Difference between revisions of "ADP-N1 Adapter Board Data Sheet"
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| colspan="2" |'''J8,J9,SW1 Functional specifications''' | | colspan="2" |'''J8,J9,SW1 Functional specifications''' | ||
|- | |- | ||
− | |'''J8 Jumper Status''' | + | |'''<small>J8 Jumper Status</small>''' |
− | |''' | + | |<small>'''Remarks'''</small> |
|- | |- | ||
|Short connection J8-1 and J8-2 | |Short connection J8-1 and J8-2 |
Revision as of 16:36, 15 July 2020
Adapter Board:ADP-N1 Data Sheet
1 Introduction
ADP-N1 is a camera interposer module for NVIDIA Jetson AGX Xavier & TX2 DevKit.
2 Product Picture
PART NUMBER / 型号 | FRONT VIEW / 正面图片 | BACK VIEW / 背面图片 | FFC CABLE/FFC线缆 | SKETCH MAP/示意图 |
ADP-N1 |
3 Adapter Board Pinlist
J8:Jumper | ||
Pin NO. | NAME | Remarks |
1 | CAM_VSYNC | Internal Connect with J7-86 through a level shifter(3.3V to 1.8V) |
2 | COM | Internal pull up to 3.3V, Rpu=1.5KΩ |
3 | Ext Trigger In | Internal Connect with J9-1 |
J9 | ||
Pin NO. | NAME | Remarks |
1 | Ext Trigger In | Internal Connect with J8-3 |
2 | GND | |
3 | NC |
J8,J9,SW1 Functional specifications | |
J8 Jumper Status | Remarks |
Short connection J8-1 and J8-2 | Select J7-86(CAM_VSYNC) as the trigger source,Only available Interconnect with TX2 platform |
Short connection J8-2 and J8-3 | Select J9-1(Ext Trigger In) as the trigger source |
SW1 is used for testing to simulate an external trigger signal,Internal Connect with J9-3 |
J1 / J2 / J3 / J4 / J5 / J6 | ||||||||||||
Pin NO. | J1 | J2 | J3 | J4 | J5 | J6 | ||||||
NAME | Remarks | NAME | Remarks | NAME | Remarks | NAME | Remarks | NAME | Remarks | NAME | Remarks | |
1 | GND | GND | GND | GND | GND | GND | ||||||
2 | NC | NC | NC | NC | NC | NC | ||||||
3 | NC | NC | NC | NC | NC | NC | ||||||
4 | GND | GND | GND | GND | GND | GND | ||||||
5 | NC | NC | NC | NC | NC | NC | ||||||
6 | NC | NC | NC | NC | NC | NC | ||||||
7 | GND | GND | GND | GND | GND | GND | ||||||
8 | CSI_A_CLK_P | CSI_B_CLK_P | CSI_C_CLK_P | CSI_D_CLK_P | CSI_E_CLK_P | CSI_F_CLK_P | ||||||
9 | CSI_A_CLK_N | CSI_B_CLK_N | CSI_C_CLK_N | CSI_D_CLK_N | CSI_E_CLK_N | CSI_F_CLK_N | ||||||
10 | GND | GND | GND | GND | GND | GND | ||||||
11 | CSI_A_D1_P | CSI_B_D1_P | CSI_C_D1_P | CSI_D_D1_P | CSI_E_D1_P | CSI_F_D1_P | ||||||
12 | CSI_A_D1_N | CSI_B_D1_N | CSI_C_D1_N | CSI_D_D1_N | CSI_E_D1_N | CSI_F_D1_N | ||||||
13 | GND | GND | GND | GND | GND | GND | ||||||
14 | CSI_A_D0_P | CSI_B_D0_P | CSI_C_D0_P | CSI_D_D0_P | CSI_E_D0_P | CSI_F_D0_P | ||||||
15 | CSI_A_D0_N | CSI_B_D0_N | CSI_C_D0_N | CSI_D_D0_N | CSI_E_D0_N | CSI_F_D0_N | ||||||
16 | GND | GND | GND | GND | GND | GND | ||||||
17 | NC | NC | NC | NC | NC | NC | ||||||
18 | RESERVE | NC | RESERVE | NC | RESERVE | NC | RESERVE | NC | RESERVE | NC | RESERVE | NC |
19 | GND | GND | GND | GND | GND | GND | ||||||
20 | SCL0 | 3.3V Level | SCL1 | 3.3V Level | SCL2 | 3.3V Level | SCL3 | 3.3V Level | SCL4 | 3.3V Level | SCL5 | 3.3V Level |
21 | SDA0 | 3.3V Level | SDA1 | 3.3V Level | SDA2 | 3.3V Level | SDA3 | 3.3V Level | SDA4 | 3.3V Level | SDA5 | 3.3V Level |
22 | GND | GND | GND | GND | GND | GND | ||||||
23 | Sync0 | Sync0 | Sync0 | Sync0 | Sync0 | Sync0 | ||||||
24 | Sync1 | Sync1 | Sync1 | Sync1 | Sync1 | Sync1 | ||||||
25 | VDD_3V3_SLP | PWR OUT | VDD_3V3_SLP | PWR OUT | VDD_3V3_SLP | PWR OUT | VDD_3V3_SLP | PWR OUT | VDD_3V3_SLP | PWR OUT | VDD_3V3_SLP | PWR OUT |
26 | VDD_3V3_SLP | PWR OUT | VDD_3V3_SLP | PWR OUT | VDD_3V3_SLP | PWR OUT | VDD_3V3_SLP | PWR OUT | VDD_3V3_SLP | PWR OUT | VDD_3V3_SLP | PWR OUT |
27 | VDD_3V3_SLP | PWR OUT | VDD_3V3_SLP | PWR OUT | VDD_3V3_SLP | PWR OUT | VDD_3V3_SLP | PWR OUT | VDD_3V3_SLP | PWR OUT | VDD_3V3_SLP | PWR OUT |
28 | GND | GND | GND | GND | GND | GND |
J7 | |||||||||||
Pin NO. | NAME | Remarks | Pin NO. | NAME | Remarks | Pin NO. | NAME | Remarks | Pin NO. | NAME | Remarks |
1 | CSI_A_D0_P | 31 | CSI_C_D1_P | 61 | NC | 91 | NC | ||||
2 | CSI_B_D0_P | 32 | CSI_D_D1_P | 62 | NC | 92 | NC | ||||
3 | CSI_A_D0_N | 33 | CSI_C_D1_N | 63 | NC | 93 | NC | ||||
4 | CSI_B_D0_N | 34 | CSI_D_D1_N | 64 | NC | 94 | NC | ||||
5 | GND | 35 | GND | 65 | NC | 95 | NC | ||||
6 | GND | 36 | GND | 66 | NC | 96 | NC | ||||
7 | CSI_A_CLK_P | 37 | CSI_E_D0_P | 67 | NC | 97 | NC | ||||
8 | CSI_B_CLK_P | 38 | CSI_F_D0_P | 68 | NC | 98 | NC | ||||
9 | CSI_A_CLK_N | 39 | CSI_E_D0_N | 69 | GND | 99 | GND | ||||
10 | CSI_B_CLK_N | 40 | CSI_F_D0_N | 70 | GND | 100 | GND | ||||
11 | GND | 41 | GND | 71 | NC | 101 | NC | ||||
12 | GND | 42 | GND | 72 | NC | 102 | NC | ||||
13 | CSI_A_D1_P | 43 | CSI_E_CLK_P | 73 | NC | 103 | NC | ||||
14 | CSI_B_D1_P | 44 | CSI_F_CLK_P | 74 | NC | 104 | NC | ||||
15 | CSI_A_D1_N | 45 | CSI_E_CLK_N | 75 | CAM_I2C_SCL | 1.8V Level | 105 | NC | |||
16 | CSI_B_D1_N | 46 | CSI_F_CLK_N | 76 | NC | 106 | NC | ||||
17 | GND | 47 | GND | 77 | CAM_I2C_SDA | 1.8V Level | 107 | NC | |||
18 | GND | 48 | GND | 78 | NC | 108 | VDD_3V3_SLP | PWR | |||
19 | CSI_C_D0_P | 49 | CSI_E_D1_P | 79 | GND | 109 | VDD_5V0_IO_SYS | PWR | |||
20 | CSI_D_D0_P | 50 | CSI_F_D1_P | 80 | GND | 110 | VDD_3V3_SLP | PWR | |||
21 | CSI_C_D0_N | 51 | CSI_E_D1_N | 81 | NC | 111 | NC | ||||
22 | CSI_D_D0_N | 52 | CSI_F_D1_N | 82 | NC | 112 | NC | ||||
23 | GND | 53 | GND | 83 | NC | 113 | NC | ||||
24 | GND | 54 | GND | 84 | VDD_3V3_SLP | PWR | 114 | NC | |||
25 | CSI_C_CLK_P | 55 | NC | 85 | NC | 115 | GND | ||||
26 | CSI_D_CLK_P | 56 | NC | 86 | CAM_VSYNC | RESERVE | 116 | GND | |||
27 | CSI_C_CLK_N | 57 | NC | 87 | NC | 117 | NC | ||||
28 | CSI_D_CLK_N | 58 | NC | 88 | NC | 118 | VDD_5V0_IO_SYS | PWR | |||
29 | GND | 59 | NC | 89 | NC | 119 | NC | ||||
30 | GND | 60 | NC | 90 | NC | 120 | VDD_5V0_IO_SYS | PWR |