» FMC-SER0 « VITA 57 compliant FPGA Mezzanine Card (FMC) » Buffering for up to 16 EIA-232 or 8 EIA-422/EIA-485 Serial Lines » Up to 24 General Purpose I/O from FPGA Carrier » Front and Rear I/Os » Air-Cooled and Conduction-Cooled Builds The pulse of innovation Kontron Datasheet Product Overview Wrapping 10 10 24 FPGA USER IO Area FMC-SER0 is an FMC HPC single-width module designed to interface 14 with any VITA 57 host board such as Kontron VM6250 and VM6050 SBCs Serial Supplies 4 4 4 Wrapping (3.3V, VADJ) Area or VX3830 FMC carrier. 6 ctrl The FMC-SER0 is a VITA 57 mezzanine which features a High Pin Count Serial Lines 4 32 (HPC) FMC connector and a 50-pin TYCO 0-787171-5 front connector Buffers 232/422/485 28 2 2 2 28 16 In + 16 Out IEA-232 For SA build, FMC-SER0 features two wrapping areas to select additional or 8 In + 8 Out EIA-422 ground or GPIO on the connectors. 4 10 14 28 I I2C VPD E EEPROM Board Configuration » Microswitches Microswitches Description SW1 SW1 - off (default position): no termination is activated on: 100 Ohms resistor between RX1 and RX2 for differential termination 1 on: 100 Ohms resistor between RX3 and RX4 for differential termination 2 3 on: 100 Ohms resistor between RX5 and RX6 for differential termination on: 100 Ohms resistor between RX7 and RX8 for differential termination 4 SW3 SW3 - off (default position): no termination is activated 1 on: 100 Ohms resistor between RX9 and RX10 for differential termination on: 100 Ohms resistor between RX11 and RX12 for differential termination 2 on: 100 Ohms resistor between RX13 and RX14 for differential termination 3 4 on: 100 Ohms resistor between RX15 and RX16 for differential termination SW2 SW2 - off (default position): serial lines in EIA-422/485 mode on: serial lines 1 to 4 operate in EIA-232 mode 1 2 on: serial lines 5 to 8 operate in EIA-232 mode on: serial lines 9 to 12 operate in EIA-232 mode 3 on: serial lines 13 to 16 operate in EIA-232 mode 4 » Jumpers / Wrapping Area (SA build only) » A Jumpers A RC build features no jumpers, the default configuration 1 Standard/default jumper position being always enforced. GPIOn output on connector(s), n=1 to 24. Alternate jumper position Additionnal GND output instead of GPIOn B on connector(s), n=1 to 24. 1 » B Jumpers Pin Pin VADJ VITA 57 +5V 1 9 2 TX15 10 TX16 TX15_ext TX16_ext 3 11 4 Reserved 12 Reserved 5 Reserved 13 Reserved RX15_ext RX16_ext 6 14 7 RX15 15 RX16 8 +3.3V 16 GND Default jumper B positions: 16 Pins 2-3, 6-7, 10-11, 14-15, allowing RX/TX 15 and 16 to 24 be propagated. 2 www.kontron.com FMC Connector HPC 64 Pins to Backplane HPC HPC 6 64 4 Pi Pi Pi in n ns ns ns t t t t to o o Ba Ba n ne e e e LPC 68 Pins to/fr LP LP P PC C C C C 68 68 om FPG m m F FPG PGA 50 Pins Front Connector (SA build only) Kontron Datasheet Technical Information Interface 24 FPGA GPIO front or rear 16 EIA-232 or 8 EIA-422/EIA-485 EIA-232 or EIA-422/EIA-485 mode selection by group of 4 lines through micro switch or FPGA control. Two of the EIA-485 serial lines have a dedicated transmit enable from FPGA FMC Connector Pin Assignment FMC-SER0 Pin Assignment FMC FMC-SER0 FMC-SER0 FMC-SER0 FMC Con- FMC FMC-SER0 FMC-SER0 from FMC-SER0 FMC Con- Connector Pin VITA 57 Signal from FPGA VITA 57 Signal nector Pin Connector Pin VITA 57 Signal FPGA VITA 57 Signal nector Pin Number Name from I/O Name Name back to Number back Number Name from I/O Name Name back to Number back FPGA REAR I/O to REAR I/O FPGA REAR I/O to REAR I/O G6 LA0P RX1 HA14P J15 G21 LA20P GPIO7 HB2P F22 G7 LA0N RX2 HA14N J16 G22 LA20N GPIO8 HB2N F23 D9 LA1N TX1 HA16P E15 H25 LA21P GPIO9 HB10P K31 D8 LA1P TX2 HA16N E16 H26 LA21N GPIO10 HB8P F28 H7 LA2P RX3 HA17P K16 G24 LA22P GPIO11 HB10N K32 H8 LA2N RX4 HA17N K17 G25 LA22N GPIO12 HB8N F29 G10 LA3N TX3 HA15P F16 D23 LA23P GPIO13 HB14P K34 G9 LA3P TX4 HA15N F17 D24 LA23N GPIO14 HB14N K35 H10 LA4P RX5 HA21P K19 H28 LA24P GPIO15 HB12P F31 H11 LA4N RX6 HA21N K20 H29 LA24N GPIO16 HB12N F32 D12 LA5N TX5 HA19P F19 G27 LA25P GPIO17 HB17P K37 D11 LA5P TX6 HA19N F20 G28 LA25N GPIO18 HB17N K38 C10 LA6P RX7 HA23P K22 D26 LA26P GPIO19 HB20P F37 C11 LA6N RX8 HA23N K23 D27 LA26N GPIO20 HB20N F38 H14 LA7N TX7 HB5P E24 C26 LA27P GPIO21 HB18P J36 H13 LA7P TX8 HB5N E25 C27 LA27N GPIO22 HB18N J37 G12 LA8P RX9 HB1P J24 H31 LA28P GPIO23 HB16P F34 G13 LA8N RX10 HB1N J25 H32 LA28N GPIO24 HB16N F35 D15 LA9N TX9 HB9P E27 G18 LA16P DXEN (1) D14 LA9P TX10 HB9N E28 G19 LA16N DXEN1516 (1) C14 LA10P RX11 HB11P J30 G33 LA31P LED1R_SW2.1 (2) C15 LA10N RX12 HB11N J31 G34 LA31N LED1G_SW2.2 (2) H17 LA11N TX11 HB19P E33 G36 LA33P LED2R_SW2.3 (2) H16 LA11P TX12 HB19N E34 G37 LA33N LED2G_SW2.4 (2) G15 LA12P RX13 HB15P J33 G30 LA29P reserved G16 LA12N RX14 HB15N J34 G31 LA29N reserved D18 LA13N TX13 HB21P E36 H34 LA30P reserved D17 LA13P TX14 HB21N E37 H35 LA30N reserved C18 LA14P RX15 HB6P K28 H37 LA32P reserved C19 LA14N RX16 HB6N K29 H38 LA32N reserved H20 LA15N TX15 HB4P F25 GND HA18P J18 H19 LA15P TX16 HB4N F26 GND HA18N J19 D20 LA17P GPIO1 HA20P E18 GND HA22P J21 D21 LA17N GPIO2 HA20N E19 GND HA22N J22 C22 LA18P GPIO3 HB3P E21 GND HB7P J27 C23 LA18N GPIO4 HB3N E22 GND HB7N J28 H22 LA19P GPIO5 HB13P E30 GND HB0P K25 H23 LA19N GPIO6 HB13N E31 GND HB0N K26 (1) These signals control TXn outputs of buffers: These signals control the LEDs and also override if driven from FPGA (2) the default mode of TXn/RXn buffers set by the switches : level 1: enabled level 0: disabled level 1: EIA-422 or 485, LED OFF » DXEN: TX1,TX2,TX3,TX4,TX5,TX6,TX7,TX8,TX9,TX10, level 0: EIA-232, LED ON TX11,TX12,TX13,TX14 » LED1R_SW2.1: TX1, RX1, TX2, RX2, TX3, RX3, TX4, RX4 » DXEN1516 : TX15/TX16 pair » LED1G_SW2.2: TX5, RX5, TX6, RX6, TX7, RX7, TX8, RX8 » LED2R_SW2.3: TX9, RX9, TX10, RX10, TX11, RX11, TX12, RX12 » LED2G_SW2.4: TX13, RX13, TX14, RX14, TX15, RX15, TX16, RX16 3 3 w ww ww w..k ko on nt tr ro on n..c co om m Kontron Datasheet Front Connector Pin Assignment (Air cooled version only) 1 25 25 The front connector is of type TYCO Part Number 0-787171-5. 26 26 50 50 (1) (1) (1) These pin numbers have been corrected since previous datasheet (ref. #FMC-SERO# 10112011MB - Oct. 2011) to refl ect actual connector pin assignment. 1 GND 50 RX_1 14 TX_9 37 HB13P_GPIO_5 / GND 2 TX_1 49 HA20P_GPIO_1 / GND 15 RX_10 36 TX_10 3 RX_2 48 TX_2 16 GND 35 RX_11 4 GND 47 RX_3 17 TX_11 34 HB13N_GPIO_6/ GND 5 TX_3 46 HA20N_GPIO_2 / GND 18 RX_12 33 TX_12 6 RX_4 45 TX_4 19 GND 32 RX_13 7 GND 44 RX_5 20 TX_13 31 HB2P_GPIO_7 / GND 8 TX_5 43 HB3P_GPIO_3 / GND 21 RX_14 30 TX_14 9 RX_6 42 TX_6 22 GND 29 RX_15 10 GND 41 RX_7 23 TX_15 28 HB2N_GPIO_8 / GND 11 TX_7 40 HB3N_GPIO_4 / GND 24 RX_16 27 TX_16 12 RX_8 39 TX_8 25 HB8P_GPIO_10 / GND 26 HB10P_GPIO_9 / GND 13 GND 38 RX_9 Environmental Specifcation SA - Standard Commercial RC - Rugged Conduction-Cooled Conformal Coating Optional Standard Airfl ow 1.5 m/s NA Temperature VITA 47-Class AC1 VITA 47-Class CC4 Cooling Method Convection Conduction Operating 0° to +55°C -40° to +85°C Storage -45° to +85°C -45° to +85°C 20/500 Hz: 2g 22/2,000 Hz: 5g Vibration Sine (Operating) Random VITA 47-Class V1 VITA 47-Class V3 Shock (Operating) 20g/11 ms Half Sine 40g/20 ms Half Sine -1,640 to 15,000 ft -1,640 to 60,000 ft Altitude (Operating) Relative Humidity 90% without condensation 95% without condensation Ordering Information Article Part.-No. Description SA - Standard Commercial FMC-SER0 FMC-SER0-SA-000 Air-cooled FPGA Mezzanine Card RC - Rugged Conduction-Cooled FMC-SER0 FMC-SER0-RC-000 Conduction-cooled FPGA Mezzanine Card Associated Products KIT-FMC KIT-FMC-DEV FMC/VITA 57 Development/test kit. Contains: Linux FPGA/ FMC EEPROM drivers, FPGA Test Image, User’s Guide, FMC-SER0-SA-000 FMC card, USB FLASH Drive pre-loaded with Linux Fedora + VITA 57 drivers. Compatible with VM6250 (with FMC I/O option) Driver / Test DR-6G-FMC Linux Driver Kit for Development/Test FMC kit Associated Documentation SD.DT.F79 VITA 57 - Development Kit User‘s Guide SD.DT.F74 VITA 57 - Confi guration CORPORATE OFFICES Europe, Middle East & Africa North America Asia Pacifi c Oskar-von-Miller-Str. 1 14118 Stowe Drive 17 Building,Block #1, ABP. 85386 Eching / Munich Poway, CA 92064-7147 188 Southern West 4th Ring Road Germany USA Beijing 100070, P.R.China Tel.: + 49 8165 77 777 Tel.: + 1 888 294 4558 Tel.: + 86 10 63751188 Fax: + 49 8165 77 219 Fax: + 1 858 677 0898 Fax: + 86 10 83682438 info@kontron.com info@us.kontron.com info@kontron.cn 4 www.kontron.com Datasheet – FMC-SER0 #03012013MB All data is for information purposes only and not guaranteed for legal purposes. Subject to change without notice. Information in this datasheet has been carefully checked and is believed to be accurate; however, no responsibilty is assumed for inaccurancies. All brand or product names are trademarks or registered trademarks of their respective owners.