TQ-Systems TQMa8Xx Preliminary User'S Manual Download Page 11

 

Preliminary User's Manual  l  TQMa8Xx UM 0002  l  © 2018, TQ-Systems GmbH 

 

Page  7 

 

3.1.2

 

Connector X1 

Table 2: 

Pinout connector X1 

Ball 

I/O 

Level 

Group 

Signal 

Pin 

Signal 

Group 

Level 

I/O 

Ball 

– 

0 V 

Ground 

GND 

GND 

Ground 

0 V 

– 

E35 

1.8 V 

ENET 

ENET1_REFCLK_OUT 

TEMP_EVENT# 

CONFIG 

– 

– 

– 

0 V 

Ground 

GND 

GND 

Ground 

0 V 

– 

D32 

1.8 V 

ENET 

ENET1_RXC 

ENET1_TXC 

ENET 

1.8 V 

F30 

– 

0 V 

Ground 

GND 

10 

GND 

Ground 

0 V 

– 

D34 

1.8 V 

ENET 

ENET1_RX_CTL 

11 

12 

ENET1_TX_CTL 

ENET 

1.8 V 

H28 

G31 

1.8 V 

ENET 

ENET1_RXD0 

13 

14 

ENET1_TXD0 

ENET 

1.8 V 

F32 

C33 

1.8 V 

ENET 

ENET1_RXD1 

15 

16 

ENET1_TXD1 

ENET 

1.8 V 

J29 

K28 

1.8 V 

ENET 

ENET1_RXD2 

17 

18 

ENET1_TXD2 

ENET 

1.8 V 

G29 

B34 

1.8 V 

ENET 

ENET1_RXD3 

19 

20 

ENET1_TXD3 

ENET 

1.8 V 

E31 

– 

0 V 

Ground 

GND 

21 

22 

GND 

Ground 

0 V 

– 

P34 

I/O 

1.8 V 

M4 GPIO 

M4_GPIO0_IO02 

23 

24 

GPIO0_IO30 

GPIO 

1.8 V 

I/O 

L35 

R33 

I/O 

1.8 V 

M4 GPIO 

M4_GPIO0_IO03 

25 

26 

GPIO0_IO31 

GPIO 

1.8 V 

I/O 

N35 

R31 

I/O 

1.8 V 

M4 I2C 

M4_I2C_SDA 

27 

28 

GPIO1_IO07 

GPIO 

1.8 V 

I/O 

R35 

P30 

I/O 

1.8 V 

M4 I2C 

M4_I2C_SCL 

29 

30 

PMIC_PGOOD 

CONFIG 

1.8 V 

– 

– 

0 V 

Ground 

GND 

31 

32 

GND 

Ground 

0 V 

– 

H34 

1.8 V 

UART 

UART1_TX 

33 

34 

SPI2_SCK 

SPI 

1.8 V 

R29 

L31 

1.8 V 

UART 

UART1_RX 

35 

36 

SPI2_SDO 

SPI 

1.8 V 

P32 

N29 

1.8 V 

UART 

UART1_RTS# 

37 

38 

SPI2_SDI 

SPI 

1.8 V 

N31 

K32 

1.8 V 

UART 

UART1_CTS# 

39 

40 

SPI2_CS0# 

SPI 

1.8 V 

P28 

– 

0 V 

Ground 

GND 

41 

42 

SPI1_CS0# 

SPI 

1.8 V 

M34 

D30 

1.8 V 

ENET 

ENET0_MDC 

43 

44 

SPI1_CS1# 

SPI 

1.8 V 

M32 

B32 

I/O 

1.8 V 

ENET 

ENET0_MDIO 

45 

46 

SPI1_SDO 

SPI 

1.8 V 

K34 

– 

0 V 

Ground 

GND 

47 

48 

SPI1_SDI 

SPI 

1.8 V 

J35 

F28 

1.8 V 

ENET 

ENET0_REFCLK_OUT 

49 

50 

SPI1_SCK 

SPI 

1.8 V 

L33 

– 

0 V 

Ground 

GND 

51 

52 

GND 

Ground 

0 V 

– 

D28 

1.8 V 

ENET 

ENET0_RXC 

53 

54 

ENET0_TXC 

ENET 

1.8 V 

H24 

– 

0 V 

Ground 

GND 

55 

56 

GND 

Ground 

0 V 

– 

B30 

1.8 V 

ENET 

ENET0_RX_CTL 

57 

58 

ENET0_TX_CTL 

ENET 

1.8 V 

A29 

– 

0 V 

Ground 

GND 

59 

60 

GND 

Ground 

0 V 

– 

A31 

1.8 V 

ENET 

ENET0_RXD0 

61 

62 

ENET0_TXD0 

ENET 

1.8 V 

G25 

C29 

1.8 V 

ENET 

ENET0_RXD1 

63 

64 

ENET0_TXD1 

ENET 

1.8 V 

B28 

G27 

1.8 V 

ENET 

ENET0_RXD2 

65 

66 

ENET0_TXD2 

ENET 

1.8 V 

E27 

H26 

1.8 V 

ENET 

ENET0_RXD3 

67 

68 

ENET0_TXD3 

ENET 

1.8 V 

F26 

– 

0 V 

Ground 

GND 

69 

70 

GND 

Ground 

0 V 

– 

G17 

3.3 V 

USB 

USB_OTG1_ID 

71 

72 

USB_OTG2_ID 

USB 

3.3 V 

F16 

H18 

5 V 

USB 

USB_OTG1_VBUS 

73 

74 

USB_OTG2_VBUS 

USB 

3.3 V 

H16 

F14 

3.3 V 

USB 

USB_OTG1_PWR 

75 

76 

USB_OTG2_PWR 

USB 

3.3 V 

H14 

G15 

3.3 V 

USB 

USB_OTG1_OC 

77 

78 

USB_OTG2_OC 

USB 

3.3 V 

C15 

– 

0 V 

Ground 

GND 

79 

80 

GND 

Ground 

0 V 

– 

E19 

I/O 

3.3 V 

USB 

USB_OTG1_DN 

81 

82 

USB_OTG2_DN 

USB 

3.3 V 

I/O 

D16 

D18 

I/O 

3.3 V 

USB 

USB_OTG1_DP 

83 

84 

USB_OTG2_DP 

USB 

3.3 V 

I/O 

E17 

– 

0 V 

Ground 

GND 

85 

86 

GND 

Ground 

0 V 

– 

C25 

I/O 

1.8/3.3 V 

SD 

SD1_CMD 

87 

88 

USB_SS_TX_P 

USB 

1.0 V 

B16 

– 

0 V 

Ground 

GND 

89 

90 

USB_SS_TX_N 

USB 

1.0 V 

A35 

G23 

1.8/3.3 V 

SD 

SD1_CLK 

91 

92 

GND 

Ground 

0 V 

– 

– 

0 V 

Ground 

GND 

93 

94 

USB_SS_RX_P 

USB 

1.0 V 

A19 

A27 

I/O 

1.8/3.3 V 

SD 

SD1_DATA0 

95 

96 

USB_SS_RX_N 

USB 

1.0 V 

B18 

B26 

I/O 

1.8/3.3 V 

SD 

SD1_DATA1 

97 

98 

GND 

Ground 

0 V 

– 

D26 

I/O 

1.8/3.3 V 

SD 

SD1_DATA2 

99 

100 

PCIE_TX_N 

PCIe 

1.0 V 

A9 

E25 

I/O 

1.8/3.3 V 

SD 

SD1_DATA3 

101 

102 

PCIE_TX_P 

PCIe 

1.0 V 

B10 

– 

0 V 

Ground 

GND 

103 

104 

GND 

Ground 

0 V 

– 

D24 

1.8 V 

SD 

SD1_WP 

105 

106 

PCIE_RX_N 

PCIe 

1.0 V 

B12 

A25 

1.8 V 

SD 

SD1_VSELECT 

107 

108 

PCIE_RX_P 

PCIe 

1.0 V 

A13 

E23 

1.8 V 

SD 

SD1_CD# 

109 

110 

GND 

Ground 

0 V 

– 

B24 

1.8 V 

GPIO 

GPIO4_IO19 

111 

112 

PCIE_REFCLK_N 

PCIe 

1.8 V 

D12 

– 

0 V 

Ground 

GND 

113 

114 

PCIE_REFCLK_P 

PCIe 

1.8 V 

E11 

D10 

3.3 V 

PCIe 

PCIE_CLKREQ# 

115 

116 

GND 

Ground 

0 V 

– 

H10 

3.3 V 

PCIe 

PCIE_PERST# 

117 

118 

IMX_ONOFF 

CONFIG 

1.8 V 

AH28 

A11 

3.3 V 

PCIe 

PCIE_WAKE# 

119 

120 

GND 

Ground 

0 V 

– 

 

Summary of Contents for TQMa8Xx

Page 1: ...TQMa8Xx Preliminary User s Manual TQMa8Xx UM 0002 23 09 2018...

Page 2: ...s 6 3 1 1 Pin multiplexing 6 3 1 2 Connector X1 7 3 1 3 Connector X2 8 3 1 4 Connector X3 9 3 2 System components 10 3 2 1 i MX 8X CPU 10 3 2 1 1 i MX 8X derivatives 10 3 2 1 2 i MX 8X errata 10 3 2 1...

Page 3: ...nagement 21 4 7 Structural requirements 21 4 8 Notes of treatment 21 5 SOFTWARE 21 6 SAFETY REQUIREMENTS AND PROTECTIVE REGULATIONS 22 6 1 EMC 22 6 2 ESD 22 6 3 Operational safety and personal securit...

Page 4: ...ents 27 ILLUSTRATION DIRECTORY Illustration 1 Block diagram i MX 8X CPU 4 Illustration 2 Block diagram TQMa8Xx 6 Illustration 3 Block diagram DDR3L interface 11 Illustration 4 Block diagram eMMC inter...

Page 5: ...brand and trademarks are rightly protected by a third party 1 3 Disclaimer TQ Systems GmbH does not guarantee that the information in this Preliminary User s Manual is up to date correct complete or...

Page 6: ...mportant details or aspects for working with TQ products Command A font with fixed width is used to denote commands contents file names or menu items 1 7 Handling and ESD tips General handling of your...

Page 7: ...urer s specifications of the components used for example CompactFlash cards are to be taken note of They contain if applicable additional information that must be taken note of for safe and reliable o...

Page 8: ...ustration 1 Block diagram i MX 8X CPU Source NXP The TQMa8Xx extends the TQ Systems GmbH product range and offers an outstanding computing performance A suitable i MX 8X derivative i MX 8DualX i MX 8D...

Page 9: ...EEPROM Temperature sensor RTC optional Supervisor with Reset structure Power supply by PMIC with Power Sequencing single 3 3 V supply Boot configuration Three connectors 2 120 pins 1 40 pins The foll...

Page 10: ...ble 4 refers to the corresponding BSP provided by TQ Systems GmbH in combination with the MBa8Xx The electrical and pin characteristics are to be taken from the i MX 8X Data Sheet 1 the i MX 8X Refere...

Page 11: ...T 1 8 V O H24 P 0 V Ground GND 55 56 GND Ground 0 V P B30 I 1 8 V ENET ENET0_RX_CTL 57 58 ENET0_TX_CTL ENET 1 8 V O A29 P 0 V Ground GND 59 60 GND Ground 0 V P A31 I 1 8 V ENET ENET0_RXD0 61 62 ENET0_...

Page 12: ...8 V O AN25 P 0 V Ground GND 59 60 GND Ground 0 V P AN15 O 1 8 V DSI LVDS MIPI_DSI1_DN0 61 62 MIPI_DSI0_DN0 DSI LVDS 1 8 V O AJ21 AR15 O 1 8 V DSI LVDS MIPI_DSI1_DP0 63 64 MIPI_DSI0_DP0 DSI LVDS 1 8 V...

Page 13: ...O 1 8 V GPIO GPIO1_IO26 15 16 CAN0_RX CAN 1 8 V I AB32 P 0 V Ground GND 17 18 CAN0_TX CAN 1 8 V O AA29 AK28 O 1 8 V TAMPER TAMPER_OUT0 19 20 CAN1_RX CAN 1 8 V I AD34 AL29 O 1 8 V TAMPER TAMPER_OUT1 21...

Page 14: ...ler SCU starts from the internal ROM Depending on the OTP fuses eFuse and the boot mode settings of the system controller the TQMa8Xx boots from the specified boot source eMMC QSPI NOR flash SD card M...

Page 15: ...k diagram DDR3L interface 3 2 2 2 eMMC NAND flash An eMMC is available on the TQMa8Xx as non volatile memory for programs and data e g bootloader operating system application The following illustratio...

Page 16: ...QS QSPIA_SS 1 0 _B C1 QSPIA_SCLK QSPIB_DATA 3 0 QSPIB_SS 1 0 _B QSPIB_SCLK S1 S2 C2 QSPIA_SS1 QSPIB_SCLK QSPIB_DQS QSPIB_DATA 3 0 QSPIB_SS 1 0 QSPIB_DQS Illustration 5 Block diagram QSPI interface 3 2...

Page 17: ...the i MX 8X Illustration 7 Block diagram temperature sensor interface The EEPROM with temperature sensor D7 is assembled on the bottom side of the TQMa8Xx see Illustration 15 The overtemperature outpu...

Page 18: ...Ma8Xx connector Table 10 Reset and config signals Signal Dir Power domain Function TQMa8Xx Remark RESET_IN I VDD_ANA1_1P8 i MX 8X reset input X2 32 Low Active signal Deactivate float or connect to 1 8...

Page 19: ...380 mW 115 mA 380 mW 130 mA 429 mW Linux prompt 95 mA 314 mW 95 mA 314 mW 100 mA 330 mW Linux 100 CPU load 200 mA 660 mW 200 mA 660 mW 220 mA 726 mW Reset 26 mA 86 mW 26 mA 86 mW 21 mA 69 mW RESET_IN...

Page 20: ...supply input some TQMa8Xx internal voltages are available on the TQMa8Xx connectors The following table shows these voltages Table 14 Provided TQMa8Xx voltages Voltage TQMa8Xx Max current Usage V_1V8...

Page 21: ...2 3 2 6 9 Power modes TBD 3 2 6 10 PMIC On the TQMa8Xx the PMIC PF8100 is assembled The PF8100 is connected to a dedicated I2 C bus of the i MX 8X PMIC_I2C intended for power management Alternatively...

Page 22: ...8XXL is strongly recommended See chapter 4 8 for further information Attention Note with respect to the component placement on the carrier board 2 5 mm should be kept free on the carrier board on both...

Page 23: ...anual l TQMa8Xx UM 0002 l 2018 TQ Systems GmbH Page 19 4 2 Dimensions Illustration 11 TQMa8Xx dimensions side view Illustration 12 TQMa8Xx CPU position top view Illustration 13 TQMa8Xx dimensions top...

Page 24: ...nt placement top AK3 120 119 1 2 1 2 1 2 120 119 40 39 Illustration 15 TQMa8Xx component placement bottom The labels on the TQMa8Xx show the following information Table 18 Labels on TQMa8Xx Label Text...

Page 25: ...articularly the tolerance chain PCB thickness board warpage BGA balls BGA package thermal pad heatsink as well as the maximum pressure on the i MX 8X must be taken into consideration when connecting t...

Page 26: ...ring of all signals which can be connected externally also slow signals and DC can radiate RF indirectly 6 2 ESD In order to avoid interspersion on the signal path from the input to the protection cir...

Page 27: ...a8Xx TBD Relative humidity operating storage 10 to 90 Not condensing Detailed information concerning the thermal characteristics of the i MX 8X is to be taken from the NXP documents 1 and 2 Attention...

Page 28: ...embled on the TQMa8Xx 7 6 Packaging By environmentally friendly processes production equipment and products we contribute to the protection of our environment To be able to reuse the TQMa8Xx it is pro...

Page 29: ...de EEPROM Electrically Erasable Programmable Read only Memory EMC Electromagnetic Compatibility eMMC embedded Multimedia Card ESD Electrostatic Discharge EU European Union EuP Energy using Products GP...

Page 30: ...Interface RAM Random Access Memory REACH Registration Evaluation Authorisation and restriction of Chemicals RF Radio Frequency RFU Reserved for Future Usage RGB Red Green Blue RMII Reduced Media Inde...

Page 31: ...applicable documents No Name Rev Date Company 1 i MX 8X Data Sheet Rev C 11 2017 NXP 2 i MX 8X Reference Manual NXP 3 i MX 8X Chip Errata NXP 4 Power management integrated circuit PF8100 Rev 2 0 26 Ja...

Page 32: ...TQ Systems GmbH M hlstra e 2 l Gut Delling l 82229 Seefeld Info TQ Group TQ Group...

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