Summary of Contents for F&S efus-SINTF
- Page 1 Hardware documentation for efus Startinterface Version 1.0 (2014-03-10) efus- SINTF...
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Page 2: About This Document
About This Document This document describes how to use the efus Startinterface board with mechanical and elec- trical information. The latest version of this document can be found at: http://www.fs-net.de. History Date Platform A,M,R Chapter Description 21.02.14 Build the document Version A,M,R Added, Modified, Removed... -
Page 3: Table Of Contents
Table of Contents About This Document History Table of Contents Introduction Mechanical dimension Baseboard Modules Connector layout Interface and signal description J1 efus MXM-connector J12 Sound J7 / J8 USB host J9 USB client J13 CAN J2 Digital RGB 4.6.1 J3 Display Power J23 SD Card Interface J24 MicroSD Card Interface... -
Page 5: Introduction
Introduction The efus start interface is a base board for the efus family. It can be used with efusA9 or oth- er boards of the efus family. For connecting it to a display, it has either DVI/HDMI, or the F&S display connector for digital RGB, to be able to connect the same adapter like other F&S boards. -
Page 6: Mechanical Dimension
Mechanical dimension Figure 1: mechanical dimension... -
Page 7: Baseboard
Baseboard PCB size: 160mm x 100mm PCB thickness: 1.6 ± 0.1mm High of parts on the top side: 38mm High of parts on the bottom side: 7.8mm Weight: Modules Size: 62.11mm x 47mm PCB thickness: 1.2 ± 0.1mm Height of the parts on the top side: Weight:... -
Page 8: Connector Layout
Connector layout Figure 2: Connector Layout Top Figure 3: Connector Layout Bottom... -
Page 9: Interface And Signal Description
Interface and signal description J1 efus MXM-connector The efus module is plugged on this connector. The connector is a Foxconn 0.5mm MXMII connector part-no AS0B326-S78N-7F for 5mm stacking height. The efus module is fixed on the connector with the F&S EASYMOUNT technique. See efus documentation for more information. - Page 10 Use on base board Remarks Connector SD_A_CD RTS_C_TTL Converted to RS485 SD_A_DAT2 CTS_C_TTL SD_A_DAT3 PWM_B SD_A_CMD PWM_A SD_A_VCC SD_A_CLK CAN_A_TX CAN_A_RX SD_A_DAT0 SD_A_DAT1 CAN_B_TX RESERVED1 CAN_B_RX RESERVED2 RESERVED3 MPCIE_CTX_P RESERVED4 MPCIE_CTX_N RESERVED5...
- Page 11 Use on base board Remarks Connector MPCIE_CRX_P EXT_PROG MPCIE_CRX_N SPI_B_MISO SPI_B_MOSI MPCIE_CLK_P SPI_B_SPCK MPCIE_CLK_N SPI_B_CS1 SPI_B_CS2 MPCIE_PERST SPI_B_IRQ1 MPCIE_WAKE SPI_B_IRQ2 SD_B_DAT2 SPI_A_MISO SD_B_DAT3 SPI_A_MOSI SD_B_CMD SPI_A_SPCK SD_B_VCC...
- Page 12 Use on base board Remarks Connector SPI_A_CS1 SD_B_CLK SPI_A_CS2 SPI_A_IRQ1 SD_B_DAT0 SPI_A_IRQ2 SD_B_DAT1 SD_B_WP I2C_B_DAT PU on module SD_B_CD I2C_B_CLK PU on module I2C_B_IRQ PU on module BL_CTRL PWM Backlight dimming I2C_B_RST VCFL_ON Backlight on RXD_A_TTL Debug; Converted to RS232 LCD_CLK TXD_A_TTL Debug;...
- Page 13 Use on base board Remarks Connector LCD_VSYNC RXD_B_TTL Converted to RS232 LCD_R0 TXD_B_TTL Converted to RS232 LCD_R1 RTS_B_TTL Converted to RS232 LCD_R2 CTS_B_TTL Converted to RS232 LCD_R3 LCD_R4 I2S_MCLK LCD_R5 I2S_LRCLK LCD_G0 LCD_G1 I2S_SCLK LCD_G2 LCD_G3 I2S_DOUT LCD_G4...
- Page 14 Use on base board Remarks Connector I2S_DIN LCD_G5 I2C_C_DAT LCD_B0 I2C_C_CLK LCD_B1 DVI_DDC_VOUT 3.3V output for ESD protection LCD_B2 LCD_B3 DVI_DATA2_P LCD_B4 DVI_DATA2_N LCD_B5 DVI_DATA1_P DVI_DATA1_N LCD_DE DVI_DATA0_P DVI_DATA0_N VLCD_ON DVI_CLK_P I2C_A_DAT J2/J5 DVI_CLK_N...
- Page 15 Use on base board Remarks Connector I2C_A_IRQ J2/J5 I2C_A_CLK J2/J5 DVI_DDCCEC I2C_A_RST DVI_HPD CAM_YDATA9/D0_N J18/J20 ETH_B_D4_N CAM_YDATA8/D0_P J18/J20 ETH_B_D4_P CAM_YDATA2/D1_N J18/J20 ETH_B_LED_LINK CAM_YDATA1/D1_P J18/J20 ETH_B_D3_N CAM_YDATA3/D2_N J18/J20 ETH_B_D3_P CAM_YDATA0/D2_P J18/J20 CAM_YDATA4/D3_N J18/J20 ETH_B_D2_N CAM_PCLK/D3_P J18/J20 ETH_B_D2_P CAM_YDATA5/CLK_N J18/J20 ETH_B_LED_ACT...
- Page 16 Use on base board Remarks Connector CAM_YDATA6/CLK_P J18/J20 ETH_B_D1_N ETH_B_D1_P CAM_MCLK J18/J20 ETH_CTREF J10/J11 CAM_YDATA7 ETH_A_D4_N CAM_VCAM ETH_A_D4_P CAM_HREF ETH_A_LED_LINK CAM_PWDN J18/J20 ETH_A_D3_N CAM_VSYNC ETH_A_D3_P I2C_C_CAMRST ETH_A_VLEDOUT VOUT for LAN LEDs ETH_A_D2_N SATA_RX_P ETH_A_D2_P SATA_RX_N ETH_A_LED_ACT...
- Page 17 Use on base board Remarks Connector SATA_TX_N ETH_A_D1_N SATA_TX_P ETH_A_D1_P CAM_A_IN Analog Camera IN USB_A_PWRON J7/J8/J17 CAM_A_GND Analog Camera Ground USB_A_N J7/J8/J17 USB_A_P J7/J8/J17 USB_DEV_VBUS USB_DEV_PWR_ON USB_A_SSRX_N USB_DEV_OC USB_A_SSRX_P USB_DEV_ID USB_DEV_N USB_A_SSTX_N USB_DEV_P USB_A_SSTX_P...
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Page 18: J12 Sound
J12 Sound The sound connector does provide Stereo Line In, Stereo Line Out and Microphone In. Figure 4: Audio connection... -
Page 19: J7 / J8 Usb Host
J7 / J8 USB host All USB ports follow the USB 2.0 specification. With a Hub, the single USB-Port of the efus module is expanded to four USB Ports (A - D). Port A & B are connected to the USB Host front connector. USB Port C is connected to a 4 pin header. -
Page 20: J9 Usb Client
J9 USB client It’s a standard USB mini connector to use the board as USB device. Figure 6: USB device... -
Page 21: J13 Can
J13 CAN The board offers 2 CAN ports. Both CAN_TX and CAN_RX signals are with 3.3V voltage level and are not 5V compliant per default. The 120 Ohm terminations are set per default but can be separated by opening the solderjumper SJ1/SJ2. The first CAN port (CAN_A) is con- nected to a standard 10 pin header (J13), to connect a free hanging IDC DSUB-9 connector. -
Page 22: J2 Digital Rgb
J2 Digital RGB The connector is a 1.27mm pitch shrouded header for a 1.27mm pitch IDC connector. The pinout follows the ESDCI specification. All signals have 3.3V level. +3V3 LCD_CLK LCD_HSYNC LCD_VSYNC LCD_R0 LCD_R1 LCD_R2 LCD_R3 LCD_R4 LCD_R5 LCD_G0 LCD_G1 LCD_G2 LCD_G3 LCD_G4... - Page 23 LCD_B1 LCD_B2 LCD_B3 LCD_B4 LCD_B5 LCD_DE VLCD (3.3V switched) VLCD (3.3V switched) I2C_DATA (shared with touch & MPCI-Express) I2C_IRQ (shared with touch & MPCI-Express) I2C_CLK (shared with touch & MPCI-Express) Pin 1 is marked on the connector with an arrow and also marked on PCB.
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Page 24: J3 Display Power
4.6.1 J3 Display Power To connect the Backlight of a Display, the board got a standard 2.54 mm 10 pin header. You have to connect VIN (baseboard power supply), +5V, +3V3 or another voltage to VCFL_IN and connect the VCFL_OUT to your Backlight. Now you can Switch your Backlight on/off with VCFL_ON or !VCFL_ON. -
Page 25: J23 Sd Card Interface
J23 SD Card Interface The MMC/SD card interface does work with 3.3V level. The 3.3V SDcard power supply should be connected to the SD_B_VCC power out of the module. Figure 8: SD Card Interface... -
Page 26: J24 Microsd Card Interface
J24 MicroSD Card Interface The MMC/SD card interface does work with 3.3V level. The efus module also provides a writ- ing protected Signal for this SD-Port. The 3.3V SDcard power supply should be connected to the SD_A_VCC power out of the module. -
Page 27: J6 Dvi/Hdmi
J6 DVI/HDMI The display connector allows to connect a HDMI monitor or a DVI monitor by using an adapter. The connector is EMC protected by the CM2020. Figure 10: DVI / HDMI... -
Page 28: J22 F&S Feature-Connector
4.10 J22 F&S Feature-Connector This 2.54mm connector with 58 pins makes it possible to connect various add-on modules. 2 VIN GND_IN 4 GND_IN +3V3 6 +5V VBAT_IN 8 !RESET_OUT ACOK 10 !RESETBTN IOOUT_ADC_IN 12 GND 14 RXD_D_TTL Reserved1 16 TXD_D_TTL Reserved3 18 Reserved2 Reserved5... - Page 29 50 GND +3V3 52 +5V 54 GND CAN_B_H 56 CAN_B_L EXT_PROG 58 GND...
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Page 30: J10 / J11 Ethernet
4.11 J10 / J11 Ethernet The efus Startinterface provides two 10/100/1000 Mbit Ethernet channels. Figure 11: LAN 1 + 2... -
Page 31: J21 Sata
4.12 J21 SATA The efus start interface provides a SATA connector to connect a SATA HD or SSD. Figure 12: SATA... -
Page 32: Com Ports
4.13 COM ports On the Board are 4 COM ports (A-D) 4.13.1 J14 COM A The first port is a RS232 port without RTS/CTS which is used as Debug-port. The COM con- nector is a standard 2.54 mm 10 pin header to connect a free hanging IDC DSUB-9 connect- or. -
Page 33: J16 Com C
4.13.3 J16 COM C The third port is a RS485 port. The COM connector is a 2.54 mm standard 10 pin header to connect a free hanging IDC DSUB-9 connector. Pin 1 is marked on the connector with an arrow. SHIELD 2 V5OUT N.C. -
Page 34: J25 / J26 Power
4.14 J25 / J26 Power Either a Phoenix Contact MC 1,5/2-GF-3.81 connector, a CUI PJ1-021-SMT connector or the Feature-Connector is used for power supply. For the Pin assignment of the Feature-Connector please use page X. For the CUI and Phoenix Contact: 5V DC power supply +/- 5% Ground... -
Page 35: Electrical Characteristic
Electrical characteristic VCC: 5V +/- 5% Power consumption onboard logic: Power consumption USB ports: max. 500 mA per port Power consumption efus module: please refer module datasheet... -
Page 36: Appendix
Appendix List of Figures Figure 1: mechanical dimension .................... 6 Figure 2: Connector Layout Top .................... 8 Figure 3: Connector Layout Bottom ..................8 Figure 4: Audio connection ....................18 Figure 5: USB Host with USB Hub ..................19 Figure 6: USB device ......................20 Figure 7: CAN transceiver ....................21 Figure 8: SD Card Interface ....................25 Figure 9: microSD Card Interface ..................26... -
Page 37: Important Notice
Important Notice The information in this publication has been carefully checked and is believed to be entirely accurate at the time of publication. F&S Elektronik Systeme assumes no responsibility, how- ever, for possible errors or omissions, or for any consequences resulting from the use of the information contained in this documentation. -
Page 38: Warranty Terms
Warranty Terms Hardware Warranties F&S guarantees hardware products against defects in workmanship and material for a period of one (1) year from the date of shipment. Your sole remedy and F&S’s sole liability shall be for F&S, at its sole discretion, to either repair or replace the defective hardware product at no charge or to refund the purchase price.