |  |

### A.4.3 Compact Flash Connector

The Compact Flash connector is a type I/II connector.

### A.4.4 Midplane Power Connector (Zone 1)

The Sun Netra CP3060 blade server uses a Zone 1 power connector. It provides support for the following signals:

- Two -48 volt DC power feeds (four signals each; eight signals total)

- Two IPMB ports (two signals each, four signals total)

- Geographic address (eight signals)

The analog test and ring voltage pins are left unconnected.

FIGURE A-4 shows the pin assignments.

FIGURE A-4 Power Distribution Connector (Zone 1) P10

TABLE A-4 lists the power connector pin assignments.

TABLE A-4 Power Distribution Connector Pin Assignments
Pin Number | Name | Description
--- | --- | ---
1 | Reserved | Reserved
2 | Reserved | Reserved
3 | Reserved | Reserved
4 | Reserved | Reserved
5 | HA0 | HA0 Hardware Address Bit 0
6 | HA1 | HA1 Hardware Address Bit 1
7 | HA2 | HA2 Hardware Address Bit 2
8 | HA3 | HA3 Hardware Address Bit 3
9 | HA4 | HA4 Hardware Address Bit 4
10 | HA5 | HA5 Hardware Address Bit 5
11 | HA6 | HA6 Hardware Address Bit 6
12 | HA7/P | HA7/P Hardware Address Bit 7(Odd Parity Bit)
13 | SCL_A | IPMB Clock, Port A
14 | SDA_A | IPMB Data, Port A
15 | SCL_B | IPMB Clock, Port B
16 | SDA_B | IPMB Data, Port B
17 | Unused |
18 | Unused |
19 | Unused |
20 | Unused |
21 | Unused |
22 | Unused |
23 | Unused |
24 | Unused |
25 | SHELF_GND | Shelf Ground
26 | LOGIC_GND | Logic Ground
27 | ENABLE_B | Enable B
28 | VRTN_A | Voltage Return A
29 | VRTN_B | Voltage Return B
30 | EARLY_A | -48V Early A
31 | EARLY_B | -48V Early B
32 | ENABLE_A | Enable A
33 | -48V_A | -48V A
34 | -48V_B | -48V B

### A.4.5 Data Transport Connector (Zone 2)

The data transport connector consists of one 120-pin HM-Zd connector, labeled P23, with 40 differential pairs. This is called the Zone 2 connector.

The Zone 2 connector provides the following signals:

- Two 1000BASE-T Ethernet Base Fabric channels

- Two 1000 SERDES ports on the Extended Fabric interface

- Synchronization Clock interface supporting CLK1A/B and CLK2A/2B

FIGURE A-5 shows the Zone 2 connectors.

FIGURE A-5 Zone 2 Connectors

TABLE A-5 gives the Zone 2 J10101 connector pin assignments.

TABLE A-5 Zone 2 J10101 Connector Pin Assignments
Row | A | B | C | D | E | F | G | H
--- | --- | --- | --- | --- | --- | --- | --- | ---
1 | n/c | n/c | P23_F2_ TERM_RX2+ | P23_F2_ TERM_RX2- | n/c | /c | P23_F2_ TERM_RX3+ | P2_F2_ TERM_RX3+
2 | GBE_EXTB_TX0_P | GBE_EXTB_TX0_N | GBE_EXTB_RX0_P | GBE_EXTB_RX0_N | n/c | n/c | P23_F2_ TERM_RX1+ | P23_F2_ TERM_RX1+
3 | n/c | n/c | P23_F1_ TERM_RX2+ | P23-F1_ TERM_RX2+ | n/c | n/c | P23_F1_ TERM_RX3+ | P23_F1_ TERM_RX3+
4 | GBE_EXTA_TX0_P | GBE_EXTA_TX0_N | GBE_EXTA_RX0_P | GBE_EXTA_RX0_N | n/c | n/c | P23_F1_ TERM_RX1+ | P23_F1_ TERM_RX1+
5 | GBE_BASE_ Z2A_TR0_P | GBE_BASE_ Z2A_TR0_N | GBE_BASE_ Z2A_TR1_P | GBE_BASE_ Z2A_TR1_N | GBE_BASE_ Z2A_TR2_P | GBE_BASE_ Z2A_TR2_N | GBE_BASE_ Z2A_TR3_P | GBE_BASE_ Z2A_TR3_N
6 | GBE_BASE_ Z2B_TR0_P | GBE_BASE_ Z2B_TR0_N | GBE_BASE_ Z2B_TR1_P | GBE_BASE_ Z2B_TR1_N | GBE_BASE_ Z2B_TR2_P | GBE_BASE_ Z2B_TR2_N | GBE_BASE_ Z2B_TR3_P | GBE_BASE_ Z2B_TR3_N
7 | n/c | n/c | n/c | n/c | n/c | n/c | n/c | n/c
8 | n/c | n/c | n/c | n/c | n/c | n/c | n/c | n/c
9 | n/c | n/c | n/c | n/c | n/c | n/c | n/c | n/c
10 | n/c | n/c | n/c | n/c | n/c | n/c | n/c | n/c

TABLE A-6 gives the Zone 2 J10001 connector pin assignments.

TABLE A-6 Zone 2 J10001 Connector Pin Assignments
Row | A | B | C | D | E | F | G | H
--- | --- | --- | --- | --- | --- | --- | --- | ---
1 | Clk1A_P | Clk1A_N | Clk1B_P | Clk1B_N | Clk2A_P | Clk2A_N | Clk2B_P | Clk2B_n
2 | n/c | n/c | n/c | n/c | n/c | n/c | n/c | n/c
3 | n/c | n/c | n/c | n/c | n/c | n/c | n/c | n/c
4 | n/c | n/c | n/c | n/c | n/c | n/c | n/c | n/c
5 | n/c | n/c | n/c | n/c | n/c | n/c | n/c | n/c
6 | n/c | n/c | n/c | n/c | n/c | n/c | n/c | n/c
7 | n/c | n/c | n/c | n/c | n/c | n/c | n/c | n/c
8 | n/c | n/c | n/c | n/c | n/c | n/c | n/c | n/c
9 | n/c | n/c | n/c | n/c | n/c | n/c | n/c | n/c
10 | n/c | n/c | n/c | n/c | n/c | n/c | n/c | n/c

### A.4.6 RTM Connector (Zone 3)

The Sun Netra CP3060 blade server provides all the I/O connections for rear access through the Zone 3 RTM connector. The connector view and the pinouts for the Zone 3 connectors are shown in FIGURE A-6.

FIGURE A-6 Zone 3 Connectors

TABLE A-7 gives the Zone 3 J10202 connector pin assignments.

TABLE A-7 Zone 3 J10202 Connector Pin Assignments
Row | A | B | BG | C | D | DG | E | F | FG
--- | --- | --- | --- | --- | --- | --- | --- | --- | ---
1 | PCIE_Tx7_p | PCIE_Tx7_n | GND | PCIE_Rx7_p | PCIE_Rx7_n | GND | n/c | n/c | GND
2 | PCIE_Tx6_p | PCIE_Tx6_n | GND | PCIE_Rx6_p | PCIE_Rx6_n | GND | n/c | n/c | GND
3 | PCIE_Tx5_p | PCIE_Tx5_n | GND | PCIE_Rx5_p | PCIE_Rx5_n | GND | n/c | n/c | GND
4 | PCIE_Tx4_p | PCIE_Tx4_n | GND | PCIE_Rx4_p | PCIE_Rx4_n | GND | n/c | n/c | GND
5 | PCIE_Tx3_p | PCIE_Tx3_n | GND | PCIE_Rx3_p | PCIE_Rx3_n | GND | n/c | n/c | GND
6 | PCIE_Tx2_p | PCIE_Tx2_n | GND | PCIE_Rx2_p | PCIE_Rx2_n | GND | n/c | n/c | GND
7 | PCIE_Tx1_p | PCIE_Tx1_n | GND | PCIE_Rx1_p | PCIE_Rx1_n | GND | n/c | n/c | GND
8 | PCIE_Tx0_p | PCIE_Tx0_n | GND | PCIE_Rx0_p | PCIE_Rx0_n | GND | n/c | n/c | GND
9 | n/c | n/c | GND | n/c | n/c | GND | n/c | n/c | GND
10 | n/c | n/c | GND | n/c | n/c | GND | n/c | n/c | GND

TABLE A-8 gives the Zone 3 J10201 connector pin assignments.

TABLE A-8 Zone 3 J10201 Connector Pin Assignments
Row | A | B | BG | C | D | DG | E | F | FG
--- | --- | --- | --- | --- | --- | --- | --- | --- | ---
1 | AMC0_IO1 | AMC0_IO2 |  | AMC0_IO3 | AMC0_IO4 |  | AMC0_IO5 | AMC0_IO6 | GND
2 | AMC0_IO7 | AMC0_IO8 |  | AMC0_IO9 | AMC0_IO10 |  | AMC0_IO11 | AMC0_IO12 |
3 | AMC0_IO24 | AMC0_IO23 |  | AMC0_IO22 | AMC0_IO21 |  | AMC0_IO20 | AMC0_IO19 |
4 | AMC0_IO18 | AMC0_IO17 |  | AMC0_IO16 | AMC0_IO15 | GND | AMC0_IO14 | AMC0_IO13 |
5 | AMC0_IO36 | AMC0_IO35 | GND | AMC0_IO34 | AMC0_IO33 |  | AMC0_IO32 | AMC0_IO31 |
6 | AMC0_IO30 | AMC0_IO29 |  | AMC0_IO28 | AMC0_IO27 |  | AMC0_IO26 | AMC0_IO25 | GND
7 | n/c | n/c |  | n/c | n/c |  | n/c | n/c |
8 | n/c | n/c |  | n/c | n/c |  | n/c | n/c |
9 | n/c | n/c |  | n/c | n/c |  | n/c | n/c |
10 | n/c | n/c |  | n/c | n/c |  | n/c | n/c |

TABLE A-9 gives the Zone 3 J10301 connector pin assignments.

TABLE A-9 Zone 3 J10301 Connector Pin Assignments
Row | A | B | BG | C | D | DG | E | F | FG
--- | --- | --- | --- | --- | --- | --- | --- | --- | ---
1 | n/c | n/c |  | n/c | n/c |  | n/c | -12V |
2 | n/c | n/c | 5V | n/c | n/c | 5V | +12V | +12V | 5V
3 | RTM_SER1_ CTS | RTM_SER1_ DTR | 3.3V | RTM_SER1_ DCD | RTM_SER1_ DSR | 3.3V | RTM_SER1_ RXD | RTM_SER1_ TXD | 3.3V
4 | RTM_SER1_ RTS | n/c | 3.3V | n/c | n/c | 3.3V | n/c | n/c | 3.3V
5 | n/c | n/c | 5V | n/c | n/c | 5V | n/c | n/c | 5V
6 | RTM_SATA1_ RX_P | RTM_SATA1_ RX_N | GND | RTM_ETH_ LED_1 | RTM_ETH_ LED_2 | GND | RTM_SATA1_ TX_N | RTM_SATA1_ TX_P | GND
7 | RTM_PRSNT_ N | 3V_STBY | GND | RTM_I2C_ SDA | RTM_I2C_ SCL | GND | 3V_STBY | 3V_STBY | GND
8 | RTM_SATA2_ RX_P | RTM_SATA2_ RX_N | GND | RTM_ETH_ LED3 | RTM_ETH_ LED4 | GND | RTM_SATA2_ TX_N | RTM_SATA2_ TX_P | GND
9 | RTM_ETH_ TRD_3P | RTM_ETH_ TRD_3N | GND | 2.5V | 2.5V | GND | RTM_ETH_ TRD_2P | RTM_ETH_ TRD_2N | GND
10 | RTM_ETH_ TRD_1P | RTM_ETH_ TRD_1N | GND | 2.5V | 2.5V | GND | RTM_ETH_ TRD_0P | RTM_ETH_ TRD_0N | GND

### A.4.7 TOD Clock Battery Holder

The TOD clock battery holder is located under the AMC enclosure (see FIGURE A-1).

The TOD battery must be type CR 1225, with a minimum of 4ma abnormal charging current rating (for example; a Panasonic CR 1225).

| Caution - Risk of explosion if battery is replaced by an incorrect type. Dispose of batteries properly in accordance with manufacturer’s instructions and local regulations.

To install the battery, slide the battery into the holder with the side labeled “+ “ facing up.

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