background image

DIGITAL-LOGIC AG

 

 

SMA200 Manual V1.0 

 

 

22 

BUS on the smartCoreExpress – Connectors A / B:  Pins 56-110 

Pin  Signal 

BUS 

Type 

Remarks 

Pin  Signal 

BUS  Type 

Remarks 

A56 

SMB_CLK 

SMB 

3.3V 

bidir 

B56 

SPI_MISO 

SPI 

3.3V 

Bidir. 

A57 

SMB_DAT 

SMB 

3.3V 

bidir 

B57 

SPI_MOSI 

SPI 

3.3V 

Bidir 

A58 

SMB_ALERT# 

SMB 

3.3V 

bidir 

B58 

SPI-CS# 

SPI 

3.3Vo   

A59 

SATA_LED# 

SAT 

3.3Vo   

B59 

SPI_CLK 

SPI 

3.3Vo   

A60 

GND 

 

 

 

B60 

GND 

 

 

 

A61 

IDE_D3  / SATA_Tx0P 

HD 

5 /DI 

 

B61 

IDE_CS3  / SATA_Tx0P 

HD 

5 /DI 

 

A62 

IDE_A0   / SATA_Tx0N 

HD 

5 /Di 

 

B62 

IDE_DAK   / SATA_Tx0N 

HD 

5 /Di 

 

A63 

IDE_A2   / SATA_Rx0P 

HD 

5 /Di 

 

B63 

IDE_D4     / SATA_Rx0P 

HD 

5 /Di 

 

A64 

IDE_D8   / SATA_Rx0N 

HD 

5 /Di 

 

B64 

IDE_D2     / SATA_Rx0N 

HD 

5 /Di 

 

A65 

IDERQ    / GND 

HD 

5 / 

 

B65 

IDEIORDY   / GND 

HD 

5 / 

 

A66 

IDE_A1    / SATA_Tx2P 

HD 

5 /Di 

 

B66 

IDE_D10   / SATA_Tx2P 

HD 

5 /Di 

 

A67 

IDE_D13 / SATA_Tx2N 

HD 

5 /Di 

 

B67 

IDE_D6     / SATA_Tx2N 

HD 

5 /Di 

 

A68 

IDE_D1   / SATA_Rx2P 

HD 

5 /Di 

 

B68 

IDE_D12   / SATA_Rx2P 

HD 

5 /Di 

 

A69 

IDE_IRQ / SATA_Rx2N 

HD 

5 /Di 

 

B69 

IDE_D9     / SATA_Rx2N 

HD 

5 /Di 

 

A70 

GND 

 

 

 

B70 

GND 

 

 

 

A71 

IDE_D11 / PCIE_TX4_N 

HD 

5 /Di 

 

B71 

IDE_D15 / PCIE_RX4_N 

HD 

5 /Di 

 

A72 

IDE_D5   / PCIE_TX4_N 

HD 

5 /Di 

 

B72 

IDE_D0   / PCIE_RX4_N 

HD 

5 /Di 

 

A73 

IDE_RD# / PCIE_REQ4 

HD 

5 / 3 

 

B73 

IDE_D7    

HD 

5  

 

A74 

IDE_D14/ PCIE_CK4_N 

HD 

5 /Di 

 

B74 

IDE_WR#/ CAN_TX 

HD 

5 /Di 

 

A75 

IDE_CS1/ PCIE_CK4_N 

HD 

5 /Di 

 

B75 

IDE_DET / CAN_RX 

HD 

5 /Di 

 

A76 

LPC_AD3 

LPC 

3.3V 

 

B76 

LPC_CLK0 

LPC 

3.3Vo  33MHz 

A77 

LPC_AD1 

LPC 

3.3V 

 

B77 

LPC_CLK1 

LPC 

3.3Vo  33MHz 

A78 

LPC_AD0 

LPC 

3.3V 

 

B78 

LPC_SERIRQ 

LPC 

3.3V 

 

A79 

LPC_FRAME# 

LPC 

3.3V 

 

B79 

LPC_AD2 

LPC 

3.3V 

 

A80 

GND 

 

 

 

B80 

GND 

 

 

 

A81 

SD_WP 

SDIO 

3.3V 

 

B81 

SD_DATA7 

SDIO 

3.3V 

 

A82 

SD_CD# 

SDIO 

3.3V 

 

B82 

SD_PWR* 

SDIO 

3.3V 

 

A83 

SD_CLK 

SDIO 

3.3V 

 

B83 

SD_DATA2 

SDIO 

3.3V 

 

A84 

SD_DATA1 

SDIO 

3.3V 

 

B84 

SD_LED 

SDIO 

3.3V 

 

A85 

SD_DATA3 

SDIO 

3.3V 

 

B85 

SD_DATA4 

SDIO 

3.3V 

 

A86 

SD_DATA5 

SDIO 

3.3V 

 

B86 

SD_DATA0 

SDIO 

3.3V 

 

A87 

SD_DATA6 

SDIO 

3.3V 

 

B87 

SD_CMD 

SDIO 

3.3V 

 

A88 

LVDS_CTLB_DAT 

LVDS 

3.3Vo   

B88 

BIOS_Recovery / WDO 

SYS 

3.3Vo   

A89 

LVDS_CTLB_CLK 

LVDS 

3.3Vo   

B89 

Speaker Output 

SYS 

3.3Vo   

A90 

GND 

 

 

 

B90 

GND 

 

 

 

A91 

AC97_DOCK_EN# 

HDA 

3.3Vi 

 

B91 

AC97_BITCLK 

HDA 

3.3Vo   

A92 

AC97_SDATAIN1 

HDA 

3.3V 

 

B92 

AC97_DOCK_RST# 

HDA 

3.3Vo   

A93 

AC97_SDATAOUT 

HDA 

3.3V 

 

B93 

AC97_SDATAIN0 

HDA 

3.3V 

 

A94 

AC97_RST# 

HDA 

3.3Vo   

B94 

AC97_SYNC 

HDA 

3.3V 

 

A95 

IDE_PCSEL 

HD 

5V 

 

B95 

A20M# 

SYS 

5V 

 

A96 

GPIO0 

SYS 

3.3V 

 

B96 

Powergood 

SYS 

5Vi 

 

A97 

GPIO1 

SYS 

3.3V 

 

B97 

PSON# 

SYS 

3.3Vi 

 

A98 

GPIO2 

SYS 

3.3V 

 

B98 

PWRBTN# 

SYS 

3.3Vi 

 

A99 

GPIO3 

SYS 

3.3V 

 

B99 

SUS_S3#_Output 

SYS 

3.3Vo   

A100  GND 

 

 

 

B100  GND 

 

 

 

A101  Reset_Output# 

SYS 

3.3Vo   

B101  SUS_S4&5#_Output 

SYS 

3.3Vo   

A102  Reset_Input# 

SYS 

3.3Vi 

 

B102  BIOS_Disable# 

SYS 

3.3Vi 

 

A103  WAKE_Input# 

SYS 

3.3Vi 

 

B103  Battery Supply 3.0-3.6V 

SYS 

3Vin 

 

A104  +5Volt Supply Input 

PWR 

5Vi 

 

B104  +5Volt_Always Input 

PWR 

5Vi 

 

A105  +5Volt Supply Input 

PWR 

5Vi 

 

B105  +5Volt Supply Input 

PWR 

5Vi 

 

A106  +5Volt Supply Input 

PWR 

5Vi 

 

B106  +5Volt Supply Input 

PWR 

5Vi 

 

A107  +5Volt Supply Input 

PWR 

5Vi 

 

B107  +5Volt Supply Input 

PWR 

5Vi 

 

A108  +5Volt Supply Input 

PWR 

5Vi 

 

B108  +5Volt Supply Input 

PWR 

5Vi 

 

A109  +5Volt Supply Input 

PWR 

5Vi 

 

B109  +5Volt Supply Input 

PWR 

5Vi 

 

A110  GND 

 

 

 

B110  GND 

 

 

 

 

 

Summary of Contents for SmartCore Express SMA200

Page 1: ...TECHNICAL USER MANUAL FOR smartCore Express SMA200 Nordstrasse 11 F CH 4542 Luterbach Tel 41 0 32 681 58 00 Fax 41 0 32 681 58 01 Email support digitallogic com Homepage http www digitallogic com...

Page 2: ...he original equipment manufacturer OEM who plans to build computer systems based on the single board MICROSPACE PC It is for integrators and programmers of systems based on the MICROSPACE Computer fam...

Page 3: ...the smartCoreExpress Module 16 3 3 Connector Placement Pin Definition on the Carrier Board 17 3 4 Photo of the Top Side of the PCB 18 3 5 Dimensions of the Carrier Board Connector 19 3 6 Component He...

Page 4: ...y implied warranty of merchantability or fitness for any particular purpose DIGITAL LOGIC AG shall under no circumstances be liable for incidental or consequential damages or related expenses resultin...

Page 5: ...Material Authorization number in the Support Center at http support digitallogic ch All other customers must contact their local distributors for returning defective materials This limited warranty d...

Page 6: ...mage to your equipment Warning ESD Sensitive Device This symbol and title inform that electronic boards and their components are sensitive to Electro Static Discharge ESD In order to ensure product in...

Page 7: ...between systems Local and metropolitan area networks Specific requirements Part 3 Carrier Sense Multiple Access with Collision Detection CSMA CD Access Method and Physical Layer Specifications http ww...

Page 8: ...f piggybacks or peripherals Serious electrical shock hazards can exist during all installation repair and maintenance operations with this product Therefore always unplug the power cable and any other...

Page 9: ...the supplier indicating that their production processes and resulting devices are RoHS compliant 2 If there is any doubt of the RoHS compliancy the concentration of the previously mentioned substances...

Page 10: ...ity and Management Systems SQS provides certification and assessment services for all types of industries and services SQS certificates are accepted worldwide thanks to accreditation by the Swiss Accr...

Page 11: ...ul though low consumption ATOM CPU Soldered DDR2 RAM 512k up to 2GByte Single 220pin connectors Tyco for the smartCoreExpress BUS 5x x1 PCI Express lanes 8x USB V2 0 1x PATA or 4x SATA plus 1x GE LAN...

Page 12: ...Controller Hub Memory Controller Specification Supports Socket DDR2 soldered memory Technologies DDR2 667 Capacity 512MByte up to 2GByte Voltage 1 8V Termination 0 9V Width 64bit ECC Support No Intel...

Page 13: ...oller Atmel Power Modes S5 S3 ACPI V3 0 BUS Specification LPC 8bit 33MHz PCIexpress 2x x1 lane Power Supply Specification DC Input 5 0V max 200mV ripple Inrush Current 5 0V up to 2Amp for 100 s Standb...

Page 14: ...4kV 50 Ohm Ts 5ns Grade 2 1KV Supply 500 I O 5Khz SIR Surge Immunity Requirements IEC 801 5 IEEE587 VDE 0843 Part 5 Supply 2kV 6 pulse minute I O 500V 2 pulse minute FD CRT None High Frequency Radiati...

Page 15: ...nsor Intel Atom Processor CPU power supply Power Management Microcontroller FSB 1 GB DDR2 RAM Firmware Hub BIOS System Controller Hub US15W Module Connector 220 pin FSB SMB LVDS Backlight DDC SVDO GMB...

Page 16: ...ful The maximum depth the screws can go into the product is 3mm or the module will be destroyed 3 2 Dimensions of the smartCoreExpress Module 58 0 3 25 58 5mm A1 B1 3 25 3 25 3 65mm View of the bottom...

Page 17: ...nt Pin Definition on the Carrier Board View of the Top Side mounting side of the smartCoreExpress PCB d 2 2 D 4 5 3 6mm A1 A2 A3 B1 A110 B110 0 5 0 3 1 8 1 6 0 4 d 1 0 d 1 6 58 5mm 57 7mm 1 6 d 2 2 D...

Page 18: ...DIGITAL LOGIC AG SMA200 Manual V1 0 18 3 4 Photo of the Top Side of the PCB Pin 1 65mm 58mm...

Page 19: ...DLAG Part Nr 807138 AMP Tyco 8 6318491 6 Components placed below the smartModule should total a maximum of 2 0mm 3 6 Component Heights between Module and Carrier Board Parts mounted on the back side...

Page 20: ...t I 5V Input 5V tolerant I O 3 3VSB Input 3 3V tolerant active in standby state O 3V Output 3 3V signal level O 5V Output 5V signal level P Power input output D Differential signal pair DDC Display da...

Page 21: ...A23 SDVO_GREEN_P SDVO Dif AC B23 SDVO_BLUE_P SDVO Dif AC A24 SDVO_TVCLK_N SDVO Dif AC B24 SDVO_STALL_N SDVO Dif AC A25 SDVO_TVCLK_P SDVO Dif AC B25 SDVO_STALL_P SDVO Dif AC A26 GND B26 GND A27 SDVO_RE...

Page 22: ...3 3V A79 LPC_FRAME LPC 3 3V B79 LPC_AD2 LPC 3 3V A80 GND B80 GND A81 SD_WP SDIO 3 3V B81 SD_DATA7 SDIO 3 3V A82 SD_CD SDIO 3 3V B82 SD_PWR SDIO 3 3V A83 SD_CLK SDIO 3 3V B83 SD_DATA2 SDIO 3 3V A84 SD...

Page 23: ...DIGITAL LOGIC AG SMA200 Manual V1 0 23 5 SIGNAL DESCRIPTIONS OF THE SMARTCOREEXPRESS 5 1 Wire Design for Typical Impedances 5 2 Matching of the Differential Pairs...

Page 24: ...DIGITAL LOGIC AG SMA200 Manual V1 0 24 5 3 Placing an AC Coupling Capacitor on each PCIe TX In the smartCoreExpress module all PCI TX pairs already include the series AC capacitors...

Page 25: ...n AC coupling capacitor Series Cap 100nF As 0402 200 100 0 2 PCIe_CLK 0 4 PCIe Dif Out Reference clock 100MHz Connected to a Refclock pin pair of the device 200 100 0 2 PCIe_REQ 0 4 PCIe 3 3V In A low...

Page 26: ...VO converter chip 100 100 0 5 SDVO_Red SDVO Dif Out Needs a series 100nF capacitor to connect to an SDVO converter chip 100 100 0 5 SDVO_Green SDVO Dif Out Needs a series 100nF capacitor to connect to...

Page 27: ...Out Connected to the LVDS display s PWM based backlight inverter module No multi bus master mode is supported 150 55 LVDS_BKLEN LVDS 3 3V Out Connected to the LVDS display s backlight inverter module...

Page 28: ...ded Max Length in mm Ohm Matched Length in mm USB_ 0 7 USB Dif Differential USB data signal pair 300 100 0 2 USB_OC 0 7 USB 3 3V In USB overcurrent signal PU 10k to 3 3V 300 55 If the signals are not...

Page 29: ...ATA device 100 55 PATA_DACK CMOS 5V Out IDE control signal Connect directly to the PATA device 100 55 PATA_CS 3 1 CMOS 5V Out IDE control signal Connect directly to the PATA device 100 55 PATA_REQ CMO...

Page 30: ...ice 100 55 LPC_AD 3 0 CMOS 3 3V I O Connect to the LPC device 100 55 LPC_SERIRQ CMOS 3 3V I O Connect to the LPC device PU 10k to 3 3V 100 55 LPC_CLKOUT 0 1 CMOS 3 3V Out Connect to the Firmware hub o...

Page 31: ...nnect to the SMB device open drain PU 4 7k to 3 3V 200 55 SMB_CLOCK CMOS 3 3V I O Connect to the SMB device open drain PU 4 7k to 3 3V 200 55 If the signals are not used The pins can stay open Remarks...

Page 32: ...signals for the external codecs Series 33 200 55 HAD_SYNC CMOS 3 3V Out Sample rate at 48kHz to the codecs Series 33 200 55 HAD_BITCLK CMOS 3 3V Out 24MHz signal for the external codec Series 33 200...

Page 33: ...ard Series 47 Ohm Series 49 Ohm 100 55 SD0_CMD CMOS 3 3V I O Connects to the pin of the SD SDIO device or card PU 10k to 3 3V Series 47 100 55 SD_Data 3 0 CMOS 3 3V Connects to the pin of the SD SDIO...

Page 34: ...hm Matched Length in mm SPI_MISO CMOS 3 3V In Connect to the SPI device 150 55 SPI_MOSI CMOS 3 3V Out Connect to the SPI device 150 55 SPI_CLK CMOS 3 3V Out Connect to the SPI device f 17 86 and 31 25...

Page 35: ...ATA receiver pair Series 10nF 100 100 If the signals are not used Unused SATA interfaces may be open Remarks The 10nF capacitors 0402 need to be placed directly at the SATA connector Maximum via count...

Page 36: ...f GLAN reference clock pair 33 Ohm 250 50 LCI_TXD 2 0 LCI 3 3V Out 3x TX signal for 10 100MB 250 50 LCI_RXD 2 0 LCI 3 3V In 3x RX signal for 10 100MB 250 50 LCI_RST LCI 3 3V Out LAN reset synch 250 50...

Page 37: ...Description On Module Termination Ext Ter mination Needed Max Length in mm Ohm Matched Length in mm CAN_TX CMOS 3 3V Out Serial output Res CAN_RX CMOS 3 3V In Serial input Res If the signals are not u...

Page 38: ...ystem this input must be pulled to GND PU 10k to 3 3V RST_OUT CMOS 3 3V Out Goes low during the reset phase and stays at high in the running phase Power Good CMOS 3 3V In High feedback from the extern...

Page 39: ...On Module Termination Ext Ter mination Needed Max Length in mm Ohm Matched Length in mm 5Volt PWR In 5V power supply input Switched with the sus4signal 5V Always PWR In 5V Always available VCCRTC PWR...

Page 40: ...Electrical Insulation Resistance 500M Mating Cycles 30 Connector Mating Force 0 9N per contact Connector Un mating Force 0 1N per contact Pitch 0 5mm Number of pins 220 Mechanical Temperature rating...

Page 41: ...press Type 2 Small form factor NanoETXexpress COMexpress Type 1 Q Seven Size mm 58 x 65 3770mm2 h 5 6mm 95 x 125 11875mm2 h 8 13mm 95 x 95 9025mm2 h 5 13mm 51 x 80 4080mm2 h 5 13mm 70 x 70 4900mm2 h 1...

Page 42: ...10 M Manual How to Use It 2 Matching of the Differential Pairs 23 O Ordering Codes 14 P Photo of the Top Side of the PCB 18 Pin Definition 17 Power Management 13 Power Supply 13 R Recycling Informatio...

Reviews: