Hp PROLIANT BL465C G7 Manual do Utilizador

Performance of HP ProLiant BL465c G7 with AMD Opteron 6100 Series processors in 32- and 64-bit HP SBC environments Technical white paper Table

10 Table 4. System summary for the bare-metal HP ProLiant BL465c G7 server blade (continued) Component Description Boot device \Device\HarddiskVolume

11 The following scenarios were tested:  Server blade configured with the AMD Opteron processor Model 6174, 6164 HE, 6136, and 6128 HE  HP SBC t

12 Figure 4 shows normalized Perfmon values. Figure 4. There were no stopped sessions when 487 Heavy Users were logged on With 487 users active,

13 Canary times Figure 5 shows sample results for the tested server when running a typical canary script. Individual user response times are shown in

14 Figure 6. % Processor Time values – showing that 141 Heavy Users were supported when system PTEs became exhausted The optimal number of Heavy U

15 Figure 7. % Processor Time values – showing that 447 Heavy Users had been able to log on when processor utilization reached 80% Thus, as many a

16 Figure 8. Although 447 Heavy Users were able to log on, two sessions had stopped With 447 Heavy Users – the number of users logged on when proc

17 Canary times Figure 9 shows sample results for the tested server when running a typical canary script. Individual user response times are shown in

18 Figure 10. % Processor Time values – showing that 411 Heavy Users were supported when processor utilization reached 80% The optimal number of H

19 Figure 11. Canary time values show that user response times started to become unacceptable when 475 Heavy Users were active Response times were

2 Executive summary Designed for virtualization yet flexible enough for any business application, the HP ProLiant BL465c G7 server blade combines bes

20 Figure 12. % Processor Time values – showing that 161 Heavy Users were supported when disk utilization began to increase exponentially Disk uti

21 Figure 13. % Processor Time values – showing that 380 Heavy Users were supported when processor utilization reached 80% The optimal number of H

22 Figure 14. Canary time values show that user response times started to become unacceptable when 406 Heavy Users were active Response times were

23 Important: As with any laboratory benchmark, the performance metrics quoted in this performance brief are idealized. In a production environment,

24 Recommendations This section provides general recommendations for improving the performance of HP SBC servers. x64 platforms Since x64 platforms

25 Note: HP has not yet characterized FBWC performance in the HP SBC environment. However, testing performed using BBWC demonstrates that, typically

26 Note: For more information on best practices associated with virtualization, refer to the HP white paper, “Best practices for deploying Citrix Xe

27 Appendix A – Using Microsoft Windows Server 2003 x64 Editions Microsoft offers operating systems that support both 64- and 32-bit applications, as

28 Appendix B – SBC solution sizing As with any laboratory benchmark, the performance metrics quoted in this performance brief are idealized. In a p

29 Figure B-1. Home page for the HP Citrix XenApp and Microsoft Terminal Services Sizing Tool Based on information provided by the customer, the

3 Introduction Figure 1 shows the HP ProLiant BL465c G7 server blade. Figure 1. The HP ProLiant BL465c G7 server blade, illustrating a unique drawe

For more information HP ProLiant BL465c G7 server blade http://www.hp.com/servers/bl465c HP ActiveAnswers solution area for HP SBC, including Cit

4  HP Integrated Lights-Out 3 (iLO 3)  Serial Attached SCSI (SAS)  Thermal logic The following sections of this paper describe testing perform

5 Table 1. Components of TSScaling Component Description Automation tools Robosrv.exe Drives the server-side of the load simulation Robocli.exe Hel

6 Test scenario To characterize its scalability, HP tested the HP ProLiant BL465c G7 server blade in 64- and 32-bit HP SBC environments when running

7 Test topology Figure 2 illustrates the HP SBC test environment. Figure 2. The tested environment (64-bit implementation shown) Note: Test env

8 Configurations This section outlines the configurations of servers and clients used in the test environment. Table 3 presents information on syste

9 Table 3. System configurations (continued) Server Configuration Domain controller 2P HP ProLiant DL360 G5 server with:  Dual-core Intel Xeon proc