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Curtiss-Wright / DY4 SVME / DMV-179 Getting Started Manual

1. Cross Reference Table 2 2 User Link Configuration Option Jumper Setting Execution sequencer control see page 3 20 Connect E2 E4 PCI Control and Status Register bit SWO 0 Execution sequencer control see page 3 20 Open E2 E4 PCI Control and Status Register bit SWO 1 i eo o o o o 6 Ho o M ae o o o doon o bu HH a i Oo 9 pes BH EE p M E il j LIT a o o o o o o Q Q EE Oo Q o o ID Iu Oo o o m qe e i o ll 5 i i og o oo du a e lI l Cle o o H Q o 9 o o E2 E3 E4 E5 User Link Location Figure 2 2 809605 Revision D January 2003 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com 2 6 Dy 4 Systems Inc Watchdog Timer Power up Reset Behaviour Selection Table 2 3 Figure 2 3 Pre Installation Tasks The SVME DMV 179 offers the capability of enabling the watchdog timer immed
2. E ae CNN U r 2 A o 9 o 9 o oJ LVI ie o o O goo 2 E27 E28 Al i i HEH a o E6 E7 2 i i Doom n 9 E MEE zs 6 o o o o 0 a Q o S 9 o m d Be fe un o n s 9 o o ll E i Ce o p D B e ri 4 S s o 9 4T E48 E49 Boot Jumper Locations Checking Hardware Requirements Ensure that the following requirements have been met prior to installation Chassis The SVME 179 is designed to be installed in a standard VMEbus chassis and Requirements backplane which operates in a free air or forced air cooling environment The DMV 179 is conduction cooled and is therefore designed to be installed in a VME conduction cooled chassis Power Table 2 5 shows the power requirements for the SVME DMV 179 equipped Requirements with a 400 MHz PowerPC 7400 or 750 CPU 128 or 256 Mbyte DRAM memory and no PMC modules For proper operation the 5 V supply must be in the range 4 75 V to 5 25 V Table 2 5 Power Requirements Processor Voltage Maximum Current Typical Current PowerPC 750 5 VDC 4 2A 3 4A PowerPC 7400 5 VDC 5 5 A 40A 809605 Revision D January 2003 Artisan Technology Group Quality Instrument
3. SVME DMV 179 Getting Started Manual ra PowerPC Bus 4 Paw DNV FLASH POWER PC Hu Z Ha 750 7400 ax N soram 64 bit NV FLASH DMA CPU to PCI coNTROLLER viii Ya BRIDGE 4X 2MX16 ik ixa pu GT 64130 4M 2M TIMERS a L2 CACHE ES B fi i i el p EE 7 07 ak in 64 bit 64 bit SEEPROM m Wide Ultra SYM53C885 10 100 BaseT po Peripheral Bus esc Rg eriecsso pops E pare VMEBUS UE J Figure 1 1 SVME DMV 179 Functional Block Diagram mE Please refer to Chapter 1 of the SVME DMV 179 Hardware User s Manual document number 809606 for a detailed description of each of the functional A blocks in the above diagram Cross The SVME DMV 179 provides a highly integrated powerful PowerPC Reference architecture in a single slot solution with high processing performance industry standard I O and the flexibility of user specific I O which traditionally required multiple cards The SVME DMV 1 79 s design features address the real time mission critical demands of military and aerospace systems integrators with increased computing performance self test coverage and high functional density About PMC PMC an open industry standard mezzanine module with a PCI interface allows system designers to increase the SVME DMV 179 s functionality by utilizin
4. Table 3 10 CBL 179 003 P1 to J8 PMC I O Signal Mapping Continued P1 Pin From J8 Pin To Signal Name P1 A17 J8 38 PMC 34 P1 C18 J8 48 PMC 35 P1 A18 J8 60 PMC 36 P1 C19 J8 70 PMC 37 P1 A19 J8 61 PMC 38 P1 C20 J8 49 PMC 39 P1 A20 J8 44 PMC 40 P1 C21 J8 15 PMC 41 P1 A21 J8 39 PMC 42 P1 C22 J8 50 PMC 43 P1 A22 J8 55 PMC 44 P1 C23 J8 32 PMC 45 P1 A23 J8 56 PMC 46 P1 C24 J8 51 PMC 47 P1 A24 J8 57 PMC 48 P1 C25 J8 74 PMC 49 P1 A25 J8 40 PMC 50 P1 C26 J8 68 PMC 51 P1 A26 J8 41 PMC 52 P1 C27 J8 33 PMC 53 P1 A27 J8 58 PMC 54 P1 C28 J8 78 PMC 55 P1 A28 J8 59 PMC 56 P1 C29 J8 73 PMC 57 P1 A29 J8 75 PMC 58 P1 C30 J8 63 PMC 59 P1 A30 J8 76 PMC_60 P1 C31 J8 64 PMC_61 P1 A31 J8 65 PMC_62 P1 C32 J8 66 PMC_63 P1 A32 J8 67 PMC_64 3 14 809605 Revision D January 2003 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com Dy 4 Systems Inc Expanded I O via the P0 Connector e Warning Hardware Installation Connection with the SVME DMV 179 PO interface is provided by the 179 PO I O cable assembly CBL 179 002 DY 4 part number 901434 000 Install the 179 PO I O cable assembly by carefully pressing the cable P1 connector onto the PO backplane connector stakes The cable J3 connector is used to attach to a terminal Other SVME DMV 179 basecard related functions are available via this cable as described below in Figure 3 2 Exercise care
5. Signal Conventions Table 2 Xii Table 2 shows symbols which can follow a signal name For example the asterisk is used with a VMEbus signal name such as BERR Signal Conventions Symbol Description The signal is active LOW and is connected to the VMEbus The signal is active LOW and is connected to the local bus only and not directly to the VMEbus no symbol The signal is active HIGH with no indication as to whether the signal is connected to the VMEbus or local bus The signal is active LOW and is connected to the PCI bus 809605 Revision D January 2003 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com Preface Dy 4 Systems Inc Abbreviations Table 3 lists the abbreviations used when describing the size of a memory device or a range of addresses Table 3 Abbreviations Abbreviations Description 1 Kbyte 1 024 bytes 1 Mbyte 1 024 Kbytes 1 Gbyte 1 024 Mbytes Unless stated otherwise all memory addresses are shown in hexadecimal notation The following icons are used throughout the documentation package The warning icon indicates procedures in the manual that if not carried out or Memory Addresses If carried out incorrectly could result in physical injury cause electrical damage to equipment or cause a non recoverable corruption of data Warnings include instructions on how to prevent su
6. Table 4 1 Geographical Address Pin Assignments Slot Index GAP Pin GA4 Pin GA3 Pin GA2 Pin GA1 Pin GAO Pin Hex P1 pin d9 P1 pin d17 P1 pin d15 P1 pin d13 P1 pin d11 P1 pin d10 1 Open Open Open Open Open GND 2 Open Open Open Open GND Open 3 GND Open Open Open GND GND 4 Open Open Open GND Open Open 5 GND Open Open GND Open GND 6 GND Open Open GND GND Open 7 Open Open Open GND GND GND 8 Open Open GND Open Open Open 9 GND Open GND Open Open GND A GND Open GND Open GND Open B Open Open GND Open GND GND C GND Open GND GND Open Open D Open Open GND GND Open GND E Open Open GND GND GND Open GND Open GND GND GND GND 10 Open GND Open Open Open Open 11 GND GND Open Open Open GND 12 GND GND Open Open GND Open 13 Open GND Open Open GND GND 14 GND GND Open GND Open Open 15 Open GND Open GND Open GND 4 8 809605 Version D January 2003 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com Dy 4 Systems Inc Card Communications VME Base The default VME 24 bit and 32 bit base addresses for each slot index are Addresses shown in hexadecimal format in Table 4 2 Table 4 2 VMEbus Base Addresses Extended Address Standard Address Slot Index Hex A32 A24 00 Reserved Reserved 01 4000 0000 40 0000 02 4800 0000 48 0000 03 5000 0000 50 0000 04 5800 0000 58 0000 05 6000 0000 60 0000 06 6800 0000 68 000
7. Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com Dy 4 Systems Inc SVME 179 Front Panel j JNa JI Mie z Ey Product Overview The Technical Documentation CD ROM includes a pinout configurator utility This 32 bit Windows utility calculates the PO and P2 pinouts based on the I O mode of the SVME DMV 179 and the PMC modules installed on it J9 Connector Used in conjunction with the front panel cable CBL 179 001 or CBL SBC FP 000 the J9 connector provides connections for two serial channels Ethernet the PowerPC COP port and a card reset input All four serial communications channels Channels 1 through 4 on both the SVME and DMV 179 can also be made available on the PO or P2 connectors The PowerPC COP JTAG signals are only available on the J9 connector on the SVME 179 Two Light Emitting Diode LED indicators are present on the SVME DMV 179 the red FAIL LED and the green STAT LED Both LEDs will turn on after an internal RESET during the power on sequence or after a System Reset Red FAIL LED The red FAIL LED indicates that the SVME DMV 179 is driving the SYSFAIL signal on the VMEbus The SYSFAIL signal is controlled by the Universe II device For further details on the SYSFAIL signal refer to the Universe II User s Manual provided on the SVME DMV 179 Technical Documentation CD ROM Green
8. A rtisan Artisan Technology Group is your source for quality TecmoogyGroup new and certified used pre owned equipment FAST SHIPPING AND SERVICE CENTER REPAIRS WE BUY USED EQUIPMENT DELIVERY Experienced engineers and technicians on staff Sell your excess underutilized and idle used equipment TENS OF THOUSANDS OF at our full service in house repair center We also offer credit for buy backs and trade ins IN STOCK ITEMS www artisantg com WeBuyEquipment EQUIPMENT DEMOS HUNDREDS OF InstraV ea REMOTE INSPECTION LOOKING FOR MORE INFORMATION MANUFACTURERS Remotely inspect equipment before purchasing with Visit us on the web at www artisantg com 7 for more our interactive website at www instraview com 7 information on price quotations drivers technical LEASING MONTHLY specifications manuals and documentation RENTALS ITAR CERTIFIED a aed Contact us 888 88 SOURCE sales artisantg com www artisantg com Document Number 809605 Revision D Date January 2003 SVME DMV 179 Single Board Computer Getting Started Manual Dy 4 Systems Inc 333 Palladium Drive Kanata Ontario Canada K2V 1A6 613 599 9199 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com SVME DMV 179 Getting Started Manual Dy 4 Systems Inc Revision History Rev By Date Description BJ December 1999 First release This document is associated with SVME DMV
9. RAM misaligned transfer Pass RAM read write 0x0004461C 0x000455B8 UART Loopback Pass UART Loopback Pass Universe Controllable bits Pass Universe Int Pass Universe Register Test Pass Universe Data Convergence 64 Pass SCC Data Convergence Pass SCC Ch A Poll Mode Pass Pass SCC Ch A Interrupt Mode Pass SCC Ch B Poll Mode Pass SCC Ch B Interrupt Mode Pass Base Card CSR Controllable bits Pass RAM data convergence Pass RAM misaligned transfer Pass RAM read write 0xF4008000 0xF400FFFC Partition checksum Pass SCSI Reg Test Pass SCSI Controllable bits Pass SCSI Data Convergence Pass SCSI Interrupt Pass SCSI LoopBack Pass Ethernet Reg Test Pass Ethernet Controllable bits Pass Ethernet Loopback Pass L2 RAM Data Test Pass L2 RAM Address Test Pass L2 Cache Miss Test Pass PCI N Bridge Reg Test Pass ECC Polled Pass ECC Interrupt Pass 50000000 0x0004461C 0x000455B8 Pass Pass Pass Figure 4 3 CLD Results 809605 Version D January 2003 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com 4 5 SVME DMV 179 Getting Started Manual Dy 4 Systems Inc Restoring the SEEPROM Note If the CLD results indicate that the SEEPROM has failed the simplest method of restoring it is to wipe the contents The card Foundation Firmware will re initialize it when it next resets The p
10. When the PMC module is mounted in slot 1 at the centre of the basecard its module is mounted in slot 2 near the P2 connector its I O signals are I O signals are available on the backplane PO connector When the PMC Before You Begin Warning integrated circuits injury Unpack and Configure the Cards Install the PMC Modules on the Basecard Bud Reference Choose a VME Slot Location 3 4 available on the backplane P2 connector Select Slot 1 the left most slot in the VME chassis if you want the basecard to be the System Controller SYSCON If you intend to use another card as the SYSCON select the left most unoccupied slot All VME cards should be installed in adjacent slots leaving empty slots may cause problems with interrupts and Bus Grant signals 809605 Revision D January 2003 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com Dy 4 Systems Inc Insert the Basecard in the Chassis SVME 179 DMV 179 Connecting a Terminal Hardware Installation Ensure that the chassis power is turned off before inserting the card An SVME basecard is equipped with a faceplate compliant with IEEE 1101 10 The large ejectors on this faceplate facilitate insertion ofthe basecard into the 160 contact 5 row connectors for P1 and P2 If the faceplate is not compatible with your chassis you can purchase an alternate faceplate from DY 4 FPL 179 000 Use the
11. i Display the GPM prompt i Boot the Operating System and Install SVME DMV 179 Software 809605 Revision D January 2003 3 3 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com SVME DMV 179 Getting Started Manual Dy 4 Systems Inc This card uses components that are sensitive to electrostatic discharges It Installation Procedure must be kept in its conductive package until just before the installation begins Remove the card from its protective package only at a grounded workstation while wearing an approved grounding wrist strap Avoid touching any metal contacts on the card static discharge can damage Turn the power off before inserting or removing cards from the VME chassis Failure to do so could damage the card circuitry or cause personal Before installing the card into a chassis ensure that you complete the pre installation tasks described in Chapter 2 of this manual and the pre installation tasks described in the User s Manuals for the PMC modules If the PMC modules are not already installed on the basecard install them in a PMC slot of your basecard using the appropriate Dy 4 mounting kits See the SVME DMV 179 Generic Drawing or the User s Manual for your PMC module for instructions These documents are included on the Technical Documentation CD ROM
12. 179 products man ufactured using PWB 310939 003 or later A BJ July 2000 Changed Support for DY 4 Common Features on page 1 5 and Initiating the Power Up Sequence on page 3 21 because Bl mode is no longer supported Corrected Table 2 5 on page 2 9 Changed About Card Insertion Force on page 3 3 Added Note and Table 3 8 on page 3 11 Corrected Table 4 2 on page 4 9 Corrected Figure A 1 on page A 4 B BJ June 2001 Modified Power Requirements on page 2 9 Modified Cable Requirements on page 2 10 to include information on CBL SBC FP 000 Updated Chapter 3 Added more information to Chapter 4 Corrected Changing the Card s Base Address on page 4 7 Corrected Communicating over the VMEbus on page 4 12 Removed Appendix A See Chapter 2 of the Hardware User s Manual for pinout information C JP February 2002 Updated Configuring Jumpers on page 2 3 with changes stemming from new board layout 310939 004 in particular the addition of E Jumpers E48 and E49 to control selection of the Permanent Alternate Boot Site PABS as the bootup source Also added material describing operation of JTAG E Jumpers E55 and E56 to Table 2 1 on page 2 4 D BJ January 2003 Added cross reference to Install the PMC Modules on the Basecard on page 3 4 Updated DMV 179 Installation Insert the Basecard in the Chassis on page 3 5 Added note to CBL 179 003 J2 SCSI Connector Pinouts on page 3 12 Updated Controlling the Power Up Seq
13. 181 It includes a USB connector P6 for use with the SVME 181 The USB connector P6 should not be used with the SVME 179 as the USB interface is not present on the SVME 179 The signal mapping for the cables is shown in Tables 3 1 to 3 4 Figure 3 1 illustrates the CBL 179 001 front panel and cable approx 69 175 cm go ME Reset Switch P1 Pas used to reset card only P2 n CBL 179 001 I Serial Channel 1 EIA 232 s via DE9 S configured as DCE Th m f Serial Channel 2 EIA 232 Ethernet 10BASE T or via DE9 S configured as DCE Ue 100BASE T VIA RJ45S JTAG port via 16 pin header BR CY P b ZA SVME 179 Front Panel I O Cable CBL 179 001 809605 Revision D January 2003 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com Dy 4 Systems Inc Table 3 1 Hardware Installation Front Panel Cable P1 to P2 and P3 Signal Mapping Signal Name SVME DMV 179 J9 Connector Cable P1 Connector Serial Channel 1 P2 Connector Serial Channel 2 P3 Connector GND J9 8 P1 8 P2 5 P3 5 CH2RTS J9 9 P1 9 P3 7 CH2CTS J9 10 P1 10 P3 8 CH2RXD J9 11 P1 11 P3 3 CH2TXD J9 12 P1 12 P3 2 CH1DSR J9 13 P1 13 P2 4 CH1RXD
14. CBL 179 002 J4 is shown in Table 3 14 CBL 179 002 P1 to J4 Parallel I O Signal Mapping P1 Pin From J4 Pin To Signal Name P1 A9 J4 1 PIO 0 P1 B9 J4 3 PIO 1 P1 B10 J4 5 PIO 2 P1 C9 J4 7 PIO 3 P1 C10 J4 9 PIO 4 P1 D9 J4 11 PIO 5 P1 D10 J4 13 PIO 6 P1 E9 J4 14 PIO 7 P1 E10 J4 16 PIO 8 P1 E2 J4 18 PIO 9 P1 E3 J4 20 PIO 10 P1 A19 J4 22 PIO 11 P1 C2 J4 2 6 10 17 21 GND The mapping of PMC Site 1 I O signals from the CBL 179 002 P1 connector to the 78 pin PMC Site 1 I O connector CBL 179 002 J5 is shown in Table 3 15 CBL 179 002 P1 to J5 PMC Site 1 I O Signal Mapping P1 Pin From J5 Pin To Signal Name P1 E4 J5 9 PMC 01 P1 D4 J5 16 PMC 02 P1 C4 J5 31 PMC 03 P1 B4 J5 17 PMC_04 P1 A4 J5 10 PMC_05 P1 E5 J5 18 PMC_06 P1 D5 J5 3 PMC_07 P1 C5 J5 19 PMC_08 P1 B5 J5 11 PMC_09 P1 A5 J5 20 PMC_10 P1 E6 J5 6 PMC_11 P1 D6 J5 36 PMC_12 P1 C6 J5 12 PMC_13 809605 Revision D January 2003 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com SVME DMV 179 Getting Started Manual Dy 4 Systems Inc Table 3 15 CBL 179 002 P1 to J5 PMC Site 1 I O Signal Mapping Continued P1 Pin From J5 Pin To Signal Name P1 B6 J5 37 PMC 14 P1 A6
15. J5 13 PMC 15 P1 E7 J5 1 PMC 16 P1 D7 J5 29 PMC 17 P1 C7 J5 2 PMC 18 P1 B7 J5 14 PMC 19 P1 A7 J5 4 PMC 20 P1 E8 J5 30 PMC 21 P1 D8 J5 21 PMC 22 P1 C8 J5 42 PMC 23 P1 B8 J5 22 PMC 24 P1 A8 J5 77 PMC 25 P1 E12 J5 5 PMC 26 P1 D12 J5 23 PMC 27 P1 C12 J5 24 PMC 28 P1 B12 J5 69 PMC 29 P1 A12 J5 43 PMC 30 P1 E13 J5 45 PMC 31 P1 D13 J5 62 PMC 32 P1 C13 J5 71 PMC 33 P1 B13 J5 38 PMC 34 P1 A13 J5 48 PMC 35 P1 E14 J5 60 PMC 36 P1 D14 J5 70 PMC 37 P1 C14 J5 61 PMC 38 P1 B14 J5 49 PMC 39 P1 A14 J5 44 PMC 40 P1 E15 J5 15 PMC 41 P1 D15 J5 39 PMC 42 P1 C15 J5 50 PMC 43 P1 B15 J5 55 PMC 44 P1 A15 J5 32 PMC 45 P1 E16 J5 56 PMC 46 P1 D16 J5 51 PMC 47 P1 C16 J5 57 PMC 48 P1 B16 J5 74 PMC 49 P1 A16 J5 40 PMC 50 P1 E17 J5 68 PMC 51 3 18 809605 Revision D January 2003 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com Dy 4 Systems Inc Hardware Installation Table 3 15 CBL 179 002 P1 to J5 PMC Site 1 I O Signal Mapping Continued P1 Pin From J5 Pin To Signal Name P1 D17 J5 41 PMC 52 P1 C17 J5 33 PMC 53 P1 B17 J5 58 PMC 54 P1 A17 J5 78 PMC 55 P1 E18 J5 59 PMC 56 P1 D18 J5 73 PMC 57 P1 C18 J5 75 PMC 58 P1 B18 J5 63 PMC 59 P1 A18 J5 76 PMC 60 P1 E19 J5 64 PMC 61 P1 D19 J5 65 PMC 62 P1 C19 J5 66 PMC 63 P1 B19 J5 67 PMC 64 809605 Revision D January 2003 Artisan Technology Group Quality Instrumentation Guaranteed 888
16. J7 Serial Channels 3 and 4 Signal Mapping P1 Pin From J6 J7 Pin To P1 Signal Name Comments P1 D11 J6 2 CHS3TXD A EIA 422 P1 D12 J6 14 CHS3TXD B EIA 422 P1 D14 J6 3 CH3RXD A EIA 422 P1 D13 J6 16 CH3RXD_B EIA 422 P1 D15 J6 15 CH3TXCOUT_A EIA 422 P1 D16 J6 24 CHS3TXCOUT B EIA 422 P1 Z21 J6 17 CH3RXC A EIA 422 P1 Z23 J6 25 CH3RXC B EIA 422 P1 B12 J6 7 GND Signal Ground P1 D26 J7 2 CHATXD A EIA 422 P1 D27 J7 14 CHATXD B EIA 422 P1 D21 J7 3 CHARXD A EIA 422 P1 D20 J7 16 CHARXD B EIA 422 P1 D22 J7 15 CHATXCOUT A EIA 422 P1 D23 J7 24 CHATXCOUT B EIA 422 P1 D25 J7 17 CHARXC A EIA 422 P1 D24 J7 25 CHARXC B EIA 422 P1 B22 J7 7 GND Signal Ground The EIA 422 TXD and RXD signals on the cable J6 and J7 connectors are not on the pins specified by the EIA 530 standard If you require connectors compliant with EIA 530 build a cable adapter using the information in Table Note 3 8 Table 3 8 Signal Mapping from Cable J6 or J7 Connector to EIA 530 EIA 530 EIA 530 Cable J6 or J7 Standard Connector Standard Connector Signal Name Connector without null modem with null modem TXD A 2 2 5 TXD B 14 14 17 RXD A 3 5 2 RXD B 16 17 14 GND 7 7 7 809605 Revision D January 2003 3 11 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com SVME DMV 179 Getting Started Manual CBL 179 003 J2 SCSI Connector Pinouts Dy 4 Systems Inc The mapping of SCSI signals from the CBL 179 003 P1 connector to
17. J9 14 P1 14 P2 3 CH1DCD J9 15 P1 15 P2 1 CH1TXD J9 16 P1 16 P2 2 As a minimum three EIA 232 pins TXDA RXDA and GND must be connected if software handshaking XON XOFF is used If software handshaking is not used CTS and RTS must be connected Note The CHIDSR signal is used to control the power up sequence See Controlling the Power Up Sequence on page 3 20 for more information Cross Reference Table 3 2 Front Panel Cable P1 to P4 Signal Mapping SVME DMV 179 Cable Ethernet Signal Name J9 Connector P1 Connector P4 Connector ENET_RXD J9 17 P1 17 P4 6 ENET_RXD J9 18 P1 18 P4 3 ENET_TXD J9 19 P1 19 P4 1 ENET_TXD J9 20 P1 20 P4 2 ENET UTP2 J9 21 P1 21 P4 7 P4 8 ENET_UTP1 J9 22 P1 22 P4 4 P4 5 809605 Revision D January 2003 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com 3 7 SVME DMV 179 Getting Started Manual Dy 4 Systems Inc Table 3 3 Front Panel Cable P1 to P5 Signal Mapping SVME DMV 179 Front Panel COP JTAG Signal Name J9 Connector P1 Connector P5 Connector COPS TDI J9 1 P1 1 P5 3 COPS_TMS J9 2 P1 2 P5 9 COPS_TCK J9 3 P1 3 P5 7 COPS_CKSTP J9 4 P1 4 P5 15 COPS_SRST J9 5 P1 5 P5 11 COPS_JTRST J9 6 P1 6 P5 4 COPS_HRST J9 7 P1 7 P5 13 GND J9 8 P1 8 P5 12 16 COPS_PWR J9 29 P1 29 P5 6 COPS_TDO J9 31 P1 31 P5 1 COPS_CPU_QACK J9 23 P1 23 P5 2 Table 3 4 3 8 F
18. Link or Soft ware Switch SWO signal to ground Open E2 E4 to pull up User Link or Software Switch SWO Watchdog Timer Power up Behaviour Selection Watchdog timer is disabled following power up Watchdog timer is enabled following power up and generates reset on timeout Connect E3 E5 Open E3 E5 Choosing Card Bootup Source Boot from 64 bit Flash Boot from 8 bit Permanent Alternate Boot Site PABS Boot from 8 bit debug Flash site boot PROM Used for dead card programming Open E6 E7 disconnect PO pin A10 Connect PO pin A10 to ground or connect E48 E49 E48 E49 present only on SVME DMV 179 PWBs identified 310939 004 or higher see Caution below Connect E6 E7 disconnect PO pin A10 and disconnect E48 E49 if present Permanent Alternate Boot Write Enable Program permanent alternate boot bank Do not program permanent alternate boot bank Connect E27 E28 for factory use only Open E27 E28 normal configuration JTAG Test Chain refer to the SVME DMV 179 Hardware User s Manual for a detailed description of the JTAG Test Chain Test CPU only Test complete JTAG chain Open E55 E56 Connect E55 E56 A Caution or the other method not both When choosing to boot from the Permanent Alternate Boot Site on SVME DMV 179 cards based upon the 310939 004 or higher PWB do not connect E48 E49 if you have also connected PO pin A10 to ground use one 80960
19. STAT LED The green STAT LED indicates the state of the Lower Status LED STATLED signal in bit 3 of the E2PROM General Control Register If the STATLED control bit is 0 then the LED is on If the STATLED control bit is 1 the LED is off For further details on the STATLED control bit refer to the SVME DMV 179 Hardware User s Manual document number 809606 provided in this documentation package PMC Slots Two openings are provided on the SVME 179 front panel to provide access to connectors that may be incorporated on optional PMC modules that may be installed on the basecard PWB 809605 Revision D January 2003 1 9 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com Dy 4 Systems Inc SVME DMV 179 Getting Started Manual Overview of Supplied Firmware The SVME DMV 179 is programmed with the following Foundation Firmware FFW modules General Purpose Monitor GPM provides comprehensive monitoring and debug functions which can be accessed from a terminal connected to Foundation Firmware the SVME DMV 179 serial channel 1 interface Card Level Diagnostics CLD provides diagnostic routines which work with your card s Built In Test functions Card Support Services CSS provides a software interface to your e card s hardware Execution Sequencer ES controls the execution sequence of software Non Volatile Memory Programmer NVMP provides for in circuit pro during a ca
20. SVME 179 version product only viathe P2 connector using a P2 interface cable such as CBL 179 003 available from DY 4 Systems for both SVME and DMV 179 version products via the PO connector using a PO interface cable such as the CBL 179 002 for both SVME and DMV 179 version products Default serial communication parameters are 9600 N 8 1 9600 baud no parity 8 bits 1 stop bit 809605 Revision D January 2003 3 5 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com SVME DMV 179 Getting Started Manual Dy 4 Systems Inc Ordering Cables Serial Communications via the Front Panel J9 Connector Note J9 31 Pin Micro D subminiature connector Figure 3 1 3 6 The cable assemblies described in Table 2 6 on page 2 10 are available from DY 4 Systems by ordering individual cables by their part numbers Should you need to develop your own cabling solution please refer to Chapter 2 of the Hardware User s Manual for complete interface pinout listings for the J9 PO and P2 interfaces The SVME 179 has a single 31 pin connector on the front panel that provides access to two EIA 232 serial channels 1 and 2 an Ethernet 10BaseT or 100BaseT interface plus a COP JTAG interface for debugging purposes The front panel cable CBL 179 001 or CBL SBC FP 000 routes the different interfaces to separate connectors CBL SBC FP 000 is compatible with both the SVME 179 and the SVME
21. appears to be damaged request that an agent of the ship per or carrier be present during unpacking and inspection 2 Find the packing list Verify that all the items on the list are present 3 Save the packing material for storing or reshipping the card 4 Ensure that any supplied PMC module is mechanically fastened to the SVME DMV 179 basecard Configuring Jumpers Cross Reference Note Depending on your application it may be necessary to modify the default jumper settings on your SVME DMV 179 For specific information about your SVME DMV 1 79 s default settings refer to the Product Release Note Factory configurations are performed via the installation removal of configuration resistors Please contact the factory if you require information about factory configured options Under normal circumstances you should not need to alter any of the factory configured options Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com 809605 Revision D January 2003 2 3 SVME DMV 179 Getting Started Manual Dy 4 Systems Inc Table 2 1 lists user configurable basecard E jumper settings More in depth descriptions of these jumper settings are provided later in this chapter Table 2 1 Basecard Jumper Settings Summary Option Change the Execution Sequence see page page 3 20 for more information Jumper Setting Connect E2 E4 to connect User
22. as shown in Figure 4 1 The second line gives the Foundation Firmware Image Terminal Al TAM fja Eile Eda Settings Phone Tranelers Help D Kena cit CIT address ter OF emi b6ul555 mir Date 1997 85 72 CECI Type SID R HM Ease RHH End RAH Hase RAM End Entrg Pt amp ii5rk I8S CLD Pela CST mara magne PRP Oa ED Chine DTD nat rss marFEIDZL UxFORAOFZFC EDDHONJ HE DBITIEUS3H Ma EMAD an Mean GEH KERAS Gx eho amp x bi2BHSU Ker OF OF Pee menamn nag rx ameF rmngavH KERA BaF OF n erc magsmg gaB AFP KERAIAN xFOE Fh5h Wax PF GF oF dtigti iit REP KEDAI EAT taf OF iini Maia nPH W F FRUTSH fier ORE Ux eT ERE Tea FEIT ux HF DrD a i marnramiar RAMAI IDA beer neon Figure 4 1 CIT Command 809605 Version D January 2003 4 3 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com SVME DMV 179 Getting Started Manual Dy 4 Systems Inc Determine the Configuration of the Card To determine the hardware map of the card type map at the GPM prompt This will display a hardware map of the card and its PMC modules as shown in Figure 4 2 40000000 map Hardware map for the SVME DMV 179 Base Addr Size LM Addr A24 0x00400000 0x00080000 0x00000000 A32 0x40000000 0O0x07FFF000 0x00000000 BOOT PROM OxFFFO0000 0x00080000 CFI1 4Mx16 OxFE000000 0x01000000 CFI1 4Mx16 0OxFD000000 0x01000000 DRAM 0x000
23. feature of the SVME DMV 179 and is only provided on a special order basis Please consult the Product Release Note for your version of the SVME DMV 179 for further 20 information Table 3 12 CBL 179 002 P1 to J2 Ethernet RJ45S Signal Mapping P1 Pin From J2 Pin To Signal Name Comments P1 B2 J2 1 ENET TXD Ethernet IEEE 802 3 P1 A2 J2 2 ENET TXD Ethernet IEEE 802 3 P1 B3 J2 3 ENET_RXD Ethernet IEEE 802 3 P1 A3 J2 6 ENET RXD Ethernet IEEE 802 3 P1 A1 J2 4 5 ENET UPT2 Ethernet IEEE 802 3 P1 B1 J2 7 8 ENET UPT1 Ethernet IEEE 802 3 CBL 179 002 J3 Serial The mapping of Serial Channel 1 EIA 232 signals from the CBL 179 002 P1 Channel 1 Connector connector to the DE9 S connector CBL 179 002 J3 is shown in Table 3 13 Pinout Table 3 13 CBL 179 002 P1 to J3 Serial Channel 1 Signal Mapping P1 Pin From J3 Pin To Signal Name Comments P1 C1 J3 2 CH1TXD EIA 232 P1 D1 J3 3 CH1RXD EIA 232 P1 E1 J3 4 CH1DSR EIA 232 P1 C2 J3 5 GND Signal Ground 3 16 809605 Revision D January 2003 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com Dy 4 Systems Inc CBL 179 002 J4 Parallel I O Connector Pinout Table 3 14 CBL 179 002 J5 PMC Site 1 1 0 Connector Pinout Table 3 15 Hardware Installation The mapping of parallel I O signals from the CBL 179 002 P1 connector to the DB25 s connector
24. of DY 4 s industry leading MIL rugged line of PowerPC based Single Board Computers SBCs Packed with features to satisfy the real world requirements of defense aerospace systems integrators the SVME DMV 179 is designed with performance reliability and ease of use in mind The SVME DMV 179 introduces a full 64 bit architecture a ground breaking 48 Mbytes of direct memory mapped 64 bit wide Flash and the DSP capabilities of AltiVecTM technology all at a low power dissipation of only 17 Watts typical Providing high performance synchronous DRAM combined with the high system integrity of Error Detection and Correction EDAC the SVME DMV 179 is ready for the challenges of avionics tactical ground vehicle and rugged naval applications For retrofit and technology insertion applications the SVME DMV 179 offers a common I O feature set and the option of pinout compatibility to earlier generations of DY 4 PowerPC SBCs As a member of DY 4 s continuously evolving stream of PowerPC SBCs the SVME DMV 179 supports the life cycle model of successive technology insertions throughout a platform s life time Figure 1 1 illustrates the SVME DMV 179 architecture 809605 Revision D January 2003 1 3 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com Dy 4 Systems Inc y
25. the 50 Pin CHAMP Receptacle CBL 179 003 J2 Connector is shown in Table 3 9 Table 3 9 CBL 179 003 P1 to J2 SCSI 50 Pin CHAMP Signal Mapping P1 Pin P1 Pin From J2 Pin To Signal Name From J2 Pin To Signal Name P1 B2 J2 1 GND P1 Z1 J2 26 DB 0 P1 B2 J2 2 GND P1 Z3 J2 27 DB 1 P1 B2 J2 3 GND P1 Z5 J2 28 DB 2 P1 B2 J2 4 GND P1 Z7 J2 29 DB 3 P1 B2 J2 5 GND P1 Z9 J2 30 DB 4 P1 B2 J2 6 GND P1 Z11 J2 31 DB 5 P1 B2 J2 7 GND P1 Z13 J2 32 DB 6 P1 B2 J2 8 GND P1 Z15 J2 33 DB 7 P1 B2 J2 9 GND P1 Z17 J2 34 DB P P1 B2 J2 10 GND P1 B22 J2 35 GND P1 B12 J2 11 GND P1 B22 J2 36 GND P1 B12 J2 12 RESERVED P1 B22 J2 37 GND P1 B12 J2 13 OPEN P1 D10 J2 38 TERMPWR fused 5V P1 B12 J2 14 RESERVED P1 B22 J2 39 GND P1 B12 J2 15 GND P1 B22 J2 40 GND P1 B12 J2 16 GND P1 D1 J2 41 ATN P1 B12 J2 17 GND P1 B22 J2 42 GND P1 B12 J2 18 GND P1 D2 J2 43 BSY P1 B12 J2 19 GND P1 D3 J2 44 ACK P1 B12 J2 20 GND P1 D4 J2 45 RST P1 B22 J2 21 GND P1 D5 J2 46 MSG P1 B22 J2 22 GND P1 D6 J2 47 SEL P1 B22 J2 23 GND P1 D7 J2 48 C D P1 B22 J2 24 GND P1 D8 J2 49 REQ P1 B22 J2 25 GND P1 D9 J2 50 0 The SVME DMV 179 provides TERMPWR as specified in SCSI 2 When connecting a SCSI peripheral make sure to configure the peripheral to Note accept TERMPWR from the SCSI bus This is a jumper setting on the SCSI peripheral 3 12 809605 Revision D January 2003 A
26. 0 07 7000 0000 70 0000 08 7800 0000 78 0000 09 8000 0000 80 0000 0A 8800 0000 88 0000 0B 9000 0000 90 0000 0C 9800 0000 98 0000 oD A000 0000 AO 0000 OE A800 0000 A8 0000 OF B000 0000 BO 0000 10 B800 0000 B8 0000 11 C000 0000 CO 0000 12 C800 0000 C8 0000 13 D000 0000 DO 0000 14 D800 0000 D8 0000 15 E000 0000 EO 0000 16 E800 0000 E8 0000 17 F000 0000 FO 0000 809605 Version D January 2003 4 9 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com SVME DMV 179 Getting Started Manual Changing the Base Address Dy 4 Systems Inc In some cases you may need to bypass the Auto ID function and use the geographical address or assign a specific VME base address The SVME DMV 179 card has an Auto ID bypass byte at offset OD in the Foundation Firmware partition of the serial EEPROM If the value of the Auto ID bypass byte is FF the Auto ID value is used If the value of this byte is FE the geographical address is used If the value of this byte is anything else this value 1s used as the first five bits of the base address See Table 4 3 on page 4 11 To modify the contents of the serial EEPROM use the partition command as shown below Assume you want to assign a base address of 7800 00004 corresponding to and Auto ID bypass byte of OF Follow these steps 1 Retrieve the partition from the SEEPROM device 0 and copy it into memory At the GPM prompt type PART r 0 1 10
27. 0000 10000 lt CR gt The first four bytes of the partition contain the checksum and the size 2 Modify the Auto ID bypass byte in memory at offset ODy 044 11g MM 100011 b CR lows Cross Reference 4 10 Type the new Auto ID bypass byte followed by a carriage return as fol OF lt CR gt 3 Copy the partition back into the SEEPROM The first four bytes of the partition are checksum and size and are set automatically The size of the 4 Reset the chassis partition is 88g PART w 0 1 100004 88 lt CR gt This procedure changes the default ID in the configuration serial EEPROM effect until the byte is changed again in the serial EEPROM The change will take effect on the next card reset or reboot and will remain in The simplest way of determining the card s VME base address is to connect a computer terminal directly to it and check the GPM starting message The initial prompt always displays the VMEbus A32 base address of the card Refer to the V8 Foundation Firmware User s Manual for more information 809605 Version D January 2003 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com Dy 4 Systems Inc Card Communications Table 4 3 Auto ID Bypass Byte and VME Address Extended Address Standard Address Auto ID
28. 00000 0x08000000 NOVRAM OxF4008000 0x00008000 Vendor Device HDR Config Memory Space Allocation Device name ID ID TYPE Base Addr BAR PCI Base Size Type GT 64130 0x11AB 0x6320 0x00 0x80000000 Universe Ox10E3 0x0000 0x00 0x80003000 O OxD0001000 0x00001000 Memory 1 OxE0001000 0x00001000 I O SYM53C885SC 0x1000 0x000D 0x80 0x80004000 0 0xE0000100 0x00000100 I O 1 0OxD0000100 0x00000100 Memory 2 0xD0002000 0x00001000 Memory SYM53C885ET 0x1000 0x0701 0x80 0x80004100 0 0xE0000000 0x00000100 I O 0xD0000000 0x00000100 Memory Unknown Ox1011 0x0024 0x01 0x80005000 Unknown 0x1011 0x0019 0x00 0x80012000 0 0xE0002000 0x00000080 I O 1 0OxD0100000 0x00000400 Memory Unknown 0x1011 0x0019 0x00 0x80012800 0 0xE0002080 0x00000080 I O 0xD0100400 0x00000400 Memory PMC642 BRDG 0x8086 0x0964 0x81 0x80005800 PMC642 Ox13F4 0x4101 0x80 0x80005900 0 OxD4000000 0x04000000 Memory 40000000 Figure 4 2 GPM MAP Command 4 4 809605 Version D January 2003 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com Dy 4 Systems Inc Card Communications Running Diagnostics If the red Fail LED on the front panel remains lit type cld at the GPM prompt This will run Card Level Diagnostics and display the results as shown in Figure 4 3 50000000 cld CLD complete 16 diagnostics were executed Summary Pass Pass Pass Cpu Space Decode EPROM transfer Pass RAM data convergence Pass RAM address convergence
29. 5 Revision D January 2003 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com Dy 4 Systems Inc Pre Installation Tasks E27 E28 E6 E7 Figure 2 1 SVME DMV 179 Jumper Locations All remaining E terminals are reserved for factory use or configuration only Note 809605 Revision D January 2003 2 5 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com Dy 4 Systems Inc SVME DMV 179 Getting Started Manual The SVME DMV 179 has a software readable E Jumper located at E2 E4 known as the User Link or Software Switch used to control the power up sequence for the Foundation Firmware The onboard Foundation Firmware checks the state connected or open ofthe Execution Sequence Control User Link on power up and uses this along with the serial channel 1 DSR input to select one of four possible execution sequences See page 3 20 Jumper For information on the code executed refer to the Programmer s Reference Manual document number 809016
30. 88 SOURCE www artisantg com SVME DMV 179 Getting Started Manual Dy 4 Systems Inc Controlling the The power up sequence for the Foundation Firmware depends on the settings of the User Link the state of the Serial Channel 1 DSR line and the version of Power Up Foundation Fi installed The possibl h Sequ ence Foun ation Firmware installed The possible power up sequences are shown in Table 3 16 amp 1 Use the GPM CIT command to determine the version of Foundation Firmware Rus a installed Tip Table 3 16 Foundation Firmware Execution Sequence Condition Execution Sequence User Link E2 E4 off DSR negated cable out PBIT Default Application GPM When the SVME DMV 179 boots it executes PBIT and then calls the default appli cation If the default application returns it returns to GPM User Link E2 E4 off DSR asserted terminal connected to SVME DMV 179 Serial Channel 1 PBIT GPM gt Default Application GPM When the SVME DMV 179 boots it executes PBIT and then GPM Type rts at the GPM prompt to call the default application If the default application returns it returns to GPM User Link E2 E4 on DSR negated cable out Default Application GPM When the SVME DMV 179 boots it calls the default application immediately If the default application returns it returns to GPM User Link E2 E4 on DSR asserted terminal connected to SVME DMV 179 Serial Channe
31. 88 SOURCE www artisantg com Dy 4 Systems Inc Figure 1 3 Dimensions Table 1 1 Weight Table 1 2 Product Overview Figure 1 3 shows the location of the PMC slots D C PO P1 PMC Slot 2 Location of PMC Modules PMC Slot 1 The SVME DMV 179 is built on a VMEbus compatible double height 6U Printed Wiring Board PWB Table 1 1 lists the dimensions of the SVME DMV 179 Dimensions of the SVME DMV 179 Parameter Dimensions Height 233 4 mm 9 2 in Depth 160 mm 6 3 in Thickness 20 0 mm 0 8 in The maximum weight of the SVME DMV 179 is specified in Table 1 2 Maximum Card Weight Card Type SVME 179 no PMC modules present DMV 179 no PMC modules present Weight without PMC modules 550 g 600 g 809605 Revision D January 2003 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com 1 7 Dy 4 Systems Inc Table 1 3 summarizes these connectors providing a brief description and an indication of what functions interfaces are suppor
32. 888 88 SOURCE www artisantg com Chapter 2 Pre Installation Tasks In this chapter This chapter explains how to configure the SVME DMV 179 before it is installed in a VME chassis Specifically this chapter provides the following information D unpacking the card O modifying the SVME DMV 179 jumper settings and D checking cable and power requirements 809605 Revision D January 2003 2 1 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com SVME DMV 179 Getting Started Manual Dy 4 Systems Inc 2 2 809605 Revision D January 2003 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com Dy 4 Systems Inc Pre Installation Tasks Unpacking the Card e Warning cards This card uses components that are sensitive to electrostatic discharges It must be kept in its conductive package until just before the installation begins Remove the card from its protective package only at a grounded workstation while wearing an approved grounding wrist strap Avoid touching any metal contacts on the card static discharge can damage integrated circuits To avoid damage to the card or to avoid any personal injury remove the power from the chassis prior to removing or installing To unpack the card from its protective package follow these steps 1 Unpack the card from the shipping carton in a suitable work area If the shipping carton
33. 9605 Revision D January 2003 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com 2 10 Chapter 3 Hardware Installation In this chapter This chapter explains how to install the SVME DMV 179 in a VME chassis Specifically this chapter describes the following procedures d d 809605 Revision D January 2003 inserting the card into a chassis connecting a terminal to the card via a serial communications cable turning on the power and confirming that the Power up Built In Test PBIT has completed successfully displaying the initial screen message and establishing the card s VME base address and troubleshooting installation problems 3 1 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com SVME DMV 179 Getting Started Manual Dy 4 Systems Inc 3 2 809605 Revision D January 2003 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com Dy 4 Systems Inc Hardware Installation Installation Procedure Summary Below is a summary of the installation procedure described in this chapter If you are experienced you may wish to use it as a quick installation procedure Unpack and configure cards 9 Install PMC modules in PMC slots of basecard and configure them s Insert basecard in chassis 4 Connect basecard to terminal V Apply power
34. After explaining the capabilities of the SVME DMV 179 the manual provides the procedure for correctly installing and checking out the card s operation This manual is intended for the reader who has a technical understanding of More in depth technical information about the SVME DMV 179 hardware is hardware engineering fundamentals and a basic understanding of the VMEbus architecture provided in the SVME DMV 179 Hardware User s Manual document number 809606 which is included in the documentation package Cross Reference Sco pe This document contains the following chapters Chapter 1 Product Overview Provides general information about the features and functions of the SVME DMV 179 Chapter 2 Pre Installation Tasks Discusses tasks that must be performed prior to installing the SVME DMV 179 in a chassis Provides information on jumper configurations cabling and power requirements Chapter 3 Hardware Installation Explains how to install the SVME DMV 179 in a chassis and verify that it is operating correctly Chapter 4 Card Communications Explains how to determine the hardware and Foundation Firmware configuration of the card how to run diagnostics how to restore the SEEPROM and Foundation Firmware Explains how to change the SVME DMV 179 s VME base address and how to communicate with other cards over the VMEbus 809605 Revision D January 2003 Artisan Technology Group Quality Instrumenta
35. Bypass Byte A32 A24 00 Reserved Reserved 01 0800 0000 08 0000 02 1000 0000 10 0000 03 1800 0000 18 0000 04 2000 0000 20 0000 05 2800 0000 28 0000 06 3000 0000 30 0000 07 3800 0000 38 0000 08 4000 0000 40 0000 09 4800 0000 48 0000 0A 5000 0000 50 0000 0B 5800 0000 58 0000 0C 6000 0000 60 0000 oD 6800 0000 68 0000 0E 7000 0000 70 0000 OF 7800 0000 78 0000 10 8000 0000 80 0000 11 8800 0000 88 0000 12 9000 0000 90 0000 13 9800 0000 98 0000 14 A000 0000 AO 0000 15 A800 0000 A8 0000 16 B000 0000 BO 0000 17 B800 0000 B8 0000 18 C000 0000 CO 0000 19 C800 0000 C8 0000 1A D000 0000 DO 0000 1B D800 0000 D8 0000 1C E000 0000 EO 0000 1D E800 0000 E8 0000 1E F000 0000 FO 0000 1F Not Valid Not Valid FE Use Geographical Address FF Use Auto ID Value 809605 Version D January 2003 4 11 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com SVME DMV 179 Getting Started Manual Dy 4 Systems Inc Communicating over the VMEbus Note m pex Terminal Figure 4 4 4 12 The SVME DMV 179 can communicate serial data over the VMEbus with any DY 4 card that is running GPM Both cards must be executing GPM for this to work If either card 1s running a default application such as VxWorks this will not work Set up the cards as follows Onthe primary card make sure that the user link E2 E4 is not con nected Connect a terminal to Serial Channel 1 O
36. Started Manual icon conventions 1 xili initial screen message 3 21 insert basecard in chassis 3 5 installation on basecard 3 4 installation procedure 3 3 J jumper configuration summary 2 4 jumper locations 2 5 L LEDs 1 9 LynxOS 1 10 M map 4 4 mating connectors 1 8 memory address notation 1 xiii NVMP 2 8 O ordering cables 3 6 P PO connector 3 15 P0 I O cable 3 15 PO interface cable 3 5 P2 cable connections 3 9 P2 interface cable 3 5 PBIT 3 20 PCI to VMEbus bridge 1 5 physical characteristics connector layout 1 6 front panel LEDs 1 9 weight 1 7 PMC slots 1 9 PMC support 1 4 power requirements 2 9 Power Supply Supervisor Chip 2 7 power up sequence 3 20 programming Foundation Firmware 4 6 programming the card 4 6 Dy 4 Systems Inc R reference documentation 1 xiv restoring Foundation Firmware 4 6 restoring the SEEPROM 4 6 running diagnostics 4 5 S SCSI Connector Pinouts 3 12 SCSI signals 3 12 SEEPROM 4 6 serial channels 1 and 2 3 10 serial channels 3 and 4 3 11 serial communications connecting a terminal 3 5 front panel cable 3 6 over VMEbus 4 12 signal conventions 1 xii size abbreviations 1 xili slot ID 4 9 4 11 slot location 3 4 Software Switch 2 6 SWO 2 6 system controller SYSCON 3 4 I terminal settings 3 22 terminating communication link 4 13 troubleshooting 3 22 4 5 typographic conventions 1 xii U Universe interface chip 1 5 unpacking the card 2 3 User L
37. address assignment 4 9 base address setting the 4 7 BI mode 1 ii boot source 2 7 2 8 booting 2 8 C cable part numbers 2 10 cable requirements 2 10 cabling considerations 2 10 card configuration 4 4 Card Level Diagnostics 3 21 3 22 changing base addresses 4 10 chassis requirements 2 9 cit 4 3 cld 4 5 communicate command 4 13 communications over the VMEbus 4 12 component locations 1 6 configuring jumpers 2 3 connecting a terminal 3 5 connectors descriptions 1 6 locations 1 6 controlling power up sequence 3 20 D debug Flash bank 2 8 default application 3 21 diagnostics 4 5 809605 Revision D January 2003 Index Diagnostics Results Table DRT 3 22 dimensions 1 7 documentation conventions used in 1 xii Dump command 3 22 E electrical standards and specifications 1 xiv Ethernet address 4 14 Ethernet connector pinout via PO 3 16 Execution Sequence 3 20 F factory configuration 2 3 FlashProg 1 10 2 8 Foundation Firmware 1 10 description 1 10 execution sequence 3 20 Foundation Firmware version 4 3 front panel 1 9 LEDs 1 9 front panel cable 3 6 front panel J9 connector 3 6 front panel serial communications 3 6 G General Purpose Monitor GPM dump command 3 21 help command 3 21 geographical addressing 4 7 H hardware map of the card 4 4 hardware requirements 2 9 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com SVME DMV 179 Getting
38. art number 98 JTAG interface Discrete Digital I O interface Eth 3165 105 01 ernet 10Base T or 100Base T interface see Note SCSI interface EIA 232 interfaces Chan nels 1 and 2 EIA 422 485 interfaces Channels 3 and 4 PMC Site 1 I O signals standard factory configuration The specific interface functions provided via the PO and P2 interfaces are determined via factory configuration and are largely dependent on the type and number of PMC modules installed on the basecard The SVME DMV 179 Note supports an Ethernet interface via the PO connector on a special order basis Please contact the factory if you require this option The standard SVME DMV 179 factory configuration is mostly PO and P2 I O x compatible with the SVME DMV 178 The SVME DMV 179 is also factory P i configurable for SVME DMV 176 177 PO and P2 I O compatibility See the application note Migrating from the SVME DMV 178 to the SVME DMV 179 Cross document number 808630 for more information Reference pm For complete descriptions of all the basecard mating connectors including detailed pinout listings and electrical characteristics of signals refer to Chapter 2 of the SVME DMV 179 Hardware User s Manual document number 809606 You should consult the Product Release Notes for your particular card variant which contains information describing any variant specific alterations to the interface configuration of your card if any have been implemented
39. as RO Fog ree EE EEEE Bai 1 8 SVME 179 Front Panel ute eee Nei vetu eR e etre ee oe eta e EE e eee a 1 9 Overview of Supplied FirmWare mn ea a enne ener eterne rennen ener nennen 1 10 Foundation FirniWate eec t Uere er YR EEE NE AAA aa e Ive FERRE 1 10 Board Support Packages Drivers eene enne nnne A einen 1 10 NELaIEX8on Id 1 10 2 Pre Installation Tasks D S 2 1 Unpacking the Card secs scsccscissecasexedsnaestdcacessneszecitecauesacca sseascdasetesaaevincasdessteseecuadegedeuccdsstbcaesebelandusteandentbastea 2 3 Configuring JUMPELS Pm 2 3 Execution Sequence Control Jumper esses enne enne nennen nennen eene 2 6 Watchdog Timer Power up Reset Behaviour Selection sse 2 7 Berang nn AA E BA TEE EA A E Aa E a 2 8 Checking Hardware Requirements concernir aa aaa 2 9 Chassis Requirement 4 2 sana nn nn ani AT EAEE AU nex ed ee dee E A 2 9 Power Requirements 2 5 a E AT A AAA A Aa 2 9 Cable Requirements sont eur i t lati A A A AA Aa a NE aan AA 2 10 3 Hardware Installation cee cae aa weeded beck Que anna anna nana nana nana Can aaa 3 1 Installation Procedure Summary nn nad SAN AB a E A BA A ana kai 3 3 HIMEN 3 4 Before OW Berita an m 3 4 Unpack and Configure the Cards nina an eisernen KA A an A aa aaa 3 4 Install the PMC Modules on the Basecard ae
40. ation Guaranteed 888 88 SOURCE www artisantg com 2 9 Dy 4 Systems Inc The SVME DMV 179 uses on card voltage regulators to provide the required low voltages to devices on the SVME DMV 179 If PMC modules requiring 3 3 V are to be used on the SVME DMV 179 the backplane into which the SVME DMV 179 Getting Started Manual SVME DMV 179 is installed must be properly configured to provide 3 3 V power at the P1 connector The following cables are used during the installation procedure described in this manual They are available from DY 4 Systems by ordering part numbers Note Cable Requirements Dus listed in Table 2 6 You can also make your own cables using the SVME DMV 179 connector pin assignments documented in Chapter 2 of the Hardware User s Manual Table 2 6 Cable Part Numbers Part Number Identification CBL 179 001 Cable Assembly SVME DMV 179 Front Panel I O CBL SBC FP 000 Cable Assembly SVME DMV 179 SVME DMV 181 Front Panel I O CBL 179 003 Cable Assembly SVME DMV 179 P2 I O CBL 179 002 Cable Assembly SVME DMV 179 PO I O If the P2 and PO I O cables must both be plugged directly into backplane the strain relief shroud on the P2 I O cable can be removed Cabling Considerations See the section of this manual called Connecting a Terminal on page 3 5 for information about how to use the cables available for the SVME DMV 179 E A oO Tip Cross Reference 80
41. basecard generic drawing included on the SVME DMV 179 Technical Documentation CD ROM to determine how to mount the faceplate on the card With the alternate faceplate you must use a significant amount of insertion force to mate the backplane connectors with the VME backplane Use extra care when aligning and inserting your basecard into your chassis to ensure that asecure mechanical and electrical connection is made between the card and the backplane mating connectors Once the basecard is inserted in the chassis secure it by tightening the screws at the top and bottom of the faceplate With DMV basecards you must use a significant amount of insertion force to mate the backplane connectors with the VME backplane Use extra care when aligning and inserting your basecard into your chassis to ensure that a secure mechanical and electrical connection is made between the card and the backplane mating connectors Once the basecard is inserted in the chassis use a torque driver wrench to tighten the wedgelocks at the top and bottom of the card The required torque is 6 in lbs In order to access the features available within the embedded firmware on the SVME DMV 179 you ll need to attach a terminal or PC emulated equivalent to the Serial Channel 1 interface on the card You can connect a terminal to the SVME DMV 179 in one of the following ways viathe front panel serial port J9 connector using a serial cable such as CBL 179 001 for the
42. can act as the SYSCON if it is installed in Slot 1 Cards that have Auto ID functionality should be installed in the left hand Auto ID side of the chassis in adjacent slots To ensure reliable Auto ID operation VME cards which are not Auto ID capable should be installed to the right of all Auto ID capable cards If your configuration includes cards which cannot support the Auto ID function refer to the V8 Foundation Firmware Software User s Manual for information on avoiding conflicts Most DY 4 cards support the Auto ID function The SVME DMV 179 supports the geographical addressing method for Cross Reference determining the VMEbus slot ID when used in VMEbus backplanes supporting this feature When selected for geographical addressing the Geographical Addressing SVME DMV 179 firmware reads the geographical address and generates a unique ID code The SVME DMV 179 calculates its base address using this ID code and a table in its on board serial EEPROM See Table 4 2 on page 4 9 Refer to Changing the Base Address on page 4 10 for information on how to select this feature and Table 4 1 for the standard P1 backplane configuration 809605 Version D January 2003 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com 4 7 SVME DMV 179 Getting Started Manual Dy 4 Systems Inc
43. ch damage Please observe warning icons and read the accompanying text completely before carrying out the Icons procedure The caution icon indicates non catastrophic incidents complex practices or procedures which if not observed could result in damage to the hardware Cautions include specific instructions for avoiding or minimizing these O Warning incidents The note icon highlights exceptions and special information D Caution Tips provide extra information on the subject matter This could include hints on how to use your current DY 4 card to its maximum potential NA Note IV Cross references to other documents are used when discussing a subject that is fully addressed by another more authoritative document Cross references are iP also used for document chapters and sections a 3 xiii Cross Reference Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com 809605 Revision D January 2003 Reference Documentation xiv Note SVME DMV 179 Getting Started Manual Dy 4 Systems Inc Please refer to the CD ROM included in the documentation package for additional reference information supplied in Adobe Acrobat readable format Included on the CD ROM are documents relating to the standard Foundation Firmware a user s manual for the Universe PCI to VMEbus interface and a helpful guide to using the VMEbus among othe
44. e table in ASCII format for readability Type the Dump command without an address to display the next screen full of D CR DRT data as shown below Ifthe red FAIL LED is off the DRT will confirm that all its tests passed Refer to the V8 Foundation Firmware User s Manual and the Product Release Note for more information on the CLD routines Ifthe CLD does not report any results check the power up sequence being run See page 3 20 Ifthe sign on message is garbled check that your terminal settings match 9600 8 N 1 9600 baud 8 data bits no parity 1 stop bit Also ensure that you are using a cable compatible with the ones listed in Table 2 6 on page 2 10 809605 Revision D January 2003 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com Dy 4 Systems Inc Hardware Installation Additional Information mE Additional troubleshooting information for example how to run Card Level Diagnostics to isolate problems is available in Chapter 4 of this manual Refer P i also to the FAQ database in the Support area of the DY 4 web site www dy4 com Cross Reference 809605 Revision D January 2003 3 23 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com Dy 4 Systems Inc SVME DMV 179 Getting Started Manual Once the hardware is correctly configured and installed in the chassis the next step is
45. ena ana aaa 3 4 Choosea VME Slot Location nn nn BA ren Pee i E AA EERE E aa 3 4 Insert the Basecard m the Chassis et tette he o eet eee sued A E da 3 5 Connecting a Terminal dn nn nn Eee nep eee n EE CI E Eb a ordner tay eue tun 3 5 Serial Communications via the Front Panel J9 Connector nenne 3 6 Serial Communications via the P2 Connector a eee enne 3 9 Expanded I O via the PO Connector esses enne nennen nns 3 15 Controlling the Power Up Sequence sse enne enne enne 3 20 Initiating the Power Up Sequence a nennen nennen erret nnn enne 3 21 809605 Revision D January 2003 V Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com SVME DMV 179 Getting Started Manual Dy 4 Systems Inc Displaying the Initial Screen Message ea ne a ena nenen enne nennen 3 21 Troubleshooting ninien E AAA AAA O A bv ein DRE 3 22 Verify Insertion 1 Chass1S 0nd nn ann KAA RE ERRA Aa a da 3 22 Verify that PMC Module Has 3 3 V PoWer a a ana aa a ena ana naaa 3 22 FAIL LED SES DM ostio ib N RE EARN iiv M enu ES 3 22 Sign on Message Garbled tn nn ree tei t erro a eee ea ME Pet PY SCREEN Aa 3 22 Additional BUE dL T 3 23 The Next SMED ERRE 3 24 LUE Een eM 4 1 Determining the Foundation Firmware Version en aaa ea ne
46. g standard DY 4 PMCs available third party PMC products or by developing their own PMC based modules 809605 Revision D January 2003 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com Dy 4 Systems Inc Product Overview Support for DY 4 Common Features The SVME DMV 179 supports DY 4 Systems common architecture feature set including the capability of a compatible pinout with previous SVME DMV 17X PowerPC products a feature rich VME64 VMEbus interface with Built In Test BIT read write FIFOs and Auto ID These features bring benefits in performance as well as supporting technology insertion reducing program logistics and maintenance costs Tundra s Universe II interface chip provides a PCI to VMEbus bridge which implements all VMEbus interface functions with software programmable features Based on the popular SCV64 the Universe II device combines low latency access to the VMEbus with high sustained throughputs Additional Built In Test BIT hardware features verify correct operation to a high confidence level The Universe II internal FIFOs support write posting enabling efficient interprocessor messaging thereby minimizing overhead in real time software Auto ID allows the SVME DMV 179 to be self configuring based on its slot position in the VME chassis Geographical address inputs available as part of the VME64 extensions can be used for VMEbus base address configurati
47. iately following reset without the need for software programming or initialization This mode of operation is selected by leaving E3 E5 open The watchdog timer will generate a card reset if left to expire With the E3 E5 jumper installed the watchdog timer is disabled following power up reset however it can be enabled by application software Watchdog Timer Power up Behaviour Option Jumper Settings Watchdog timer is disabled following power up Connect E3 E5 Watchdog timer is enabled following power up and Open E3 E5 generates reset on timeout o o o o o ZW o oo D o E2 E3 E4 E5 Watchdog Timer Power up Behaviour 809605 Revision D January 2003 2 7 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisan
48. ink jumper 2 6 V version of Foundation Firmware FFW 4 3 VMEbus base addresses 4 9 VxWorks 1 10 W watchdog timer configuration 2 6 weight 1 7 809605 Revision D January 2003 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com A rtisan Artisan Technology Group is your source for quality TecmoogyGroup new and certified used pre owned equipment FAST SHIPPING AND SERVICE CENTER REPAIRS WE BUY USED EQUIPMENT DELIVERY Experienced engineers and technicians on staff Sell your excess underutilized and idle used equipment TENS OF THOUSANDS OF at our full service in house repair center We also offer credit for buy backs and trade ins IN STOCK ITEMS www artisantg com WeBuyEquipment EQUIPMENT DEMOS HUNDREDS OF InstraV ea REMOTE INSPECTION LOOKING FOR MORE INFORMATION MANUFACTURERS Remotely inspect equipment before purchasing with Visit us on the web at www artisantg com 7 for more our interactive website at www instraview com 7 information on price quotations drivers technical LEASING MONTHLY specifications manuals and documentation RENTALS ITAR CERTIFIED a aed Contact us 888 88 SOURCE sales artisantg com www artisantg com
49. is any user application programmed into the the VME system on board Flash The VxWorks boot loader is initially programmed as the default application This section describes the normal power up behaviour of the SVME Initiating the Sequence Power Up Switch the VME chassis on Initial LED Activity Immediately on power up both the red FAIL LED and green STATUS LED will light up Once the card passes its initial diagnostics PBIT turns the red FAIL LED off If a diagnostic fails the red FAIL LED remains lit In either case the green Ifthe red FAIL LED stays on after power up then PBIT has found one or more problems or the selected execution sequence did not include PBIT Refer to the STATUS LED remains lit Troubleshooting section on page 3 22 for information on locating the problem After control is transferred to the GPM pressing any key on the keyboard will Message Cross Reference Displaying the Initial Screen inform the GPM that I O data is being received from the serial data port The GPM will then display a sign on message similar to the following SVME 179 PowerPC 750 General Purpose Monitor Version 8 0 c DY 4 Systems Inc Type for help The last line is the initial prompt which shows the VMEbus base address of the 40000000 card In this example the base address is 4000 0000 Type at the prompt to display the help screen for the GPM For more detailed information on using the GPM refer
50. l 1 For FF W 601942 106 or earlier PBIT Default Application GPM When the SVME DMV 179 boots it executes PBIT and then calls the default appli cation If the default application returns it returns to GPM For FF W 602406 100 or later Recovery Mode CBOOT parameters are not used The card uses Foundation Firmware default parameters instead of the CBOOT parameters set in the Configuration Boot Manager CBM GPM When the SVME DMV 179 boots it executes GPM Cross Reference 3 20 Power up Built In Test PBIT is an application that is run at power up to execute a preconfigured list of Card Level Diagnostics CLD For more information about PBIT see the V8 Foundation Firmware User s Manual 808006 included on the Technical Documentation CD ROM 809605 Revision D January 2003 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com Hardware Installation The card can run the following programs during power up Power up Built In Test PBIT PBIT tests all major subsystems on the card Test results are placed in the Diagnostic Results Table DRT General Purpose Monitor GPM The GPM is the standard DY 4 monitor shipped with most SBCs This allows users to examine memory Dy 4 Systems Inc download and execute programs and communicate with other boards in Foundation Firmware Used During Power Up Default Application This
51. n D Sub Receptacle DE9 S J6 J7 AMP 205208 1 Conn D Sub Plug DB25 P J8 AMP 78569 1 Conn Receptacle HDP 22 809605 Revision D January 2003 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com SVME DMV 179 Getting Started Manual CBL 179 003 J4 J5 Serial Channels 1 2 Connector Pinouts Dy 4 Systems Inc The mapping of Serial Channels 1 and 2 EIA 232 signals from the CBL 179 003 P1 connector to the DE9 S connectors CBL 179 003 J4 J5 is shown in Table 3 6 Table 3 6 CBL 179 003 P1 to J4 J5 Serial Channels 1 and 2 Signal Mapping P1 Pin From J4 J5 Pin To P1 Signal Name Comments P1 D17 J4 2 CH1TXD EIA 232 P1 D18 J4 3 CH1RXD EIA 232 P1 D19 J4 4 CH1DSR EIA 232 P1 B31 J4 5 GND Signal Ground P1 D30 J5 2 CH2TXD EIA 232 P1 Z19 J5 3 CH2RXD EIA 232 P1 B31 J5 5 GND Signal Ground 3 10 809605 Revision D January 2003 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com Dy 4 Systems Inc CBL 179 003 J6 J7 Serial Channels 3 4 Connector Pinouts Hardware Installation The mapping of Serial Channels 3 and 4 EIA 422 signals from the CBL 179 003 P1 connector to the DB25 P connectors CBL 179 003 J6 J7 is shown in Table 3 7 Table 3 7 CBL 179 003 P1 to J6
52. n the secondary card make sure that the user link E2 E4 is not con nected and that the CHIDSR signal is connected to ground CHIDSR is accessible at PO E1 and P2 D19 You may connect a terminal to Serial Channel 1 instead of connecting CHIDSR to ground e Reset the chassis fthere is a terminal connected to the secondary card do not press a key after resetting the card Figure 4 4 shows how to establish a serial connection over the VMEbus to another card The computer terminal establishes a serial data connection through the primary card to the VMEbus and into the GPM through the secondary card In this way you can connect to any DY 4 card in the system from a host computer terminal VMEbus aw GPM GPM Primary card Secondary card Serial Data Communications over the VMEbus 809605 Version D January 2003 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com Dy 4 Systems Inc Establishing the Link Card Communications To establish serial data communications over the VMEbus use the GPM Communicate command The command syntax is as follows XX000000 C yY000000 lt cr gt lt cr gt where XX000000 is the monitor prompt which displays the Primary card s base address C is Connect Command YY000000 1s the Secondary card s base address The second cr could be any character on the keyboard It lets the sec
53. nnen erret 4 3 Determine the Configuration of the Card a ener nennen nnne enne 4 4 InnnnrAbEuDe c 4 5 Restormye the SBEPROM 3 eer Red esee EET EEI AAA AA EERU dde 4 6 Restoring Foundation FirmMWaAre ee a ae a aa a enne erret nennen nennen nennen innen 4 6 Changing the Card s Base Address a ii ia a nennen nnne eer a nennen en 4 7 Ferien p SPEED Toto n pd prO INIRE UNSERE 4 7 Geographical Addressing eoe eere tree tee Er devs c e ADR ER Ga beers Ra UR REPE RENE de epa RN 4 7 VME Base Address Sana nn al NA dri o n ree vna kde Pes AAA ned Gee e ERR Gua 4 9 Changing the Base Address pen nn enitn ete te i eed etre ipo Op ER RE 4 10 Communicating over the VMEDUS nn ann Kn A A Ae E A a en a a innen nennen nnn nennen 4 12 Establishing the Lanka nn nn nd A LAA A oen eerte Rue A EE E A 4 13 Terminating the Enk ceniona et e cost sad tend aeteabaaecvoeaaeatiesanevusa A N 4 13 Ethernet Addr T PH 4 14 TL e 1 1 vi 809605 Revision D January 2003 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com Dy 4 Systems Inc List of Figures List of Figures Figure 1 1 SVME DMV 179 Functional Block Diagram ena 1 4 Figure 1 2 SVME DMV 179 Component Side Layout eese 1 6 Fue L3 Loca
54. ollss nn nt nn Qva ERR DI SERV CR IN eben cu a dd E AA b E RS uu MEIN Gee 1 xii Table 3 AbbreEVIa ODS AMNNRET l xiii Table 1 1 Dimensions of the SV ME DMV 179 scsssssascscsseessnsasossnadensesoecensantvesseoesdenssenssnvenessneens 1 7 Table 1 2 Maximum Card Weight ss siisii ann ain nm iton AR Red be Rema OR IEEE 1 7 Table 1 3 Summary of SVME DMV 179 Connectors Functions Supported 1 8 Table 2 1 Basecard Jumper Settings SUMMATYY ee ee 2 4 Table 2 2 Dr du dvi A E ETT 2 6 Table 2 3 Watchdog Timer Power up Behaviour 2 7 Table 2 4 Booting Configuratio coeant bM a nn E R EE e nS 2 8 Table 2 5 Power Requirements Loses do SAFE DAR I en CN EU ia REN EI SENATOR MOREM Gee bi IE E PUR 2 9 Table 2 6 Cable Pa Number sas na Fito DON eR DERE Fed NI uU A DN HUN 2 10 Table 3 1 Front Panel Cable P1 to P2 and P3 Signal Mapping sese 3 7 Table 3 2 Front Panel Cable P1 to P4 Signal Mapping essere 3 7 Table 3 3 Front Panel Cable P1 to P5 Signal Mapping ea 3 8 Table 3 4 Front Panel Cable P1 to PB1 Signal Mapping 3 8 Table 3 5 CBL 179 003 P2 I O Cable Connector Information eene 3 9 Table 3 6 CBL 179 003 P1 to J4 J5 Serial Channels 1 and 2 Signal Mapping 3 10 Table 3 7 CBL 179 003 P1 to J6 J7 Serial Channels 3 and 4 Signal Mapping 3 11 Table 3 8 Signal Mapping from Cable J6 or J7 C
55. on These features allow users to build high performance multi processor systems detect and isolate faults during operation minimize field maintenance and sparing logistics 809605 Revision D January 2003 1 5 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com SVME DMV 179 Getting Started Manual Dy 4 Systems Inc Physical Characteristics Figure 1 2 shows the location of the major components and the mating connectors on the component side of the SVME DMV 179 PWB ROT oO NOT o es o or Q Ad d IO VERES Processor H T B l i i GT 64130 Z 7 A fA AT SA O o D Oo Oo oO O O O Oo o O O 00000 li oO FPGA 53C885 T z g o pge o Universe Il 0 QE 3 ool Jc P 0 p I SL o id yol Po B 7 P2 7 P1 Figure 1 2 SVME DMV 179 Component Side Layout 1 6 809605 Revision D January 2003 Artisan Technology Group Quality Instrumentation Guaranteed 888
56. ondary card s GPM know that I O data is being transmitted from the VMEbus from a card attached to a computer terminal The GPM on the secondary card then responds with its sign on message and prompt with its base address The following is an example SVME DMV 179 750 General Purpose Monitor Version 8 0 c DY 4 Systems Inc Type for help 58000000 There are two methods of terminating communication link Typing the Disconnect lt Ctrl K gt character shuts down the communica Typing the Abort lt Ctrl gt character terminates the communication and Terminating the Link tions link but leaves the remote card running aborts the remote card Refer to the V8 Foundation Firmware User s Manual included in the SS documentation package CD ROM for more details on the Communicate gt i command Cross Reference Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com 809605 Version D January 2003 4 13 SVME DMV 179 Getting Started Manual Dy 4 Systems Inc Ethernet Address Each SVME DMV 179 card is pre programmed with a unique Ethernet address The three high bytes are 004 804 7Fy and the lower three bytes are a unique number 4 14 809605 Version D January 2003 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com A Auto ID 4 7 Auto ID bypass byte 4 10 Auto ID function 4 10 B base
57. onnector to EIA 530 a 3 11 Table 3 9 CBL 179 003 P1 to J2 SCSI 50 Pin CHAMP Signal Mapping 3 12 Table 3 10 CBL 179 003 P1 to J8 PMC I O Signal Mapping sse 3 13 Table 3 11 CBL 179 002 PO I O Cable Connector Information aaa 3 15 Table 3 12 CBL 179 002 P1 to J2 Ethernet RJ45S Signal Mapping a 3 16 Table 3 13 CBL 179 002 PI to J3 Serial Channel 1 Signal Mapping sss 3 16 Table 3 14 CBL 179 002 PI to J4 Parallel I O Signal Mapping eese 3 17 Table 3 15 CBL 179 002 PI to J5 PMC Site 1 I O Signal Mapping sees 3 17 Table 3 16 Foundation Firmware Execution Sequence ee 3 20 Table 4 1 Geographical Address Pin Assignments ee 4 8 Table 4 2 VMEbus Base Addresses en a aaa 4 9 Table 4 3 Auto ID Bypass Byte and VME Address sse 4 11 809605 Revision D January 2003 ix Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com SVME DMV 179 Getting Started Manual Dy 4 Systems Inc x 809605 Revision D January 2003 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com Dy 4 Systems Inc Preface Preface Purpose This manual provides an overview of the many features of the SVME DMV 179 Single Board Computer
58. r things You ll also find copies of the relevant schematics and cable assembly drawings there The CD ROM provides a copy of the Adobe Acrobat 4 0 reader software including the Acrobat 9 Search plug in to enable you to get the most out of your CD ROM by enabling full text searches of the information In addition the SVME DMV 179 Hardware User s Manual document number 809606 included in hard copy format in the documentation package binder provides additional technical detail about the SVME DMV 179 809605 Revision D January 2003 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com Chapter 1 Product Overview In this chapter This chapter discusses the following topics related to the SVME DMV 179 Single Board Computer d D D D DO D LU 809605 Revision D January 2003 general description block diagram Dy 4 common features supported available ruggedization levels environmental requirements overview of supplied firmware physical characteristics 1 1 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com SVME DMV 179 Getting Started Manual Dy 4 Systems Inc 1 2 809605 Revision D January 2003 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com Dy 4 Systems Inc Product Overview General Description The SVME DMV 179 continues the evolution
59. rd s boot up gramming of Flash memory 179 Technical Documentation CD ROM and the FFW Programmer s Refer to the V8 FFW User s Manual included on the and the SVME DMV Reference included in the documentation package binder and the CD ROM for additional information DY 4 Systems has also developed a Windows based application called FlashProg for programming the Flash memory FlashProg Version 2 4 1 or Cross Reference later is required for the SVME DMV 179 A multimedia demonstration of FlashProg is included on your SVME DMV 179 Technical Documentation CD ROM Contact your DY 4 representative for more information about FlashProg Support is provided for the VxWorks operating system The VxWorks boot Note loader is pre loaded on the SVME DMV 179 hardware The VxWorks Board Support Package BSP is provided on CD ROM A Board Support Package is Board Support Packages Drivers also available for the LynxOS operating system Refer to the Release Notes and the BSP Software User s Manual provided on the SVME DMV 179 BSP CD ROM for additional information Cross Reference Sample Code Sample code software is supplied on the Technical Documentation CD ROM to facilitate your initial testing of the installed hardware and help you explore the product functions and capabilities 809605 Revision D January 2003 Artisan Technology Group Quality Instrumentation Guaranteed
60. red trademark in the U S and other countries exclusively licensed through X Open Company Ltd Windows is a trademark of Microsoft Corporation All other brand and product names are trademarks or registered trademarks of their respective owners 809605 Revision D January 2003 iii Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com SVME DMV 179 Getting Started Manual Dy 4 Systems Inc iv 809605 Revision D January 2003 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com Dy 4 Systems Inc Table of Contents Table of Contents wr T E xi Diar Xi BC OPC EM nana ag xi Conventions used in the Documentation Package sse xii Reference DOCUMENTATION asco ded nn ian Ple abad ou Ub ee ee eee xiv 1 Product OV ORG W m En 1 1 General Iesu 1 3 About PMC aes asi IRA RA N MUR REN DAN eeu MEM ERN AN SUN MD 1 4 Support for DY 4 Common Features 0 nn a aaa EE neret nnne nete nennen nennen nnns 1 5 Physical CharacteristiCs e epe tees a es rai bep stand Louie OPUS ERU Ree E EE QE eR DU qa 1 6 IRIURE ITO TD EE EE E A A E 1 7 PUO EPUM 1 7 Mating COnRectors ucc rri ptr re ree rre re Eee Pe Enea Fire R
61. rocess to re initialize the SEEPROM contents is 1 From GPM fill an area of RAM with FF fil 100000 100 ff 2 Then move this into SEEPROM thereby erasing the entire DY 4 section of the ROM emv 100000 0 100 This will erase all contents including VxWorks boot parameters See the BSP Target Document included in your BSP tree for instructions on setting up the boot parameters On the first reset the card will indicate a checksum failure and then re initialize the SEEPROM When the card is reset a second time the checksum test will pass since the contents are now correct Restoring Foundation Firmware Sur Y Tip 4 6 If the GPM prompt is not displayed or if you need to upgrade the Foundation Firmware use FlashProg to reprogram the card See the FlashProg demo on your Technical Documentation CD ROM for detailed instructions 809605 Version D January 2003 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com Card Communications Dy 4 Systems Inc Changing the Card s Base Address The Auto ID function automatically assigns the base address ofthe card Each card in the chassis participating in the Auto ID scheme generates a unique ID code The SVME DMV 179 calculates its base address using this ID code and a table in its on board serial EEPROM See Table 4 2 on page 4 9 The system requires an Auto ID capable SYSCON in the left hand slot Slot 1 The SVME DMV 179
62. ront Panel Cable P1 to PB1 Signal Mapping Front Panel Reset Pushbutton Signal Name P1 Connector PB1 Switch GND P1 8 PB1 1 FP RST P1 24 PB1 2 809605 Revision D January 2003 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com Dy 4 Systems Inc Hardware Installation Serial Connection from the SVME DMV 179 P2 interface to the terminal is provided Communications by the 179 P2 I O cable assembly CBL 179 003 via the P2 Install the 179 P2 I O cable assembly by carefully pressing the cable P1 Connector connector onto the P2 backplane connector stakes The cable J4 connector is used to attach to a terminal Other SVME DMV 179 basecard related functions are available via this cable as described below in Figure 3 2 lt approx 24 60 cm i oN ge J4 Serial Channel 1 EIA 232 i 4 GBLATIJNS via DE9 S configured as DCE MESS l J5 Serial Channel 2 EIA 232 PMG UO via via DE9 S configured as DCE E Backplane ae aca J6 Serial Channel 3 EIA 422 485 via DB25 P configured as DTE B eT e nested c Ure Figure 3 2 SVME DMV 179 P2 Cable Connections Table 3 5 CBL 179 003 P2 I O Cable Connector Information Connector Manufacturer s Part Number Description P1 ERNI 024070 Conn DIN 41612 5 row J2 AMP 2 552476 1 Conn Recept CHAMP 50 way J4 J5 AMP 205203 1 Con
63. rtisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com Dy 4 Systems Inc Hardware Installation CBL 179 003 J8 PMC The mapping of PMC I O signals from the CBL 179 003 P1 connector to the Site 2 1 0 Connector 78 contact HDP 22 receptacle CBL 179 003 J8 is shown in Table 3 10 Pinouts Table 3 10 CBL 179 003 P1 to J8 PMC I O Signal Mapping P1 Pin From J8 Pin To Signal Name P1 C1 J8 9 PMC_01 P1 A1 J8 16 PMC_02 P1 C2 J8 31 PMC_03 P1 A2 J8 17 PMC_04 P1 C3 J8 10 PMC_05 P1 A3 J8 18 PMC_06 P1 C4 J8 3 PMC_07 P1 A4 J8 19 PMC_08 P1 C5 J8 11 PMC_09 P1 A5 J8 20 PMC_10 P1 C6 J8 6 PMC_11 P1 A6 J8 36 PMC_12 P1 C7 J8 12 PMC_13 P1 A7 J8 37 PMC_14 P1 C8 J8 13 PMC_15 P1 A8 J8 1 PMC 16 P1 C9 J8 29 PMC 17 P1 A9 J8 2 PMC 18 P1 C10 J8 14 PMC 19 P1 A10 J8 4 PMC 20 P1 C11 J8 30 PMC 21 P1 A11 J8 21 PMC 22 P1 C12 J8 42 PMC 23 P1 A12 J8 22 PMC 24 P1 C13 J8 77 PMC 25 P1 A13 J8 5 PMC 26 P1 C14 J8 23 PMC 27 P1 A14 J8 24 PMC 28 P1 C15 J8 69 PMC 29 P1 A15 J8 43 PMC 30 P1 C16 J8 45 PMC 31 P1 A16 J8 62 PMC 32 P1 C17 J8 71 PMC 33 809605 Revision D January 2003 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com SVME DMV 179 Getting Started Manual Dy 4 Systems Inc
64. te Connect E6 E7 and power up the card The PROM image for the debug Flash bank is provided on the SVME DMV 179 Technical Documentation CD ROM Booting Configuration Option Jumper Settings Boot SVME DMV 179 from 64 bit Flash normal mode Open E6 E7 Disconnect PO pin A10 Boot SVME DMV 179 from 8 bit Permanent Alternate Connect PO pin A10 to ground or connect E48 E49 E48 E49 Boot Site present only on SVME DMV 179 PWBs identified 310939 004 or higher see Caution below Boot SVME DMV 179 from 8 bit Debug Flash Bank Connect E6 E7 disconnect PO pin A10 and disconnect E48 bootPROM E49 if present When choosing to boot from the Permanent Alternate Boot Site on SVME DMV 179 cards based upon the 310939 004 or higher PWB do not connect E48 E49 if you have also connected PO pin A10 to ground use one Caution or the other method not both 2 8 809605 Revision D January 2003 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com Dy 4 Systems Inc Figure 2 4 Pre Installation Tasks
65. ted by each SVME DMV 179 Getting Started Manual Summary of SVME DMV 179 Connectors Functions Supported 809605 Revision D January 2003 Cross Reference Mating Connectors Table 1 3 Connector Designation Description Supported I O Configurations J9 31 pin front panel connector SVME 179 only EIA 232 serial Channels 1 and 2 compatible with DY 4 front panel cable Ethernet interface COP JTAG interface card CBL 179 001 and CBL SBC FP 000 reset J1 J2 J5 J6 connectors for PMC module site 2 compliant Connectors used for interconnection with optional with IEEE P1386 32 bit or 64 bit PMC module All 64 PMC module site 2 I O signals are accessible via the basecard P2 connector rows A and C J3 J4 J7 J8 connectors for PMC module site 1 compliant Connectors used for interconnection with optional with IEEE P1386 32 bit or 64 bit PMC module All 64 PMC module site 1 I O signals are accessible via the basecard PO connector P2 see Note 160 pin 5 x 32 right angle DIN connector row VMEbus interface EIA 232 interfaces Channels B pin assignments in accordance with the ANSI 1 and 2 EIA 422 485 interfaces Channels 3 and VITA 1 1994 VME64 VMEbus specification 4 SCSI interface Ethernet 10Base T or remaining rows employed for user I O 100Base T interface PMC Site 2 I O signals standard factory configuration PO see Note 95 pin 5 x 19 AMP connector p
66. tg com SVME DMV 179 Getting Started Manual Dy 4 Systems Inc Booting Table 2 4 The SVME DMV 179 includes a 64 bit Flash bank a Permanently mounted Alternate Boot Site PABS and a debug Flash bank You may boot the SVME DMV 179 from any of these three sources Normally the SVME DMV 179 boots from 64 bit Flash However if the Foundation Firmware in the 64 bit Flash is corrupted you may boot from the Permanent Alternate Boot Site In the case where both the 64 bit Flash and the Permanent Alternate Boot Site are corrupted you may boot from the debug Flash bank Once you have booted the card you may use FlashProg or NVMP to reprogram the 64 bit Flash You can then power off the card and the remove the jumper to allow local booting If the Permanent Alternate Boot Site is blank it is automatically restored when the card is booted from the debug Flash bank Use the jumper settings described in Table 2 4 to select the bank used for booting The SVME DMV 179 Technical Documentation CD ROM contains a multimedia demo showing how to use the FlashProg utility To boot from the debug Flash bank power down the card and install the 8 bit boot device in the 32 pin JEDEC socket U111 on the solder side of the card paying careful attention to the device orientation and the keying mechanism associated with pin 31 of the socket site You must modify 8 bit boot devices by cutting or lifting pin 31 in order to be compatible with the keyed si
67. tion Guaranteed 888 88 SOURCE www artisantg com xi SVME DMV 179 Getting Started Manual Dy 4 Systems Inc Conventions used in the This document and the accompanying documents in the documentation package use various icon conventions and abbreviations in order to make the documents clearer and easier to read These conventions cover typography for Documentation Pack such elements as sample software code and keystrokes signal meanings and ackage graphical elements for important information such as warnings or cautions Typographic Table 1 lists the typographical conventions used in the documentation package Conventions Table 1 Typographical Conventions Item Convention Example Keystrokes Keys are listed as they appear on most Type lt Ctrl Alt C gt to return to the previous menu keyboards surrounded by marks Type lt Esc gt to exit Combinations of keystrokes appear within a single set of brackets Filenames Filenames are italicized Open the es file Directory names Directory names show the full directory Go to the c windows temp backup directory path The last directory in the path does not have a backslash following it Monitor displays Prompts and other monitor displays mpp MC68040gnu gt appear in a bold monospace font Firmware Code Firmware code and any information you make f Makefile MC68040gnu need to type in response to a prompt appears in monospace font
68. tion ot PMC Modules sspesseviecix Danes daaa e Vrai aesti Ree iersinii 1 7 Figure2 1 SVME DMV 179 Jumper Locations eren ertet en rennen tnnt nn etn etiatn uaa 2 5 Ij ou MEET ahud cote a 2 6 Figure 2 3 Watchdog Timer Power up Behaviour sse nnns 2 7 Figure 2 4 Boot Jumper Locations epo UR EHE EEX TENER ana NE MAT VENAE AT OA DIL RNNE MUR 2 9 Figure 3 1 SVME 179 Front Panel I O Cable CBL 179 001 eeeeeeeeeeeeeeee nentes 3 6 Figure 3 2 SVME DMV 179 P2 Cable Connections eese ettet etta ente th etna asakan 3 9 Eire 3 3 Expanded VO vi PO coded n MUS EUNDI EM NAM PONI IN AS A NR RUN NOME 3 15 Fig re 4l CIK Command asseris DEUDA wq da a qd HRK DR E DR uA NE USA PIE 4 3 Fipure4 2 GPM MAP Command Ann ba sod dco aiana nin ned pH ec NN DUE 4 4 Fete 32 CED c e GA 4 5 Figure 4 4 Serial Data Communications over the VMEbus eene 4 12 809605 Revision D January 2003 vii Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com SVME DMV 179 Getting Started Manual Dy 4 Systems Inc viii 809605 Revision D January 2003 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com Dy 4 Systems Inc List of Tables List of Tables Table 1 Typographical C Omve bis custo oras sand estatua sni a rd onse E ta t Dep ia xii Table 2 Signal Convenbt
69. to install the board support package software See the section BSP Installation Procedure in Chapter 1 of your BSP Software User s Manual The Next Step which is included in Acrobat pdf format on your BSP CD ROM Cross Reference 809605 Revision D January 2003 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com 3 24 Chapter 4 Card Communications In this chapter This chapter provides the following information about using the SVME DMV 179 s General Purpose Monitor GPM D determining the version of Foundation Firmware on the card determining the configuration of the card running diagnostics restoring the SEEPROM restoring Foundation Firmware changing the VME base address of the card communicating with other cards over the VMEbus D D DL D D D D Ethernet address 809605 Version D January 2003 4 1 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com SVME DMV 179 Getting Started Manual Dy 4 Systems Inc 4 2 809605 Version D January 2003 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com Dy 4 Systems Inc Card Communications Determining the Foundation Firmware Version To determine the version of Foundation Firmware programmed on your card type cit at the GPM prompt This will display the CSCI information table
70. to the V8 Foundation Firmware User s Manual 808006 3 21 Cross Reference Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com 809605 Revision D January 2003 Dy 4 Systems Inc SVME DMV 179 Getting Started Manual Power down the chassis Make sure that the card is properly seated in the VME Troubleshooting Verify Insertion in Chassis force is required Verify that PMC Module Has 3 3 V Power FAIL LED Stays Lit Cross Reference Sign on Message Garbled not the basecard problems or PBIT was not run The ASCII Diagnostic Results Table DRT lists the results of all CLD tests run during PBIT Each line of the displayed DRT describes a test and its overall result Use the GPM Dump command to where 3 22 chassis Because ofthe five row backplane a considerable amount of insertion If there is a PMC module mounted on the SVME DMV 179 it will cause unpredictable behaviour if it is not properly powered Many PMC modules require 3 3 V power If this is the case ensure that 3 3 V is present on the P1 connector of the backplane PMC 3 3 V power is obtained from the backplane If the red FAIL LED stays lit after power up then PBIT found one or more display the DRT by entering this command at the prompt D 3700 A CR D is the memory Dump command 3700 is the address of the DRT A means to print out th
71. uence on page 3 20 Copyright Notice The information in this document is subject to change without notice and should not be construed as a commitment by Dy 4 Systems Inc While reasonable precautions have been taken Dy 4 Systems Inc assumes no responsibility for any errors that may appear in this document No part of this document may be copied or reproduced without the prior written consent of Dy 4 Systems Inc The proprietary information contained in this document must not be disclosed to others for any purpose nor used for manufacturing purposes without written permission of Dy 4 Systems Inc The acceptance of this document will be construed as an acceptance of the foregoing condition Copyright O 2003 Dy 4 Systems Inc All rights reserved 809605 Revision D January 2003 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com Dy 4 Systems Inc Trademarks Acrobat is a trademark of Adobe Systems Incorporated Altivec is a trademark of Motorola Inc BI mode is a registered trademark of Dy 4 Systems Inc Dy 4 COTS is a trademark of Dy 4 Systems Inc Ethernet is a trademark of Xerox Corporation PowerPC is a trademark of International Business Machines Corporation Tornado and Wind River are trademarks and VxWorks is a registered trademark of Wind River Systems Inc Universe II is a trademark of Tundra Semiconductor Corporation UNIX is a registe
72. when inserting and extracting the PO I O cable as the PO backplane pins can be easily bent if the cable connector is not properly aligned approx 24 60 cm P1 95 Pin PO Connector DIN 41612 5 Row Pushbutton Reset 901434 000 J J5 PMC Site 11 0 via 78 pin HDP 22 Receptacle J2 Ethernet 10BASE T or 100BASE TX via RJ45S J3 Serial Channel 1 EIA 232 via DE9 S configured as DCE 4f J4 Discrete Digital I O via DE25 S SVME DMV 179 Chassis Backplane Figure 3 3 Expanded I O via PO Table 3 11 CBL 179 002 PO I O Cable Connector Information Connector Manufacturer s Part Number Description P1 AMP 98 3165 087 1 Conn DIN 41612 5 row J2 Panduit CJ5581W Conn RJ45S J3 AMP 205203 1 Conn D Sub Receptacle DE9 S J4 AMP 205207 1 Conn D Sub Receptacle DB25 S J5 AMP 78569 1 Conn HDP 22 Receptacle 78 pins 809605 Revision D January 2003 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com 3 15 SVME DMV 179 Getting Started Manual Dy 4 Systems Inc CBL 179 002 J2 The mapping of Ethernet signals from the CBL 179 002 P1 connector to the Ethernet Connector RJ45S connector CBL 179 002 J2 is shown in Table 3 12 Pinout Note that while the CBL 179 002 cable includes a branch for the Ethernet signals Ethernet via the PO connector is not a standard

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