Saturn Starter User Manual
Contents
1. 19 Apollo Connectors Pit tii tette el o n tee e edt 19 EPGA UART illo ep dete bb eda VCCO Settings USB Availability Apollo Design Guidelines 0 00000000000000000000000000000000000000000000000000000 23 Power Requirements osseete iiaeeeaeo seoseis oseere ees si siseses iraso seisis 23 Differential Pair Lerigths see Ela 23 Equipment Options tii iia 23 Differential Pair Termination i eee ieri 23 Assembly Dra willig ceo cioe ira ebene 25 Bill OF Materials ER lazio 26 Mechanical Drawing rana terence rendi 27 1 Overview 1 1 General The Saturn Starter board represents the Saturn specific part of the Apollo evaluation platform It provides slots for one Saturn module and up to four Apollo extension cards A series of Apollo extension cards provide ready to use peripheral functions for the most common DSP and SoPC applications enabling the rapid construction of prototyping systems The well documented Apollo extension interface allows the creation of application specific extension cards for special functionalities not covered by the already available Apollo extension cards 1 2 Features e One Saturn module slot e Four Apollo extension card slots e USB 2 0 high speed interface only for Saturn modules with integrated USB e UART over USB for host PC connection o Either connected to the Saturn module s monitor port or o to the Saturn module s FP2. 6 mm H10690 ND pitch 3mm stacking height Table 6 Saturn connector types Figure 4 shows the pin numbering for the Saturn module connectors Figure 4 Pin numbering for the Saturn module connector Saturn Starter board top view A detailed description of the Saturn connector pinout can be found in the respective user manual of the equipped Saturn module 3 2 Apollo Connectors J502 J503 J602 J603 Table 7 shows the connector type as well as some additional information Reference Type Description Digikey part number J502 J503 J602 J603 151250 2420 RB WF 3M 2x2mm 50 pos dual 3M5376CT ND row male header SMD Female counterpart on 150250 2020 RB WF Apollo extensions 3M 2x2mm 50pos dual row 3M5340CT ND female socket SMD Table 7 Apollo connector types Figure 5 and Figure 6 show the pin numbering of the Apollo connectors In top view the pin numbering of the B1 B2 connectors is rotated by 180 with respect to the A1 B2 connectors 12 04 2010 13 29 Version 2 4 Figure 6 Pin numbering for Apollo connectors B1 and B2 Saturn Starter board top view The actual pin usage availability is dependent on the equipped Saturn FPGA Module Section 4 gives detailed information about the module specific Apollo connector pinouts 3 3 USB 2 0 and USB UART Connectors J301 J302 Both connectors 301 302 are standard type B connectors as specified in the USB 2 0 specification 3 4 SD Car
3. In 40 12V In ON opt Saturn Connector A WISV In ON opt Saturn Connector B Mai do pieog 2 Board Setup 2 1 Saturn Module Equipment The Saturn connectors are keyed to prevent from equipping a Saturn module the wrong way Up to four M3 screws may be used to mechanically fasten a Saturn module to the Saturn Starter board Attention Do not use excessive force to latch a Saturn module into the Saturn connectors on the Saturn Starter board as this could damage the Saturn module as well as the Saturn Starter board Always make sure that the Saturn module is oriented the right way before plugging it into the Saturn Starter board 2 2 Apollo Extension Card Equipment There is no keying and no alignment help with the Apollo connectors so care has to be taken at plugging in an Apollo extension card Up to two M3 screws may be used to mechanically fasten an Apollo extension card to the Saturn Starter board Attention Be careful when connecting or measuring supply voltages on the Apollo connectors Connecting two supply voltages will destroy the Saturn FPGA module Modules with failures due to faulty operations like applying wrong voltages are not subject of any warranty Attention Do not use excessive force to latch an Apollo extension card into the Apollo connectors on the Saturn Starter board as this could damage the Apollo extension card as well as the Saturn Starter board Always make sure that the Apollo extension card is ori
4. must be connected to the jumper s middle pin C VCCO IN 3 3V factory setting C VCCO IN 2 5V Table 2 C VCCO IN setting jumper J3 2 3 3 Apollo Connectors B1 and B2 I O Voltage Configuration Jumper J2 Position B VCCO IN Configuration Custom desired I O voltage must be connected to the jumper s middle pin B VCCO IN 3 3V factory setting B VCCO IN 2 5V Table 3 B VCCO IN setting jumper J2 12 04 2010 10 29 Version 2 4 2 4 USB UART Configuration 2 4 1 Connectivity The USB UART connectivity is configured via jumper J5 Table 4 lists the three available configurations Jumper J5 Position Configuration UART Not used SD Card Connected to the Saturn module s monitor port This setting allows FPGA configuration from the SD Card but the UART interface is inoperable UART Connected to the Saturn module s monitor port SD Card Not used This setting allows access to the Saturn module s monitor port over the UART but FPGA configuration from the SD Card is inoperable The monitor port uses 8 data bits no parity bit 1 stop bit and no flow control UART Connected to the Saturn module s FPGA UART pins SD Card Connected to the Saturn module s monitor port This setting allows access to the Saturn module s FPGA UART pins over the USB UART while FPGA configuration from the SD Card is available Table 4 USB UART connectivity select jumper J5 2 4 2 Baud Rat
5. 080 C401 E in 50V X7R SMD Capacitor D201 SMBJ13A TP E 13 0V TVS 600W 13V UNIDIRECT Micro Commercial Co D300 303 ESD Protector bidir 0402 14VDC Tyco Electronics F201 SMD150F 2 1 5A Polyswitch 1 50A Hold SMD Tyco Electronics J1 5 CONN HEADER 3POS 100 VERT Molex J1B J2B J3B J4B J5B EDJ2GO SHUNT 100 BLACK On Shore Technology Inc J200 CONN POWER JACK 2 1X5 5MM HI CUI Inc CUR J201 202 Printheader 2x5 08mm low profile Phoenix Contact Schraubenanschluss J203 206 SMT Test Point Harwin J301 302 USB Type B receptacle SMD Tyco Electronics J303 2x7 pin 2mm SMD JTAG connector Molex J304 Connector header 10 pos JTAG Tyco Electronics Altera J400 44144 0005 Connector Jack 6 6Pos Gold Molex J402 SD RSMT 2 MQ WF Connector SD Card PUSH PUSH SMD 3M J501 J601 Module Connector 140 Pin Hirose Hirose FX8 J502 503 J602 603 Connector 50Pos 2mm HEADER SMD 3M J6 7 Pin Header 1X5 254 L201 L501 502 L601 602 120R 100MHz 0 025 Ferrite 3A 120R 100MHz 0 025R Murata DCR DCR L202 50V 5 0A SMD EMI Filters Chip Ferrite Beads Murata Electronics 50V 5 0A COMMON MODE L203 3uH 3096 SMD inductor Taiyo Yuden L301 302 DLP11SN900HL2L CHOKE COIL COMMON MODE Murata Electronics North America 150MA SMD LED201 LED601 SML P12PTT86 13mcd 2 2V 20mA LED 0402 Green Rohm LED301 302 SML P12YTT86 130mcd 2 1V 20mA LED 0402 Yellow Rohm R201 R401 402 R409 82k 1 SMD Resistor R202 12k 1 SMD Resistor R203 18k 1
6. 16 Module UART connector pinout 12 04 2010 18 29 Version 2 4 4 Module Specific Information 4 1 Saturn SX1 4 1 1 Apollo Connectors Pinout 4 1 1 1 Apollo Connector A1 FPGA Signal Connector Al Signal FPGA FPGA 1 0 Pin vo Pin JO L30PO A_Difflop lt o gt 1 2 ADiflo N lt o gt lOL3ONO A3 loo JADifloP lt I gt 34 JA DiffoN lt 1 gt O129N0 ca loi28P0 a Dio Pz sle A bifloN 2 oeno ad lorro ADiflopcs 7je Abifflo N lt 3 gt folno ps end spo few _ _ JO L25PO A_Difflop lt 4 gt 1112 lADifloN lt 4 gt IO125NO AS 1O 131P OREO JA Dio P lt 5 gt i3 4 JA Difflo N lt 5 gt O L31N 0 PUDC B F7 D7 koa 0 ADiflop i78 ja Difflo N lt 7 gt _ I O_L24N_OWREF_O_ A7 feno deo no E E D9 B8 E LE CoD 59 DIO o Alnput lt o gt sie Aiputis peo ao Po JA put 3788 jainputess gt P 0 VREKFO le poo cNND 3949 GND eos se n E poo OQ ep 434 GND DT vecio se co b TTT pomo azlas jveesvo __ VCC 2V5 Out 49 50 A VCCO In E Table 17 Saturn SX1 Apollo A1 connector pinout 12 04 2010 19 29 Version 2 4 4 1 1 2 Apollo Connector A2 FPGA FPGA Signal Connector V Signal FPGA FPGA Pin Pin a Pin ers jotospo A DiffioP lt 19 aja ADifmonsis gt fotoo pis FIA los JA Diffio P lt 20 gt aja ADifio N lt 20 g
7. A ENCLUSTRA FPGA SOLUTIONS Saturn Starter User Manual Document Info Product Manager Martin Heimlicher MH Author s David Studer DS Marc Oberholzer MO Reviewer s Martin Heimlicher MH Christoph Glattfelder CG Version 24 Date 12 04 2010 Enclustra GmbH Technoparkstr 1 CH 8005 Z rich Switzerland Phone 41 43 343 39 43 www enclustra com Copyright reminder Copyright 2010 by Enclustra GmbH Switzerland All rights are reserved Unauthorized duplication of this document in whole or in part by any means is prohibited without the prior written permission of Enclustra GmbH Switzerland Although Enclustra GmbH believes that the information included in this publication is correct as of the date of publication Enclustra GmbH reserves the right to make changes at any time without notice All information in this document is strictly confidential and may only be published by Enclustra GmbH Switzerland All referenced trademarks are the property of their respective owners Document History Version Date Author Comment 2 40 12 04 2010 CG Added warning about short circuiting supply voltages on the Apollo connectors 2 31 19 3 2010 CG updated Apollo B1 pinout 2 3 16 11 2009 MO Updated BAUD rate table with baud rates for Saturn SX1 Rev B modules Table 5 page 12 2 2 15 06 2009 MO Corrected USB UART baud rate table Table 5 page 12 Improved USB UART con
8. GA pins e SD Card slot FPGA configuration e 10 and 14 pin JTAG connectors e Saturn module I O voltage selection e Reset button e Protected 12V power input with DC DC converter to 5V e Optional 5V power input 1 3 Deliverables e Saturn Starter board e Saturn Starter user manual this document e Saturn Starter schematics e Saturn Starter assembly drawing e USB cable e 12V power supply 1 4 Accessories 1 4 1 Saturn Modules e Saturn SX1 Xilinx Spartan 3A DSP FPGA module 1 4 2 Apollo Extension Cards e Apollo CV1 Camera Display Camera Link DVI LVDS TFT e Apollo NS1 Network and Connectivity GigE USB2 0 RS232 PS 2 e Apollo DT1 Touch Display TFT Touch GPIO e Apollo DR1 Drive Motion Control FET H Bridges Encoder CAN 24V I O e Apollo ADI Data acquisition High speed ADCs e Apollo DA1 Signal generation High speed DACs 1 4 3 IP Packages e TBD TBD 1 5 Block Diagram 12V In Power Conn 12V In UART opt Mode Conn Select 5V In opt Conn z lt a 3 8 lt 2 o amp Reset Button Figure 1 Hardware block diagram One Saturn module and up to four Apollo extension cards may be plugged in to the Saturn Starter board The Saturn module connects through two 140 pin Hirose connectors while the Apollo extension cards use 50 pin 2x2 mm dual row headers The Saturn Starter board provides a 12V power input connector for a standard 12V 2 5A power
9. J304 5103308 1 Tyco dual row 10 pin header THT A33159 ND Table 10 10 pin JTAG connector type Figure 8 shows the pin numbering for the 10 pin JTAG connector 12 04 2010 15 29 Version 2 4 1 9 Figure 8 Pin numbering for the 10 pin JTAG connector Saturn Starter board top view Table 11 shows the pinout of the 10 pin JTAG connector Pin number Signal name Pin number 10 3 7 Power Connectors J200 J201 J202 Signal name TDI Table 11 10 pin JTAG connector pinout Table 12 shows the connector type as well as some additional information Reference Type Description PJ 002AH SMT CUI power jack connector SMD MKDSN 1 5 2 5 08 Digikey part number J200 CP 002AHPJCT ND J201 J202 Phoenix screw type print header 2pol 5 08mm Table 12 Power connector types Figure 9 shows the power GND connections for the power connectors in Saturn Starter board front view J200 J201 J202 12V GND 12V GND 5V GND Figure 9 Power GND connections for the power connectors Saturn Starter board front view 12 04 2010 16 29 Version 2 4 3 8 Monitor UART Connector Footprint J7 Attention The monitor UART connector J7 is not equipped by default and has if required to be equipped by the user The Monitor UART connector pins are not connected to any Apollo connector and are powered by VCC 3V3 Table 13 shows the connector type as well as some additional informati
10. SMD Resistor R204 1 SMD Resistor R301 4k7 1 SMD Resistor R302 10k SMD Resistor R303 304 196 SMD Resistor R305 R400 for 11 SMD Resistor R403 404 R406 R408 10k 1 SMD Resistor R410 R412 416 R405 39k 196 SMD Resistor R407 22k 196 SMD Resistor RAIL 1 SMD Resistor E R417 420 1 SMD Resistor R601 602 18R 196 SMD Resistor R605 1 SMD Resistor R700 755 1 SMD Resistor z S400 FSM4JSMA Tactile Switch 6x6mm 160g Tyco Electronics 50mA 12V U201 ST1S10PUR IC REG STEPDOWN 3A 900KHZ STMicroelectronics U303 IC USB TO SERIAL UART FTDI U400 403 NC7WB66K8X Dual bus switch Fairchild Table 23 Bill of materials 12 04 2010 26 29 Version 2 4 ww ur spun jje Buimeup E2IULYJSW ET 21N614 72 18 72 1 Connector Apollo A1 Connector Apollo A2 M3 Screwholes x6 Connec tor A Hirose FX8 140P SV EE a Connec tor B A 1 Hirose FX8 140P SV N Connector Apollo B1 8 G 22IUEYDAIN Hulme Figures Figure 1 Hardware block diagram en 7 Figure 2 Saturn Starter board top view sette nn nn 8 Figure 3 Power supply input nanu 12 Figure 4 Pin numbering for the Saturn module connector Saturn Starter board top view 13 Figure 5 Pin numbering for Apollo connectors Al and A2 Saturn Starter board top view 14 Figure 6 Pin numbering for Apollo connectors Bl
11. and B2 Saturn Starter board top view 14 Figure 7 Pin numbering for the 14 pin JTAG connector Saturn Starter board top view 15 Figure 8 Pin numbering for the 10 pin JTAG connector Saturn Starter board top view 16 Figure 9 Power GND connections for the power connectors Saturn Starter board front view 16 Figure 10 Monitor UART connector footprint Saturn Starter board top view 17 Figure 11 Monitor UART connector footprint Saturn Starter board top view sss 18 FIg r 12 Assembly dra WIND innatas 25 Figure 13 Mechanical drawing all units in mm ieri eee 27 Tables Table 1 A VCCO IN setting jumper JA eter nan ona 10 Table 2 C VCCO IN setting jumper J3 usseonnnronnninonnnn cnn nn onom 10 Table 3 B VCCO IN setting jumper J2 ieri eee einen 10 Table 4 USB UART connectivity select jumper IZ 11 Table 5 USB UART port baud rate select jumper Jl eee rien 12 Table 6 Saturn connector types s sisessanotosnnntosnano A 13 Table 7 Apollo connector types nan ren 13 Table 8 14 pini JTAG connector type erit lententia din 14 Table 9 14 pin JTAG connector pinout eerte nnne trennt Doa DORA tt RR 15 Table 10 10 pin A 15 Table 11 10 pin JTAG connector pinout eerte nana 16 Table 12 Power connector types cnica nenes 16 Table 13 Monitor UART connector type im ooonnu
12. ca En 3 x 2 s S MES z 3 80 ca t c Ej 9 nm g 0 3 g 3 HE E g 000 5 00 00 me i Eb 9 fil sE E E 2 SY af E 3 si s 3 lo 3 a FE eeni d y Sl c jn sf La El l zo 0 EI n E o h Ds 1 Eo En fo es z0 En fo n 3 Eo ED fo n do a n 20 u z R i m E En u 5 u O e 20 20 o s En En 2n E o 1 En E fo En zu En En n n za fo 4 go fo do I fo fo 5 En EO En En m fo 113858 EE LE 000000 00 oo z Oo jo Di 3 E E 8 amp 8 T 5 bi e bai S Ed ema 1700 DO 50209 50200 4203 J603 J602 Figure 12 Assembly drawing 12 04 2010 25 29 Version 2 4 7 Bill of Materials Reference Part Number Value Tolerance Description Manufacturer C201 202 B 4n7 250V X7R 10 Capacitor ceramic 4700PF 250V X7R TDK Corporation 1096 0805 C203 204 C304 10u 16V X5R 1096 SMD Capacitor Murata C205 206 22u 6 3V X5R SMD Capacitor Kemet C207 4n7 50V X7R SMD Capacitor C208 209 16V 10 SMD Tantalum Capacitor low ESR Kemet C210 16V SMD Capacitor C301 303 C306 307 5 lu 6V3 X5R SMD Capacitor Panasonic C400 C402 405 C305 250V X7R 10 Capacitor ceramic 4700PF 250V X7R TDK Corporation 10
13. d Slot J402 The SD Card slot J402 is a standard 32x24 mm SD Card slot as specified in the SD specifications Only the SPI interface is connected SD mode is thus not supported 3 5 14 pin JTAG Connector J303 The 14 pin JTAG connector s type and pinout are chosen to directly fit the Xilinx Platform Cable USB II download cable This connector should thus be used if a Saturn module incorporating a Xilinx FPGA is equipped to the Saturn Starter board Table 8 shows the connector type as well as some additional information Reference Description Digikey part number J303 87832 1420 Molex dual row 14 pin header SMD WM18641 ND Table 8 14 pin JTAG connector type 12 04 2010 14 29 Version 2 4 Figure 7 shows the pin numbering for the 14 pin JTAG connector 2 14 1 13 Figure 7 Pin numbering for the 14 pin JTAG connector Saturn Starter board top view Table 9 shows the pinout of the 14 pin JTAG connector Pin number Signal name Pin number Signal name 3 GND TMS 5 GND TCK 13 GND 14 Table 9 14 pin JTAG connector pinout 3 6 10 pin JTAG Connector J304 The 10 pin JTAG connector s type and pinout are chosen to directly fit the Altera USB Blaster download cable This connector should thus be used if a Saturn module incorporating an Altera FPGA is equipped to the Saturn Starter board Table 10 shows the connector type as well as some additional information Reference Description Digikey part number
14. e Jumper J1 is used to select the USB UART baud rate Table 5 shows the possible UART baud rate configurations Jumper J1 Position UART Baud Rate 38400 baud BEES 460800 750000 baud This baud rate is not supported by the monitor port If this baud rate is selected when using the monitor port the baud rate is automatically reset to 38400 baud Saturn SX1 Rev A modules run with 460800 baud while Saturn SX1 Rev B modules run with 750000 baud 12 04 2010 11 29 Version 2 4 Table 5 USB UART port baud rate select jumper J1 2 5 Powering the Board Input Protec tion Fuse Figure 3 Power supply input The Saturn Starter board provides a power supply input connector J200 on board which fits to the included 12V 2 5A power supply The 12V input is protected against over voltage and over current A DC DC converter is used to generate the 5 V voltage max 3 A In place of the included 12V power supply a suitable laboratory power supply may be connected to either the 12V J201 or 5V J202 screw type terminal Please note that the 5V input is not protected against over voltage and over current Only one power input must be used at a time 12 04 2010 12 29 Version 2 4 3 Connectors 3 1 Saturn Connectors J501 J601 Table 6 shows the connector type as well as some additional information Reference Description Digikey part number J501 J601 FX8 140P SV 91 Hirose FX8 140 pin 0
15. e Dimo N12 0 125N2 uis AA15 IO L19P 2 B Difflo P lt 11 gt B Difflo N lt 11 gt IO L19N 2 AB14 Y13 loizip2 eifflo P lt 10 gt 1718 e Diffio N lt 10 gt IO L21N 2 wi4 fen deo n v hons bomp aja BDifloNc7 j uame f Us Dolo 2 e Dimo pess 25p6 Je Diffio N lt 5 gt io 108N2 jan Dolos2 e Dimo pzs 2728 eoifon lt a gt o10sN 2 va FL feno no ioe eao RDiflopzss 3182 e Dimo N 8 gt _ iO_LI7N 2 GCIKI vz Us kose e Dimo pzz ssas e Dimo Nez io tosn 2 AB6 Dolop2 fe Dimo p1 37B8 e Diffio N lt 1 gt IO L04N 2 AAA Jen Jen r D eos ale jo b E AA o sea je E D veena je vea cave ue oe pew VCC 2V5 Out 49150 B VCCO In Table 19 Saturn SX1 Apollo B1 connector pinout 12 04 2010 20 29 Version 2 4 4 1 1 4 Apollo Connector B2 FPGA FPGA Signal Connector B2 Signal FPGA FPGA Pin Pin Pin m letra Busen pes 12 BUSE Ness PLNI 1122 ta ENANA ala Use NSP NJ RoI CCAA OTSE Se Posen neo p tions 27 RIT Praze a UserninP lt 2 gt 78 e Useinne2 gt P LI2N LAVREE1 917 e ml Vai ieiosni puserinp lt i gt tifi e userin Nei P l08N L VEF1 uz WZI Pio4pi B UserinP lt 0 gt 13j14 B Userin N lt O gt iP_LO4N_I VREEI 1420 ne joe a User pis iste Jo seri Na PO LOsN 1 17 WI9 IO LO3P 1 A0 B Us
16. ented the right way and properly aligned before plugging it into the Saturn Starter board 2 3 I O Voltage Configuration The Apollo connector I O voltages are configurable to 2 5V or 3 3V via jumpers The Apollo connector Al and A2 I O voltages are configurable independently while the Apollo connectors B1 and B2 share the same I O voltage The configured I O voltage is available at pin 50 of the corresponding Apollo connector Attention Only use I O voltages compliant with the equipped Saturn module Any other voltages may damage the equipped Saturn module as well as equipped Apollo extension cards Some Saturn modules may have specific restrictions in terms of I O voltage usage Attention Do not leave an I O voltage jumper middle pin floating Doing so may damage the equipped Saturn module as well as the equipped Apollo extension card 1 Custom I O voltages are also possible The desired voltage must be applied to the according jumper s middle pin The allowed I O voltage levels are dependent on the equipped Saturn module 2 3 1 Apollo Connector A1 I O Voltage Configuration Jumper J4 Position A VCCO IN Configuration Custom desired I O voltage must be connected to the jumper s middle pin A VCCO IN 3 3V factory setting A VCCO IN 2 5V Table 1 A VCCO IN setting jumper J4 2 3 2 Apollo Connector A2 I O Voltage Configuration Jumper J3 Position C VCCO IN Configuration Custom desired I O voltage
17. erlo P lt 0 gt 17 18 ZX B serlo N lt 0 gt IO LO3N 1 A1 V20 E e M E OOo C22 p L39P_1 VREF_1 Busen P lt 7 gt a usero N lt 7 gt a L39N 1 C21 H21 PL31P 1 VREE1 8 Userin_P lt 6 gt 23p4 B Usern Nz6 gt P 3N i 620 P2 VRER2 Binputcis 25p6 empura 2 asas IP2 VREF2 eimputeiss 27p8 BJmputdi P 2 NREE2 via 0 feno 290 jmd _ ws Pone jBinpureos 3192 brms R2 M2 IP 2 REF Binpuc7 33B empates R2 757 IP2NREF2 Binpus 35B6 Binpute fP v7 p2 ampus 37B8 empu 2 fy no sso ano HE E koss ae jo b E p o sea je E enzo je vao l cave ue oe pew T VCC 2V5 Out 49 50 B VCCO In 5 W18 V15 Table 20 Saturn SX1 Apollo B2 connector pinout 4 1 2 FPGA UART UART signal Connected to Signal FPGA Pin FPGA Location UART connector pin FTDI RTS B_DIFFIO_N_9 AA14 I O L18N 2 GCLK3 1 FTDI CTS B DIFFIO P 9 I O L18P 2 GCLK2 2 B DIFFIO N 0 si I O LO3N 2 B DIFFIO P 0 I O LO3P 2 FTDI TX Table 21 FPGA UART pinout Please note that the FPGA UART pins are only available with the correct jumper settings Please see section 2 4 1 for details 4 1 3 VCCO Settings The FPGA I Os routed to the Apollo connectors A1 and A2 are all connected to the same FPGA bank bank 0 Therefore the I O voltages of the Apollo connecto
18. iii Apollo Connector A2 I O Voltage Configuration Apollo Connectors B1 and B21 O Voltage Configuration USB UART Configuration aiii ios 11 CONECVITY cios ibas 11 A i aaa au 11 Powering the Boardi Lula 12 COMMSELGKS p 13 Saturn Connectors J501 J601 222 2 2020000002020000000002000000200000000n2n0 00000 2n00nunnnnnnenennnnnnnen 13 Apollo Connectors J502 J503 J602 J603 2 00 20s00u000000000n00000000000000000000000200 000000000000 13 USB 2 0 and USB UART Connectors J301 J302 22 22200020000000000000000000000000000000000n 00000000 14 SD Card Slot J402 E v odo 14 14 pin JTAG Connector J303 isissescscecssscensssccessessssssescsscosssanesssseesessensessesssonssosssconssonsessceeseses 14 10 pin JTAG Connector J304 eere eee nosna sonar 15 Power Connectors J200 J201 J202 ccccscsssscecccccccccessensensccececcccecescessencncccccecececeeses 16 Monitor UART Connector Footprint J7 crrcrrerrerrerice eese eene iz zio nio niceeezzenieneceneo 17 Module UART Connector Footprint J6 ereorsooesoosooossoon soe seose toone neer eee nene eoo neoon 00 17 Module Specific Information 200 00200000000000000000000000000000000000000000000 19 4 1 4 11 4 1 2 4 1 3 4 1 4 5 1 5 2 5 3 5 3 1 Saturn SX1 c
19. lable on the Saturn Starter board However these termination resistors are not equipped by default and have if required to be equipped by the user Resistor Signal Resistor Signal Resistor A DIFFIO X 4 R704 A DIFFIO X 25 A DIFFIO X 5 R705 A DIFFIO X 26 R725 B DIFFIO X 17 A DIFFIO X 6 R706 A DIFFIO X 27 R726 B USERIN X 0 A DIFFIO X 7 R707 A DIFFIO X 28 R727 B USERIN X 1 A DIFFIO X 0 R700 A DIFFIO X 1 R701 A_DIFFIO_X_2 R702 A_DIFFIO_X_3 R703 R747 12 04 2010 23 29 Version 2 4 A DIFFIO X 8 R708 A DIFFIO X 29 R728 B USERIN X 2 R748 A DIFFIO X 9 R709 R749 ADIFHO X10 R710 R750 ADIFFIOX11 R711 R751 ADIFHO X12 R712 R752 A_DIFFIO_X_13 R713 R753 A_DIFFIO_X_14 R714 B_DIFFIO_X_5 R734 B_USERIN_X_6 R754 A_DIFFIO_X_16 R715 B_DIFFIO_X_6 R735 B_USERIN_X_7 R755 A DIFFIOX17 R716 R756 A_DIFFIO_X_18 R717 B_DIFFIO_X_8 R737 B_USERIO_X_1 R757 A_DIFFIO_X_19 R718 B_DIFFIO_X_10 R738 A_DIFFIO_X_20 R719 B_DIFFIO_X_11 R739 Table 22 Differential pairs termination resistors 12 04 2010 24 29 Version 2 4 6 Assembly Drawing n s 2 5 o S 3 e S 8 50 a 3 o 4206 3 3 s O IB de 03 3 3 a 8 8 A 5 i 3 in Di _ ic g s 228 9 100 lt 000 gi 8
20. nectivity table Table 4 page 11 Zod 20 04 2009 MO Corrected Saturn SX1 Apollo connector B1 pinout Table 19 page 20 Updated BOM Table 23 page 26 2 0 01 04 2009 MO Adapted to HW Rev B 1 0 26 02 2009 DS First release describing HW Rev A 12 04 2010 2 29 Version 2 4 Table of Contents 1 1 1 2 1 3 1 4 14 1 14 2 1 4 3 1 5 1 6 2 1 2 2 2 3 2 3 1 2 3 2 2 3 3 2 4 24 1 24 2 2 5 3 1 3 2 3 3 3 4 3 5 3 6 3 7 3 8 3 9 eiu 5 ilc m ji 5 Features 5 Deliverables ica lacerazioni 5 Accessories elia aaa 6 Saturn Modules ne o antem etica na in 6 Apollo Extension Cards nn 6 IPFPACKAGES cr tto teet dimitti aa a o rer tre rare tee beet 6 Block Dia Ic eR 7 Board Top View 8 rcg Mee 9 Saturn Module Equipment rrrcrrcrerie riore re sie nie renie nie nio nio nen ienionenio nie sienienenienienione 9 Apollo Extension Card Equipment errereeree rie rerie nie ree rio renienienen inez ionienionieneoneo 9 I O Voltage Configuration ss rsssrricicezivisezicnzzionezzonasezionie son nnnansnns nnenensnsnnsssssnes nens rnnss 9 Apollo Connector A1 I O Voltage Configuration
21. on Reference Description Digikey part number J7 22 03 2051 Molex pin header 5 x 2 54 mm pitch WM4003 ND Table 13 Monitor UART connector type Figure 10 shows monitor UART connector footprint J7 as seen in Saturn Starter board top view lj o o o Qo 12345 Figure 10 Monitor UART connector footprint Saturn Starter board top view Table 14 shows the pinout of the monitor UART connector Pin number Signal name Il MON CTS 2 MON RTS 3 GND 4 MON RX 5 MON TX Table 14 Monitor UART connector pinout 3 9 Module UART Connector Footprint J6 Attention The module UART connector J6 is not equipped by default and has if required to be eguipped by the user The Module UART connector pins are not connected to any Apollo connector and are powered by B VCCO IN Table 15 shows the connector type as well as some additional information 12 04 2010 17 29 Version 2 4 Reference Description Digikey part number J6 22 03 2051 Molex pin header 5x 2 54mm pitch WMA003 ND Table 15 Module UART connector type Figure 11 shows module UART connector footprint J6 as seen in Saturn Starter board top view O DI 54321 Figure 11 Monitor UART connector footprint Saturn Starter board top view Table 16 shows the pinout of the monitor UART connector Pinnumber Signal name Module connector pins il B_DIFFIO_N_9 B30 2 B_DIFFOP_P_9 B28 3 GND 4 B_DIFFIO_N_0 B5 5 B_DIFFIO_P_0 B3 Table
22. osn sonaru 17 Table 14 Monitor UART connector pinOoUt essent ie 17 Table 15 Module UART connector type 18 Table 16 Module UART connector pinout eerte eee tette eresie 18 Table 17 Saturn SX1 Apollo Al connector PINOUT eese eccezione 19 Table 18 Saturn SX1 Apollo A2 connector PINOUT eterne ttn tnnt tenent teens 20 Table 19 Saturn SX1 Apollo B1 connector pinout eerte tentent nnnnennunsennnens 20 Table 20 Saturn SX1 Apollo B2 connector pinout esee ttte nn ttene nni 21 Table 21 FPGA WART plfiOUt aec caninas a a air ai 21 Table 22 Differential pairs termination resistors eee eee tenenti tenent tenent 24 Table 23 Bill of materials esee nan 26 References 1 Saturn Starter User Manual Enclustra GmbH 2009 www enclustra com saturnstarter Saturn Starter Schematics Enclustra GmbH 2009 www enclustra com saturnstarter 3 Saturn Starter Assembly Drawing Enclustra GmbH 2009 www enclustra com saturnstarter USB 2 0 Specification USB IF 2000 http www usb org developers docs gt SD Specifications 2 0 SD Group 2006 http www sdcard org developers tech sdcard 12 04 2010 29 29 Version 2 4
23. rs A1 and A2 must be the same Attention Always set A VCCO IN and C VCCO IN to the same voltage 12 04 2010 21 29 Version 2 4 4 1 4 USB Availability The USB 2 0 interface is available with the Saturn SX1 3400 module but not with the Saturn SX1 1800 module 5 Apollo Design Guidelines 5 1 Power Requirements The 1 2V 1 8V 2 5V and 3 3V supplies are generated within the Saturn module and directly taken from the Saturn module power outputs The available currents must be shared between all equipped Apollo extensions cards The available power depends on the module used Please see the respective Saturn module user manual for detailed information For the 5V supply a total of 3A are available for the Saturn module and the equipped Apollo extension cards together The available power depends on the module used Please see the respective Saturn module user manual for detailed information In conclusion if an Apollo extension card requires a lot of power on 1 2V 1 8V 2 5 V and or 3 3V the respective voltages have to be generated from the 5V power input or a separate power input has to be integrated into the Apollo extension card 5 2 Differential Pair Lengths All differential pairs on the Saturn Starter board are length matched to 99 mm 5 3 Equipment Options 5 3 1 Differential Pair Termination Footprints for parallel termination resistors 0402 on all differential pairs close to the module connectors are avai
24. supply included A DC DC converter generates 5V 3A from the 12V input Instead of the included 12V 2 5A power supply a laboratory power supply may be connected through the 12V or 5V screw type terminals The most common Saturn module Apollo extension card I O voltages are configurable via jumpers Externally generated custom I O voltages may also be used An FTDI RS232 to USB device is integrated on the Saturn Starter board This device enables host PC access to the SD Card the Saturn module s monitor port or the Saturn module s FPGA pins The USB UART connectivity and baud rate are configured via jumpers Only one of the three USB UART targets may be connected at a time The SD Card may be used to store FPGA configuration bitstreams as Saturn modules are able to boot their FPGA from the SD Card However the Saturn Starter board does not provide the necessary connections to use the SD Card as external FPGA memory Only SPI mode is supported A 14 pin JTAG connector suitable for Xilinx programming cables as well as a 10 pin JTAG connector suitable for Altera programming cables are equipped on the Saturn Starter board Additionally a reset button is available on the Saturn Starter board Pressing the reset button will cause reboot of the equipped Saturn module including re configuration of the FPGA 12 04 2010 74 29 Version 2 4 OIOCTOT7I 60 8 pz UOISIJA Mala do pueoq 1931835 UNES z 21n614 Apollo Connector A1 im
25. t OL13N 0 F pa hono ADIfio P lt 21 gt sle JA Diffo N zi gt joio aero cis ma joop ADiffioP lt 2 gt 7 8 AbifloN 22 o Lono sis O ae jan TOTT Kea ADificP lt 23 gt 1112 ADifloN z O108No o ls Ja pire Bea SM JA DIO Nez jo IOSNO E 10 LOG OREO Ja Dif pias aslie JA Die 25 jo Leno ALT O L04P 0_JA DifioP lt 26 gt ie A_Difflo N lt 26 gt O 04N 0 FIG _ le lie cuum 519 IDO p pite ss aaa JA ito nee joteno eis GE AS enn 290 jmd _ Cd IO L19P 0 GCLK8 ADiflo P lt 14 gt 31 32 A Diflo N lt 14 gt IO LI9N O GCLK9 E11 IO L17P O GCLKA ADifflo P lt 16 gt 33 34 ADifflo N lt 16 gt IO LI7N 0 GCLK5 F11 IO L14P 0 A Difflo P lt 17 gt A Difflo N lt 17 gt IO LI4N 0 C12 Bi3 Fon ano E eos male dl Ll E C ECCO e sele jmd E enzo 4546 vao caver oe eco Od VCC 2V5 Out 49 50 C VCCO In B Table 18 Saturn SX1 Apollo A2 connector pinout 4 1 1 3 Apollo Connector B1 FPGA FPGA Signal Connector BI Signal FPGA FPGA Pin I O Pin I O Pin AA20 AB20 ABS oiz72 B Diffio P lt 16 gt sja B Difflo N lt 16 gt IO 27 amp 2 fanis ABI ola Boo Pes sle B Difflo N lt is gt O L22N 2 jaB s U16 O128P2 B_Difflo_P lt 14 gt 78 BDifflo N 14 IOL28N2 v16 SS sio den EO Y17 Y16 VIA oizse2 B Difflo P lt 12 gt ija
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