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Version 2.0 

i-PAN7 

1 of 14 

i-PAN7 

Documentation version 2.0 

 

1

 

INTRODUCTION 

The i-PAN7 is a flat panel ready to go solution, which can be easily integrated in  customer devices. It 
consists of a 7" touch-display combined with a thin metal hous- ing including most peripherals needed 
by todays typical panel-applications. To  make it easy for customers to attach their own peripherals or to 
put connectors on a desired place in a product, the i-PAN7 additionally has extensions connectors. 

 

 

The device offers the following features: 

WVGA (800 x 480) 7" TFT-display with resistive or capacitive touch 
Small metal housing with mounting possibility 
Single Power supply, 7...24 Volt range 
SDIO/SD/MMC card socket 
USB Host 
3-axis accelerometer 
2,6W stereo speaker output 
20 bit stereo headphone output 
Mic input (mono) for electret-capacitor microphones 
Analog video/camera input via mini BNC 
Quad-band GSM/GPRS or UMTS modem 
GPS receiver 
Realtime clock 
 

Summary of Contents for i-PAN7

Page 1: ... peripherals or to put connectors on a desired place in a product the i PAN7 additionally has extensions connectors The device offers the following features WVGA 800 x 480 7 TFT display with resistive or capacitive touch Small metal housing with mounting possibility Single Power supply 7 24 Volt range SDIO SD MMC card socket USB Host 3 axis accelerometer 2 6W stereo speaker output 20 bit stereo he...

Page 2: ...out Mic input mono for electret capacitor microphones 3 x 10 bit ADC IrDA Programmable input and output pins CPLD CAN bus Please do not use the card socket on i PAN7 and Connector Board at same time This can cause data loss on the memory card level converter 24V level converter 24V if mounted modem uses COM2 for communication with CPU CPU signals 3 3V if mounted GPS module uses COM3 for communicat...

Page 3: ...tor 2 FIGURE 1 Simplified block diagram Fingerprint Fingerprint Analog camera SD MMC 2 x Audio amp Audio headphone Microphone GSM antenna UFL External antenna Ethernet USB Host USB Slave SD MMC COM1 FF_UART COM2 BT_UART RS485 COM3_ ST_UART Audio Headphone Microphone 3 ADC 10 or 12 bit I2C ProgrammableI O s IrDa CAN bus ...

Page 4: ...amming JST 08FHJ SM1 TB J20 Display Connector 16 Bit 40pin 0 5mm pitch bottom contact J21 Headphone Audio Jack 3 5mm J23 USB Host Standard A J24 Audio out left JST SM02B SRSS TB optional BL2 Con J26 active GPS antenna MCX J28 Display Connector 18 Bit 40pin 0 5mm pitch bottom contact J31 Display touchscreen JST 04FMS 1 0SP TF TABLE 2 Connectors on bottom side Name Function Type J6 GSM antenna UFL J...

Page 5: ...he functionality of the i PAN7 to a custom specific requirement All signals are listed in the following tables 3 and 4 Figure 3 shows how to identify the pins of the dual row type connec tors The bottom row is the A row and the upper is the B row FIGURE 2 Connectors on i PAN7 FIGURE 3 Connectors on i PAN7 ...

Page 6: ...A A17 HEADPHONE_GND B17 VSSA_AUDIO Audio A18 HEADPHONE_R B18 LINEIN_L Audio A19 HEADPHONE_L B19 LINEIN_R Audio A20 AD0 B20 RESET_OUT ADC Reset A21 AD1 B21 AD3 ADC A22 MMC_CMD_CON B22 MMC_DAT3_CON SD MMC A23 MMC_CLK_CON B23 MMC_DAT2_CON SD MMC A24 MMC_DET B24 MMC_DAT1_CON SD MMC A25 SD_WP B25 MMC_DAT0_CON SD MMC A26 GP00 B26 SD_EXT_PWR A27 GP85_HOLD_TR5_ BLPWM B27 GND A28 GND B28 USB_SL_VCC USB Sla...

Page 7: ...PLD I O A2 IN6 B2 OUT6 CPLD I O A3 IN5 B3 OUT5 CPLD I O A4 IN4 B4 OUT4 CPLD I O A5 IN3 B5 OUT3 CPLD I O A6 IN2 B6 OUT2 CPLD I O A7 IN1 B7 OUT1 CPLD I O A8 IN0 B8 OUT0 CPLD I O A9 IRDA_MODE B9 IRDA_SD IrDa A10 3V3 B10 3V3 max 500 mA A11 GND B11 GND A12 CAN_L B12 CAN_H CAN Bus A13 GND_ISO B13 GND_ISO CAN Bus ...

Page 8: ...O J2 A26 FP_PWR_EN 13 16 113 45 Fingerprint enable J15 7 reserved on cap Touch version GP85_HOLD_ TR5_BLPWM 85 13 127 CPLD_C 00 69 GPIO J2 A27 EN_GPS 107 57 49 73 enable GPS active high BL_PWM 11 17 43 77 PWM backlight LED 50 5 CPLD 103 dual color LED low red high yellow Signal name GPIO Trizeps IV GPIO Trizeps V GPIO Trizeps VI GPIO Trizeps VII Function location GP00 0 not usable 50 43 GPIO J2 A2...

Page 9: ...3 is equiped The polarity is shown in figure 4 FIGURE 4 Polarity of J13 center pin diameter 1 65mm input hole diameter 4 40mm For a more ruggedized system or a rough industrial surrounding i PAN7 can be pro vided with an alternative power connector J25 see table 1 Power consumption 12V i PAN7 LC idle full backlight 340 mA i PAN7 LC idle normal backlight 240 mA Suspend current 12V i PAN7 LC with Et...

Page 10: ...Version 2 0 i PAN7 10 of 14 5 OUTLINES PCB outlines top side FIGURE 5 PCB outlines top side ...

Page 11: ...Version 2 0 i PAN7 11 of 14 PCB outlines bottom side FIGURE 6 PCB outlines bottom side ...

Page 12: ...wise it will work as USB slave The onboard USB connector is connected to the USB OTG port LB14 LB15 Use the internal or external connector for the USB OTG port LB14 LB15 Description open open Use the internal USB connector open closed Use CB_DET signal J2 B13 high internal USB connector low external USB connector closed open Use the external USB connector closed closed reserved Solder Bridge Descr...

Page 13: ...utlines of the device including the plastic housing are 169 mm x 108 mm x 17 mm Weigt typ 340 g 6 MOUNTING The housing of i PAN7 is a small and thin metal frame It has four mounting holes for M4 screws Picture 7 shows the frame FIGURE 7 Housing with mounting holes ...

Page 14: ...update and corrections 1 4 2015 04 23 new block diagram compass removed table 1 and 2 connector update extension connector position B13 changed table 3 Trizeps VII added 1 5 2018 08 06 Added 5 2 1 Solder Bridges 2 0 2022 11 18 Update new CI SECO Northern Europe GmbH Schlachthofstraße 20 21079 Hamburg E Mail north seco com https north seco com All rights reserved Products subject to technical chang...

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