manualshive.com logo in svg

Advantech SOM-5992, Руководство по конструкции

Продукт Advantech SOM-5992 - это высококачественный модуль системы-на-модуле, обеспечивающий надежную и эффективную работу вашего устройства. Для получения подробных руководств по дизайну и использованию, вы можете загрузить бесплатный мануал с нашего сайта. manualshive.com - ваш ключ к успешному проектированию и разработке.

Поделиться
Скачать
background image

 

５

 

 

 

List of Figures                                                                                                                 

 

Figure 1

: S

OM-5992 Block Diagram .............................................................................................. 

１２

 

Figure 2

: COM Express Type7 Connector Layout

 ................................................................... 

１５

 

Figure 3

: PCI Express Insertion Loss Budget with Slot Card

 ................................................ 

３６

 

Figure 4

: PCI Express Insertion Loss Budget with Carrier Board PCIe Device

 .................. 

３８

 

Figure 5

: Topology for PCI Express Slot Card.

 ........................................................................ 

４０

 

Figure 6

: Topology for PCI Express Device Down.

 ................................................................. 

４０

 

Figure 7

: Topology for NC-SI.

 ..................................................................................................... 

４３

 

Figure 8: 

10G Ethernet Design for Fiber PHY with Broadwell DE

 ........................................ 

５３

 

Figure 9: 

10G Ethernet Design for Copper PHY with Broadwell DE

 .................................... 

５４

 

Figure 10: 

10G Ethernet Design for Fiber PHY with Future SoC

 .......................................... 

５５

 

Figure 11: 

10G Ethernet Design for Copper PHY with Future SoC

 ...................................... 

５６

 

Figure 12

: 10G Ethernet AC coupling – backplane system

 .................................................... 

５７

 

Figure 13

: 10G Ethernet AC coupling – direct cable

 ............................................................... 

５７

 

Figure 14

: 10G Ethernet AC coupling – PHY on Carrier

 ......................................................... 

５７

 

Figure 15

: 10GBASE-KR Trace Length Budget

 ....................................................................... 

５８

 

Figure 16

: 10/100/1000 Ethernet Insertion Loss Budget

 ........................................................ 

６４

 

Figure 17

: Topology for Ethernet Jack

 ....................................................................................... 

６５

 

Figure 18

: USB 2.0 Insertion Loss Budget

 ................................................................................ 

７０

 

Figure 19

: USB 2.0 Good Downstream Power Connection

 ................................................... 

７２

 

Figure 20

: USB 2.0 A Common Mode Choke

 ........................................................................... 

７２

 

Figure 21

: Topology for USB2.0

 ................................................................................................. 

７４

 

Figure 22

: USB3.0 Insertion Loss Budget

 ................................................................................. 

７９

 

Figure 23

: Topology for USB3.0

 ................................................................................................. 

８０

 

Figure 24

: SATA Insertion Loss Budge

 ..................................................................................... 

８２

 

Figure 25

: Topology for SATA

 ..................................................................................................... 

８５

 

Figure 26

: Typical routing topology for a Module LPC device

 ............................................... 

８９

 

Figure 27

: Topology for LPC

 ....................................................................................................... 

９１

 

Figure 28

: BIOS Selection LPC Mode

 ....................................................................................... 

９６

 

Figure 29

: BIOS Selection eSPI Mode

 ...................................................................................... 

９６

 

Figure 30

: Topology for SPI

 ......................................................................................................... 

９９

 

Figure 31

: Topology for I2C

 ..................................................................................................... 

１０２

 

Figure 32

: Topology for SMB

 .................................................................................................. 

１０５

 

Содержание SOM-5992

Страница 1: ...SOM 5992 COMe TYPE7 R1210 2018 09 25...

Страница 2: ...n Loss Budget with Slot Card 2 3 3 2 PCI Express Insertion Loss Budget with Carrier Board PCIE Device 2 3 4 PCI Express Trace Length Guidelines 2 4 NC SI 2 4 1 NC SI Signal Definitions 2 4 2 NC SI Gen...

Страница 3: ...0 2 8 1 USB3 0 Signal Definitions 2 8 1 1 USB Over Current Protection USB_x_y_OC 2 8 1 2 EMI ESD Protection 2 8 2 USB3 0 Routing Guidelines 2 8 3 USB3 0 Trace Length Guidelines 2 9 SATA 2 9 1 SATA Si...

Страница 4: ...ce SOM 5992 is not support CAN Interface 2 15 1 CAN interface Signal Definitions 2 15 2 CAN interface Routing Guidelines 2 15 3 CAN interface Trace Length Guidelines 2 16 Miscellaneous Signals 2 16 1...

Страница 5: ...12 NC SI Trace Length Guidelines Table 13 10GB LAN Signal Description Table 14 I2C Data Mapping to Carrier Board based PCA9539 I O expander Table 15 10 100 1000 Ethernet Insertion Loss Budget 100 MHz...

Страница 6: ...able 41 CAN interface Signal Definitions Table 42 CAN interface Trace Length Guidelines Table 43 Miscellaneous Signal Definitions Table 44 Signal Definition SDIO Table 45 Power Management Signal Defin...

Страница 7: ...0G Ethernet AC coupling backplane system Figure 13 10G Ethernet AC coupling direct cable Figure 14 10G Ethernet AC coupling PHY on Carrier Figure 15 10GBASE KR Trace Length Budget Figure 16 10 100 100...

Страница 8: ...Figure 33 Topology for Serial interface Figure 34 Topology for CAN interface Figure 35 Topology for SDIO Figure 36 ATX Style Power Up Boot Controlled by Power Button Figure 37 AT Style Power Up Boot...

Страница 9: ...Output 3 3V signal level O 5V Output 5V signal level OD Open drain output P Power input output S0 S1 S2 S3 S4 S5 System states describing the power and activity level S0 Full power all devices powere...

Страница 10: ...al functions System information Watchdog timer I2C Bus Flat Panel brightness control User storage area GPIO EEPROM Electrically Erasable Programmable Read Only Memory eSPI Enhanced Serial Peripheral I...

Страница 11: ...Express next generation high speed Serialized I O bus PEG PCI Express Graphics PHY Ethernet controller physical layer device Pin out Type A reference to one of seven COM Express definitions for the si...

Страница 12: ...ation information SPI Serial Peripheral Interface Super I O An integrated circuit typically interfaced via the LPC bus that provides legacy PC I O functions including PS2 keyboard and mouse ports seri...

Страница 13: ...esign Guide Rev 2 01 1 4 Revision History Revision Date PCB Rev Changes 0 10 2017 02 14 A101 1 1 00 2017 10 02 A101 2 1 Change NC SI interface connection from 10G to GbE0 add GbE0 SDP Pin connection t...

Страница 14: ...t Type BGA 37 5 x37 5 P1272 0 7mm pitch Pins 1667 Processor Type Microserver Intel Xeon D 1500 Series SoC BDW DE MaxLast Level Cache per Cbo 1 5 MB Number of cores 8 or 16 based on SKU PCIE 7 1 xPCIEx...

Страница 15: ...anes 6 15 0 10 10 PCI Express Lanes 16 31 0 16 16 10G LAN Ports 0 3 0 4 2 NC SI 0 1 1 1Gb LAN Port 0 1 1 1 Serial Ports 1 2 0 2 2 CAN interface on SER1 0 1 0 SATA Ports 0 2 2 USB 2 0 Ports 4 4 4 USB0...

Страница 16: ...Feature Type 7 Min Max SOM 5992 Power Good 1 1 1 VCC_5V_SBY Contacts 4 4 4 Sleep Input 0 1 1 Lid Input 0 1 1 Carrier Board Fan Control 0 1 1 Power VCC_12V Contacts 24 24 24...

Страница 17: ...2 COM Express Type 7 Interfaces 2 1 COM Express Type 7 Connector Layout Figure 2 COM Express Type7 Connector Layout NA...

Страница 18: ...PI_ALERT0 LPC_DRQ0 A9 GBE0_MDI1 B9 LPC_DRQ1 ESPI_ALERT1 LPC_DRQ1 A10 GBE0_MDI1 B10 LPC_CLK ESPI_CK LPC_CLK A11 GND FIXED B11 GND FIXED A12 GBE0_MDI0 B12 PWRBTN A13 GBE0_MDI0 B13 SMB_CK A14 GBE0_CTREF...

Страница 19: ...2_3_OC B44 USB_0_1_OC A45 USB0 B45 USB1 A46 USB0 B46 USB1 A47 VCC_RTC B47 ESPI_EN NC A48 RSVD B48 USB0_HOST_PRSNT NC A49 GBE0_SDP B49 SYS_RESET A50 LPC_SERIRQ ESPI_CS1 LPC_SERIRQ B50 CB_RESET A51 GND...

Страница 20: ...A81 PCIE_TX11 B81 PCIE_RX11 A82 PCIE_TX11 B82 PCIE_RX11 A83 GND B83 GND A84 NCSI_TX_EN B84 VCC_5V_SBY A85 GPI3 B85 VCC_5V_SBY A86 RSVD B86 VCC_5V_SBY A87 RSVD B87 VCC_5V_SBY A88 PCIE_CLK_REF B88 BIOS...

Страница 21: ...fference Pin Type 7 Description SOM 5992 Difference A103 LID B103 SLEEP A104 VCC_12V B104 VCC_12V A105 VCC_12V B105 VCC_12V A106 VCC_12V B106 VCC_12V A107 VCC_12V B107 VCC_12V A108 VCC_12V B108 VCC_12...

Страница 22: ...PHY_MDIO_SDA3 NC C16 10G_PHY_MDC_SCL2 NC D16 10G_PHY_MDIO_SCL2 NC C17 10G_SDP2 NC D17 10G_SDP3 NC C18 GND D18 GND C19 PCIE_RX6 D19 PCIE_TX6 C20 PCIE_RX6 D20 PCIE_TX6 C21 GND FIXED D21 GND FIXED C22 PC...

Страница 23: ...T1 C48 GND D48 GND C49 10G_KR_RX0 D49 10G_KR_TX0 C50 10G_KR_RX0 D50 10G_KR_TX0 C51 GND FIXED D51 GND FIXED C52 PCIE_RX16 D52 PCIE_TX16 C53 PCIE_RX16 D53 PCIE_TX16 C54 TYPE0 GND D54 RSVD C55 PCIE_RX17...

Страница 24: ...SVD D83 RSVD C84 GND D84 GND C85 PCIE_RX26 D85 PCIE_TX26 C86 PCIE_RX26 D86 PCIE_TX26 C87 GND D87 GND C88 PCIE_RX27 D88 PCIE_TX27 C89 PCIE_RX27 D89 PCIE_TX27 C90 GND FIXED D90 GND FIXED C91 PCIE_RX28 D...

Страница 25: ...r Rows C and D Pin Type 7 Description SOM 5992 Difference Pin Type 7 Description SOM 5992 Difference C107 VCC_12V D107 VCC_12V C108 VCC_12V D108 VCC_12V C109 VCC_12V D109 VCC_12V C110 GND FIXED D110 G...

Страница 26: ...ct to PCIE0 x1 Conn pin A16 A17 PERp n0 N C if not used I PCIE 2 PCIE_TX0 PCIE_TX0 A68 A69 PCIe channel 0 Transmit Output differential pair Module has integrated AC Coupling Capacitor Carrier Board De...

Страница 27: ...E 2 PCIE_RX3 PCIE_RX3 B58 B59 PCIe channel 3 Receive Input differential pair Carrier Board Device Connect AC Coupling cap 0 1uF near to PCIE3 x1 device PETp n0 Slot Connect to PCIE3 x1 Conn pin A16 A1...

Страница 28: ...PCIE_TX5 A52 A53 PCIe channel 5 Transmit Output differential pair Module has integrated AC Coupling Capacitor Carrier Board Device Connect to PCIE5 x1 device PERp n0 Slot Connect to PCIE5 x1 Conn pin...

Страница 29: ...71 B71 PCIe channel 8 Receive Input differential pair Carrier Board Device Connect AC Coupling cap 0 1 0 22uF near to PCIE device PETp nX N C if not used I PCIE 3 PCIE_TX8 PCIE_TX8 A71 A72 PCIe channe...

Страница 30: ...le has integrated AC Coupling Capacitor Carrier Board Device Connect to PCIE device PERp nX N C if not used O PCIE 3 PCIE_RX12 PCIE_RX12 B39 B40 PCIe channel 12 Receive Input differential pair Carrier...

Страница 31: ...le has integrated AC Coupling Capacitor Carrier Board Device Connect to PCIE device PERp nX N C if not used O PCIE 3 PCIE_RX16 PCIE_RX16 C52 C53 PCIe channel 16 Receive Input differential pair Carrier...

Страница 32: ...le has integrated AC Coupling Capacitor Carrier Board Device Connect to PCIE device PERp nX N C if not used O PCIE 3 PCIE_RX20 PCIE_RX20 C65 C66 PCIe channel 20 Receive Input differential pair Carrier...

Страница 33: ...le has integrated AC Coupling Capacitor Carrier Board Device Connect to PCIE device PERp nX N C if not used O PCIE 3 PCIE_RX24 PCIE_RX24 C78 C79 PCIe channel 24 Receive Input differential pair Carrier...

Страница 34: ...le has integrated AC Coupling Capacitor Carrier Board Device Connect to PCIE device PERp nX N C if not used O PCIE 3 PCIE_RX28 PCIE_RX28 C91 C92 PCIe channel 28 Receive Input differential pair Carrier...

Страница 35: ...p 0 1 0 22uF near to PCIE device PETp nX N C if not used I PCIE 3 PCIE_TX31 PCIE_TX31 D101 D102 PCIe channel 31 Transmit Output differential pair Module has integrated AC Coupling Capacitor Carrier Bo...

Страница 36: ...5 X1 A53 PCIE_TX5 B53 PCIE_RX5 D19 PCIE_TX6 C19 PCIE_RX6 PCIE1X6 X1 D20 PCIE_TX6 C20 PCIE_RX6 D22 PCIE_TX7 C22 PCIE_RX7 PCIE1X7 Default I210 Option X1 D23 PCIE_TX7 C23 PCIE_RX7 A71 PCIE_TX8 B71 PCIE_R...

Страница 37: ...16X6 D72 PCIE_TX22 C72 PCIE_RX22 D74 PCIE_TX23 C74 PCIE_RX23 PCIE16X7 D75 PCIE_TX23 C75 PCIE_RX23 D78 PCIE_TX24 C78 PCIE_RX24 PCIE16X8 X4 X8 D79 PCIE_TX24 C79 PCIE_RX24 D81 PCIE_TX25 C81 PCIE_RX25 PCI...

Страница 38: ...d for separately The Carrier Board transmit and receive insertion loss budgets are the same in this case The Carrier Board insertion loss budget shall be 4 40 dB COM Express connector and slot card co...

Страница 39: ...Module PCIe maximum trace length is restricted to 5 0 inches and the Carrier Board maximum trace to 4 45 inches Shorter lengths will yield additional margin and are encouraged where possible Results a...

Страница 40: ...ier Board trace lengths and more Carrier Board design flexibility The Module and COM Express connector loss budgets remain the same Figure 4 PCI Express Insertion Loss Budget with Carrier Board PCIe D...

Страница 41: ...s PCI Express Insertion Loss Budget 2 5 GHz with Carrier Board PCIE Device For device down PCIe Gen 2 operation the Module PCIe maximum trace length is restricted to 5 0 inches and the Carrier Board m...

Страница 42: ...2 3 4 PCI Express Trace Length Guidelines Figure 5 Topology for PCI Express Slot Card Figure 6 Topology for PCI Express Device Down...

Страница 43: ...referencing preferred Min 40 mil trace edge to major plane edge spacing GND stitching vias required next to signal vias if transitioning layers between GND layers Power referencing acceptable if stitc...

Страница 44: ...r to use hardware based arbitration NCSI_ARB_IN and NCSI_ARB_OUT are to be left unconnected on the Carrier if there is no Carrier network controller Table 11 NC SI Signal Description Signal Pin Descri...

Страница 45: ...End 50 10 Nominal Trace Space within LPC Signal Group 3H Spacing to Other Signal Group 3H LA Please see the SOM 5992 Layout Checklist LB Carrier Board Length Max length of LA LB 8 5 Single source Leng...

Страница 46: ...le 14 below defines the port pin mapping for the I O expander There are two pairs of PHY strapping signals defined The first pair is designated as 10G_PHY_CAP_01 and 10G_PHY_CAP_23 These are actual CO...

Страница 47: ...C43 10GBASE KR port receive input differential pairs Module has integrated AC Coupling Capacitor Carrier board N C if not used N C if not used I KR 10G_KR_TX2 10G_KR_TX2 D29 D30 10GBASE KR port trans...

Страница 48: ...between the MAC and an external PHY Carrier board Device Connect to PHY circuit N C if not used OC MOS 3 3V Suspend 3 3V I2C Mode I2C Clock signal of the 2 wire management interface used for serial da...

Страница 49: ...ween the MAC and an external PHY Carrier board Device Connect to PHY circuit N C if not used OC MOS 3 3V Suspend 3 3V 1 I2C Mode I2C data signal of the 2 wire management interface used for serial data...

Страница 50: ...etween the MAC and an external PHY Carrier board Device Connect to PHY circuit N C if not used OC MOS 3 3V Suspend 3 3V 1 I2C Mode I2C Clock signal of the 2 wire management interface used for serial d...

Страница 51: ...10GbE controller to access the management registers of an external Optical SFP Module Carrier board I O OD CMOS 3 3V Suspend 3 3V 10G_SFP_SCL0 D39 I2C clock signal of the 2 wire management interface u...

Страница 52: ...s of an external Optical SFP Module Carrier board I O OD CMOS 3 3V Suspend 3 3V 1 10G_SFP_SCL3 D32 I2C clock signal of the 2 wire management interface used by the 10GbE controller to access the manage...

Страница 53: ...such as a 1pps signal See section 2 6 2 for details I O CMOS 3 3V Suspend 3 3V 10G_SDP1 D40 Software Definable Pins Can also be used for IEEE1588 support such as a 1pps signal See section 2 6 2 for d...

Страница 54: ..._KR_LED1_1 PHY 1 LED 1 LINK SPEED MAX P0_5 10G_KR_LED1_2 PHY 1 LED 2 LINK SPEED P0_6 0G_KR_STRAP01 PHY 0 1 0 PHY to use I2C 1 PHY to use MDIO P0_7 10G_KR_STRAP23 PHY 2 3 0 PHY to use I2C 1 PHY to use...

Страница 55: ...2 5 2 Example 10 GB Ethernet Designs 2 5 2 1 2016 Silicon 10GbE Fiber Implementation Figure 8 10G Ethernet Design for Fiber PHY with Broadwell DE...

Страница 56: ...2 5 2 2 2016 Silicon 10GbE Copper Implementation Figure 9 10G Ethernet Design for Copper PHY with Broadwell DE...

Страница 57: ...2 5 2 3 Future Silicon 10GbE Fiber Implementation Figure 10 10G Ethernet Design for Fiber PHY with Future SoC...

Страница 58: ...2 5 2 4 Future Silicon 10GbE Copper Implementation Figure 11 10G Ethernet Design for Copper PHY with Future SoC...

Страница 59: ...uation B Direct attached module to module connection Coupling is at receiver in this case on both modules at receive pair No coupling on carrier Figure 13 10G Ethernet AC coupling direct cable Situati...

Страница 60: ...normative channel specification as stated in IEEE 802 3 Annex 69B Simulations have shown that the trace length allocations in Table15 meet the required channel specifications Proper high speed design...

Страница 61: ...erred Min 40 mil trace edge to major plane edge spacing GND stitching vias required next to signal vias if transitioning layers between GND layers Power referencing acceptable if stitching caps are us...

Страница 62: ...nd 50 10 Nominal Trace Space within CRT DAC Signal Group Min 10mils Spacing to Other Signal Group Min 10mils LA Please reference SOM 5992 Layout check list LB Carrier Board Length Max length of LA LB...

Страница 63: ...d The corresponding LAN differential pair and control signals can be found on rows A and B of the Module s connector Table 18 Gb Ethernet Interface Signal Descriptions Signal Pin Description I O Note...

Страница 64: ...troller 0 100Mbit sec link indicator active low Carrier Board N C if not used O 3 3V Suspend 3 3V OD CMOS GBE0_LINK1000 A5 Ethernet controller 0 1000Mbit sec link indicator active low Carrier Board N...

Страница 65: ...e module carrier interface Software can configure the NIC to output a PPS signal onto this pin that connects it to one or more elements on the module and or carrier board Example2 The carrier board ha...

Страница 66: ...hich the Ethernet target device is implemented on the Carrier Board for instance an Ethernet switch may add the insertion loss for the RJ45 Ethernet jack and integrated magnetics to the Carrier Board...

Страница 67: ...00mils Spacing between differential pairs and low speed non periodic signals Min 100mils Spacing between digital ground and analog ground plane between the magnetics Module and RJ45 connector Min 60mi...

Страница 68: ...45 connector housing The analog ground plane should be coupled to the carrier s digital logic ground plane using a capacitive coupling circuit that meets the ground plane isolation requirements defin...

Страница 69: ...designer s discretion All other USB ports if implemented shall be host ports USB Port 0 data or D USB Port 0 data or D Carrier board Device Connect to D Conn Connect 90 100MHz Common Choke in series...

Страница 70: ...nect to Overcurrent of Power Distribution Switch and Bypass 0 1uF to GND N C if not used I 3 3V SUSPEND 3 3V CMOS USB_2_3_OC A44 USB over current sense USB channels 0 and 1 A pull up for this line sha...

Страница 71: ...where highly capacitive loads are employed Transient faults are internally filtered Additionally they offer a fault status output that is asserted during over current and thermal shutdown conditions...

Страница 72: ...implementations in which the USB target device is implemented on the Carrier Board may add the ferrite and USB connector insertion loss values to the Carrier Board budget The Carrier Board insertion l...

Страница 73: ...res and also helps prevent free radiation of the signal from the edge of the PCB Avoid stubs on high speed USB signals because stubs cause signal reflections and affect signal quality If a stub is una...

Страница 74: ...se attenuation A design should include a common mode choke footprint to provide a stuffing option in the event the choke is needed to pass EMI testing Below figure shows the schematic of a typical com...

Страница 75: ...ough testing Thorough testing means that the signal quality must be checked for low speed full speed and highspeed USB operation Further common mode choke information can be found on the high speed US...

Страница 76: ...pacing between differential pairs and high speed periodic signals Min 50 mils Spacing between differential pairs and low speed non periodic signals 7H MS and 5H DS 1 LA Please see the SOM 5992 Layout...

Страница 77: ...in a USB 3 0 Type A receptacle but the USB 3 0 SuperSpeed functions will not be available 2 8 1 USB3 0 Signal Definitions Table 24 USB3 0 Signal Definitions Signal Pin Description I O Note USB_SSTX0 U...

Страница 78: ...odule has integrated AC Coupling Capacitors Carrier Board Device Connect to StdA_SSRX Conn Connect 0 and 90 100MHz USB3 0 Common Mode Choke NL combined in series and USB3 0 ESD suppressors to GND to P...

Страница 79: ...r Board Device Connect AC Coupling Capacitors 100nF near COME to StdA_SSTX Conn Connect 0 and 90 100MHz USB3 0 Common Mode Choke NL combined in series and USB3 0 ESD suppressors to GND to Pin 6 StdA_S...

Страница 80: ...tputs should be connected to the corresponding COM Express Modules USB over current sense signals Fault status signaling is an option at the USB specification If you don t need the popup message in yo...

Страница 81: ...2 USB3 0 Insertion Loss Budget Table 25 USB3 0 Insertion Loss Budget Segment Loss dB Notes LA 1 94 Up to 3 inches of Module trace 2 5 GHz LB 1 20 COM Express connector at 2 5 GHz LC 3 64 Up to 5 inche...

Страница 82: ...eed periodic signals 11H MS and 7H DS 1 Spacing between differential pairs and low speed non periodic signals 11H MS and 7H DS 1 LA Please see the SOM 5992 Layout Checklist LB Carrier Board Length Max...

Страница 83: ...eet these needs The eSATA connector does not have the L shaped key and because of this SATA and eSATA cables cannot be interchanged 2 9 1 SATA Signal Definitions Table 27 SATA Signal Definitions Signa...

Страница 84: ...not used I O 3 3V CMOS Able to drive 10 mA Notes 2 9 2 SATA Routing Guidelines SATA Insertion Loss Budget The Serial ATA source specification provides insertion loss figures only for the SATA cable Th...

Страница 85: ...se effects of EMI and signal quality performance caused by reference plane change Stitching capacitors are smallvalued capacitors 1 F or lower in value that bridge the power and ground planes close to...

Страница 86: ...ngth mismatch must not be more than 20 mils 0 508 mm Examples of segments might include breakout areas routes running between two vias routes between an AC coupling capacitor and a connector pin etc T...

Страница 87: ...fferential pairs and high speed periodic signals 9H MS and 7H DS 1 Spacing between differential pairs and low speed non periodic signals 9H MS and 7H DS 1 LA Please see the SOM 5992 Layout Checklist L...

Страница 88: ...terface against accidental exposure to 3 3V Module LPC signals In both cases a simple and low cost protection scheme may be realized with low value in line series resistors typically 33 ohms and BAT54...

Страница 89: ...C if not used I O 3 3V CMOS ESPI_IO_0 ESPI_IO_1 ESPI_IO_2 ESPI_IO_3 ESPI Mode eSPI Master Data Input Outputs These are bi directional input output pins used to transfer data between master and slaves...

Страница 90: ...oat this line or pull it low Carrier Board Connect to N C LPC mode GND eSPI mode I NA CMOS 2 LPC_CLK B10 LPC clock output 24MHz Carrier Board Connect to LPC LCLK N C if not used O 3 3V CMOS ESPI_CK ES...

Страница 91: ...e EMI The LPC clock implementation should follow the routing guidelines for the PCI clock defined in the COM Express specification and the PCI Local Bus Specification Revision 2 3 2 10 2 3 Carrier Boa...

Страница 92: ...at 50 Ohms Carrier routed SPI traces shall have 5 mil via to via clearance 4 mil trace to via clearance and 10 mil clearance to any other traces The Carrier shall have a 33 Ohm series termination betw...

Страница 93: ...nal Trace Space within LPC Signal Group Min 15mils Spacing to Other Signal Group Min 15mils LA Please see the SOM 5992 Layout Checklist LB Carrier Board Length Max length of LA LB 23 Length matching b...

Страница 94: ...hip select for Carrier Board SPI may be sourced from chipset SPI0 or SPI1 Carrier Board Connect to SPI flash pin 1 Chip Select N C if not used O CMOS 3 3V Suspend or 3 3V S0 1 8V Suspend or 1 8V S0 SP...

Страница 95: ...r to Table X BIOS Selection Straps Carrier Board 1 N C 0 PD 1K to GND I CMOS BIOS_DIS1 B88 Selection strap to determine the BIOS boot device The Carrier should only float these or pull them low please...

Страница 96: ...f level shifters Module designs that implement a 1 8V Carrier SPI interface should protect themselves against possible exposure to 3 3V Carrier SPI signals Carrier designs that implement a 1 8V SPI in...

Страница 97: ...CS0 The first two regions the Descriptor and the BIOS are mandatory The other regions are optional The regions may all be packed into the same SPI device or may be divided between more than one SPI de...

Страница 98: ...sh being attached behind a board Management Controller BMC or Embedded Controller EC MAFS and SAFS configurations apply to both LPC and eSPI enabled configurations Refer to Figure27 BIOS Selection LPC...

Страница 99: ...High Not used was FWH 1 1 1 SPI 0 Module Module High Module A MAFS on Module LPC bus enabled 0 0 0 SPI 0 Carrier Module SPI1 Module C MAFS on Module ESPI bus enabled 0 0 1 SPI 0 Module Carrier SPI0 C...

Страница 100: ...ECs SIOs etc but the BIOS boot path is on the SPI bus eSPI BIOS SAFS Considerations eSPI Enabled In an eSPI enabled SAFS system the SPI boot device is located on the far side of a BMC or EC The syste...

Страница 101: ...es Notes Signal Group SPI Single End 50 10 Nominal Trace Space within SPI Signal Group Min 10mils Spacing to Other Signal Group Min 10mils LA Please see the SOM 5992 Layout Checklist LB Carrier Board...

Страница 102: ...ossible leakage issue that can arise when using a R3 x Module with a R2 1 Carrier that supports I2C devices The R2 1 Carrier will power any I2C devices from the non standby power rail A R3 x Module wi...

Страница 103: ...Connect an 5V isolation circuit controlled by COME pin B24 PWR_OK to SCL of I2C device N C if not used I O OD CMOS 3 3V Suspend 3 3V I2C_DAT B34 General Purpose I2C data I O line Carrier Board 3 3VSB...

Страница 104: ...ength of LA LB ASPA Length Mismatch NA Via Usage Try to minimize number of vias Notes 2 12 4 Connectivity Considerations The maximum amount of capacitance allowed on the Carrier General Purpose I2C bu...

Страница 105: ...evices on the Carrier Board using the SMBus are normally powered by the 3 3V main power To avoid current leakage between the main power of the Carrier Board and the Suspend power of the Module the SMB...

Страница 106: ...n B24 PWR_OK to SMBCLK of SMBus device N C if not used I O OD CMOS 3 3V Suspend 3 3V SMB_DAT B14 System Management bidirectional data line Carrier Board 3 3VSB SMBus device Connect to SMBDAT of SMBus...

Страница 107: ...st of SMBus addresses used on the Module Do not use the same address for Carrier located devices 2 13 3 SMB Trace Length Guidelines Figure 32 Topology for SMB Table 38 SMB Trace Length Guidelines Para...

Страница 108: ...ld not be implemented as USB peripherals as such implementations are generally not useful for low level debug purposes 2 14 1 Serial interface Signal Definitions Table 39 Serial interface Signal Defin...

Страница 109: ...Trace Length Guidelines Parameter Main Route Guidelines Notes Signal Group Serial interface Single End 50 15 Nominal Trace Space within SPI Signal Group Min 10mils Spacing to Other Signal Group Min 15...

Страница 110: ...e Carrier Board CAN transceiver is carried on Module line SER1_TX Data from the Carrier Board CAN transceiver to the COM Express Module based CAN controller is carried on Module line SER1_RX The Carri...

Страница 111: ...for further details on termination 2 15 3 CAN interface Trace Length Guidelines Figure 34 Topology for CAN interface Table 42 CAN interface Trace Length Guidelines Parameter Main Route Guidelines Note...

Страница 112: ...e pin out type is detected O 5V PDS Only Available on T2 T6 1 TYPE0 is GND pin 2 TYPE1 is NC pin 3 TYPE2 is GND pin TYPE10 A97 Indicates to the Carrier Board that a Type 10 Module is installed Indicat...

Страница 113: ...the Pulse Width Modulation PWM technique to control the fan s RPM Carrier Board R2 R3 Module only PD 4 7K to GND and connects to FAN connector pin 2 PWMOUT via Smart FAN circuit N C if not used O 3 3V...

Страница 114: ...ect to GPO 3 0 N C if not used O 3 3V CMOS 1 GPI0 SDIO_DAT0 GPI1 SDIO_DAT1 GPI2 SDIO_DAT2 GPI3 SDIO_DAT3 A54 A63 A67 A85 General Purpose Input for system specific usage The signals are pulled up by th...

Страница 115: ...sponse This signal is used for card initialization and for command transfers During initialization mode this signal is open drain During command transfer this signal is in push pull mode Carrier Board...

Страница 116: ...ated after the Module enters S0 unless there is a power fail condition Signals SUS_S3 SUS_S4 and SUS_S5 define the signaling to indicate that the Module has entered the ACPI power saving mode S3 Suspe...

Страница 117: ...dicates imminent suspend operation used to notify LPC devices Not used in eSPI implementations Carrier Board Connect to LPCPD of LPC device N C if not used O 3 3V Suspend CMOS SUS_S3 A15 Indicates sys...

Страница 118: ...n B11 of PCIE slot N C if not used I 3 3V Suspend CMOS WAKE1 B67 General purpose wake up signal Carrier Board Connect to PME of SIO N C if not use I 3 3V Suspend CMOS BATLOW A27 In a type 7 system BAT...

Страница 119: ...cification to be met with a 1 ohm discharge resistance The Module design should prevent overheating or damage to any Module circuitry in the event that RAPID_SHUTDOWN is asserted without the removal o...

Страница 120: ...gnal can be used to initiate thermal throttling Carrier Board Connect to THRM output of Hardware Monitor N C if not used I 3 3V CMOS THRMTRIP A35 Thermal Trip indicates an overheating condition of the...

Страница 121: ...ta CD Minimum Trace Spacing Between Other SD Card and Interface Signals 5 mils 1 Main Route segment for CLK Minimum Trace Spacing Between Other SD Card and Interface Signals 15mils 1 Spacing to Other...

Страница 122: ...0 Reserved pin RSVD A32 Reserved pin RSVD A33 Reserved pin RSVD A48 Reserved pin RSVD A86 Reserved pin RSVD A87 Reserved pin RSVD B28 Reserved pin RSVD B29 Reserved pin RSVD B30 Reserved pin RSVD C63...

Страница 123: ...ided to the Module If Suspend functions are not used the Module VCC_5V_SBY pins should be left open On some Modules there may be a slight power efficiency advantage to connecting the Module VCC_5V_SBY...

Страница 124: ...Me PWR_BTN To COMe Or other wake event G3 T1 S5 S0 SUS_S3 From COMe PSON To ATX PS VCC_12V To COMe 10 95 T2 VCC_5V VCC3V For Carrier Board use not needed by Module T3 PWR_OK To COMe T4 Module Intermal...

Страница 125: ..._3V output 500ms T3 VCC_12V rise time from 10 to 95 0 1ms 20ms T4 PWR_OK delay 100ms T5 PWR_OK rise time 10ms T6 See Note 1 T7 Power down warning 1ms VCC_5V_SBY To COMe Optional PWR_BTN To COMe Option...

Страница 126: ...wer rail Almost all such signals are active low Such signals if used should be driven low by open drain Carrier Board circuits to assert them Pull ups if present should be high value 10K to 100K and t...

Страница 127: ...rom starting before Carrier Board devices are ready One method to achieve this is to delay assertion of the PWR_OK signal to the Module until the Carrier Board initialization process has completed Not...

Страница 128: ...DC Current Characteristics1 Intel D 1548 2 0GHz PTU Power Plane Maximum Power Consumption Symbol S0 S3 S5 G3 VIN 12V 55 53W VIN 8 5V 52 82W VIN 20V 54 97W V5SB_CB 0 045W W 1 761W RTC Battery 1 48uA 4...

Страница 129: ...4 3 Inrush Current Table 54 Inrush Current Power Plane Maximum Symbol G3 to S5 S5 to S0 V5SB_CB 1 2708A VIN 12V 2 54070A VIN 8 5V 3 2156A VIN 20V 1 7559A...

Отзывы:

Нет отзывов

Похожие инструкции для SOM-5992

CAME QBEMFSB2 User Manual preview
QBEMFSB2
Бренд: CAME Страницы: 19
Quantum LightSpeed Appliance QLS250 Owner'S Manual preview
LightSpeed Appliance QLS250
Бренд: Quantum Страницы: 12
TE Connectivity InterReach Fusion ADCP-77-044 Manual preview
InterReach Fusion ADCP-77-044
Бренд: TE Connectivity Страницы: 236
Ruckus Wireless SmartZone 3.6 Command Reference Manual preview
SmartZone 3.6
Бренд: Ruckus Wireless Страницы: 102
Galaxy Hunter Series Quick Start Manual preview
Hunter Series
Бренд: Galaxy Страницы: 30
Kaptia Klever Getting Started preview
Klever
Бренд: Kaptia Страницы: 14
Disc Makers Reflex10 User Manual preview
Reflex10
Бренд: Disc Makers Страницы: 38
Sony Ericsson GC79 User Manual preview
GC79
Бренд: Sony Ericsson Страницы: 93
H3C SecPath F1070 Manual preview
SecPath F1070
Бренд: H3C Страницы: 68
ZALMAN ZM-GWB3 User Manual preview
ZM-GWB3
Бренд: ZALMAN Страницы: 9
ZALMAN CNPS9800 MAX User Manual preview
CNPS9800 MAX
Бренд: ZALMAN Страницы: 32
MACHINIST X79-Z9-D7 User Manual preview
X79-Z9-D7
Бренд: MACHINIST Страницы: 15
peplink Balance 380 User Manual preview
Balance 380
Бренд: peplink Страницы: 111
ASTRO U 960 Operating Manual preview
U 960
Бренд: ASTRO Страницы: 12
Dell P570 Owner'S Manual preview
P570
Бренд: Dell Страницы: 37
GE ATS1290 Manual preview
ATS1290
Бренд: GE Страницы: 24
GE IS200ADIIH A Series Manual preview
IS200ADIIH A Series
Бренд: GE Страницы: 20
GE VersaMax IC754TAN001 Quick Install Manual preview
VersaMax IC754TAN001
Бренд: GE Страницы: 17

Бренды по названию

Популярные бренды

Загрузить еще бренды