Question about PSU patch when IM and DB are different version

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  Thank you guys!
  

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• Question about support for LabVIEW DLLS and Unicode

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• Question about 6674 t FlexRIO 7966R and Module AT - 1120 FAM DSTARA

  Hello

  I have a chassis SMU-1085 and following committees installed:

  Slot 10: Module of synchronization for the SMU-6674 t

  Slot 02: SMU-7966R FPGA

  Attached to the SMU-7966R FPGA is a module of adaptation AT1120.

  I'm trying to provide a clock of 125 MHz by the 6674 t the bottom of basket DDS output to power the clock DSTARA the SMU-7966R and then the module adaptation AT1120 as the clock of the DAC.

  I'm currently using a modified version of the AT-1120 Getting Started project (https://decibel.ni.com/content/docs/DOC-26331) and have the Adapter Module set to take an internal clock and from FPGA clock as specified in the AT-1120 user manual:
  
  
  
  For my adapter module CLIP on the FPGA VI I have the clockin set to the DStarA Clock as shown below:
  
  
  
  For my FlexRIO 7966R I have the toplevel clock set to the defautl 40 MHz onboard clock. I cannot use an external clock for this:
  
  
  
  Then I have my SCTL clock set to the DStarA Clock:
  
  
  
  For simplicty sake, I am trying to feed the DSTARA clock using the test panel in NI Max with 6674T as follows. Becuase my FPGA is in slot 2 on the 1085 Chassis, I am feeding the 125 MHz DDS frequency to PXIe_DStarA6 based on the PXIe-1085 user manuel (http://www.ni.com/pdf/manuals/373712e.pdf) specified timing DStar lines:
  
  
  
   
  
  However, when I try and run my VI with all of these settings I get the following error:
  
  
  
   
  
  Has anyone seen this, or can anyone advise regarding this? Maybe I'm using the DStarA lines wrong or something, but I'm not sure. Any help or suggestions from the community would be great! 
  
   
  
  Thanks for all your help!
  
   
  
  -GMac
  
   
  
   
  

  GMac,

  Hello!

  There are three things that I think that in the combination will solve this problem.

  1.) can not included it in your screenshots, but there is an extra step you need to do to use the DSTAR. The bitfile you are using must be respected with a parameter that indicates the FlexRIO use the signal DSTARA.

  1. Right click on the Module adaptation of your project and select Properties
  2. Go to the category details
  3. Make sure that "PXIe_DStarA" is selected in the section "IoModSyncClock".
  4. If it is checked, then you have probably already chosen it and compiled your bitfile. If it is not selected, or you are not sure if you have compiled the adjustment, re - compile your Bitfile.

  2.) also, what you see was a known problem that has been fixed in Active Techonologies (AT) last software update (version 1.8). While I'm not 100% certain, I don't think the example started to get has been updated so that it includes all the screws of the ATs software update. Similarly, the bitfiles provided with this sample would have not generated with the CLIP included in the latest version of the software.

  I suggest the following:

  1. Download the latest version of the software (version 1.8) AT their site
  2. Use the example that comes with their software to confirm that you can clock at DSTARA
  3. Update of our example started to use the latest version of the software. (generate new bitfies, replace the old screw in the directory of the project with new screws)
  4. Confirm your new works for example.

  3.) generate a signal from 125 MHz of the 6674 t, not 124,98 MHz. The material is expected a 125 MHz signal. Dialog said 124,98 MHz with workaround for an odd present which was causing compilation failures.  If you would like more information about this, let me know and I'll fill it in you read this post on the forum: http://forums.ni.com/t5/LabVIEW/7966R-DSTARA-Clock-and-AT-1120/m-p/2932916#M847692

  I hope this helps!

• Questions about the synchronization between output and analog input

  Hi all

  I now have a simple task which head a signal voltage (from PXI ao0) on a circuit and then your comments a voltage at the terminals of a component, for example, that one of the resistors in the circuit, through ai0 on PXI. So in this case, the synchronization between analog input and analog output must be made to avoid error of phase shift.

  I tried to build my VI by learning this example: https://decibel.ni.com/content/docs/DOC-3882

  However I have a few questions.

  1. I noticed that there is a merged error fed the "start task" sub VI for the analog output.  What is the point of fusion to mistake?

  2. I enclose my VI (also shown below) for the output voltage. I put my writing of DAQmx Subvi in the while loop so that I can change the voltage while the VI is running.

  

  However, in the example, the author has been reading outside of the loop and before even the start task. What difference will it make?

  3. I have also attached my synchronized VI. I always put the wavegeneration and the DAQmxwrite in the loop. A bulging guard error saying about samples is not available and needs to a higher sampling rate or a longer wait time. What causes this?

  I appreciate that these problems can be solved. Thanks to you all.

  (1) first you need start the task of acquiring, he'll wait for trigger here. And then you start the build task that provides this trigger. If acquisition could trigger and never start.

  (3) you must first write something in the buffer (writing DAQmx), then only you can generate it (Daqmx Start).

  Check Cont Gen tension Wfm - Int Clk - no Regeneration.vi in the help-> examples for example.

• How to set up a query - 'A-lines' and 'E' are different.

  Hi all
  
  I use 11 g R2 and I'm trying to resolve a query. On the execution below plan, my E-lines and my A are different. As you can see, there is little the same line 22 to 43, but starting from line 21 to 1 E-lines are false. For example, on the content (RowSource) 12, E-lines is (1 * 179) and lines A is 8631.
  
  All statistics have been generated and are up to date. Do you know what could be the problem?
  

  --------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
  | Id  | Operation                                     | Name                      | Starts | E-Rows | A-Rows |   A-Time   | Buffers | Reads  | Writes |  OMem |  1Mem |  O/1/M   | Max-Tmp |
  --------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
  |   0 | SELECT STATEMENT                              |                           |      1 |        |     50 |00:05:55.08 |     203K|  69975 |   1094 |       |       |          |         |
  |   1 |  SORT ORDER BY                                |                           |      1 |    179 |     50 |00:05:55.08 |     203K|  69975 |   1094 |  8307K|  1133K|          |         |
  |   2 |   HASH UNIQUE                                 |                           |      1 |    179 |   8631 |00:05:54.56 |     203K|  69317 |    180 |  4474K|  1861K|          |   16384 |
  |   3 |    NESTED LOOPS                               |                           |      1 |        |   8631 |00:05:54.04 |     203K|  69137 |      0 |       |       |          |         |
  |   4 |     NESTED LOOPS                              |                           |      1 |    179 |   8631 |00:05:23.24 |     194K|  63768 |      0 |       |       |          |         |
  |   5 |      NESTED LOOPS                             |                           |      1 |    179 |   8631 |00:05:13.51 |     177K|  61396 |      0 |       |       |          |         |
  |   6 |       NESTED LOOPS                            |                           |      1 |    179 |   8631 |00:04:03.74 |     151K|  52928 |      0 |       |       |          |         |
  |   7 |        NESTED LOOPS                           |                           |      1 |    179 |   8631 |00:03:32.15 |     125K|  46425 |      0 |       |       |          |         |
  |*  8 |         HASH JOIN                             |                           |      1 |    179 |   8631 |00:02:59.42 |   99470 |  40095 |      0 |  4379K|  1869K|     1/0/0|         |
  |*  9 |          HASH JOIN                            |                           |      1 |    179 |   8631 |00:02:59.15 |   98919 |  40067 |      0 |   909K|   909K|     1/0/0|         |
  |  10 |           TABLE ACCESS FULL                   | DIM_PERFORMANCE           |      1 |      5 |      5 |00:00:00.01 |       2 |      0 |      0 |       |       |          |         |
  |  11 |           NESTED LOOPS OUTER                  |                           |      1 |    179 |   8631 |00:02:59.06 |   98917 |  40067 |      0 |       |       |          |         |
  |  12 |            NESTED LOOPS                       |                           |      1 |    179 |   8631 |00:02:58.87 |   98917 |  40067 |      0 |       |       |          |         |
  |* 13 |             HASH JOIN                         |                           |      1 |    191 |   8758 |00:00:25.47 |   18101 |   2398 |      0 |  1000K|  1000K|     1/0/0|         |
  |  14 |              TABLE ACCESS FULL                | DIM_TYP_FLUIDE            |      1 |      3 |      3 |00:00:00.01 |       2 |      0 |      0 |       |       |          |         |
  |* 15 |              HASH JOIN                        |                           |      1 |    191 |   8758 |00:00:25.32 |   18099 |   2398 |      0 |   955K|   955K|     1/0/0|         |
  |  16 |               TABLE ACCESS FULL               | DIM_TYP_PDC               |      1 |      3 |      3 |00:00:00.01 |       2 |      0 |      0 |       |       |          |         |
  |  17 |               NESTED LOOPS                    |                           |      1 |        |   8758 |00:00:25.19 |   18097 |   2398 |      0 |       |       |          |         |
  |  18 |                NESTED LOOPS                   |                           |      1 |    191 |   8758 |00:00:06.46 |    9339 |    315 |      0 |       |       |          |         |
  |* 19 |                 HASH JOIN                     |                           |      1 |    191 |   8758 |00:00:00.67 |     565 |      0 |      0 |   880K|   880K|     1/0/0|         |
  |  20 |                  TABLE ACCESS FULL            | DIM_OFFRE                 |      1 |     22 |     22 |00:00:00.01 |       2 |      0 |      0 |       |       |          |         |
  |* 21 |                  HASH JOIN                    |                           |      1 |    191 |   8758 |00:00:00.53 |     563 |      0 |      0 |   779K|   779K|     1/0/0|         |
  |  22 |                   NESTED LOOPS                |                           |      1 |        |      1 |00:00:00.01 |       5 |      0 |      0 |       |       |          |         |
  |  23 |                    NESTED LOOPS               |                           |      1 |      1 |      1 |00:00:00.01 |       4 |      0 |      0 |       |       |          |         |
  |* 24 |                     TABLE ACCESS FULL         | DIM_CONTRAT               |      1 |      1 |      1 |00:00:00.01 |       3 |      0 |      0 |       |       |          |         |
  |* 25 |                     INDEX UNIQUE SCAN         | PK_CONTRACTANT_KEY        |      1 |      1 |      1 |00:00:00.01 |       1 |      0 |      0 |       |       |          |         |
  |* 26 |                    TABLE ACCESS BY INDEX ROWID| DIM_CONTRACTANT           |      1 |      1 |      1 |00:00:00.01 |       1 |      0 |      0 |       |       |          |         |
  |  27 |                   TABLE ACCESS FULL           | REL_SERVICE_POINT_CONTRAT |      1 |  54923 |  54923 |00:00:00.14 |     558 |      0 |      0 |       |       |          |         |
  |* 28 |                 INDEX UNIQUE SCAN             | PK_SP_KEY                 |   8758 |      1 |   8758 |00:00:05.66 |    8774 |    315 |      0 |       |       |          |         |
  |  29 |                TABLE ACCESS BY INDEX ROWID    | DIM_SERVICE_POINT         |   8758 |      1 |   8758 |00:00:18.58 |    8758 |   2083 |      0 |       |       |          |         |
  |  30 |             PARTITION RANGE SINGLE            |                           |   8758 |      1 |   8631 |00:02:33.32 |   80816 |  37669 |      0 |       |       |          |         |
  |* 31 |              TABLE ACCESS BY LOCAL INDEX ROWID| FAC_DAILY_TRANS_PERFORM   |   8758 |      1 |   8631 |00:02:33.18 |   80816 |  37669 |      0 |       |       |          |         |
  |* 32 |               INDEX RANGE SCAN                | IDX3_FAC_DAY_TRAN_PERF    |   8758 |      6 |    103K|00:00:16.05 |   17929 |   4751 |      0 |       |       |          |         |
  |  33 |            TABLE ACCESS BY INDEX ROWID        | DIM_DIAGNOSYS             |   8631 |      1 |      0 |00:00:00.12 |       0 |      0 |      0 |       |       |          |         |
  |* 34 |             INDEX UNIQUE SCAN                 | PK_DIAGNOSYS_KEY          |   8631 |      1 |      0 |00:00:00.05 |       0 |      0 |      0 |       |       |          |         |
  |  35 |          TABLE ACCESS FULL                    | DIM_DATE                  |      1 |  21914 |  21914 |00:00:00.05 |     551 |     28 |      0 |       |       |          |         |
  |  36 |         TABLE ACCESS BY INDEX ROWID           | DIM_RADIO_MODULE          |   8631 |      1 |   8631 |00:00:32.65 |   25895 |   6330 |      0 |       |       |          |         |
  |* 37 |          INDEX UNIQUE SCAN                    | PK_RADMODKEY              |   8631 |      1 |   8631 |00:00:08.38 |   17264 |   2122 |      0 |       |       |          |         |
  |  38 |        TABLE ACCESS BY INDEX ROWID            | DIM_METER_MODULE          |   8631 |      1 |   8631 |00:00:31.51 |   25895 |   6503 |      0 |       |       |          |         |
  |* 39 |         INDEX UNIQUE SCAN                     | PK_METMODKEY              |   8631 |      1 |   8631 |00:00:10.17 |   17264 |   2212 |      0 |       |       |          |         |
  |  40 |       TABLE ACCESS BY INDEX ROWID             | DIM_CUSTOMER              |   8631 |      1 |   8631 |00:01:09.66 |   25895 |   8468 |      0 |       |       |          |         |
  |* 41 |        INDEX UNIQUE SCAN                      | PK_CUSTOMER               |   8631 |      1 |   8631 |00:00:12.03 |   17264 |   2328 |      0 |       |       |          |         |
  |* 42 |      INDEX UNIQUE SCAN                        | PK_METER                  |   8631 |      1 |   8631 |00:00:09.63 |   17264 |   2372 |      0 |       |       |          |         |
  |  43 |     TABLE ACCESS BY INDEX ROWID               | DIM_METER                 |   8631 |      1 |   8631 |00:00:30.71 |    8631 |   5369 |      0 |       |       |          |         |
  --------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
   
  Predicate Information (identified by operation id):
  ---------------------------------------------------
   
     8 - access("T786"."DATE_KEY"="T1830"."DATE_KEY")
     9 - access("T786"."PERFORMANCE_KEY"="T2158"."PERFORMANCE_KEY")
    13 - access("T160"."FLUIDE_KEY"="T210"."FLUIDE_KEY")
    15 - access("T160"."TYP_PDC_KEY"="T217"."TYP_PDC_KEY")
    19 - access("T122"."OFFRE_KEY"="T298"."OFFRE_KEY")
    21 - access("T24"."CONTRAT_KEY"="T298"."CONTRAT_KEY" AND "T17"."CONTRACTANT_KEY"="T298"."CONTRACTANT_KEY")
    24 - filter("T24"."NOM_CONTRAT"='COMMUNAY ET REGION (SIE)')
    25 - access("T17"."CONTRACTANT_KEY"="T24"."CONTRACTANT_KEY")
    26 - filter("T17"."NOM_CONTRACTANT"='ER Rhône Alpes Auvergne')
    28 - access("T160"."SERVICE_POINT_KEY"="T298"."SERVICE_POINT_KEY")
    31 - filter("T786"."REPORTING_DATE"=TO_DATE(' 2013-02-09 00:00:00', 'syyyy-mm-dd hh24:mi:ss'))
    32 - access("T160"."SERVICE_POINT_KEY"="T786"."SERVICE_POINT_KEY")
    34 - access("T786"."DIAGNOSYS_KEY"="T2186"."DIAGNOSYS_KEY")
    37 - access("T786"."RADIO_MODULE_KEY"="T949"."RADIO_MODULE_KEY")
    39 - access("T786"."METER_MODULE_KEY"="T1191"."METER_MODULE_KEY")
    41 - access("T786"."CUSTOMER_KEY"="T2098"."CUSTOMER_KEY")
    42 - access("T786"."METER_KEY"="T1011"."METER_KEY")
   

  Also, line 31, my score is used with a local index and E-lines and A-lines are correct, but the index takes 02:33 minutes to get a 8758 ranks who seems to be excessive. EC which could I check/do to reduce it?
  

  |  30 |             PARTITION RANGE SINGLE            |                           |   8758 |      1 |   8631 |00:02:33.32 |   80816 |  37669 |      0 |       |       |          |         |
  |* 31 |              TABLE ACCESS BY LOCAL INDEX ROWID| FAC_DAILY_TRANS_PERFORM   |   8758 |      1 |   8631 |00:02:33.18 |   80816 |  37669 |      0 |       |       |          |         |

  Thank you very much!

  Hello

  (1) for a significant query, it is rare that the optimizer obtains all right cardinalities
  (2) but normally, it is not really necessary, in most cases just to be in the right ballpark (1-2 orders of magnitude)
  (3) as others already said, the optimizer in your case does that 1 error - in step 1, when evaluating a cardinality of a hash of several columns, the steps join upward simply reproduce this error over and over
  (4) rethink the cardinality of the join is always difficult, and especially when it comes to columns multiple joins because you have several possibilities made a mistake in the selectivity of unique columns, but also because there is a chance that there is a correlation between the columns attached; also, the optimizer uses many settings, called 'mental health controls', which does not make things more simple
  (5) you can try to create statistics on a column in the joined columns group for a more accurate forecast of join cardinality
  (6) there again, get all the cardinalities right does not guarantee that you will get a good plan - for example, you may be limited by the lack of an appropriate index
  (7) sometimes, and more feedback of cardinality (or even instead) it is better to tackle the problem from a different angle: see what operations are ineffective (e.g. rejection lines after spending a lot of e/s on their acquisition), see http://savvinov.com/2013/01/28/efficiency-based-sql-tuning/
  (8) in your case, you have noticed that you: step

  |* 31 |              TABLE ACCESS BY LOCAL INDEX ROWID| FAC_DAILY_TRANS_PERFORM   |   8758 |      1 |   8631 |00:02:33.18 |   80816 |  37669 |      0 |       |       |          |  
  

  is the biggest problem for this plan, even if the cardinality estimate of it's very precise
  (9) you can fix the problem by extending the IDX3_FAC_DAY_TRAN_PERF index to the REPORTING_DATE column: If you do this, then you won't need to 63 k logical reads to return lines k 103 just to reject 90% of them - you will reject them at an earlier stage (INDEX RANGE SCAN) and only need to at most 8 k readings to acquire the filtered lines by table rowid

  Best regards
  Nikolai

• Transparent gateway for Sybase Oracle free and what are the versions

  Transparent bridge Oracle (for Sybase) - is this free product option or it requires a license from Oracle? If used, is there a minimum version of the Oracle required database?
  Thank you...
  
  Published by: user601798 on 10 July 2012 13:18

  Hello
  The bridge that made that send SQL to the remote database, then there may be network delays sends the data back to Oracle.
  However, the main problem with any modem router is when data must be post-processed. This means that all data from a remote select must be returned to the Oracle database to be processed when you use the syntax or functions and such like that cannot be processed at the remote site.
  The following note available in My Oracle Supprot discusses this further.

  Tuning generic connectivity and gateways (Doc ID 230543.1)

  The documentation for each gateway in detail the functions and operators are supported by each gateway.

  Kind regards
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• Question about authentication SDI on AnyConnct and ASA

  Hi all

  I would like to know about the flow of communication for the AnyConnect client authentication and ASA 5520 SDI.

  My client wants to use RSA SecurID On-Demand authenticator (token RSA SecurID On-Demand) between ASA 5520 for SSL VPN and AnyConnect client.

  I understand that ASA provides two modes to allow authentication SDI.

  Native SDI - ASA communicates directly with the SDI server to manage authentication SDI
  RADIUS SDI - ASA communicates to a RADUIS SDI (such as Cisco ACS) proxy and the proxy RADIUS SDI communicates with the SDI server, this means that the ASA does not communicate directly on the SDI server.

  I think that, in general (not consider ASA), the client (remote user) needs access to the web page on the server of the SDI for an SDI authentication token when it starts / SSL VPN connection configuration. However, I understand clearly that how SDI authentication works if I use ASA as secure gateway and configure ASA to allow authentication SDI.

  So my question is how authentication SDI work on ASA when I use ASA as secure gateway and configure ASA to allow authentication SDI (in both modes).

  The customer does not want the AnyConnect client to communicate with the server of SDI directly, but to communicate to ASA only because of their security problem. I don't know why the customer say...

  I found the following information of CEC.

  ==========
  When a remote user using authentication RADIUS SDI connects to the ASA with AnyConnect and attempts to authenticate using RSA SecurID token, the ASA communicates with the RADIUS server, which in turn, communicates with the SDI server for validation.
  ==========

  This means that the AnyConnect client does not communicate with the SDI server directly for authentication of SDI when it starts / SSL VPN connection configuration and the AnyConnect client must communicate with the SAA, because ASA communicates to the SDI server (instead of the AnyConnect client) as proxy?

  Your information would be appreciated.

  Best regards

  Shinichi

  Shinichi,

  I had a quick glance at the data sheet

  http://www.RSA.com/node.aspx?ID=3481

  I couldn't find the authentication of SMS as code ' on demand ', IE. RSA will communicate somehow with network cellular provider to deliver SMS with part user token. (Phone number should uniquely identify a user)

  Please note that it is a little suspicious if the device that you authenticate provide you authentication credentials :-)

  Unless you mean a scenario where users connect through ASA to request a token (be it via NAT or perhaps via SSL Portal?) anyway, ASA is usually unconscious because the user has their authentication from the two parties.

  Let me know if you meant different on the the request token. I'm curious to see what RSA has in store for us.

  Marcin

• A few questions about the p6674y of hp and how best to update its graphics capabilities

  Hello

  I'm interested in upgrading my HP p6674y with a nicer graphics card. I've had this computer for about 2 years now. If I have to, I'm ready to upgrade the power to do this (even if I have no idea how to do this). I just want to be able to play YOUR v: Skyrim on my computer.

  If there is a way to upgrade just the graphics card, I want to do. The truth is that I am inexperienced with these sorts of things, then I want to be making sure not to break my beautiful machine, try to add or update!

  Do you have suggestions for what models graphics card or power supply purchase that will work with my computer?

  Thanks for any help you can give me.

  The recommended map is circa 2011 GTX550Ti (400W). See here

  Would require a new power supply, because your system has a skinny 250W. Ideally, you should select a 500W-630W PSU, as the power curve is best. The key is to find the mentioned card. Latest maps could support UEFI BIOS, and that would not work for you.

• Question about USRP synchronization when using 1 X 2 MIMO

  Hello

  I wonder section about 1 X 2 MIMO (a transceiver system two USRP). I entered sequence of bits as "10101010...' part of the transmitter." If '1' and '0' bits are aligned in order. 0 comes after 1, 0 just after 1. I want to send this sequence of bits of the USRP transmitter to the channel. On the receiving party;  How can I set the time and implemented receiver USRPs triggers that one that USRP will get only 1 bit of these when other USRP will pick up only when thise 0 bits. How can I synchronize this MIMO 1 X 2 like this system? Could you give me advice?

  Best regards.

  Hi ahmetemir,

  I think that this example will provide a framework for what you're trying to do: https://decibel.ni.com/content/docs/DOC-23677.

• Question about on VM consolidation number and percentage of CPU Ready

  Hi people,

  I'm trying to consolidate as many VM in simple ESXi servers on HP on AMD Opteron blades with 32 CPU available logic (based on the number on the vSphere console)

  Can anyone here please share some thoughts and comments about what is the best indication to avoid adding more VMS that ESXi hosts can treat?

  I must ensure that the number of vCPU altogether exceed is not 32 logic processor available, or it can be more than that?

  Running a script powershell LucD to collect CPU ready percentage shows that some virtual machines had prepared more than 10% CPU (for the most part 2 x vCPU) up to 22% (this one with 8 x vCPU)

  Hello

  I had the same situation on HP Blade and DL serer with two different CPU vendors.

  Intel CPU based on my experiences, has better performance compared to AMD CPU when the CPU is too committed on ESXi server.

  I have HP BL460c G6 and G7 on one of our sites, the server has 12 physical and 24 cores logic core.

  I assigned four cores to each customers (to fix the voice problem) and virtual machines are working properly, RDY CPU is less than 5% in general and there is no performance problem.

  Each blade server hosts 20 VMs and total virtual cores are 80 cores, so we attribute 1:3 (Physics: virtual) core.

  On the other hand, I DL585 G7 on our sites some server has 64 physical cores (4 Sockets and each catches have 16 cores). Servers host 50 active VMs usually but RDY CPU is greater than 10% or 7% on them. Total virtual cores are 200 and CPU assignment ratio is 3.

  I think that, if you want to optimize performance on AMD CPU, 1:1 or 1:2 CPU assignment report is the best choice.