Elma JetKit-3010, Руководство пользователя

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USER MANUAL JetKit-3010 ELMA.COM
www.elma.com EMBEDDED BOARDS
3.8.4 Mezzanine connector
The JetKit-3010 houses an internal Mezzanine connector for custom extensions of the board
functionality. The connector is Samtec QSH-060-01-L-D-A-K 120 pin high-speed socket. Pinout
legend and pinout can be found in Table 17 and Table 18.
Table 17 – Mezzanine connector pinout legend
Signal Type Signal I / O Description
Power 12V_SW O 12V Switched power (SYS_VIN_HV)
5V O 5V Switched power (SYS_VIN_MV)
3V3 O 3.3V power
1V8 O 1.8V power
GND - Ground
PCI Express UPHY_5:2_TX0..3_P / N O PCI Express x4 Transmit differential pairs
UPHY_5:2_RX0..3_P / N I PCI Express x4 Receive differential pairs
PEX_CLK0_P / N O PCI Express Reference Clock output
PEX_L0_CLKREQ_N I PCI Express Clock request input
PEX_L0_RST_N O PCI Express reset output
PEX0_WAKE_N I PCI Express wake input
UPHY_9:8_TX0..1_P / N O PCI Express x2 Transmit differential pairs
UPHY_9:8_RX0..1_P / N I PCI Express x2 Receive differential pairs
PEX_CLK4_P / N O PCI Express Reference Clock output
PEX_L4_CLKREQ_N I PCI Express Clock request input
PEX_L4_RST_N O PCI Express reset output
USB USB2_D_P/N I / O USB 2.0 data pair
Camera CSI0..3_D0..1_P / N I CSI data pairs
CSI0..3_CLK_P / N I CSI clock
CAM0..3_MCLK O Camera master clock
CAM0..1_PWDN O Camera power down
CAM0..1_RST O Camera reset
Utility I2C_GP3..4_CLK O General Purpose I²C Clock
I2C_GP3..4_DAT I / O General Purpose I²C Data
GPIO36_CAM_AVDD_CAM_EN O Camera AVDD supply enable
GPIO25_VDD_SYS_EN O Camera VDD_SYS enable
GPIO29_M2_KEYM_PEWAKE# I M.2 Key M PCI Express Wake input
GPIO34_M2_KEYM_ALERT# I M.2 Key M PCI Alert Input
Table 18 - Mezzanine Connector pinout
Pin Signal Pin Signal Pin Signal Pin Signal Pin Signal Pin Signal
1
GND
21
CSI2_D0_P
41
CAM0_RST
61
GND
81
UPHY_5:2_RX0_P
101
UPHY_5:2_RX3_N
2 GND 22 CSI3_D0_P 42 CAM1_MCLK 62 GND 82 UPHY_5:2_TX0_P 102 UPHY_5:2_TX3_N
3 CSI0_D0_P 23 CSI2_D0_N 43 CAM1_PWDN 63 UPHY_9:8_TX1_P 83 UPHY_5:2_RX0_N 103 GND
4 CSI1_D0_P 24 CSI3_D0_N 44 CAM2_MCLK 64 UPHY_9:8_TX0_P 84 UPHY_5:2_TX0_N 104 GND
5 CSI0_D0_N 25 GND 45 CAM1_RST 65 UPHY_9:8_TX1_N 85 GND 105 PEX_L4_CLKREQ_N
6 CSI1_D0_N 26 GND 46 CAM3_MCLK 66 UPHY_9:8_TX0_N 86 GND 106 PEX_L0_RST_N
7 GND 27 CSI2_CLK_P 47 I2C_GP3_CLK 67 GND 87 UPHY_5:2_RX1_P 107 PEX_L4_RST_N
8 GND 28 CSI3_CLK_P 48
GPIO36_CAM_
AVDD_CAM_EN
68 GND 88 UPHY_5:2_TX1_P 108 PEX_L0_CLKREQ_N
9 CSI0_CLK_P 29 CSI2_CLK_N 49 I2C_GP3_DAT 69 UPHY_9:8_RX1_P 89 UPHY_5:2_RX1_N 109 PEX0_WAKE_N
10 CSI1_CLK_P 30 CSI3_CLK_N 50
GPIO25_VDD_
SYS_EN
70 UPHY_9:8_RX0_P 90 UPHY_5:2_TX1_N 110
GPIO29_M2_KEYM_
PEWAKE#
11 CSI0_CLK_N 31 GND 51 GND 71 UPHY_9:8_RX1_N 91 GND 111 I2C_GP4_CLK
12 CSI1_CLK_N 32 GND 52 GND 72 UPHY_9:8_RX0_N 92 GND 112
GPIO34_M2_KEYM_
ALERT#
13 GND 33 CSI2_D1_P 53 1V8 73 GND 93 UPHY_5:2_RX2_P 113 I2C_GP4_DAT
14 GND 34 CSI3_D1_P 54 3V3 74 GND 94 UPHY_5:2_TX2_P 114 12V_SW
15 CSI0_D1_P 35 CSI2_D1_N 55 1V8 75 PEX_CLK4_P 95 UPHY_5:2_RX2_N 115 GND
16 CSI1_D1_P 36 CSI3_D1_N 56 3V3 76 PEX_CLK0_P 96 UPHY_5:2_TX2_N 116 12V_SW
17 CSI0_D1_N 37 GND 57 1V8 77 PEX_CLK4_N 97 GND 117 USB2_D_N
18 CSI1_D1_N 38 GND 58 3V3 78 PEX_CLK0_N 98 GND 118 12V_SW
19 GND 39 CAM0_PWDN 59 1V8 79 GND 99 UPHY_5:2_RX3_P 119 USB2_D_P
20 GND 40 CAM0_MCLK
60
3V3 80 GND 100 UPHY_5:2_TX3_P 120 5V