Function Specification
Contents
1. FUJITSU MB86C30 REBFUN E MB86C30 Reference board Function Specification Rev1 6 September 24 2009 Fujitsu Microelectronics Limited MB86C30 REBFUN E MB86C30 Reference board Function Specification Rev1 6 Revised History Revision DATE Revised content 1 0 2009 06 03 First created 1 6 2009 09 17 Reflect MB86C30 Errata Sheet Rev1 3 etc 2 13 Fujitsu Microelectronics Limited Confidential MB86C30 REBFUN E MB86C30 Reference board Function Specification Rev1 6 Contents TANTRODUCTION a ti loa odie 4 2 OVERVIEW OF BOARD j uiccceccccsssvesceaseececvevssessovescavevscosyescveccescecucosbeceeeesdecedsevenssecevevecedecheedeececeucdedadbeseeeseetee 4 DAF ZHUNCTION O A a ts On Cee NE de caen dl 4 99 BLOCK DIAGRAMA a A 5 253 P RTS PLACEMENT o tato ct n 5 32 MAIN PARTS MS Tita a aa soodne ida 6 A OVERVIEW OF CIRCUIT a ads 7 5 SWITCH JUMPER LED FUNCTION TABLE ieevenenenneonnonn nano ene eee 8 LI ET TT 8 TEPARA AO 120 H e Sita MT EEEE 8 523 A AR O 9 6 CONNECTOR PIN ASSIGNMENT ieeeeeeneeoeneoeneenee neoon eee 10 T USAGE PRECAUTIONS ui ab 12 TL SBI OE A A A EE A dt LA cede 12 122 DoY BIA Dri D NEEESE AAAA E a A saamata eksita LN CBT BE O oles 12 TB CLOCK ii A El E A dd ES RA bt de 12 424 IN MEO HI td tn ia 12 775 HDD POWER SUPPLY vi A idad 13 7 26 DEFAULT SETTING td ale E ccoo lanos a dodo nd 13 3 13 Fujitsu Microelectron2. wee EE o PSI B D f HDD5V MB39C022 E i GP10 6 Or O i GP10 7 Os SON10 GP10 8 mum ATX 4 In yO 30 00 9 13 Fujitsu Microelectronics Limited Confidential MB86C30 REBFUN E MB86C30 Reference board Function Specification Rev1 6 3 Main parts list Note MB86C30 USB3 0 SATA bridge LQFP64 0 4pitch MB39C022G DC DC 600mA LDO 300mA SON10 5V gt 3 3V 1 2V SST25VF512A 33 4C SAE SPI FLASH 512kbit SOP8 MU EXES4XBAAG 027 6line ESD Protection Array SOP8 0 65piteh MU LXESI5AAA1 017 1 line ESD Protection device SMD 1005 MURATA U NORM 1 25x1 0 SMD MICREL MIC2505 1YM 1ch 2A switch Act High SOP8 1 27pitch IC TI SN74LVC3G14DCU SN74LVC1GO8DRL Triple Schmitt trigger inverter VSSOP8 Single 2 input AND SOT 553 FET TI FDV301N NMOSFET SOT 23 FET BSS84 PMOSFET SOT 23 OSC NIHON DENPA 2725T 50MHz or 25MHz 50MHz or 25MHz SMD MB86C30 SYSCLK Crystal NIHON DENPA NX5032G STD CKW 3 50MHz or STD CSK 4 25MHz 50MHz or 25MHz SMD MB86C30 SYS_XI XO Crystal NIHON DENPA NX5032G STD CSK 4 48MHz 48MHz SMD MB86C30 U2_XI XO LED ROHM SML 310MT LED Green SMD Switch ALPS SKRPABE010 Push Switch MB86C30 GPIO 51 Connector FOXCONN UEB11123 2AK1 4H 327 0000 2014 X1 USB3 0 Standard B right angle Connector
3. Oscillator SYSCLK 50MHz SHORT 2 3 N N N Y 50MHz 2725T 25MHz SHORT 2 3 N N N Y 25MHz 2725T USB2 0 clock Mode Frequency JP4 Parts assembly Note 1 X2 R11 External En 48MHz SHORT 1 2 Y 48MHz N NX5032G STD CSK 4 Crystal Internal eae 48MHz SHORT 2 3 N Y 7 4 NMSEL When you want to start MB86C30 with a maintenance mode you make it an opening state after having let JP5 short circuit at the time of power supply ON for 1 or 2 seconds Please usually start JP5 as an open state JP5 is top layer L1 12 13 Fujitsu Microelectronics Limited Confidential MB86C30 REBFUN E MB86C30 Reference board Function Specification Rev1 6 7 5 HDD Power supply When you want to control 5V supply for HDD to the SATA connector you let JP2 short circuit and please control it by a program from a GPIOI 4 terminal of MB86C30 In addition the board makes JP6 to supply it without U3 MIC2505 1YM for 5V supply control DC12V are always supplied at the time of ATX power supply connection DC5V 5V power JP2 JP6 U3 GPIO 4 Output Note assembly IO Condition Program SHORT OPEN Y Output High 5V output control Low Stop Always ON OPEN OPEN Y ae EE 5V output SHORT N 5V output DC12V 12V power Output Always ON 12V output Stop 7 6 Default setting The reference board is shipped by the following initi
4. FCI 10034814 001LF SATA COMBO right angle socket SMT 1 27pitch Connector MOLEX 15 24 4557 4pin x 1 ATX peripheral power 5 08pitch Connector MACS WL 1 3P 3pin x 1 straight pin header 2 54pitch Jumper Connector MACS WL 1 6P Gpin x 1 straight pin header 2 54pitch GPIO Cable FOXCONN USB3 0 Standard A to Standard B USB3 0 Std A plug to Std B plug 6 13 Fujitsu Microelectronics Limited Confidential MB86C30 REBFUN E MB86C30 Reference board Function Specification Rev1 6 4 Overview of circuit USB3 0 Std B When inplement a part cut wiring between the PAD SATA COMBO CN Not Mounted MB86C30 CN SSRX DLP11TB900UL2ForUSB3 0 LOFP64 ol A Ll dssex mr ll sse a mcs lssm a Il B TE UA U2 EXT12K SCK GI NMSEL SD Gl E SYSCLK SCEN_X Gl 00 or 220Q R XTAL T 8pFgr12pF 2 NX503 SOUT GP10 altz Not Mounted FETCTL SI GP10 XTAL R U2_X0 PSW GP10 NX5032 12 U2 XI LED GPIO LED 48SEL GP10 LED IRG SYSSEL GP 10 VBUS SYSRST X 9 Mounted 200xo R 7 13 Fujitsu Microelectronics Limited Confidential MB86C30 REBFUN E MB86C30 Reference board Function Specification Rev1 6 5 Switch Jumper LED function table 5 1 Switch PSW1 MB36C30 setting GPIOI 5 Push botton switch Function Condition Setting content Reserved ON push down L Function depends on a deployment program to
5. 8 is shared with a MB86C30 initial setting terminal in the power up GPIO 3 4 is shared with a UART terminal When you use UART please prepare a RS232 transceiver outside GPIO 4 is shared with HDD 5V power supply control pin GPIO 6 7 8 is shared with LED D4 D5 D6 11 13 Fujitsu Microelectronics Limited Confidential MB86C30 REBFUN E MB86C30 Reference board Function Specification Rev1 6 7 Usage precautions 7 1 USB3 0 IF The reference board implements m following ele on a super aps differential signal line for EMHESD correspondence ata examines whether you implement it individually ESD protection device MURATA LXES15AAA1 017 Cermmen mode ehoke MURAFA DEP1 F TLS TO pattern Donotuse lt eheke T1812 pattern Use eheke 7 2 USB2 0 IF The reference board implements the following parts on a high speed differential signal line for ESD correspondence But do not use the common mode choke ESD protection device MURATA LXES15AAA1 017 7 3 Clock The reference board makes all part implementation patterns to be able to confirm all clock methods of MB86C30 Please refer to list shown below for each usage System clock Mode Clockinput Frequency JP7 Parts assembly Note X1 C25 C26 R36 Crystal SYS XI XO 50MHz SHORT 1 2 Y 50MHz Y 12pF Y 2209 NX5032G STD CKW 3 25MHz SHORT 1 2 Y 25MHz Y 8pF Y 09 NX5032G STD CSK 4
6. MB86C30 OFF H Normal condition 5 2 Jumper JP1 Power setting Jumper Pin header Function Setting Setting content Board power SHORT 1 2 USB VBUS by a board power supply USB bus power supply SHORT 2 3 ATX connector input by a board power supply Self power The DC12V supply to the SATA HDD becomes it only in an ATX power supply JP2 HDD 5V Power control setting Jumper Solder pad Function Setting Setting content HDD 5V power SHORT Control it in GPIO 4 High 5V ON Low 5V OFF control OPEN HDD 5V are always ON JP3 System clock setting Jumper Solder pad Function Setting Setting content Select system SHORT 50MHz mode SYSCLK or SYS XI XO clock freguency OPEN 25MHz mode SYSCLK or SYS_XI XO When you use SYSCLK please short2 3 JP7 and please implement an oscillator in U4 When you use SYS XI XO please short1 2 JP7 please remove R9 and please implement crystal in X1 JP4 USB2 0 clock setting Jumper Solder pad Function Setting Setting content Select USB2 0 SHORT 1 2 Crystal mode U2_XI XO clock SHORT 2 3 Internal clock mode Generates it than system clock When you use U2 XI XO please implement 48MHz crystal in X2 JP5 MB86C380O boot setting Jumper Function Setting Setting content Select MB86C30 OPEN Normal condition boot mode Short circuit at power up 1 2sec Maintenance mode JPG HDD 5V Power supply setting J
7. C30 REBFUN E MB86C30 Reference board Function Specification Rev1 6 6 Connector pin assignment VBUS 5 0V USB2 0 D USB2 0 D Ground USB3 0 Super Speed TX USB3 0 Super Speed TX Ground USB3 0 Super Speed RX USB3 0 Super Speed RX 1514131211109 87654321 7654321 Ground SATA HTX SATA HTX Ground SATA HRX SATA HRX Ground DC3 3V DC3 3V DC3 3V Ground Ground Ground DC5 0V DC5 0V DC5 0V Ground Device Activity Disable Staggered Spin up Ground DC12V When you connected an ATX power supply DC12V When you connected an ATX power supply DC12V When you connected an ATX power supply 10 13 Fujitsu Microelectronics Limited Confidential MB86C30 REBFUN E MB86C30 Reference board Function Specification Rev1 6 e oe 0 CN1 ATX power connector DC12 0V Ground Ground DC5 0V No IO Signal Note 1 GPIO 3 SOUT 33kQ Internal pull down 2 GPIO 4 SVFETCTL 33kQ Internal pull down Connected to CTL of U3 MIC2505 1 3 GPIO 5 PSW 33kQ Internal pull down Connected to PSW1 PushSW 4 GPIO 6I LED 33kQ Internal pull down Connected to D4 LED 5 GPIOI 7 48SEL LED Connected to D5 LED 6 GPIOI BI SYSSEL IRG LED 33kQ Internal pull down Connected to D6 LED GPIO 2 0 is used as SPI FLASH interface GPIO 2 7
8. al setting aD JP2 JP3 JP5 JP6 JP8 JPY pattern Stop Jumper Part name Initial setting JP4 JP7 pattern Content JP1 SHORT 2 3 Self power mode ATX power JP2 SHORT HDD 5V control it in GPIO 4 JP3 SHORT System clock is 50MHz mode JP4 SHORT 1 2 USB2 0 clock 1s external crystal JP5 OPEN Normal boot JP6 OPEN HDD 5V use the U3 output JP7 SHORT 1 2 System clock is crystal mode JP8 SHORT MB86C30 implement ES1 JP9 Parts assembly Part name OPEN Assembly Use VBUS control circuit Content TP1 TP5 Test pin C8 Capacitor for U3 MIC2505 1YM output delay control C61 Capacitor for 1 2V power D7 D12 ESD diode for USB2 0 USB3 0 E Gera a e fer US B3 0 SSRAUSSIX R9 Pull down resistor for X1 R21 Pull up resistor for SPI FLASH WP R23 Pull down resistor for SPI FLASH WP R11 Pull down resistor for X2 U3 5V power switch U4 Oscillator for SYSCLK X1 Crystal for SYS_XI XO X2 lt lt 2 lt 212 22 ZZZ Z Crystal for U2 XUXO 13 13 Fujitsu Microelectronics Limited Confidential
9. ics Limited Confidential MB86C30 REBFUN E MB86C30 Reference board Function Specification Rev1 6 1 Introduction This document describes a function specification of the reference board for MB86C30 USB3 0 SATA bridge developed by Fujitsu Microelectronics Ltd Related documentation MB86C30 DATA SHEET Fujitsu Microelectronics Limited MB86C30 User s Manual Fujitsu Microelectronics Limited Universal Serial Bus 3 0 Specification Revision1 0 Hewlett Packard Company Intel Corporation Microsoft Corporation NEC Corporation ST NXP Wireless Texas Instruments 2 Overview of board 2 1 Function MB86C30 Reference board has following functions e MB86C30 USB3 0 SATA bridg chip embedded e One Standard B receptacle is embedded for USB3 0 interface SuperSpeed 5Gbps High Speed 480Mbps e One COMBO receptacle is embedded for SATAinterface SATA Gen2 3Gbps Gen1 1 5Gbps e SPI Flash 512Kbit is embedded for external memory e The power supply supports two ways of supply methods of USB bus power and the self power Peripheral Power Connector O As for the USB bus power and self power achange is possible with a jumper 4 13 Fujitsu Microelectronics Limited Confidential MB86C30 REBFUN E MB86C30 Reference board Function Specification Rev1 6 2 2 Block diagram Reference Board SATA HDD MB86C30 ATX power 2 3 Parts placement O xta P54D E SST25VF512A MB86C30 LOFP64 e USB IF fje
10. umper Solder pad Function Setting Setting content HDD 5Vsupply OPEN Normal condition SHORT Please do not set it When you let you short circuit please remove U3 MIC2505 1YM 8 13 Fujitsu Microelectronics Limited Confidential MB86C30 REBFUN E MB86C30 Reference board Function Specification Rev1 6 JP7 System clock setting Jumper Solder pad Function Setting Setting content Select System base clock When you use SYS_XI SYS_XO please implement crystal in X1 NX5032GA 50MHz or 25MHz When you use SYSCLK please implement oscillator in U4 2725T 50MHz or 25MHz JP8 MB36CS30 device setting Jumper Solder pad Function SHORT 1 2 Crystal mode X1 SYS XUSYS XO SHORT 2 3 Setting Oscillator mode U4 SYSCLK Setting content Select MB86C30 JP9 MB36C30 device setting Jumper Solder pad Function OPEN Assembly to ES2 and later SHORT Setting Assembly to ES1 Setting content Select VBUS control OPEN Assembly to ES1 SHORT Assembly to ES2 and later 5 3 LED Part name Function D1 5V power monitor D2 3 3V power monitor D3 HDD 5V power monitor GPIO 6 monitor GPIO 7 monitor GPIO 8 monitor Content Lighting 5V power ON Lighting 3 3V power ON Lighting SATA 5V power ON Polarity 9 13 Fujitsu Microelectronics Limited Confidential MB86
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