EZ2-VX6060 Getting Started
Contents
1. 12 Status LEDs CPU B L4 L5 L6 13 Reset Button CPU B oN Oak WOOD co 14 Chassis Management LEDs Voltages 15 Chassis Management LEDs Fail Signals Page 6 SD DT F65 0e EZ2 VX6060 Equipment Presentation RearView 16 17 Non contractual photography Figure 5 Rear View 16 Power Supply Connector 17 Rear Door acces to the rear panel of the chassis Power Supply Connector AC connector 1EC320 type female plug rated 3A Pin Ji 1 Line 2 Neutral 3 Earth 1 7 Associated Documentation This product is based on the same design as the board Therefore the following documentations are available on the Kontron web site or on the technical documentation CD ROM Hardware gt VX6060 6U VPX Computing Node User s Guide aaaeeeaa CA DT A76 Systems gt EZ2 VX6060 00 L Quick Sart SD DT F64 SD DT F65 0e Page 7 Equipment Presentation EZ2 VX6060 1 8 Plug and Play with EZ2 VX6060 1 8 1 Plug To connect the EZ2 VX6060 Computer you need to attach the following cables gt the Power Supply cable 19 available in the delivery kit to the Power Supply connector 16 gt the Serial cable 18 available in the delivery kit to the Serial connector 1 gt aVGA cable not available in the delivery kit to the VGA connector 3 or a DisplayPort cable not available in the delivery kit to the DisplayPort connector 6 gt an USB cable not available in the delivery kit Sys2. 12 Linux Support EZ2 VX6060 is ready to use its factory settings can get you to a shell prompt under Linux OS in a few seconds Thanks to its modular design based on standards EZ2 VX6060 is compatible with many extensions 1 2 Ordering Information System type EZ2 VX6060 EZ2 VX6060 00 L 6U VPX Intel Core i7 Computer Linux software version Non contractual photography Figure 1 EZ2 VX6060 Overview SD DT F65 0e Page 1 Equipment Presentation EZ2 VX6060 13 Ata Glance The information displayed below applies for a VX6060 board Order Code VX6060 SA24 00000 Processor gt Dual Intel Core i7 clocked at 2 GHz Memory gt DDR3 SDRAM 2 GB per CPU 4 GB total onboard Storage gt SATA Disk Western Digital 15GB SSD Disk Connectivity on Board Front Panel AA I ou ogg ess PMC XMC USB A Display Port USB AB ETH SW ee 0 es COM AB ETH A One Serial Line COM AB Two Ethernet 10 100 1000Base T ports ETH A ETH SW gt One VGA port VGA gt TwoUSB 2 0 ports USB A USB AB gt One DisplayPort DisplayPort Management gt Board Front Panel Status LEDs L1 L2 L3 for CPU A L4 L5 L6 for CPU B gt Chassis Front Panel Status LEDs gt Voltages K Fail Signals Page 2 SD DT F65 0e Equipment Presentation EZ2 VX6060 Software gt Depending on the system Order Code Linux or VxWorks Operating System has been pre loaded at
3. can cause the voltage and temperature values programmed into the board monitoring system to be lost MAKE SURE YOU FOLLOW THESE SAFETY PRECAUTIONS Make sure the rack has been powered off using the ON OFF button on the rear panel of the rack before unplugging the power supply cable 1 8 2 Play gt Plug the system as described in section 1 8 1 Plug page 8 gt Power on the system gt Following screens appear for a few seconds then VX6060 continues with the Linux boot K BIOS Version 2 01 1204 Copyright C 2010 American Megatrends Inc Press lt DEL gt or lt F2 gt to enter setup Press lt F7 gt for BBS POPUP Menu VX6060 A gt K Linux Fedora 12 Page 10 SD DT F65 0e EZ2 VX6060 GRUB loading please wait lv_root rhgb iommu off console ttyS0 115200 rdblacklist vxdma Linux bzImage setup 0x3400 vmalloc 512MB clocksource hpet Equipment Presentation selinux 0 acpi_enforce_resources lax rdblacklist allocator rdblacklist vxfabric size 0x377c80 initrd initramfs 2 6 32 14 10176 vx6060 fc12 i686 PAE img Probing EDD edd off to disabl Initializing cgroup subsys cpuset Initializing cgroup subsys cpu Linux version 4 4 2 20091027 Red Hat 4 4 2 7 GCC KERNEL supported cpus Intel GenuineIntel AMD AuthenticAMD NSC Geode by NSC Cyrix CyrixInstead Centaur CentaurHauls Transmeta GenuineTMx86 Transmeta TransmetaCPU UMC UMC UMC UMC BIOS provided physical RAM map Starting vx6060s
4. ew en cna o Rn ca 14 2 1 1 BIOS Recovery coniu ebd au em Reto ari r dede d n eor UR a p dB b dep 14 2 2 LINUX iria IURE SUCRE PC NE bee ESNERIER EMEN PRSE RR MEE 14 2 3 Linux Pre Installed System Parameters 0000 cece eee eee eere 15 2 3 4 Account Password o 15 2 32 DISK SlOrag usce ER ERR Dew edes tatg tane y esse Eo ek es aia este ond bee 15 2 3 9 Netwotking nece a ie a d Ru ERR Roe tu ede oe a SOR E bcp ln eub oa ace 15 23 4 Serial Line Console Output 16 2 4 Linux Pre Installed Benchmarks 0 00 cece eee ene 17 2 4 44 What To Expect 0 0 00 c cect mm e eens 17 242 lWbench rito a tecto a a a aE 2g cR or aea ee Pos qr da 17 USE I PPP TTTTETmT 20 2 4 4 Sockets on VXFabric oooococcoccoc tenets 20 Chapter 3 System Recovery e nnnm 21 3 1 Hardware Probl m eiss ese Re RET RE RA AAA DEN 21 32 BIOS Recovery on UPUA 5 icis sac rk Goto a Nace o ed 21 3 3 Linux Fedora 12 Recovery e K K K K eee ee een nee 21 3 4 BIOS Recovery on CPUB xxx n aranana 21 35 Morehelp AN 21 Page v SD DT F65 0e EZ2 VX6060 Table Of Contents Chapter 4 Technical Specifications e e eee 22 41 R kor aa a a a OE OE a a 22 42 VPX Backplane serico rinan AR AA E EA 24 Appendix A Technical Recommendations 000 cece eee eee eeee 25 Appendix B List of Abbreviations 00 cece cence mnn 26 SD DT F65 0e Page vi Table Of Contents EZ2 V
5. to important features or instructions UN AN Caution this notice alert you to system damage loss of data or risk of personal injury A ESD This banner indicates an Electrostatic Sensitive Device All numbers are expressed in decimal except addresses and memory or register data which are expressed in hexadecimal The prefix 0x shows a hexadecimal number following the C programming language convention The multipliers k M and G have their conventional scientific and engineering meanings of 103 106 and 109 respectively The only exception to this is in the description of the size of memory areas when K M and G mean 210 220 and 230 respectively When describing transfer rates k M and G mean 10 106 and 109 not 210 220 and 230 UN N In PowerPC terminology multiple bit fields are numbered from 0 to n where 0 is the MSB and n is the LSB PCI and CompactPCI terminology follows the more familiar convention that bit 0 is the LSB and n is the MSB Signal names ending with an asterisk or a hash denote active low signals all other signals are active high Signal names follow the PICMG 2 0 R3 0 CompactPCI Specification and the PCI Local Bus 2 3 Specification For Your Safety Your new Kontron product was developed and tested carefully to provide all features necessary to ensure its compliance with electrical safety requirements It was also designed for a long fault free life However the life
6. 0 Chapter 2 Software 2 1 BIOS Firmware gt BIOS release gt 10208 gt Refer to chapter 2 of SD DT F69 VX6060 AMI BIOS User Manual refer to Appendix A of SD DT F69 VX6060 AMI BIOS User Manual 2 1 1 BIOS Recovery gt Refer to Appendix A of SD DT F69 VX6060 AMI BIOS User Manual 2 2 Linux fedorcP gt Fedora 12 release gt Kontron release gt 10176 gt Refer to SD DT F72 Release Note Fedora 12 on VX6060 Page 14 SD DT F65 0e EZ2 VX6060 Software 2 3 Linux Pre Installed System Parameters 2 3 1 Account Password Root account password is kontron Guest account password s guest 2 3 2 Disk Storage Disk storage is organised with a small boot partition and a large partition spanning the rest of the disk 2 3 3 Networking Each cpu has 3 ethernet interfaces In this system 2 are used for Inter CPU communication the other one can have another use as explained below GbE ETH A ETH SW E L 9 5 O16 PMC XMC USB A Display Port USB AB ETH S Figure 10 Linux Pre Installed System Parameters Networking CPUA Linux hostname node1 gt ethO and eth1 on CPUA are aggregated in order to increase the bandwidth through a new port bondO bond0 on CPUA is configured with a fixed IP address bondO 192 168 1 1 CPUA is a diskless server under 192 168 1 0 network eth2 ETH A on CPUA is configured to request its IP address and parameters from a DHCP server at system boot U
7. G kontron EZ2 VX6060 Getting Started SD DT F65 0e February 2011 If it s embedded it s Kontron EZ2 VX6060 Preface Revision History Publication Title EZ2 VX6060 Getting Started Rev Brief Description of Changes Date of Issue 0e Initial Release 07 2010 ML Copyright O 2011 Kontron AG All rights reserved All data is for information purposes only and not guaranteed for legal purposes Information has been carefully checked and is believed to be accurate however no responsibility is assumed for inaccuracies Kontron and the Kontron logo and all other trademarks or registered trademarks are the property of their respective owners and are recognized Specifications are subject to change without notice Page i SD DT F65 0e EZ2 VX6060 Preface Proprietary Note This document contains information proprietary to Kontron It may not be copied or transmitted by any means disclosed to others or stored in any retrieval system or media without the prior written consent of Kontron or one of its authorized agents The information contained in this document is to the best of our knowledge entirely correct However Kontron cannot accept liability for any inaccuracies or the consequences thereof or for any liability arising from the use or application of any circuit product or example shown in this document Kontron reserves the right to change modify or improve this document or the product described he
8. X6060 List Of Figures Figure 1 EZ2 VX6060 Overview x x x x teen eens 1 Figure 2 Delivery Content lt 2 0 6 9 00 X sees rrt I nett ae RR RR E EAE R4 RE edule eames 4 Figure 3 System Identification sessi i eee bet e de 5 Figure 4 Front VIEW i Ka esse a KR ne pace RR NR ee qe Fa edd n ake d EU Et pd ee 6 Figure 5 Rear VIEW ias rara bees A AS 7 Figure 6 Connecting EZ2 VX6060 96 eee m mee 8 Figure 7 Hardware Name of Ethernet Ports 00 K cent eee 9 Figure 8 LEDs Front panel i 0 2 9 Xa R K NR K RR R ul e smt A deed a ee ee 12 Figure 9 SBC Reset Switch 60404 22 K eee R rara NEUE reeds A sad sake dated 13 Figure 10 Linux Pre Installed System Parameters Networking 0c eee eee eee eee 15 Figure 11 Linux Pre Installed System Parameters Serial Line Console Output 16 List Of Tables Table Delivery Contents vestir huni taves ile A ls 4 Table 2 Mapping Table Linux Device Name Hardware Name eee eee 9 Table 3 CPUA LEDs Description o oocoococcocoocon ttn n 12 Table 4 CPUB LEDs Description 00000 c cece tte rn 13 Page vii SD DT F65 0e EZ2 VX6060 Equipment Presentation Chapter 1 Equipment Presentation 1 1 Overview EZ2 VX6060 is based on the best technologies from the embedded world and is ideally suited for systems evaluation gt 5 Years of Guaranteed Supply gt 10 Years of Hardware and Software Support gt 2U Rackable Server gt Fedora
9. copy Bcopy Mem reread reread libc hand read write Linux 2 6 32 2233 5713 2232 2478 9 4131 3 3316 2 Memory latencies in nanoseconds smaller is better WARNING may not be correct check graphs L1 Linux 2 6 32 2000 1 4550 3 7220 39 1 make 1 Leaving directory opt benchmarks lmbench results To rerun a benchmark with the same configuration change directory to opt benchmarks 1mbench and run the command To run a benchmark with a new configuration change directory to opt benchmarks 1mbench and run the command Then run make see again to see all different runs appearing in the summary SD DT F65 0e Page 19 Software EZ2 VX6060 243 iperf iperf is a commonly used tool for network performance measurement Choose a server between node1 and node2 by running iperf s command It will be waiting for the client From the other node run iperf c server p to launch the benchmark In the following example you can see the benefit of the configured bonding between node1 and node2 Data rate transfer between node1 and node2 up to 1 2 Gbits sec has been reached node1 acts as the server guest nodel iperf s Server listening on TCP port 5001 TCP window size 85 3 KByte default 4 local 192 168 1 1 port 5001 connected with 192 168 1 2 port 60546 4 0 0 10 0 sec 1 41 GBytes 1 21 Gbits sec Client connecting to nodel TCP port 5001 TCP window size 16 0 KByte default 3 local 192 168 1 2 port 60546 c
10. covers most classical OS aspects iperf will measure networking performance on TCP IP socket on ETHERNET Using iperf on top of VXFabric tm is also possible when the VXFabric tm software is installed 2 4 1 What To Expect VX6060 can run up to 8 execution threads on 2 CPUS Communication between all the different threads can use the following mecanism 1 between threads of same application direct read write into the common memory pool of the process See Imbench bcopy performance 2 between threads on same CPU in different processes Shared memory see bcopy in Imbench gt sockets see iperf run locally with server and client on same node 3 between processes running on different CPUs gt sockets see iperf run between two nodes a using simple GETH link between nodes b using a bound interface of two GETH links see iperf chapter c using VXFabric tm which gives sockets on top of the PCIE fabric between CPUA and CPUB 2 4 2 Imbench Imbench is an old fashion benchmark which consists of a suite of simple portable benchmarks It is interesting for results of memory bandwidth or latency To see the last Imbench result change directory to opt benchmarks Imbench and run the make see command SD DT F65 0e Page 17 Software EZ2 VX6060 guest nodel cd opt benchmarks 1mbench guest nodel lmbench make see cd results amp amp make summary percent 2 gt dev null more make 1 Entering directory opt bench
11. error on CPUB subsystem GREEN Internal power OK for CPUB subsystem ORANGE Reset state on CPUB subsystem SEO Blinking during CPLDB 12C SMI or COM activity CPLDB CPLDB watchdog reset timer has expired reset timer has expired GREEN AS E AB front connector selection USB attached to CPUB subsystem L5 1 USB AB front connector selection ORANGE USB attached to CPUA subsystem OFF Blinking during SATA activity in CPUB subsystem RD Processor hot may trigger processor performance limitations on CPUB GREEN Ethernet ETH SW connector valid on front panel s Ethernet ETH SW link directed to VPX rear connector OFF Blinking during ETH SW link activity 1 The color of these LEDs may also be changed later by application software Table 4 CPUB LEDs Description Reset 9 5 Oo es USB A Display Port USB AB Ww ww om mp Reset CPU A Reset CPU B Figure 9 SBC Reset Switch On the VX6060 each CPU has an independent reset button One CPU can be reset without disturbing the other CPU However as in EZ2 VX6060 system the CPUA is file diskless server for linux running on CPUB a reset of CPUA will result in a freeze of the OS on CPUB In that case a CPUB reset would be necessary A clean shutdown of the OS is mandatory on CPUA to maintain the EZ2 VX6060 file system integrity otherwise a complete re installation of the software could be necessary SD DT F65 0e Page 13 Software EZ2 VX606
12. etup OK Fedora release 12 Constantine 2 6 32 14 10176 vx6060 fc12 i686 PAE root evalpasemi gcc version 1 SMP Fri Jun 25 16 58 36 CEST 2010 Kernel 2 6 32 14 10176 vx6060 fc12 i686 PAE on an i686 dev ttyS0 nodel login K Login as VX6060 login root password kontron or K VX6060 login guest password guest SD DT F65 0e Page 11 Equipment Presentation EZ2 VX6060 1 9 Health Management LEDs X w amp liss 1 Jt Jeune Ur L4 L5 eut 912 em sls YLE LA MTA COM AH V VGA PMC XMC USB A Display Port USB AB jm L1 L2 L3 L6 CPUA LED COLOR RED GREEN RED GREEN Een ORANGE RED GREEN ORANGE Figure 8 LEDs Front panel DESCRIPTION Permanent error on CPUA subsystem Internal power OK for CPUA subsystem Reset state on CPUA subsystem Blinking during CPLDA 12C SMI or COM activity CPLDA watchdog reset timer has expired Normal operation mode Factory test mode Blinking during SATA activity in CPUA subsystem Processor hot may trigger processor performance limitations on CPUA Ethernet ETH A connector valid on front panel Ethernet ETH A link directed to central onboard ethernet switch Blinking during ETH A link activity in CPUA subsystem 1 The color of these LEDs may also be changed later by application software Page 12 Table 3 CPUA LEDs Description SD DT F65 0e EZ2 VX6060 Equipment Presentation CPUB LED COLOR DESCRIPTION Permanent
13. expectancy of your product can be drastically reduced by improper treatment during unpacking and installation Therefore in the interest of your own safety and of the correct operation of your new Kontron product you are requested to conform with the following guidelines High Voltage Safety Instructions Warning All operations on this device must be carried out by sufficiently skilled personnel only Caution Electric Shock Before installing a not hot swappable Kontron product into a system always ensure that your mains power is switched off This applies also to the installation of piggybacks Serious electrical shock hazards can exist during all installation repair and maintenance operations with this product Therefore always unplug the power cable and any other cables which provide external voltages before performing work Page iii SD DT F65 0e EZ2 VX6060 Preface Special Handling and Unpacking Instructions ESD Sensitive Device A Electronic boards and their components are sensitive to static electricity Therefore care must be taken during all handling operations and inspections of this product in order to ensure product integrity at all times Do not handle this product out of its protective enclosure while it is not used for operational purposes unless it is otherwise protected Whenever possible unpack or pack this product only at EOS ESD safe work stations Where a safe work station is not guaranteed it is important fo
14. foam pad when you install or upgrade your system to prevent the accumulation of electrostatic charges Avoid touching areas of integrated circuitry static discharge can damage circuits Pbb K KEK EK bb b SD DT F65 0e Page 25 List of Abbreviations Appendix B List of Abbreviations AC BSP DC EMC ESD LED MTBF OS PMC RTM SBC SDRAM USB WEEE XMC Page 26 Alternating Current Board Support Package Direct Current Electro Magnetic Compatibility Electrostatic Sensitive Device Light Emitting Diode Mean Time Between Failures Operating System PCI Mezzanine Card Rear Transition Module Single Board Computer Synchronous DRAM A type of dynamic RAM memory chip The U is a standard unit of height measurement e g 1U One U is 4 445 centimetres 1 75 inches Universal Serial Bus Waste Electrical and Electronics Equipment Express Mezzanine Card VITA EZ2 VX6060 SD DT F65 0e G kontron MAILING ADDRESS TELEPHONE AND E MAIL Kontron Modular Computers S A S 33 0 4 98 16 34 00 150 rue Marcelin Berthelot BP 244 sales kontron com ZI TOULON EST support kom sa kontron com 83078 TOULON CEDEX France For further information about other Kontron products please visit our Internet web site www kontron com
15. g ears Depth 17 32 1440 mm Weight Weight approximately 8 Kg gt gt Power Supply Unit PSU Input Voltage 100 240 VAC 50 60 Hz Max Power 400 W Output Voltages and Strength 5V 40A 3 3V 40A 12V 20A 12V 5A Ambient Temperature Temperature DO 160E 84 Operating 20 C to 65 C 0 Storage 40 C to 85 C 0 The maximum room temperature is 45 C Continued operation at this temperature may JN degrade hardware performance lt is advisable therefore to install a supplementary air conditioning system in the room if temperature of the site is greater than that recommended Page 22 SD DT F65 0e EZ2 VX6060 Technical Specifications gt gt Humidity Relative Humidity DO 160E 6 5 to 95 non condensing EMC gt CE Safety gt TUV EN 60950 UL 60950 SD DT F65 0e Page 23 Technical Specifications EZ2 VX6060 4 2 VPX Backplane Key Figures gt Compliant to VITA 46 0 baseline specification Page 24 SD DT F65 0e EZ2 VX6060 Technical Recommendations Appendix A Technical Recommendations Recommendation Avoid connecting your rack on the same circuit as any electrical equipment that does not have a noise suppressor and can produce transient phenomena It is preferable to install a separate power line directly from the main electrical network All the system components peripheral rack printer etc must be connected directly to the
16. main electrical network Power Supply Check the correct input voltage prior applying power to the unit Refer to Chapter 3 Technical Specifications section Power Supply Electrical safety To prevent electrical accidents that could damage your equipment and threaten user safety adhere to the regulations and standards recommended in the IEC publication 364 International Electronic Commission and the French standard NFC 15 100 Electrical Damage Avoid connecting cables to the front panel application connectors while functioning Voltage discharge may damage the inserted boards l O devices or the power supply Fire safety Fire estinguishers type CO2 should be installed in the work area close to the rack User Safety All fans are externally protected with proper finger guard grids User should avoid touching any fan part with his fingers DO NOT turn the power on while the power is cycling off Wait a few seconds until the power has completely cycled off Follow the same precaution for turning the power off Turning the power on or off before this cycle is complete can cause the voltage and temperature values programmed into the board monitoring system to be lost MAKE SURE YOU FOLLOW THESE SAFETY PRECAUTIONS Make sure the rack has been powered off using the ON OFF button on the rear panel of the rack before unplugging the power supply cable It is strongly recommended to use an antistatic wrist strap and a conductive
17. marks lmbench results LMBENCH 3 Alpha software do not distribute Processor Processes times in microseconds smaller is better OS Mhz null null open slct sig sig fork exec sh call I O stat clos TCP inst hndl proc proc proc Linux 2 6 32 2000 0 13 0 21 1 84 2 77 3 12 0 34 1 37 104 374 Basic integer operations times in nanoseconds smaller is better intgr intgr intgr intgr intgr Linux 2 6 32 0 4000 0 0100 0 1400 9 5000 9 4700 Basic float operations times in nanoseconds smaller is better OS float float float float vx6060 Linux 2 6 32 1 0700 1 7900 8 6200 8 5900 Basic double operations times in nanoseconds smaller is better OS double double double double vx6060 Linux 2 6 32 1 0700 1 7900 9 0700 8 5900 Context switching times in microseconds smaller is better Page 18 SD DT F65 0e EZ2 VX6060 Software 2p 0K 2p 16K 2p 64K 8p 16K 8p 64K 16p 16K 16p 64K Ctxsw ctxsw ctxsw ctxsw ctxsw Ctxsw ctxsw vx6060 Linux 2 6 32 3 4100 0 9200 3 2600 3 6900 3 0100 3 83000 3 60000 Local Communication latencies in microseconds smaller is better OS 2p 0K Pipe AF UDP RPC TCP RPC TCP TCP conn vx6060 Linux 2 6 32 3 410 8 812 9 01 18 File amp VM system latencies in microseconds smaller is better 10K File Prot Page Create Delete Create Delete Latency Fault Fault selct vx6060 Linux 2 6 32 11 3 8 0097 22 Local Communication bandwidths in MB s bigger is better OS Pipe AF TCP File Mmap B
18. ments If it is necessary to store or ship the board please re pack it as nearly as possible in the manner in which it was delivered Special care is necessary when handling or unpacking the product Please consult the special handling and unpacking instruction on the previous page of this manual SD DT F65 0e Page iv Table Of Contents EZ2 VX6060 Table Of Contents Chapter 1 Equipment Presentation e c ccc cece ee ne 1 1 1 OVGIVIOW 6 4 04028 Sond REDE hae ine a Rot 1 1 2 Ordering Information oco ud pp Rx RREREGIEER BXEYA vege bario ReRE d 1 1 3 AtLaGlance x 90 a KA 9 aX s Cine dee CS Der RA RA ad TRE QU LET acia 2 1 4 Receipt of the Equipment 0 cece eee mh 3 1 4 1 Checking the Packages 0 0 cece e m 3 142 Unpacking zn eros rp EE UR tee ea S Ede Pepe pe ecd 3 14 3 AAA idee ad ed eee eek dae EK a eels sea eae eae eae 4 1 5 System Identification 5 ecol usc RE E REED WS AERE Wi OCIO REIR cae eee ed 5 1 6 Introducing Front and Rear Views e cece ee eee eee III 6 1 7 Associated Documentation e nnne 7 1 8 Plug and Play with EZ2 VX6060 luusssseeessels e mnn 8 184 Pl p L 8 1 9 2 2 L 0 tad aree iss edu tario poeni deese obe Lupe ern 10 1 9 Health Management occoooccocnccr er nnn 12 Chapter 2 Softwar acostarse ripio Ee ux dados O de Bde aptos denn d edo 14 21 BIOS Firmware 6 gc cies ore m em tes Re reg hae e RR e RU RU roe
19. nt against the packing list and report any missing items It is recommended that you keep the package and the anti shock protection This will be required if you IN decide to move your system or rack to a different site N SD DT F65 0e Page 3 Equipment Presentation EZ2 VX6060 1 4 3 Content The EZ2 VX6060 6U VPX Computer is made of EZ2 VX6060 00 L One computer x rack and associated boards One power supply cable ME aE One serial cable KIT 2X RJ12DB9 One documentation CD ROM X CDDOC One DVD ROM X Fedora 12 on VX6060 EZ2 VX6060 Getting Started x SD DT F65 this file EZ2 VX6060 00 L Quick Start x SD DT F64 Table 1 Delivery Content EZ2 VX6060 00 Power Supply Cable Serial Cable CDDOC Figure 2 Delivery Content Page 4 SD DT F65 0e EZ2 VX6060 Equipment Presentation 1 5 System Identification An identification label is available on the top side of the system Figure 3 System Identification gt Model System Order Code gt Sn Serial Number gt ECL Engineering Change Level SD DT F65 0e Page 5 Equipment Presentation EZ2 VX6060 1 6 Introducing Front and Rear Views Front View Front View 10 11 12 13 14 15 Non contractual photography Figure 4 Front View Serial Connector COM AB Ethernet CPU A VGA Port CPU A PMC XMC Slot USB CPU A DisplayPort CPU A USB CPU AB Ethernet ETH SW ON OFF Button 10 Status LEDs CPU A L1 L2 L3 11 Reset Button CPU A
20. onnected with 192 168 1 1 port 5001 3 0 0 10 0 sec 1 41 GBytes 1 21 Gbits sec For more information information run iperf help command 2 4 4 Sockets on VXFabric This technology is explained in detail in Kontron White paper see www kontron com vpx page or the VX6060 download section on www kontron com if you do not already have this document Once started VXFabric implements TCP IP sockets on top of PCle Using the interface names exposed by VXFabric tm you can use iperf between CPUA and CPUB to measure VXFabric tm communication Detailed information can be found in chapter IP over VXFabric in Release Note Fedora 12 on VX6060 SD DT F72 Page 20 SD DT F65 0e EZ2 VX6060 System Recovery Chapter 3 System Recovery 3 1 Hardware Problem Refer to CA DT A76 VX6060 User s Guide 3 2 BIOS Recovery on CPUA Refer to Appendix A of SD DT F69 AMI BIOS User Reference Manual 3 3 Linux Fedora 12 Recovery Refer to SD DT F72 Release Note Fedora 12 on VX6060 3 4 BIOS Recovery on CPUB Refer to Appendix A of SD DT F69 AMI BIOS User Reference Manual 3 5 More help Email your issue to support kom sa kontron com with subject line EZ2 VX6060 00 L and give your system Serial number SD DT F65 0e Page 21 Technical Specifications Chapter 4 Technical Specifications 4 1 Rack Dimensions EZ2 VX6060 Height 2U 3 5 88 9 mm Width 19 482 6 mm 17 63 448 mm without mountin
21. r the user to be electrically discharged before touching the product with his her hands or tools This is most easily done by touching a metal part of your system housing It is particularly important to observe standard anti static precautions when changing piggybacks ROM devices jumper settings etc If the product contains batteries for RTC or memory backup ensure that the board is not placed on conductive surfaces including anti static plastics or sponges They can cause short circuits and damage the batteries or conductive circuits on the board General Instructions on Usage In order to maintain Kontron s product warranty this product must not be altered or modified in any way Changes or modifications to the device which are not explicitly approved by Kontron and described in this manual or received from Kontron s Technical Support as a special handling instruction will void your warranty This device should only be installed in or connected to systems that fulfill all necessary technical and specific environmental requirements This applies also to the operational temperature range of the specific board version which must not be exceeded If batteries are present their temperature restrictions must be taken into account In performing all necessary installation and application operations please follow only the instructions supplied by the present manual Keep all the original packaging material for future storage or warranty ship
22. rein as seen fit by Kontron without further notice Trademarks This document may include names company logos and trademarks which are registered trademarks and therefore proprietary to their respective owners Environmental Protection Statement This product has been manufactured to satisfy environmental protection requirements where possible Many of the components used structural parts printed circuit boards connectors batteries etc are capable of being recycled Final disposition of this product after its service life must be accomplished in accordance with applicable country state or local laws or regulations Environmental protection is a high priority with Kontron Kontron follows the DEEE WEEE directive You are encouraged to return our MO products for proper disposal The Waste Electrical and Electronic Equipment WEEE Directive aims to gt reduce waste arising from electrical and electronic equipment EEE gt make producers of EEE responsible for the environmental impact of their products especially when they become waste gt encourage separate collection and subsequent treatment reuse recovery recycling and sound environmental disposal of EEE gt improve the environmental performance of all those involved during the lifecycle of EEE SD DT F65 0e Page ii EZ2 VX6060 Preface Conventions This guide uses several types of notice Note Caution ESD Note this notice calls attention
23. se it if your network provides a DHCP service If you plugged the network cable only after boot please use ifup eth2 command to restart the configuration process with the server CPUB Linux hostname node2 K ethO and eth1 on CPUB are aggregated in order to increase the bandwidth through a new port bondO bond0 on CPUB is configured to request its IP address and parameters from the DHCP CPUA server at system boot Resulting IP address is 192 168 1 2 eth2 on CPUB is not configured Users can easily configure eth2 for a specific network with the ifconfig command SD DT F65 0e Page 15 Software EZ2 VX6060 Linux Devices Hardware Name ethO bondO 192 168 1 1 N A eth1 bondO 192 168 1 2 N A eth2 not configured xxx Internal network 192 168 1 0 is accessible through the front panel ETH SW UN N emo IC 7 GENES 2 3 4 Serial Line Console Output Display Port Serial Graphics COM AB VGA em E eu Os 915 ess USB A Display Port USB AB ETH SW Figure 11 Linux Pre Installed System Parameters Serial Line Console Output EZ2 VX6060 Characteristics ot the serial line gt Baudrate 115200 gt Parity None gt Data Bits 8 K Stop Bits 1 Flow Control None Page 16 SD DT F65 0e EZ2 VX6060 Software 2 4 Linux Pre Installed Benchmarks Sample benchmarks are provided with the system These benchmarks can help you get the current performances of the system Imbench
24. tem Type EZ2 VX6060 00 Front View Rear View Figure 6 Connecting EZ2 VX6060 Page 8 SD DT F65 0e EZ2 VX6060 Equipment Presentation ETH A ETH SW am 1 ON JU am 0110100 e La 9 5 916 es COM AB ETH A VGA PMC XMC USB A Display Port USB AB ETH SW Figure 7 Hardware Name of Ethernet Ports Linux Device Name Hardware Name Chassis Location ETH A Board front panel ETH SW Board front panel Table 2 Mapping Table Linux Device Name Hardware Name All interface names are possible here since the internal Gigabit ETH switch can give access to any interface See VX6060 6U VPX Computing Node User s Guide document for more information on the network architecture on board the VX6060 ON OFF Button The ON OFF button is located on the front panel of the EZ2 VX6060 system Front View Non contractual photography To start the system gt Power on the main power supply module AC Switch on the rear side of the system To stop the system K Shutdown the OS gt Power off the main power supply module AC Switch on the rear side of the system SD DT F65 0e Page 9 EZ2 VX6060 Equipment Presentation Powering the system Off and On DO NOT turn the power on while the power is cycling off Wait a few seconds until the power has completely cycled off Follow the same precaution for turning the power off Turning the power on or off before this cycle is complete
25. the factory See Chapter 2 Software page 14 for details on your configuration Chassis Form Factor gt 2U four slot desktop chassis Height 88 9 mm Width 482 6 mm Depth 440 0 mm Warranty gt 5 years of Guaranted Supply gt 10 years of Hardware and Software Support available 1 4 Receipt of the Equipment 1 4 1 Checking the Packages Inspecting the packages and verifying their condition is the responsability of the customer and should be carried out upon delivery gt Inspect the packages and check their condition no broken corners general state of the case no rips or holes condition of the bands and the clips gt If you wish to report any damage in transit you should make out a full report and also note the damage on the packing list that accompanies the equipment Ensure that the report and the packing list are signed by yourself and also by the transport agent and send a copy of these documents to the transport company K Kontron 1 4 2 Unpacking Unpacking the equipment must be carried out under the supervision of a technician approved by Kontron gt Open the package and take out the items one by one N Two people should assist in the unpacking of the system unit as it may be heavy gt Inspect each item and make a note of any possible defects scratches marks or blemishes damaged cables etc If necessary make a report of any damage or defects gt Check the equipme
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