9011 E. 37TH STREET N - Fastcom
9011 E. 37TH STREET NWICHITA, KANSAS 67226-2006(316) 636-1131FAX (316) 636-1163http://www.fastcomproducts.com/COPYRIGHT 2020FASTCOM and the “Alpha Lemur” are Registered Trademarks of Commtech, Inc.
3REVISION ENUMBER8, 1377992327CHANGES MADEDocument CreatedAdded:Fastcom: SuperFSCC-PCI-104Fastcom: GSuperFSCC-PCI-104Fastcom: SuperFSCC-PCI-104-LVDSFastcom: GSuperFSCC-PCI-104-LVDSAdded DSYNC option to the CCR1 registerUpdated Declaration of ConformityUpdated Declaration of ConformityUpdated various linksUpdated testing procedures.Added a document about termination by TexasInstrumentsFastcom FSCC and SuperFSCC Product Lines
4TABLE OF CONTENTSFSCC/SUPERFSCC PRODUCT FAMILY.8EUROPEAN UNION DECLARATION OF CONFORMITY .91FASTCOM: FSCC/SUPERFSCC.101.1FEATURES . 101.2BOARD DRAWINGS . 111.2.1 2-Port Universal PCI Bus . 111.2.2 2-Port Compact PCI Bus . 121.2.3 2-Port PC/104 and PCI-104 Bus . 131.2.4 4-Port Universal PCI Bus . 141.2.5 4-Port PCI Express x1 . 151.3PACKING LIST . 161.4PINOUTS . 161.4.1 DB62 Female (board edge) – 2-Port Universal PCI & Compact PCI Bus . 161.4.2 CHAMP-50 (board edge) – 4-Port Universal PCI & PCI Express x1 Bus . 171.4.4 DB25 Male (cable) – All 2-Port & 4-Port Cards . 181.4.5 2/25 I/O Header (board edge) – 2-Port PC/104 and PCI-104 Bus . 211.4.6 DB62 Loop back connector . 231.4.7 DB25 Loop back connector . 231.5INSTALLATION . 241.5.1 Hardware Installation. 241.5.2 Software Installation (Windows). 241.5.3 Testing the Installation: . 251.6RS422 / RS485 . 261.7TERMINATION RESISTANCE. 261.8RS-485 MODE . 281.9SUPERFSCC DIFFERENCE FROM STANDARD FSCC . 282FASTCOM F-CORE .292.12.22.32.43INTRODUCTION . 29HARDWARE . 29SERIAL INTERFACE . 29DATA PROTOCOLS . 31DATA FLOW .323.1RECEIVE. 323.1.1 Receive Interrupts . 323.2TRANSMIT . 333.2.1 Transmit Modes . 333.2.2 Transmit Interrupts . 3412/11/2020Fastcom FSCC and SuperFSCC Product Lines
54GLOBAL FEATURES DETAILS.354.1CLOCKING SYSTEM . 354.1.1 Onboard Clock Generators. 354.1.2 Clock Modes. 364.1.3 Baud Rates . 384.1.4 Clock Recovery (DPLL) . 384.2DATA ENCODING . 424.2.1 NRZ and NRZI Encoding . 424.2.2 FM0 and FM1 Encoding . 424.2.3 Manchester Encoding . 434.2.4 Differential Manchester Encoding . 434.3RECEIVE STATUS WORD . 444.4RECEIVE LENGTH CHECK. 444.5FRAME SYNC SIGNALS . 444.6MODEM CONTROL SIGNALS . 464.6.1 Request to send (RTS) . 464.6.2 Clear to send (CTS) . 464.6.3 DTR . 474.6.4 DSR, CD, RI . 474.7PREAMBLES AND POSTAMBLES . 474.8ORDER OF BIT TRANSMISSION . 474.9INTERFRAME TIME FILL . 474.10 CRC FRAME CHECKING SEQUENCES . 484.10.18-bit frame checking sequence (CRC-8) . 484.10.216-Bit frame checking sequence . 494.10.332-bit frame checking sequence (CRC-32) . 494.11 DATA AND CLOCK INVERSION . 504.12 HARDWARE TIMER . 504.13 TRANSMIT ON TIMER . 504.14 ZERO BIT INSERTION. 514.15 ONE BIT INSERTION . 515DETAILED PROTOCOL DESCRIPTION .525.1HDLC/SDLC . 525.1.1 General Frame Format . 525.1.2 Elements of the Frame . 525.1.3 Data Reception. 535.1.4 Data Transmission . 545.1.5 Shared Flag Mode. 545.1.6 Invalid Frame. 545.1.7 Aborted Frame . 555.2CHARACTER ORIENTED SYNCHRONOUS (X-SYNC) MODE . 565.2.1 General Frame Format . 565.2.2 Elements of the Frame . 565.2.3 Data Reception. 575.2.4 Data Transmission . 5712/11/2020Fastcom FSCC and SuperFSCC Product Lines
65.2.5 Shared Flag Mode. 585.3TRANSPARENT MODE . 595.3.1 Data Reception. 595.3.2 Data Transmission . 595.4TRUE-ASYNCHRONOUS MODE . 605.4.1 Features . 606REGISTER DESCRIPTION .616.1BASE ADDRESS REGISTERS . 616.2F-CORE REGISTERS . 616.2.1 FIFO locations (0x00/0x80) . 626.2.2 Byte Count FIFO locations (0x04/0x84). 626.2.3 FIFO Trigger Levels (0x08/0x88) . 626.2.4 FIFO Byte Count (0x0C/0x8C) . 636.2.5 FIFO Frame Count (0x10/0x90) . 646.2.6 CMDR – Command Register (0x14/0x94) . 656.2.7 STAR – Status Register (0x18/0x98) . 676.2.8 CCR0 – Channel Configuration Register 0 (0x1C/0x9C). 716.2.9 CCR1 – Channel Configuration Register 1 (0x20/0xA0) . 756.2.10CCR2 – Channel Configuration Register 2 (0x24/0xA4) . 796.2.11BGR – Baud-Rate Generator Register (0x28/0xA8) . 816.2.12SSR – Synchronization Sequence Register (0x2C/0xAC). 826.2.13SMR – Synchronization Mask Register (0x30/0xB0) . 836.2.14TSR – Termination Sequence Register (0x34/0xB4) . 846.2.15TMR – Termination Mask Register (0x38/0xB8) . 856.2.16RAR – Receive Address Register (0x3C/0xBC) . 866.2.17RAMR – Receive Address Mask Register (0x40/0xC0). 876.2.18PPR – Preamble & Postamble Register (0x44/0xC4) . 886.2.19TCR – Timer Control Register (0x48/0xC8) . 896.2.20VSTR – Version Status Register (0x4C/0xCC). 906.2.21ISR – Interrupt Status Register (0x50/0xD0) . 916.2.22IMR – Interrupt Mask Register (0x54/0xD4) . 946.2.23DPLLR – DPLL Reset control register (0x58/0xD8) . 956.316C950 BASED REGISTERS . 966.4BOARD CONTROL. 1016.4.1 FCR – Feature Control Register (0x00) . 1026.4.2 DMACCR - DMA Command / Control Register (0x04/0x08) . 1046.4.3 DMA Receive Descriptor Base (0x0c/0x14) . 1066.4.4 DMA Transmit Descriptor Base (0x10/0x18) . 1066.4.5 DMA Current Receive Descriptor Base (0x20/0x28) . 1066.4.6 DMA Current Transmit Descriptor Base (0x24/0x2c). 1066.4.7 DSTAR – DMA Status Register (0x30) . 1076.5DMA DESCRIPTOR LAYOUT . 1086.5.1 Descriptor Control Register (0x00) . 1096.5.2 DataAddress (0x04) . 1106.5.3 DataCount (0x08) . 11012/11/2020Fastcom FSCC and SuperFSCC Product Lines
76.5.4 NextDescriptor (0x0c) . 1107TECHNICAL SUPPORT .1118FASTCOM LIMITED LIFETIME WARRANTY .1128.18.28.3WARRANTY EXCLUSIONS . 112NON-WARRANTY REPAIRS . 112LIMITATION OF LIABILITY. 11212/11/2020Fastcom FSCC and SuperFSCC Product Lines
8FSCC/SuperFSCC Product FamilyFSCC/SuperFSCC ProductPCI Express BusFastcom: FSCC/4-PCIeFastcom: GFSCC/4-PCIeFastcom: SuperFSCC/4-PCIeFastcom: GSuperFSCC/4-PCIeFastcom: SuperFSCC/4-PCIe-LVDSFastcom: GSuperFSCC/4-PCIe-LVDSUniversal PCI BusFastcom: FSCCFastcom: GFSCCFastcom: SuperFSCCFastcom: GSuperFSCCFastcom: SuperFSCC-LVDSFastcom: GSuperFSCC-LVDSFastcom: FSCC/4Fastcom: GFSCC/4Fastcom: SuperFSCC/4Fastcom: GSuperFSCC/4Fastcom: SuperFSCC/4-LVDSFastcom: GSuperFSCC/4-LVDSCompact PCI BusFastcom: FSCC-cPCIFastcom: GFSCC-cPCIFastcom: SuperFSCC-cPCIFastcom: GSuperFSCC-cPCIFastcom: SuperFSCC-cPCI-LVDSFastcom: GSuperFSCC-cPCI-LVDSPCI-104 BusFastcom: SuperFSCC-PCI-104Fastcom: GSuperFSCC-PCI-104Fastcom: SuperFSCC-PCI-104-LVDSFastcom: GSuperFSCC-PCI-104-LVDSPC/104 BusFastcom: SuperFSCC-104Fastcom: GSuperFSCC-104Fastcom: SuperFSCC-104-LVDSFastcom: GSuperFSCC-104-LVDS12/11/2020Numberof Ports44444422222244444422222222222222RoHSCE CE Compliant(Except for RoHS) Fastcom FSCC and SuperFSCC Product Lines
9EUROPEAN UNION DECLARATION OF CONFORMITYInformation Technology EquipmentThe Company COMMTECH, INC. declares under its own and full responsibility that the product" Fastcom: FSCC/SuperFSCC - Revision 3.4 "on which is attached this Certificate is compliant to the EU Directive 2014/30/EU.[ ]The product identified above complies with the requirements of the above EU Directive by meeting thefollowing standards:Emissions TestThe product family was tested for compliance to Directive 2014/30/EU of the European Parliament relating toelectromagnetic compatibility using the following harmonized standards:EN 55022:2010/A1:2011, Class AEN 55032:2012/AC:2013, Class AUS CFR, FCC Part 15.109Industry Canada ICES-003. Issue 6Radiated EmissionsConducted EmissionsPassedPassedImmunity TestThe product family was tested for compliance to EN 61326-1:2013 and EN 55024:2010.Electrostatic DischargeRadiated ImmunityEFT – ACEFT – Signal CablesSurgeConducted Immunity – ACConducted Immunity – Signal CablesVoltage InterruptVoltage DipIEC 61000-4-2:2008; 4 kV/8 kV Contact/AirIEC 61000-4-3:2006/A1:2007/A2:2010;2sec/80% AM, 1kHz/10 V/mIEC 61000-4-4:2004/A1:2010; 2 kVIEC 61000-4-4:2004/A1:2010; 1 kVIEC 61000-4-5:2005; 1 kV L-L /2 kV L-PEIEC 61000-4-6:2006; 3 VrmsIEC 61000-4-6:2006; 3 VrmsIEC 61000-4-11:2004; 250 Cycle/100%IEC 61000-4-11:2004;0.5, 1, 10, 25 Cycle/100, 100, 40, dPassedThe technical documentation required to demonstrate that this product meets the requirements of the EU Directivehas been compiled by the signatory below and is available for inspection by the relevant enforcement authorities.In WICHITA, KS on March 13th, 2018Mr. Glen R. Alvis, Test Engineer9011 E. 37th Street NorthWichita, KS 67226-2006(316) 636-1131Fax (316) 636-116312/11/2020Fastcom FSCC and SuperFSCC Product Lines
101 Fastcom: FSCC/SuperFSCC1.1Features High speed synchronous / asynchronous, full duplex, RS-422 / RS-485 ports Multiple bus interfaceso Universal PCI (PCI version 2.3) adapter option that operates in both 5V and 3.3VPCI slots. This means the card can work in the high speed PCI-X slots as well asstandard PCI slots. o PCI Express x1 (PCI Express Base Specification, Revision 2.0).o Universal PC/104 and PCI-104 (PCI version 2.2) adapter will operate in both 5Vand 3.3V PC/104 and PCI-104 stacks.o Universal cPCI (PICMG 2.0 Rev 2.1) adapter operates in both 5V and 3.3V PCIslots.Each port has an independent clock generator allowing each to operate at completelydifferent baud rates. Each port can be operated in True-Asynchronous mode utilizing the 16C950 basedUARTS. When in True-Asynchronous mode, the ports can be operated just like astandard serial (COM) port. See the True-Asynchronous section for more details. Automatic RS-485 handling (e.g. tri-state the driver when idle) Receive echo cancel. Disables the line receiver during transmits to prevent receiving thedata that is transmitted in 2-wire 485 modes. Transmit and Receive status LEDs for each port. On board RS-485 termination network for each receive signal pairo 100 Ω terminationo 1 kΩ biasing resistors (pull-up and pull-down) High speed data rateso SuperFSCC family (Has Direct Memory Access capability)1. 50 MHz (internal clock)2. 30 MHz (external clock)3. 12.5 MHz (DPLL)o FSCC family (Does not have DMA capability)1. 20 MHz (internal clock)2. 20 MHz (internal clock)3. 12.5 MHz (DPLL)12/11/2020Fastcom FSCC and SuperFSCC Product Lines
111.2Board Drawings1.2.1 2-Port Universal PCI Bus1.2.1.1 Board variationsNon-RoHS- Fastcom: FSCC- Fastcom: SuperFSCC- Fastcom: SuperFSCC-LVDSRoHS- Fastcom: GFSCC- Fastcom: GSuperFSCC- Fastcom: GSuperFSCC-LVDS12/11/2020Fastcom FSCC and SuperFSCC Product Lines
121.2.2 2-Port Compact PCI Bus1.2.2.1 Board VariationsNon-RoHS- Fastcom: FSCC-cPCI- Fastcom: SuperFSCC-cPCI- Fastcom: SuperFSCC-cPCI-LVDSRoHS- Fastcom: GFSCC-cPCI- Fastcom: GSuperFSCC-cPCI- Fastcom: GSuperFSCC-cPCI-LVDS12/11/2020Fastcom FSCC and SuperFSCC Product Lines
131.2.3 2-Port PC/104 and PCI-104 Bus1.2.3.1 Board VariationsNon-RoHS- Fastcom: SuperFSCC-104 (Extended Temp)- Fastcom: SuperFSCC-104-LVDS (Extended Temp)- Fastcom: SuperFSCC-PCI-104 (Extended Temp)- Fastcom: SuperFSCC-PCI-104-LVDS (Extended Temp)RoHS- Fastcom: GSuperFSCC-104 (Extended Temp)- Fastcom: GSuperFSCC-104-LVDS (Extended Temp)- Fastcom: GSuperFSCC-PCI-104 (Extended Temp)- Fastcom: GSuperFSCC-PCI-104-LVDS (Extended Temp)12/11/2020Fastcom FSCC and SuperFSCC Product Lines
141.2.4 4-Port Universal PCI Bus1.2.4.1 Board VariationsNon-RoHS- Fastcom: FSCC/4- Fastcom: SuperFSCC/4- Fastcom: SuperFSCC/4-LVDSRoHS- Fastcom: GFSCC/4- Fastcom: GSuperFSCC/4- Fastcom: GSuperFSCC/4-LVDS12/11/2020Fastcom FSCC and SuperFSCC Product Lines
151.2.5 4-Port PCI Express x11.2.5.1 Board VariationsNon-RoHS- Fastcom: FSCC/4-PCIe- Fastcom: SuperFSCC/4-PCIe- Fastcom: SuperFSCC/4-PCIe-LVDSRoHS- Fastcom: GFSCC/4-PCIe- Fastcom: GSuperFSCC/4-PCIe- Fastcom: GSuperFSCC/4-PCIe-LVDS12/11/2020Fastcom FSCC and SuperFSCC Product Lines
161.3-Packing ListFastcom: FSCC/SuperFSCC cardFSCC/SuperFSCC cable assemblyLoop back plug1Fastcom CDIf an omission has been made, please contact technical support for a replacement.1.4PinoutsWe provide access to each channel of the FASTCOM: FSCC/SuperFSCC through a shieldedconnector and an adapter cable (supplied with the board). The adapter cable is manufacturedwith high quality twisted pairs for improved signal performance and noise immunity.1.4.1 DB62 Female (board edge) – 2-Port Universal PCI & Compact PCI Bus1A loop back plug is included with the PC/104 boards only if the optional cable is ordered12/11/2020Fastcom FSCC and SuperFSCC Product Lines
171.4.2 CHAMP-50 (board edge) – 4-Port Universal PCI & PCI Express x1 Bus12/11/2020Fastcom FSCC and SuperFSCC Product Lines
181.4.4 DB25 Male (cable) – All 2-Port & 4-Port Cards12/11/2020Fastcom FSCC and SuperFSCC Product Lines
191.4.4.1 DB62 to DB25 Cable Cross-reference –2-Port Universal PCI & Compact PCI BusSIGNAL(A) DB62M DB25M DescriptionDirectionGND13,581 GroundTxClkOA612 Transmit Clock Out OutputTxDA563 Transmit Data OutputTxClkInA424 Transmit Click In InputRTSA605 Request To Send OutputFST/DTRA556 Frame Sync Transmit - OutputDCDA167 Carrier Detect InputRIA398 Ring Indicator InputCTSA189 Clear To Send InputDSRA3510 Data Set Ready InputFSRA3811 Frame Sync Receive InputRxDA1412 Receive Data InputRxClkInA2013 Receive Clock In InputTxClkOA 6214 Transmit Clock Out OutputTXDA 5715 Transmit Data OutputTxClkInA 4116 Transmit Clock In InputRTSA 5917 Request To Send OutputFST/DTRA 5418 Frame Sync Transmit OutputDCDA 1719 Carrier Detect InputRIA 4020 Ring Indicator InputCTSA 1921 Clear To Send InputDSRA 3622 Data Set Ready InputFSRA 3723 Frame Sync Receive InputRxDA 1524 Receive Data InputRxClkInA 2125 Receive Clock In Input12/11/2020SIGNAL(B) B 51TXDB 46TxClkInB 28RTSB 48FST/DTRB 43DCDB 24RIB 26CTSB 6DSRB 1FSRB 3RxDB 23RxClkInB 7Fastcom FSCC and SuperFSCC Product Lines
201.4.4.2 CHAMP-50 to DB25 Cable Cross-reference –4-Port Universal PCI & PCI Express x1 BusSIGNAL(A) CHAMP50 InA1613TxClkOA 2314TxDA 2515TxClkInA 2116RTSA 1517FST/DTRA 1118DCDA 519RIA 1320CTSA 321DSRA 722FSRA 923RxDA 1924RxClkInA 172512/11/2020DescriptionGroundTransmit Clock Out Transmit Data Transmit Click In Request To Send Frame Sync Transmit Carrier Detect Ring Indicator Clear To Send Data Set Ready Frame Sync Receive Receive Data Receive Clock In Transmit Clock Out Transmit Data Transmit Clock In Request To Send Frame Sync Transmit Carrier Detect Ring Indicator Clear To Send Data Set Ready Frame Sync Receive Receive Data Receive Clock In Direction SIGNAL(B) utRxClkInB41OutputTxClkOB 48OutputTxDB 50InputTxClkInB 46OutputRTSB 40OutputFST/DTRB 36InputDCDB 30InputRIB 38InputCTSB 28InputDSRB 32InputFSRB 34InputRxDB 44InputRxClkInB 42Fastcom FSCC and SuperFSCC Product Lines
211.4.5 2/25 I/O Header (board edge) – 2-Port PC/104 and PCI-104 Bus12/11/2020Fastcom FSCC and SuperFSCC Product Lines
221.4.5.1 2x25 to DB25 Cable Cross-reference – 2-Port PC/104 and PCI-104 BusSIGNAL(A) 2x25DB25M DescriptionDirectionGND251 GroundTxClkOA282 Transmit Clock Out OutputTxDA303 Transmit Data OutputTxClkInA324 Transmit Click In InputRTSA345 Request To Send OutputFST/DTRA366 Frame Sync Transmit - OutputDCDA387 Carrier Detect InputRIA408 Ring Indicator InputCTSA429 Clear To Send InputDSRA4410 Data Set Ready InputFSRA4611 Frame Sync Receive InputRxDA4812 Receive Data InputRxClkInA5013 Receive Clock In InputTxClkOA 2714 Transmit Clock Out OutputTXDA 2915 Transmit Data OutputTxClkInA 3116 Transmit Clock In InputRTSA 3317 Request To Send OutputFST/DTRA 3518 Frame Sync Transmit OutputDCDA 3719 Carrier Detect InputRIA 3920 Ring Indicator InputCTSA 4121 Clear To Send InputDSRA 4322 Data Set Ready InputFSRA 4523 Frame Sync Receive InputRxDA 4724 Receive Data InputRxClkInA 4925 Receive Clock In InputSIGNAL(B) DCDB13RIB11CTSB9DSRB7FSRB5RxDB3RxClkInB1TxClkOB 24TXDB 22TxClkInB 20RTSB 18FST/DTRB 16DCDB 14RIB 12CTSB 10DSRB 8FSRB 6RxDB 4RxClkInB 21.4.5.2 2x25 Loop back connector (not included)12/11/2020SIGNALTxClkOA TxClkOATxDA TxDARTSA RTSAFSTA FSTA-DB62M6261575659605455SIGNALRxClkIA RxClkIARxDA RxDACTSA CTSAFSRA FSRA-DB62M2120151419183738TxClkOB TxClkOBTxDB TxDBRTSB RTSBFSTB FSTB-5150464548494344RxClkIB RxClkIBRxDB RxDBCTSB CTSBFSRB FSRB-7823226534Fastcom FSCC and SuperFSCC Product Lines
231.4.6 DB62 Loop back connectorSIGNALTxClkOA TxClkOATxDA TxDARTSA RTSAFSTA FSTA-DB62M6261575659605455SIGNALRxClkIA RxClkIARxDA RxDACTSA CTSAFSRA FSRA-DB62M2120151419183738TxClkOB TxClkOBTxDB TxDBRTSB RTSBFSTB FSTB-5150464548494344RxClkIB RxClkIBRxDB RxDBCTSB CTSBFSRB FSRB-78232265341.4.7 DB25 Loop back connectorSIGNALTxClkO TxClkOTxD TxDRTS RTSFST FST-12/11/2020DB25M142153175186SIGNALRxClkI RxClkIRxD RxDCTS CTSFSR FSR-DB25M251324122192311Fastcom FSCC and SuperFSCC Product Lines
241.5Installation1.5.1 Hardware InstallationImportant: Static electricity can harm system boards. Perform service at an ESD workstation andfollow proper ESD procedure to reduce the risk of damage to components. Commtech, Inc.strongly encourages you to follow proper ESD procedure, which can include wrist straps andsmocks, when handling Fastcom: FSCC/SuperFSCC boards.1. Turn off PC power and disconnect the power cord.2. Remove the PC case cover (if applicable).3. Unpack the Fastcom: FSCC/SuperFSCC. Keep the box and static bag for warranty repairreturns.4. Select an open slot in your PC.5. After removing the blank bracket from your PC, install the Fastcom: FSCC/SuperFSCCin the PC by pressing it firmly into the slot. Install the bracket screw to hold it firmly inplace.6. Re-install the cover on your PC (if applicable).1.5.2 Software Installation (Windows)Once your card is installed in the computer, you can power on the computer and begin installingthe drivers for the card.1. Windows will detect a new device and start the found new hardware wizard.2. If it asks to connect to the internet to search for the software, tell it no.3. The next screen will ask you to automatically search for a driver. Do NOT do this. Selectthe option that lets you specify a location to search for the driver.4. Next it will ask you where to search for the drivers. Put a checkbox next to the optionthat lets you specify a location and clear the rest of the boxes.5. Click the Browse button and browse to where you have the FSCC software. If you areusing the Fastcom CD, that will be the X:\fastcom cd\Drivers\FSCCDrivers\windows\(version), where X is your CD driver and (version) is your version ofWindows. If you downloaded the zip file from our website, you will need to browse tothe path where you extracted the zip file. Again select the folder that corresponds to yourversion of Windows. Click OK and then click Next.6. The next screen may ask you which board type you have and will also show you the pathto the driver that it is about to use. Make sure that path is what you think it should be.Select your board and click Next.7. The wizard will finish and should report that the installation was successful.8. The driver for the board itself has now been installed. You will repeat this processmultiple times – once for each of the async ports (COM
standard PCI slots. o PCI Express x1 (PCI Express Base Specification, Revision 2.0). o Universal PC/104 and PCI-104 (PCI version 2.2) adapter will operate in both 5V and 3.3V PC/104 and PCI-104 stacks. o Universal cPCI (PICMG 2.0 Rev 2.1) adapter
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1 REPORT OF THE 37TH SESSION OF THE IPCC Batumi, Georgia, 14 - 18 October 2013 1. OPENING OF THE SESSION Documents: IPCC-XXXVII/Doc.1, IPCC-XXXVII/Doc.1, Add.1 After the welcoming statement by Mr Rajendra Pachauri, Chair of the IPCC, the following representatives of the host country took the floor:
Rough paths Guide for this section Hölder p-rough paths, which control the rough differential equations dxt F(xt)X(dt),d ϕt F X(dt), and play the role of the controlhin the model classical ordinary differential equation dxt Vi(xt)dh i t F(xt)dht are defined in section 3.1.2. As R -valued paths, they are not regular enough for the formula µts(x) x Xi ts Vi(x) to define an .
