CT-CCVAX Intel Atom D2000/N2000 COM
Contents
1. ISA 000000098 158 BS ISA 0x0000009F 159 Microsoft ACPI Compliant System Microsoft ACPI Compliant System Microsoft ACPI Compliant System Microsoft ACPI Compliant System Microsoft ACPI Compliant System Microsoft ACPI Compliant System Microsoft ACPI Compliant System Microsoft ACPI Compliant System Microsoft ACPI Compliant System Microsoft ACPI Compliant System Microsoft ACPI Compliant System Microsoft ACPI Compliant System Microsoft ACPI Compliant System Microsoft ACPI Compliant System Microsoft ACPI Compliant System Microsoft ACPI Compliant System Microsoft ACPI Compliant System Microsoft ACPI Compliant System Microsoft ACPI Compliant System Microsoft ACPI Compliant System Microsoft ACPI Compliant System Microsoft ACPI Compliant System Microsoft ACPI Compliant System Microsoft ACPI Compliant System Microsoft ACPI Compliant System Microsoft ACPI Compliant System Microsoft ACPI Compliant System Microsoft ACPI Compliant System Microsoft ACPI Compliant System Microsoft ACPI Compliant System Microsoft ACPI Compliant System Microsoft ACPI Compliant System Microsoft ACPI Compliant System Microsoft ACPI Compliant System Microsoft ACPI Compliant System Microsoft ACPI Compliant System Microsoft ACPI Compliant System Microsoft ACPI Compliant System Microsoft ACPI Compliant System Microsoft ACPI Compliant System Microsoft ACPI Compliant System Microsoft ACPI Compliant System Microsoft ACPI Compliant System Microsoft ACPI Compli2. TCO VO Base TCOBASE 0x460 RCBA Memory Base RCBA 0xFED1C000 Notes 1 TCO Total Cost of Ownership 2 RCBA Root Complex Base Address 4 19 2 PSUEDO CODE Step1 Enable TCO Timer Heboot Function Target Clear RCBA 3410h Bit 5 to 0 Step1 DWordData ReadMemoryDword 0xFED1F410 OKFED1C000 0x3410 Step2 DWordData DWordData amp OxFFFFFFDF Clear DWordData Bit 5100 Step3 WriteMemoryDWord 0xFED1F410 DWordData Write back to memory Note maa EEE 33 CT CCVAX Intel Atom D2000 N2000 COM Express Type 10 Module The system will be rebooted after user s setting 4 2 seconds 2 seconds added is Intel s limitation Step2 Set Initial Value into Timer Register Target Set TCO Timer Initial Value Offset 0x12 Step1 WordData ReadlOWord 0x472 0x460 0x12 Step2 WordData Set Bit 9 0 0x000 0xFFF 1 ticks 0 6s Step3 WritelOWord 0x472 WordData Write back to IO Example If you want to reboot after 5 seconds you should set WordData to 0x05 5 2 3 5 minus system s default 2 seconds leaves the real setting data 23 0525 5 ticks Step3 Reload Timer Value into Register Target Reload Timer Initial Value to TCO RLD Register Offset 0x00 Step1 WritelOWord 0x460 0x01 Reload Timer Step4 Start to Count Target Enable Time to count Offset 0x08 Step1 WordData ReadlOWord 0x468 0x460 0x08 Step2 WordData WordD
3. C amp T SOLUTION INC CT CCVAX Intel Atom D2000 N2000 Series COM Express Type 10 Module User s Manual Version 1 0 maa EEN C amp T Solution Inc 12F 1 No 700 Zhongzheng Rd Zhonghe Dist New Taipei City 235 Taiwan TEL 886 2 7731 7888 http www candtsolution com CT CCVAX Intel Atom D2000 N2000 COM Express Type 10 Module Table of Contents LELE O S EE Em 4 id Disclaimer STOP 4 1 2 Copyright NODGO tese e EE ii Ee EE ee 4 1 3 Trademarks Acknowledoment azania 4 dee 8 e D 5 2 1 Product Description ET 5 2 2 Specifications EER EER EE IE OE EE ER e td 6 2 3 Block DIAG so EE ia i GE EE EE Ee H 24 OKU EE 9 Mechanical Specification a siais ES DE oe cuna EED i kt 10 3 1 o0 3B sigo RD 10 3 2 EO esa AAA see AA i is i j 3 3 oe ii EE EE OE 13 3 3 1 LPC Debug Port ENS sie Eie Ge EE ee Ge ee 13 3 3 2 COM Express Connectors ees ees kaka ee ee ee ee 13 3 4 Thermal Solutions EE SR Ee SE GEN i Ee m 16 24 1 Heat BI Assia ais a i EE i EE Gi Mon a i Ee GE 17 3 4 2 Eeer ee eege Ee t 18 Features amp Interfaces seek eke EE ii Ee ee be Ee ke nnne 20 YA dere E 20 42 EMD ME T 20 43 System Memory see SERE NU aki 20 KA in OE EE N i ENE N EE 20 4 4 1 Analog Display Port 20 EE oe MEE EE EE EE MAD RUM DUERME 21 4 4 3 Digital Display Interfaces DD 21 Me N SE 24 GER 24 461 o r enee E EEE 24 A SATA wa i i i pee 24 4 8 IPI EXprESS wawa 25 4 81 PCI Express X Li EE resend eee ER ER Eie 25 4 9 High Definition
4. 6 3 Memory Map RR Um 65 Electrical Specification iss iss EE ss kiss in AE Ee is 66 7 1 Input P OW ss ee toti eegene ES Ee se ei emis 66 CT CCVAX Intel Atom D2000 N2000 COM Express Type 10 Module l Preface 1 1 Disclaimer All specifications and information in this User s Manual are believed to be accurate and up to date C amp T Solution Inc does not guarantee that the contents herein are complete true accurate or non misleading The information in this document is subject to change without notice and does not represent a commitment on the part of C amp T Solution Inc C amp T Solution Inc disclaims all warranties express or implied including without limitation those of merchantability fitness for a particular purpose with respect to contents of this User s Manual Users must take full responsibility for the application of the product 1 2 Copyright Notice All rights reserved No part of this manual may be reproduced or transmitted in any form or by any means electronic or mechanical including photocopying recording or information storage and retrieval systems without the prior written permission of C amp T Solutions Inc Copyright 2012 C amp T Solutions Inc 1 3 Trademarks Acknowledgment Intel Celeron and Pentium are trademarks of Intel Corporation Windows is registered trademark of Microsoft Corporation AMI is trademark of American Megatrend Inc IBM XT AT PS 2 and Personal System 2 are tradem
5. DDIO CTRLDATA AUX DP AUX function if DDIO DDC AUX SEL is no i i connect HDMI DVI I2C CTRLDATA if DDIO DDC AUX SEL is pulled high DDIO HPD DDI Hot Plug Detect Signal i eDP DP HDMI DVI DDIO PAIRO LANE0 TMDS DATA2 DDIO PAIRO LANEO TMDS DATA2 DDIO PAIR1 LANE1 TMDS DATA1 DDIO PAIR1 LANE1 TMDS DATA1 DDIO PAIR2 LANE2 TMDS DATAO DDIO PAIR2 LANE2 TMDS DATAO DDIO PAIR3 LANE3 TMDS CLK DDIO PAIR3 LANE3 TMDS CLK DDIO CTRLCLK AUX AUX SCL DDIO CTRLDATA AUX AUX SDA DDI0 DDC AUX SEL CONFIG1 pull Pul up to 5V down to GND DDIO_HPD 3 3V active high 4 4 3 1 High Definition Multimedia Interface HDMI The HDMI is provided for transmitting uncompressed digital audio and video signals to television sets projectors and other video displays 4 4 3 2 Digital Video Interface DVI The PCH digital ports can be configured to drive DVI D DVI uses TMDS for ee B transmitting data from the transmitter to the receiver which is similar to the CT CCVAK Intel Atom D2000 N2000 COM Express Type 10 Module HDMI protocol but the audio and CEC When a system has support for DVI I port then either VGA or the DVI D through a single DVI I connector can be driven but not both simultaneously The HDMI or DVI supports the resolution up to 1920x1200 at 60Hz 4 4 3 3 HDMI Signal Description TMDS CLK TMDS CLK HDMI
6. SATAO TX SATAO RX Serial ATA 0 receive differential pair SATAO RX SATA1 TX Serial ATA 1 transmit differential pair SATA1 TX reserved SATA1 RX Serial ATA 1 receives differential pair SATA1 RX reserved S ATA_ACT ATA parallel and serial activity indicator active 8 low The SATA Port 0 of CT CCVAX can be used for general SATA devices The SATA Port 1 of CT CCVAX has been used for onboard 16GB SSD Also this interface has been reserved on the COM Express connector Row B When the onboard SSD of CT CCVAX is not applied the interface on the COM Express connector could be used for general SATA devices 4 8 PCI Express 4 8 14 PCI Express x1 There are four one lane PCI Express ports available in the PCH NM10 The ports are compliant to the PCI Express 1 0 specification running at 2 5 Gb s Only three PCle x1 Ports 0 2 are left on the CT CCVAX COM Express connector since Port 3 is occupied by GbE Signal Description PCIE 0 2 TX PCI Express Differential transmit Pairs 0 through a 2 PCIE 0 2 TX PCIE 0 2 RX PCI Express Differential receive Pairs 0 through 2 PCIE 0 2 RX PCIE CK REF0 Reference clock output for all PCI Express and mE PCI Express Graphics lanes PCIE CK REFO 4 9 High Definition Audio The High Definition Audio HDA controller is integrated with PCH NM10 It communicates with the external codec s over the Intel High Definition Audio serial link
7. 1GB DDR3 18 bit LVDS 3xPClex1 N2600 GbE 8xUSB2 0 1xSATA onboard 16GB SSD CT CCVAX Intel Atom D2000 N2000 COM Express Type 10 Module Ill Mechanical Specification 3 1 Module Dimensions The PCB size of CT CCVAX is 84mm x 55mm the standard COM Express mini Module size The holes shown in the drawing below is for stacking the module with the Heat Spreader Heat Sink and the Carrier Board The mounting holes are 2 7mm and the 2 5mm hardware shall be used The position and the dimension of the holes are shown in the unit of millimeters Top View 65 10 10 CT CCVAX Intel Atom D2000 N2000 COM Express Type 10 Module Side View and Bottom View O e Te T 2 20 0 00 0 00 3 2 Layout One 220 pin COM Express connectors are mounted at the bottom side of the PCB 14 CT CCVAX Intel Atom D2000 N2000 COM Express Type 10 Module Top View Bottom View CT CCVAX Intel Atom D2000 N2000 COM Express Type 10 Module 3 3 Connectors Connector Description CN3 CPLD JTAGE CN4 COM Express connector Row A B 3 3 1 LPC Debug Port CN 246810 3 3 2 COM Express Connectors The CT CCVAX is connected to the carrier board via one 220 pin connector CN4 The connector is break down into two rows The pin outis as table below GND GND GBEO MDI3 GBEO ACT GBEO MDI3 LPC FRAME GBEO LINK100 LPC ADO GBEO LINK10002 LPC AD1 GBEO MD
8. 82802 Firmware Hub Device AM FFEO0000 FFFFFFFF Motherboard resources 65 CT CCVAX Intel Atom D2000 N2000 COM Express Type 10 Module VII Electrical Specification 7 1 Input Power The carrier board for the CT CCVAX shall supply a single main power rail with a nominal value of 4 75 14 7V and 3V RTC power 66
9. DVI TMDS Clock differential pair TMDS DATA 0 2 TMDS DATA 0 2 HDMI DVI TMDS lanes 0 1 and 2 differential pairs SCLK HDMI DVI I2C control clock SDA HDMI DVI I2C control data Display Port DP The Display Port is a digital communication interface that utilized differential signaling to achieve a high bandwidth bus interface designed to support connections between PCs and monitors projectors and TV displays The Display Port supports the resolution up to 2560x1600 at D2550 CPU and 1600x1200 at N2600 CPU 4 4 3 4 Embedded DisplayPort eDP Embedded DisplayPort eDP is an embedded version of the DisplayPort standard oriented towards applications such as notebook and All In One PCs The resolution is up to 1920x1080 at D2550 CPU and 1366x768 at N2600 CPU DP Signal Description LANE 0 3 LANE 0 3 Uni directional main link for the transport of isochronous streams and secondary data packets AUX AUX Half duplex bi directional AUX channel for services such as link configuration or maintenance and EDID access 23 CT CCVAK 4 5 Chipset The Platform Controller Hub PCH used on CT CCVAX is Intel NM10 The PCH provides extensive I O support with one COM Express connector 4 6 USB 46 1 USB 2 0 The two EHCI Controllers of Intel NM10 offer eight USB2 0 ports Each USB2 0 port supports USB 1 1 and 2 0 compliant devices Signal Description USB
10. System Microsoft ACPI Compliant System Microsoft ACPI Compliant System Microsoft ACPI Compliant System Microsoft ACPI Compliant System Microsoft ACPI Compliant System Microsoft ACPI Compliant System Microsoft ACPI Compliant System Microsoft ACPI Compliant System Microsoft ACPI Compliant System Microsoft ACPI Compliant System Microsoft ACPI Compliant System Microsoft ACPI Compliant System Intel R N10 ICH7 Family SMBus Controller 27DA Intel R N10 1CH7 Family PCI Express Root Port 2700 Intel R N10 ICH7 Family USB Universal Host Controller 27CB Intel R N10 ICH7 Family PCI Express Root Port 27D2 Intel R NI0 ICH7 Family PCI Express Root Port 27D4 Intel R N10 ICH7 Family USB Universal Host Controller 27CA Intel R N10 1CH7 Family PCI Express Root Port 27D6 Intel R N10 ICH7 Family USB Universal Host Controller 27C9 Standard AHCI 1 0 Serial ATA Controller High Definition Audio Controller Intel R N10 1CH7 Family USB Universal Host Controller 27CB Intel R N10 ICH7 Family USB2 Enhanced Host Controller 27CC Intel R 82583V Gigabit Network Connection Intel R Graphics Media Accelerator 3600 Series 64 6 3 CT CCVAX Intel Atom D2000 N2000 COM Express Type 10 Module Memory Map The memory map of DRAM for the CT CCVAX with CT BTA01 carrier board under Windows 7 Ultimate 64bit are shown below a E Memory j 00000000 OOOOOFFF Motherboard resources e 00000000 00000FFF Motherboard reso
11. 0 100 and 10 Mbit sec modes Some pairs are unused in some modes per the following 1000BASE T 100BASE TX 10BASE T MDI 0 B1 DA TX TX MDI 1 B1 DB RX RX MDI 2 B1_DC MDI 3 B1 DD GBEO ACT Gigabit Ethernet Controller 0 activity indicator E active low GBEO LINK Gigabit Ethernet Controller 0 link indicator active a low GBEO LINK100 Gigabit Ethernet Controller 0 100 Mbit sec link zi indicator active low CT CCVAX Intel Atom D2000 N2000 COM Express Type 10 Module Signal Description GBEO LINK1000 Gigabit Ethernet Controller 0 1000 Mbit sec link indicator active low GBEO CTREF Reference voltage for Carrier Board Ethernet n channel 0 magnetics center tap The reference voltage is 3 3V 4 11 LPC The LPC interface provides legacy VO support on a Carrier Board via a Super VO and system management devices Signal Description LPC AD 3 0 LPC multiplexed address command and data LPC FRAME LPC frame indicates the start of an LPC cycle LPC_DRQ 0 1 LPC serial DMA request input LPC_SERIRQ LPC serial interrupt LPC CLK LPC clock output 33MHz nominal 4 12 SPI The Serial Peripheral Interface SPI is a 4 pin interface that supports SPl compatible flash devices The SPI flash device can be up to 16MB 128Mb The SPI bus is clocked at either 20MHz 25MHz 33MHz or 50 MHz SPI devices selected should support one of these fr
12. 0 7 USB 0 7 USB differential pairs channels 0 through 7 USB 0 1 OC USB over current sense USB 0 and 1 A pull up for this line shall be present on the Module An open drain driver from a USB current monitor on the Carrier Board may drive this line low Do not pull this line high on the Carrier Board USB 2 3 OC USB over current sense USB 2 and 3 A pull up for this line shall be present on the Module An open drain driver from a USB current monitor on the Carrier Board may drive this line low Do not pull this line high on the Carrier Board USB 4 5 OC USB over current sense USB 4 and 5 A pull up for this line shall be present on the Module An open drain driver from a USB current monitor on the Carrier Board may drive this line low Do not pull this line high on the Carrier Board USB 6 7 OCit 4 7 SATA USB over current sense USB 6 and 7 A pull up for this line shall be present on the Module An open drain driver from a USB current monitor on the Carrier Board may drive this line low Do not pull this line high on the Carrier Board The PCH NM10 provides two Serial ATA SATA ports The Port 0 and 1 support SATA 3 0 Gb s device transfers This interface may be used for Serial Attached SCSI SAS Intel Atom D2000 N2000 COM Express Type 10 Module 24 CT CCVAX Intel Atom D2000 N2000 COM Express Type 10 Module Signal Description SATAO TX Serial ATA 0 transmit differential pair
13. 236 Copyright C 2012 Americtrends Inc Each serial port could be enabled or disabled Serial Port 1 could change the setting to the following Auto I0 2F8h IRO 3 IO23F8h IRA 3 4 5 6 7 10 11 12 lO 2F8h IRA 3 4 5 6 7 10 11 12 IO23E8h IRA 3 4 5 6 7 10 11 12 I0 2E8h IRA 3 4 5 6 7 10 11 12 46 5 2 7 CT CCVAX Intel Atom D2000 N2000 COM Express Type 10 Module W83627DHG HW Hardware Pc Health Status 47 5 2 8 CT CCVAX Intel Atom D2000 N2000 COM Express Type 10 Module Serial Port Console Redirection Console Redirection Disabled 48 CT CCVAX Intel Atom D2000 N2000 COM Express Type 10 Module 5 2 9 PPM Configuration Aptio Setup Utility Copyright C 2012 American Megatrends Inc Enabled 5 1236 Copyright C 2012 Americtrends Inc CPU C state Report Enable or Disable CPU C state report to OS If this option is set to enabled default is set to disabled it will expand two sub options Enhanced C state Enable or Disable Enhanced CPU C state CPU C6 state Enable or Disable CPU c6 state 49 CT CCVAK 5 3 Chipset b Host Bridge Intel Atom D2000 N2000 COM Express Type 10 Module 5 0 CT CCVAK 5 3 1 Host Bridge b Intel IGD Configuration Intel Atom D2000 N2000 COM Express Type 10 Module 51 CT CCVAX Intel Atom D2000 N2000 COM Express Type 10 Module 5 3 1 1 Intel IGD Configuration Aptio Setup Utility Copyright C 2012 American Megatrends
14. 278h IRA 10 11 12 42 CT CCVAX Intel Atom D2000 N2000 COM Express Type 10 Module 5 2 5 1 Serial Port1 Configuration Aptio Setup Utility Copyright C 2012 American Megatrends Inc Serial Port nabied Version 2 15 1236 Copyright C 2012 Americtrends Inc Each serial port could be enabled or disabled Serial Port 1 could change the setting to Auto I0 268h IRG 11 I0 260h IRA 10 11 12 lO 268h IRA 10 11 12 I0 270h IRA 10 11 12 I0 278h IRA 10 11 12 43 CT CCVAX Intel Atom D2000 N2000 COM Express Type 10 Module 5 2 6 W83627DHG Super IO Configuration Two serial ports could be configured gt Serial Port 0 Configuration 44 CT CCVAX Intel Atom D2000 N2000 COM Express Type 10 Module 5 2 6 1 Serial Port0 Configuration Aptio Setup Utility Copyright C 2012 American Megatrends Inc Serial Port nabled Version 2 15 1236 Copyright C 2012 Americtrends Inc Each serial port could be enabled or disabled Serial Port 0 could change the setting to the following Auto I0 3F8h IRQ 4 IO23F8h IRA 3 4 5 6 7 10 11 12 I0 2F8h IRA 3 4 5 6 7 10 11 12 IO23E8h IRA 3 4 5 6 7 10 11 12 IO 2Eah IRA 3 4 5 6 7 10 11 12 45 CT CCVAX Intel Atom D2000 N2000 COM Express Type 10 Module 5 2 6 2 Serial Port1 Configuration Aptio Setup Utility Copyright C 2012 American Megatrends Inc Change Settings Auto Change Settings SLE Version 2 15 1
15. 3 GPIO2 GPIO1 GPIO0 GPIO Use Select Register 2 Offset GPIOBASE 0x30 Bit 7 Bit 6 Bit 3 Bit 2 Bit 1 GPIO7 GPIO6 GPIO5 GPIO4 Bit X 0 means Native Function Bit X 1 means GPIO Function E n2 co CT CCVAX Intel Atom D2000 N2000 COM Express Type 10 Module 4 15 2 2 GPIO Input Output Select Register 1 Offset GPIOBASE 0x04 Bit6 Bit 5 Bit 4 Bit 3 Bit 2 GPIO3 GPIO2 GPIO1 GPIOO GPIO Input Output Select Register 2 Offset GPIOBASE 0x34 Bit 7 Bit 6 Bit 3 Bit 2 Bit 1 GPIO7 GPIO6 GPIO5 GPIO4 Bit X 0 means Output Pin Bit X 1 means Input Pin I R 4 15 2 3 GPIO Level for Input or Output Register 1 Offset GPIOBASE 0x0C If Pin X is configured as output the output value 0 or 1 could be selected by user If it is programmed as an input this register reflects the state of the input signal Bit 6 Bit 5 Bit 4 Bit 3 Bit 2 GPIO3 GPIO2 GPIO1 GPIOO B li GPIO Level for Input or Output Register 1 Offset GPIOBASE 0x38 Bit 7 Bit 6 Bit 3 Bit 2 Bit 1 GPIO7 GPIO6 GPIO5 GPIO4 4 15 2 4 GPIO Signal Invert Register Offset 0x2C It will invert the polarity of the Input Port register data Bit 6 Bit 5 Bit 4 Bit 3 Bit 2 GPIO3 GPIO2 GPIO1 GPIOO Bit X 0 means Polarity is retained Bit X 1 means Polarity is inverted Note The GPIO4 GPIO7 can t be set to inv
16. 68 at N2600 CPU 4 4 3 Signal Description LVDS A 3 0 Differential data output positive LVDS A3 support at D2550 only LVDS A 3 0 Differential data output negative LVDS A3 support at D2550 only LVDS A CLK Differential clock output positive LVDS A CLK Differential clock output negative LVDS VDD EN LVDS panel power enable LVDS BKLT EN Panel backlight enable control LVDS BKLT CTR Panel backlight brightness control LVDS 12C CK LVDS flat panel I2C clock for EDID read and control LVDS DC DATA LVDS flat panel I2C data for EDID read and control Digital Display Interfaces DDI The Intel Atom Processor D2550 and N2600 can drive HDMI DVI eDP and Display Port natively Its two display ports can support up to two different images on two different display devices 21 CT CCVAX Intel Atom D2000 N2000 COM Express Type 10 Module Signal Description DDIO PAIR 0 3 DDIO Pair 0 3 differential pairs DDIO PAIR 0 3 DDIO DDC AUX SEL Selects the function of DDIO CTRLCLK AUX TE ia and DDIO CTRLDATA AUX This pin shall have a 1M pull down to logic ground on the Module If this input is floating the AUX pair is used for the DP AUX H signals If pulled high the AUX pair contains the CTRLCLK and CTRLDATA signals DDIO CTRLCLK AUX DP AUX function if DDIO DDC AUX SEL is no connect HDMI DVI I2C CTRLCLK if DDIO DDC AUX SEL is pulled high
17. ACPI Compliant System Microsoft ACPI Compliant System Microsoft ACPI Compliant System Microsoft ACPI Compliant System Microsoft ACPI Compliant System Microsoft ACPI Compliant System Microsoft ACPI Compliant System 62 CT CCVAX Intel Atom D2000 N2000 COM Express Type 10 Module L S ISA 000000072 114 AM ISA 000000073 115 gili ISA 0x00000074 116 48 ISA 0x00000075 117 i ISA 0x00000076 118 48 ISA 0000000077 119 48 ISA 0x00000078 120 4 ISA 0x00000079 121 AM ISA 0x0000007A 122 SR ISA 000000078 123 gili ISA 0x0000007C 124 4l ISA 00000007D 125 4M ISA 0x0000007E 126 J i ISA 0x0000007F 127 4 ISA 0x00000080 128 g ISA 0x00000081 129 J0 ISA 000000082 130 JE ISA 0x00000083 131 e ISA 0100000084 132 40 ISA 000000085 133 4 ISA 0x00000086 134 JE ISA 0x00000087 135 gli ISA 000000088 136 40 ISA 000000089 137 gili ISA 000000084 138 gili ISA 0x0000008B 139 i ISA 0x0000008C 140 48 ISA 00000008D 141 JE ISA 00000008E 142 JE ISA 0x0000008F 143 e ISA 0x00000090 144 J0 ISA 0x00000091 145 YM ISA 000000092 146 4 ISA 0x00000093 147 gli ISA 000000094 148 4l ISA 000000095 149 J i ISA 000000096 150 2 ISA 000000097 151 2 ISA 0100000098 152 2 ISA 000000099 153 jE ISA 000000094 154 SR ISA 000000098 155 4l ISA 0x0000009 156 g ISA 00000009 157
18. AUGIO s is ES EE EE e 25 4 10 EE 26 411 LP ee 27 412 E 27 V VI VII CT CCVAX Intel Atom D2000 N2000 COM Express Type 10 Module 413 RBS E OE i i i EEEE EEEE EEA A 28 RENS OE EL EE is 28 4 15 General Purpose Input Output 2 8 4 15 1 GPIO GonfiguratiON see ee ee RA mma 29 4 15 2 Registers Description sesse Ge mwm 29 4 16 Power and System Management Signals 31 4 17 Thermal Management Signals esses 32 4 18 Miscellaneous Gonale iii AA RA wam 32 4 19 Watchdog Tmer EE B 4 19 1 Board Design es EE a 3 3 4 19 2 PSUEDO GODE ii Ge ei GE ee eed 33 SYSTEM Eegeregie 35 Del MAIR ME EE N a ON 35 N ER RE RO EE ia 36 5 2 1 e VET E 37 5 2 2 CPU Configuration EE te 38 5 2 3 IDE Configuration E 39 sor MESE eie ME T 4 0 5 2 5 F81216 Second Super IO Configuration 41 5 2 6 W83627DHG Super IO Configuration kaka 44 5 2 7 W83627DHG HW Hardware Pc Health Status 47 5 2 8 Serial Port Console Redirection 48 5 29 PPM Configuration sesse iden ee Ed GE N ee Ed se de Ee dd 4 9 Ms RR RA ER EE N 50 5 3 1 Host Bridge Mm 51 5 3 2 un BIO succi iii i i ij 53 cC 56 541 CSM patamelb S iese pintar ii 57 Dede DEE 5 a AA n 58 5 6 Saveand EX EE 5 9 Address Map iii i i i i i i al 60 6 1 I O Port Address Map 60 6 2 Interrupt Controller IRQ Map ees ee Re ee aaa 62
19. CT CCVAX to dissipate the heat One is by using a heat sink and the other one is by using a heat spreader 16 CT CCVAX Intel Atom D2000 N2000 COM Express Type 10 Module MEN l Wen E Wi Pra le 3 4 1 Heat Sink Step 1 Connect the COM Express connectors on the module CT CCVAX to the corresponding COM connectors on the Carrier Board Make sure the four holes at the corners of CT CCVAX module align to the corresponding pillars on the Carrier Board Step2 Place the heat sink on top of the CT CCVAX module Step3 Use four screws M2 5x15L to secure the heat sink with the Carrier Board through the corresponding holes on the CT CCVAX 17 CT CCVAX Intel Atom D2000 N2000 COM Express Type 10 Module HEAT SINI 111 TO 3 4 2 Heat Spreader A heat spreader is designed for the CT CCVAX to dissipate heat All heat generating components are thermally conducted to the heat spreader in order to avoid hot spots The assembly of the heat spreader with CT CCVAX module and the Carrier board is same as the heat sink lij i igi 1 EE TE LE it 18 CT CCVAX Intel Atom D2000 N2000 COM Express Type 10 Module Step 1 Connect the COM Express connectors on the module CT CCVAX to the corresponding COM co
20. D LID switch SLEEP Sleep Button FAN_PWMOUT FAN PWM out FAN_TACHIN Fan Tacho in CT CCVAX Intel Atom D2000 N2000 COM Express Type 10 Module 4 17 Thermal Management Signals Signal Description THRMTRIP Active low output indicating that the CPU has entered thermal shutdown THRM Input from off module temp sensor indicating and over temp situation 4 18 Miscellaneous Signals Signal Description GC CK General purpose DC port clock output GC DAT General purpose I2C port data VO lin WDT Indicator for Watchdog Timeout SPKR Output for audio enunciator the speaker in PC AT systems BIOS DISO Selection straps to determine the BIOS boot i device The Carrier should only float these or pull BIOS DIS1 them low please refer to the table below for strapping option of BIOS disable signals SPICS14 SPICSOK EH Ees Gen i K Descriptor Enty Module Module Module SPIO SPI1 Module Module Module Carrier AWH Module Carrier Carrier SPIO SPI1 Carrier Module Module SPI1 SPI1 32 CT CCVAX Intel Atom D2000 N2000 COM Express Type 10 Module 4 19 Watchdog Timer Enable TCO Timer Reboot Function Set Initial Value into Timer Register Reload Timer Value into Register Start to Count 4 19 1 Board Design The WDT Watchdog Timer is implemented by using TCO function in NM10 Register Address
21. I2 LPC AD2 GBEO MDI2 LPC AD3 GBEO LINK LPC DROO GBEO MDI1 LPC DRO1 GBEO MDI1 LPC CLK GND GND GBEO MDIO PWRBTN GBEO_MDI0 SMB_CK oo SI 0 om KB OD N 13 CT CCVAK Row A Intel Atom D2000 N2000 COM Express Type 10 Module Row B GBEO CTREF SMB DAT SUS Sa SMB ALERT SATAO TX SATA1 TX Reserved SATAO TX SATA1 TX Reserved SUS S4 SUS STAT SATAO RX SATA1 RX Reserved SATAO RX SATA1 RX Reserved GND GND NC NC NC NC SUS S5 NC NC NC NC BATLOW WDT S ATA_ACT AC HAD_SDIN2 AC HDA_SYNC AC HAD_SDIN1 AC HAD_RST AC HAD_SDINO GND GND AC HDA_BITCLK SPKR AC HAD SDOUT I2C CK BIOS DISO I2C DAT THRMTRIP THRM USB6 USB7 USB6 USB7 USB 6 7 OC USB 4 5 OC USB4 USB5 USB4 USB5 GND GND USB2 USB3 USB2 USB3 USB 2 3 OC USB 0 1 OG USBO USB1 USB0 USB1 VCC RTC EXCD1 PERST EXCDO PERST EXCD1 CPPE EXCDO CPPE SYS RESET LPC SERIRA CB RESET CT CCVAK Row A Intel Atom D2000 N2000 COM Express Type 10 Module Row B GND GND CRT RED CRT GREEN NC CRT BLUE GPIO GPO1 CRT DDC CLK CRT HSYNC CRT DDC DA
22. Inc Intel IGD Configuration Select the Video Device which will be activated during POST LCD Panel Type VBIOS Default This as no effect if Backlight Control PWM Normal external graphics present Active LFP LVDS Fixed Grapics Memory Size 128MB Select Screen 11 Select Item Enter Select Change Opt F1 General Help F2 Previos Values F3 Optimized Defaults F4 Save amp Exit ESC Exit 6 Copyright C 2012 IGFX Boot Type Select the Video Device which will be activated during POST This has no effect if external graphics present Select between VBIOS Default CRT LFP EFP CRT EFP and LFP EFP LCD Panel Type Select LCD panel used by Internal Graphics Device by selecting the appropriate setup item VBIOS Default 640x480 LVDS 800x600 LVDS 1024x768 LVDS 1280x1024 LVDS 1366x768 LVDS or 1280x800 LVDS Backlight Control Select between PWM Inverted and PWM Normal Active LFP Select the Active LFP Configuration No LVDS VBIOS does not enable LVDS Int LVDS VBIOS enables LVDS driver by Integrated encoder SDVO LVDS VBIOS enables LVDS driver by SDVO encoder eDP Port A LFP Driven by Int DisplayPort encoder from Port A Fixed Graphics Memory Size Select Fixed Graphics Memory Size between 128MB and 256MB 52 CT CCVAX Intel Atom D2000 N2000 COM Express Type 10 Module 5 3 2 South Bridge 0 Setup Utility Copyright C 2012 5 1236 Copyright C 2012 A
23. Main Advanced Chipset Boot Security ETE 41 Administrator Password User Password Version 2 15 1236 Copyright C 2012 Americtrends Inc 5 8 CT CCVAX Intel Atom D2000 N2000 COM Express Type 10 Module 5 6 Save and Exit Aptio Setup Main Advanced Chipset Discard Changes and Exit Save Changes and Reset Discard Changes and Reset Save Option Save Changes Discard Changes Restore Defaults Save as User Defaults Restore User Defaults Boot Override SATA SM GLS65LS1016A CS 16GB Launch EFI Shell from filesystem device Version 2 15 1236 Copyr Save Changes and Exit Exit system setup after saving the changes Discard Changes and Exit Exit system setup without saving any changes Save Changes and Reset Reset the system after saving the changes Discard Changes and Reset Reset system setup without saving any changes Save Changes Save Changes done so far to any of the setup options Discard Changes Discard Changes done so far to any of the setup options Restore Defaults Restore Load Default values for all the setup options Save as User Defaults Save the changes done so far as user Defaults Restore user Defaults Restore the User Defaults to all the setup options Launch EFI Shell from filesystem device Attempts to Launch EFI Shell application Shellx64 efi from one of the available filesystem devices 2012 Americtrends Inc 2 American Megatrends In Save amp Exit Exit system setup after saving the change
24. Media Accelerator 3600 Series Li 000003C0 000003DF Intel R Graphics Media Accelerator 3600 Series T 1000003F8 000003FF AKA COMI N 00000400 0000047F Motherboard resources 48 00000400 0000047F Motherboard resources IM 00000400 000004D1 Motherboard resources N 100000400 00000A0F Motherboard resources 5 0000E000 0000EFFF Intel R N10 ICH7 Family PCI Express Root Port 2706 A 0000F000 0000FO1F Intel R N10 ICH7 Family SMBus Controller 27DA lt a 0000F020 0000F02F Standard AHCI LO Serial ATA Controller 0000F040 OOOOFOSF Intel R N10 ICH7 Family USB Universal Host Controller 27CB 0000F060 0000F07F Intel R N10 ICH7 Family USB Universal Host Controller 27CA 0000F080 OOOOFO9F Intel R N10 ICH7 Family USB Universal Host Controller 27C9 0000F0A0 0000FOBF Intel R N10 ICH7 Family USB Universal Host Controller 27C8 Ca 0000F0C0 0000F0C3 Standard AHCI LO Serial ATA Controller lt a I0000FODO 0000F007 Standard AHCI 1 0 Serial ATA Controller lt q 0000FOED OOOOFOE3 Standard AHCI LO Serial ATA Controller ca 0000F0F0 0000F0F7 Standard AHCI 1 0 Serial ATA Controller Sa 0000F100 0000F107 Intel R Graphics Media Accelerator 3600 Series 61 CT CCVAX Intel Atom D2000 N2000 COM Express Type 10 Module 6 2 Interrupt Controller IRQ Map The interrupt controller map for the CT CCVAX with the CT BTA01 carrier board under Windows 7 Ultimate 64bit are as shown b
25. SPM L1 Disabled or Enabled 55 CT CCVAX Intel Atom D2000 N2000 COM Express Type 10 Module 5 4 Boot Aptio Setup Utility Copyright C 2012 American Megatrends Inc Advanced Chipset Boot Security Save A Exit Prompt Timeout d Lock State Version 2 15 1236 Copyright C 2012 Americtrends Inc 65535 OxFFFF means indefinite waiting Bootup NumLock State Select Enable or Disable for the keyboard NumLock state Quiet Boot Enables or disables Quiet Boot option GateA20 Active Upon Request GA20 can be disabled using BIOS services Boot Configuration Number of seconds to wait for setup activation key Always do not allow disabling GA20 this option is useful wen any RT code is executed above 1MB Option ROM Message Set display mode Force BIOS or Keep Current for Option ROM Boot Option 1 Set the system boot order Hard Drive BBS Priorities Set the order of the legacy devices in this group 56 CT CCVAX Intel Atom D2000 N2000 COM Express Type 10 Module 5 4 1 CSM parameters OpROM execution boot options filter etc Aptio Setup Utility Copyright C 2012 American Megatrends Inc This option controls if CSM Boot option filter UEFI and Legacy will be launched Launch PXE OpROM policy Legacy only Launch Storage OpROM policy Legacy only Launch Video OpROM policy Legacy only Other PCI device ROM priority Legacy OpROM Select Screen 11 Select Item Enter Sele
26. TA CRT VSYNC GND GPO2 NC NC NC NC GND GND PCIE2 TX PCIE2 RX PCIE2 TX PCIE2 RX GPI1 GPO3 PCIE1 TX PCIE1 RX PCIE1 TX PCIE1 RX GND WAKEOF GPI2 WAKE1 PCIEO_TX PCIEO_RX PCIEO TX PCIEO RX GND GND LVDS A0 DDIO PAIRO LVDS AO0 DDIO PAIRO LVDS A1 DDIO PAIR1 LVDS At DDIO PAIR1 LVDS A2 DDIO PAIR2 LVDS A2 DDIO_PAIR2 LVDS_VDD_ NC LVDS_A3 NC LVDS_A3 LVDS_BKLT_EN GND GND LVDS_A_CK DDIO_PAIR3 LVDS A CK DDIO PAIRS LVDS 12C CK LVDS BKLT CTRL LVDS 12C DAT VCC 5V SBY GPI3 VCC 5V SBY NC VCC 5V SBY NC VCC 5V SBY CT CCVAX Intel Atom D2000 N2000 COM Express Type 10 Module Row A Row B PCIE CK REFO BIOS DIS1 PCIE CK REFO DDIO HPD GND GND SPI POWER NC SPI MISO NC GPOO NC SPI CLK NC SPI MOSI DDIO DDC AUX S NC NC NC SPI CS NC DDIO CTRLCLK AU NC DDIO CTRLCLK AU GND NC NC NC NC LID SLEEP VCC 12V VCC 12V VCC 12V VCC 12V VCC 12V VCC 12V VCC 12V VCC 12V VCC 12V VCC 12V VCC 12V VCC 12V GND 34 Thermal Solutions GND There are two thermal solutions for the COM Module
27. The controller consists of a set of DMA engines that are used to maa 25 CT CCVAX Intel Atom D2000 N2000 COM Express Type 10 Module move samples of digitally encoded data between system memory and an external codec s The PCH implements a single Serial Data Output signal HDA SDOUT that is connected to all external codecs Three Serial Digital Input signals HDA SDIN 2 0 provided by the PCH support up to three codecs Signal Description AC HDA RST Reset output to CODEC active low AC HDA SYNC Sample synchronization signal to the CODEC s AC HDA BITCLK Serial data clock generated by the external 8 CODEC s AC HDA SDOUT Serial TDM data output to the CODEC AC HDA SDIN 2 0 Serial TDM data input from up to 3 CODECs 4 10 Ethernet The Intel 82583V a fully integrated Gigabit Ethernet Media Access Control MAC provides 10 100 1000Mb s Ethernet interface The Intel 82583V is connected to Port 2 of the PCle x1 in the PCH Gigabit transformer has to be designed on the Carrier Board The integrated GbE controller contains power management registers for PCIE so it supports the Advanced Configuration and Power Interface ACPI specification This enables the network related activity using an internal host wake signal to wake up the host Signal Description GBEO MDI 0 3 Gigabit Ethernet Controller 0 Media Dependent Interface Differential Pairs 0 1 2 3 The MDI GBEO MDI 0 3 can operate in 100
28. ant System Microsoft ACPI Compliant System Microsoft ACPI Compliant System Microsoft ACPI Compliant System 63 CT CCVAX Intel Atom D2000 N2000 COM Express Type 10 Module 1 ISA 0x000000A1 161 i ISA 0 000000A2 162 18 ISA 0 000000A3 163 N ISA 000000044 164 1 ISA 0 000000A5 165 4 ISA 000000046 166 gM ISA 00000007 167 N ISA 0x000000A8 168 zili ISA 0x000000A9 169 am ISA 04000000AA 170 48 SA 0x000000AB 171 48 SA 0 000000AC 172 ziki ISA 0x000000AD 173 N ISA 0x000000AE 174 gM ISA 0x000000AF 175 1 ISA 0300000080 176 TM ISA 000000081 177 TM ISA 0300000082 178 48 ISA 000000083 179 1 ISA 000000084 180 M ISA 0500000085 181 TE ISA 0300000086 182 N ISA 000000087 183 TM ISA 000000088 184 48 ISA 000000089 185 8 ISA 0x000000BA 186 __q ISA 0x0000008B 187 N ISA 0x0000008C 188 1 ISA 0x000000BD 189 I ISA 0x000000BE 190 SR PCI 000000005 05 485 PCI 000000010 16 PCD 000000010 16 4 PCI 000000011 17 4 PC 000000012 18 PC 0 00000012 18 TM PCI 000000013 19 PCT 000000013 19 c PCI 000000013 19 qi PCI 0x00000016 22 PC 000000017 23 PCD0 00000017 23 E PCI OFFFFFFFD 3 N PCI OxFFFFFFFE 2 Microsoft ACPI Compliant System Microsoft ACPI Compliant System Microsoft ACPI Compliant System Microsoft ACPI Compliant System Microsoft ACPI Compliant
29. arks of International Business Machines Corporation All other products and trademarks mentioned in this manual are trademarks of their respective owners maa NEE 4 CT CCVAX Intel Atom D2000 N2000 COM Express Type 10 Module Il Introduction 2 1 Product Description ik A SC ae D Input d FT PP gt The CT CCVAX is a new COM computer on module Express mini form factor 84x55mm in embedded computing platforms It combines the onboard Intel Atom D2550 N2600 processor with Intel NM10 Express chipset The CT CCVAX is based on the COM Express specification and features a standardized connector layout that carries a specified set of signals With the Type 10 pin out connector the CT CCVAX supports DDI LVDS VGA SATA HD audio Gigabit Ethernet PCle and USB2 0 This system requires a Carrier Board to bring out VO and power up The benefit of this standardization pin out is making the application design more flexible To accommodate different ODM requirements the COM Express module with a Carrier Board is the best cost effective solution and reduces development time CT CCVAX Intel Atom D2000 N2000 COM Express Type 10 Module 2 2 Specifications m CPU gt Intel Atom D2550 processor 1 86GHz gt Intel Atom N2600 processor 1 6GHz m Chipset gt Intel NM10 PCH m System Memory gt Onboard 1GB DDR3 gt 1066MHz gt 2GBis optional m BIOS gt AMI uEFI BIOS gt 2MB SPI Flash ROM m SSD 16GB SSD onb
30. ata 8 OxF7FF Enabled to count Step3 WritelOWord 0x468 WordData Write back to IO 34 CT CCVAX Intel Atom D2000 N2000 COM Express Type 10 Module V SYSTEM BIOS The system BIOS software is stored on EEPROM The BIOS provides an interface to modify the configuration When the battery is removed all the parameters will be reset Turn on the computer and press lt DEL gt or lt F2 gt to enter the setup screens 5 1 Main The Main setup screen is showed as following when the setup utility is entered System Date Time is set up in the Main Menu Aptio Setup Utility Copyright C 2012 American Megatrends Inc Main BRUIT TCT Bae tt ae IE TIER TE MIL System Language English Fri 04 12 2013 Time 09 55 36 mec Version 2 15 1236 Copyright C 2012 Americtrends Inc System Language Choose the system default language System Date MM DD YYYY Set the Date Use Tab to switch between Date elements System Time HH MM SS Set the Time Use Tab to switch between Time elements 39 CT CCVAX Intel Atom D2000 N2000 COM Express Type 10 Module 5 2 Advanced Launch PXE OpROM Disabled Launch PXE OpROM Enable or Disable Boot Option for Legacy Network Devices 36 CT CCVAX Intel Atom D2000 N2000 COM Express Type 10 Module 5 2 1 ACPI Settings Aptio Setup Utility Copyright C 2012 American Megatrends Inc Enable ACPI Auto Configuration Disabled CPI ep Stat Enable ACPI Auto Configur
31. ation Enable or Disable BIOS ACPI Auto Configuration ACPI Sleep State Select the highest ACPI sleep state the system will enter when the SUSPEND button is pressed Select between Suspend Disabled S1 CPU Stop Clock and 83 Suspend to RAM 37 CT CCVAX Intel Atom D2000 N2000 COM Express Type 10 Module 5 2 2 CPU Configuration Aptio Setup Utility Copyright C 2012 American Megatrends Inc Hyper Threading Enabled xecute Disable Bit Enabled Disabled 6 Copyright C 2012 Americtrends Inc Hyper threading Enabled for Windows XP and Linux OS optimized for Hyper Threading Technology and Disabled for other OS OS not optimized for Hyper Threading Technology When disabled only one thread per enabled core is enabled Execute Disable Bit XP can prevent certain classes of malicious buffer overflow attacks when combined with a supporting OS Windows Server 2003 SP1 Windows XP SP2 SusE Linux 9 2 RedHat Enterprise 3 Update 3 Limit CPUID Maximum Disabled for Windows XP 38 CT CCVAX Intel Atom D2000 N2000 COM Express Type 10 Module 5 2 3 IDE Configuration The BIOS automatically detects the presence of SATA device and the hardware installed in the SATA ports will be showed in the configuration Each port can be enabled or disabled individually Aptio Setup Utility Copyright C 2012 American Megatrends Inc SATA Controller s Enabled Version 2 15 1236 Copyright C 2012 Americtrends Inc Con
32. ct Change Opt F1 General Help F2 Previos Values F3 Optimized Defaults FA Save A Exit ESC Exit 36 Copyright C 2012 Americtrends Inc Launch CSM This option controls if CSM will be launched always or never Boot option filer This option controls what devices system can boot to UEFI and Legacy Legacy only or UEFI only Launch PXE OpROM policy This controls the execution of UEFI and Legacy PXE OpROM Do not launch UEFI only or Legacy only Launch Storage OpROM policy This controls the execution of UEFI and Legacy Storage OpROM Do not launch UEFI only or Legacy only Launch Video OpROM policy This controls the execution of UEFI and Legacy Video OpROM Do not launch UEFI only or Legacy only Other PCI device ROM priority For PCI devices other than Network Mass storage or Video defines which OpROM to launch UEFI OpROM or Legacy OpROM 5 CT CCVAX Intel Atom D2000 N2000 COM Express Type 10 Module 5 5 Security Administrators and User s passwords could be set If ONLY the Administrators password is set then this only limits access to Setup and is only asked for when entering Setup If ONLY the User s password is set then this is a power on password and must be entered to boot or enter Setup In Setup the user will have administrator rights The minimum length of the password is 3 and the maximum length is 20 Aptio Setup Utility Copyright C 2012 American Megatrends Inc
33. elow IM ISA 00000005E 94 N ISA 00000005F 95 JM ISA 0200000061 97 18 ISA 000000062 98 38 ISA 000000063 99 JM ISA 000000064 100 N ISA 0x00000065 101 N ISA 000000066 102 TM ISA 000000067 103 JM ISA 000000068 104 N ISA 0200000069 105 M ISA 000000064 106 ZS ISA 0x00000068 107 TM ISA 0 0000006C 108 siki ISA 00000006D 109 18 ISA 0 0000006E 110 TM ISA 0x0000006F 111 TM ISA 0100000070 112 1 ISA 0300000071 113 System timer FAR COM2 8 38 38 COMI System CMOS real time clock AE ARE COM3 TAT COM Numenc data processor Microsoft ACPI Compliant System Microsoft ACPI Compliant System Microsoft ACPI Compliant System Microsoft ACPI Compliant System Microsoft ACPI Compliant System Microsoft ACPI Compliant System Microsoft ACPI Compliant System Microsoft ACPI Compliant System Microsoft ACPI Compliant System Microsoft ACPI Compliant System Microsoft ACPI Compliant System Microsoft ACPI Compliant System Microsoft ACPI Compliant System Microsoft ACPI Compliant System Microsoft ACPI Compliant System Microsoft ACPI Compliant System Microsoft ACPI Compliant System Microsoft ACPI Compliant System Microsoft ACPI Compliant System Microsoft ACPI Compliant System Microsoft ACPI Compliant System Microsoft ACPI Compliant System Microsoft ACPI Compliant System Microsoft ACPI Compliant System Microsoft ACPI Compliant System Microsoft ACPI Compliant System Microsoft
34. equencies Signal Description SPI CS Chip select for Carrier Board SPI may be i sourced from chipset SPIO or SPI1 SPC MISO Data in to Module from Carrier SPI SPI MISI Data out from Module to Carrier SPI SPI CLK Clock from Module to Carrier SPI SPI POWER Power supply for Carrier Board SPI sourced from Module nominally 3 3V The Module shall provide a minimum of 100mA on SPI POWER Carriers shall use less than 100ma of SPI POWER SPI POWER shall only be used to power SPI devices on the Carrier Board CT CCVAX Intel Atom D2000 N2000 COM Express Type 10 Module 4 13 SMBus The SMBus port is specified for system management functions It is used on the Module to manage system function such as reading the DRAM SPD EEPROM and setting clock synthesizer parameters If the SMBus is used on the baseboard then great care must be taken that no conflicts with the on Module SMBus devices occur It may be useful for implementation on the Carrier Board of standards such as Smart Battery The maximum capacitance on the Carrier Board shall not exceed 100pF Signal Description SMB CK System Management Bus bidirectional clock line SMB DAT System Management Bus bidirectional data line SMB ALERT System Management Bus Alert active low input can be used to generate an SMI System Management Interrupt or to wake the system 4 14 ExpressCard ExpressCard is a small form factor expansio
35. erted B E E Co O CT CCVAX Intel Atom D2000 N2000 COM Express Type 10 Module 4 15 2 5 PSUEDO CODE Example 1 Change GPIO2 from output to input Step1 ByteData ReadlOByte 0x504 Read current setting from configuration register Step2 ByteData ByteData Bit 4 Set Bit4 1 It means input Step3 WritelOByte 0x504 ByteData Write back to configuration register Example2 Set GPIO3 to output LOW Step1 ByteData ReadlOByte 0x50C Read current setting from Output Port register Step2 ByteData ByteData amp OxDF Set Bit5 0 It means output low Step3 WritelOByte 0x50C ByteData ANrite back to Output Port Register 4 16 Power and System Management Signals Signal Description SUS Sa Indicates system is suspended to RAM state Active low output SUS S4 Indicates system is suspended to Disk state Active low output SUS S5 Indicates system is in Soft Off state SUS STATE Indicates imminent suspend operation PWRBTN Power button to bring system out of S5 soft off active on rising edge PWR_OK Power OK from main power supply BATLOW Indicates that external battery is low SYS_RESET Reset button input Active low input CB_RESET Carrier Board Reset Active low input WAKE0 PCI Express wake up signal WAKE1 General purpose wake up signal VCC_RTC RTC External Battery LI
36. figure SATA as Select IDE or AHCI mode for SATA controller operations Port0 Speed Limit Select between No Limit GEN1 Rate and GEN2 Ratel 39 CT CCVAX Intel Atom D2000 N2000 COM Express Type 10 Module 5 2 4 USB Configuration Aptio Setup Utility Copyright C 2012 American Megatrends Inc Legacy USB Support Enabled EHCI Hand off Disabled 5 1236 Copyright C 2012 Americtrends Inc Legacy USB Support AUTO option disables legacy support if no USB devices are connected DISABLE option will Keep USB devices available only for EFI applications EHCI Hand off This is a workaround for OS without EHCI hand off support The EHCI ownership change should be claimed by EHCI driver USB transfer time out Select the time out value 1 sec 5 sec 10 sec or 20 sec for Control Bulk and Interrupt transfers 40 CT CCVAK Intel Atom D2000 N2000 COM Express Type 10 Module 5 2 5 F81216 Second Super IO Configuration gt Serial Port 0 Configuration Al CT CCVAX Intel Atom D2000 N2000 COM Express Type 10 Module 5 2 5 1 Serial Port0 Configuration Aptio Setup Utility Copyright C 2012 American Megatrends Inc 1 Serial Port nabied 2 15 1236 Copyright C 2012 Americtren Each serial port could be enabled or disabled Serial Port 0 could change the setting to the following Auto I0 260h IRG 11 I0 260h IRA 10 11 12 I0 268h IRA 10 11 12 I0 270h IRA 10 11 12 I0
37. ler that supports two pipes to LVDS CRT HDMI DVI DP eDP The graphic core frequency is 640 MHz at D2550 and 400 MHz at N2600 4 4 1 Analog Display Port The Analog Port provides a RGB signal output along with a HSYNC and VSYNC signal There is an associated Display Data Channel DDC signal pair that is implemented using GPIO pins dedicated to the analog port The intended target device is for a CRT Based monitor with a VGA connector The Analog Port can directly drive a standard progressive scan analog monitor up to a resolution of 1920x1200 pixels with 32 bit color at 60Hz 20 AA CT CCVAK Signal Description CRT RED Red for monitor analog DAC output designed to drive a 37 50 equivalent load CRT GREEN Green for monitor analog DAC output designed to drive a 37 50 equivalent load CRT BLUE Blue for monitor analog DAC output designed to drive a 37 50 equivalent load CRT HSYNC Horizontal sync output to VGA monitor CRT VSYNC Vertical sync output to VGA monitor CRT DDC CLK Monitor clock line CRT DDC DATA LVDS Monitor data line Intel Atom D2000 N2000 COM Express Type 10 Module The LVDS transmitter channel of D2550 consists of 4 data pairs and a clock pair N2600 consists of 3 data pairs and a clock pair The LVDS data pair is used to transfer pixel data as well as the LCD timing control signals The maximum resolution is 1440x900 at D2550 CPU and 1366x7
38. merictrends Inc TPT Devices Enable Disable Intel R IO Controller Hub TPT devices DMI Link ASPM Control The control of Active State Power Management on both NB side and SB side of the DMI Link PCI Exp High Priority Port Select a PCI Express High Priority Port to Disabled Port 0 Port 1 Port 2 or Port 3 High Precision Timer Enable or Disable Restore AC Power Loss Select between Always OFF Always ON and Last State when power is re applied after a power failure 53 CT CCVAX Intel Atom D2000 N2000 COM Express Type 10 Module 5 3 2 1 TPT Devices Aptio Setup Utility Copyright C 2012 American Megatrends Inc 2 3 Chips Azalia Controller HD Audio bie 5 1236 Copyright C 2012 Americtrends Inc Azalia Controller Select between Disabled and HD Audio USB Function Disable or enable USB Function USB 2 0 EHCI Support Enable or Disable USB2 0 EHCI Support 24 CT CCVAX Intel Atom D2000 N2000 COM Express Type 10 Module 5 3 2 2 PCI Express Root Port Configuration Each PCI Express Port from 0 to 3 can be setup Aptio Setup Utility Copyright C 2012 American Megatrends Inc P za n PCI Express Port 1 Enabied SPM LOS Disabled SPM LI Disabled 2 15 1236 Copyright C 2012 Americtrends Inc Each PCI Express Root Port can be enabled or disabled individually ASPM LOs Disabled Root Port Only Endpoint Port Only or Both Root And Endpoint Ports A
39. n card that uses PCI Express or USB as the interface It is similar in concept and scope to CardBus The CT CCVAX supports two Express Card interface Signal Description EXCD 0 1 CPPE PCI ExpressCard PCI Express capable card B request active low one per card EXCD 0 1 PERST PCI ExpressCard reset active low one per card 4 15 General Purpose Input Output GPI and GPO pins may be implemented as GPIO Module specific GPI and GPO pins may be implemented as SDIO Signal Description GPO 0 3 General purpose output pins Upon a hardware reset these outputs should be low GPI 0 3 General purpose input pins Pulled high internally on the Module CT CCVAX Intel Atom D2000 N2000 COM Express Type 10 Module 4 15 1 GPIO Configuration Output Pin default setting is HIGH Default Configuration GPO3 GPO2 GPO1 GPOO GPI3 GPI2 GPI1 GPIO The GPIO function provided by Intel Tiger Point NM10 can be accessed through GPIO Base Address Register GPIOBASE The configuration on CT CCVAX is described as below Register Address GPIOBASE Base Address 0x500 The general 1 0 read write function is used to access and configure the NM10 Through the VO read or write command the current status of GPIO can configure each pin to input or output 4 15 2 Registers Description 4 15 2 1 GPIO Use Select Register 1 Offset GPIOBASE 0x00 Bit6 Bit 5 Bit 4 Bit 3 Bit 2 GPIO
40. nnectors on the Carrier Board Make sure the four holes at the corners of CT CCVAX module align to the corresponding pillars on the Carrier Board Step2 Place the heat spreader on top of the CT CCVAX module Step3 Use four screws M2 5x15L to secure the heat sink with the Carrier Board through the corresponding holes on the CT CCVAX d Sr E HEAT EADE Bes LET TD i 19 CT CCVAX Intel Atom D2000 N2000 COM Express Type 10 Module IV Features amp Interfaces 4 1 Processor The CT CCVAX supports Intel Atom D2550 N2600 processor This 64 bit and multi core mobile processor built on 32 nanometer process technology is based on a new micro architecture This architecture consists a processor and Platform Controller Hub PCH to form a two chip platform The processor includes Integrated Display Engine Processor Graphics and Integrated Memory Controller 4 2 BIOS The AMI uEFI BIOS 2MB SPI Flash ROMis used in the CT CCVAX module 4 3 System Memory The Integrated Memory Controller IMC of the processor supports one 64 bit channel of DDR3 protocols The channel allows the data transfer rate of 1066MHz The memory size is 1GB onboard and 2GB is optional 4 4 Graphics Intel Atom Processor D2550 and N2600 contain an integrated graphics engine video decode and a display control
41. oard m Graphics gt Dual display Graphic core frequency 640MHz at D2550 processor 400MHz at N2600 processor CRT interface supports up to 1920x1200 Single channel of LVDS interface 1 ch 24 bit LVDS supports resolution up to 1440x900 MHz at D2550 processor 1 ch18 bit LVDS supports resolution up to 1366x768 MHz at N2600 processor gt Two DDI ports supports HDMI DVI DisplayPort eDP m Ethernet gt Intel 82583V GbE controller gt One 10 100 1000 Base Tx m Audio gt Integrated in chipset Intel NM10 m SATA Interface gt One SATA 3Gb s port gt Optional second SATA eee CT CCVAX Intel Atom D2000 N2000 COM Express Type 10 Module PCle Lane gt Three PClex1 Lane USB Interface gt Eight USB 2 0 ports LPC Interface SMBus I2C 8 bit GPIO Watchdog Timer H W Monitor Power Management gt ACPI Advanced Configuration and Power Interface Form Factor gt Mini size 84mm x 55mm CT CCVAX Intel Atom D2000 N2000 COM Express Type 10 Module 2 3 Block Diagram VGA Onboard 1 ch 24 18 bit LVDS DI DisplayPort HDMI SATAII Port1 SATAII Porto 8xUSB2 0 3xPClex1 8 bit DIO SMBUS PClex1 GbE Port 3 PC L CT CCVAX Intel Atom D2000 N2000 COM Express Type 10 Module 2 4 SKU Ted Processor PCH Features CT CCVAM Intel Atom NM10 Onboard 1GB DDR3 24 bit LVDS 3xPClex1 D2550 GbE 8xUSB2 0 1xSATA onboard 16GB SSD CT CCVA2 Intel Atom NM10 Onboard
42. resources N 00000065 0000006F Motherboard resources s 00000067 00000067 Motherboard resources N 00000070 00000070 Motherboard resources 4l 00000070 00000077 System CMOS real time clock s 00000072 0000007F Motherboard resources 2 00000080 00000080 Motherboard resources zil 00000080 00000080 Motherboard resources 1 00000081 00000091 Direct memory access controller 1 00000084 00000086 Motherboard resources 1 00000088 00000088 Motherboard resources JS 0000008C 0000008E Motherboard resources N 00000090 0000009F Motherboard resources 18 00000092 00000092 Motherboard resources M 00000093 0000009F Direct memory access controller ZS 000000A0 000000A1 Programmable interrupt controller 1 00000042 000000BF Motherboard resources N 000000A4 00000045 Programmable interrupt controller TM 000000A8 00000049 Programmable interrupt controller s 000000AC 000000AD Programmable interrupt controller maa NEE 60 CT CCVAX Intel Atom D2000 N2000 COM Express Type 10 Module A 00000080 00000081 Programmable interrupt controller N 00000082 00000083 Motherboard resources 18 00000000 000000DF Direct memory access controller TM 000000E0 OOOOOOEF Motherboard resources TM 000000F0 000000F0 Numeric data processor P 00000260 00000267 AF 24 COM TT 00000268 0000026F HAs COM 19 000002F8 000002FF BASH COM2 00000380 000003BB Intel R Graphics
43. s Select Screen ti Select Item Enter Select Change Opt F1 General Help F2 Previos Values F3 Optimized Defaults FA Save amp Exit ESC Exit 59 CT CCVAX Intel Atom D2000 N2000 COM Express Type 10 Module VI Address Map 6 1 VO Port Address Map The assignment of the I O port addresses for the CT CCVAX with CT BTAO1 carrier board under Windows 7 Ultimate 64bit are shown below zili 00000000 0000001F Direct memory access controller N 00000000 00000CF7 PCI bus JW 00000010 0000001F Motherboard resources 18 00000020 00000021 Programmable interrupt controller N 00000022 0000003F Motherboard resources N 00000024 00000025 Programmable interrupt controller N 00000028 00000029 Programmable interrupt controller 1 0000002C 0000002D Programmable interrupt controller TM 0000002E 0000002F Motherboard resources s 00000030 00000031 Programmable interrupt controller A 00000034 00000035 Programmable interrupt controller N 00000038 00000039 Programmable interrupt controller N 0000003C 0000003D Programmable interrupt controller zi 00000040 00000043 System timer s 00000044 0000005F Motherboard resources j i 0000004E 0000004F Motherboard resources TM 00000050 00000053 System timer 188 00000061 00000061 Motherboard resources s 00000062 00000063 Motherboard resources N 00000063 00000063 Motherboard resources 18 00000065 00000065 Motherboard
44. urces e 00000000 00003FFF Motherboard resources a Ke 000A0000 OOOBFFFF Intel R Graphics Media Accelerator 3600 Series MI 000A0000 000BFFFF PCI bus gili 000C0000 000DFFFF PCI bus i 000E0000 000EFFFF PCI bus 5 000F0000 OOOFFFFF PCI bus gili 3F800000 3FFFFFFF PCI bus j j i 40000000 FEBFFFFF PCI bus DFD00000 DFDFFFFF Intel R Graphics Media Accelerator 3600 Series l S DFE00000 DFELFFFF Intel R 82583V Gigabit Network Connection j DFE00000 DFEFFFFF Intel R N10 ICH7 Family PCI Express Root Port 2706 i Lu DFE20000 DFE3FFFF Intel R 82583V Gigabit Network Connection P DFE40000 DFE43FFF Intel R 82583V Gigabit Network Connection AM DFF00000 DFFO3FFF High Definition Audio Controller ca DFF04000 DFFO43FF Standard AHCI1 0 Serial ATA Controller bos y DFF05000 DFFOS3FF Intel R N10 ICH7 Family USB2 Enhanced Host Controller 27CC MI E0000000 EFFFFFFF System board d j i FEC00000 FECOOFFF Motherboard resources 1 Jm FED00000 FEDOO3FF High precision event timer MI FED14000 FEDI9FFF System board 1 gi FED1C000 FEDIFFFF Motherboard resources AM FED1C000 FED1FFFF Motherboard resources j BS FED20000 FED8FFFF Motherboard resources gili FED45000 FEDBFFFF Motherboard resources d JE FEE00000 FEEOOFFF Motherboard resources AM FF000000 FFFFFFFF Intel R 82802 Firmware Hub Device MM FF000000 FFFFFFFF Intel R
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