Benchmarking: Difference between revisions

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This page contains results of benchmarking tests that allow you to compare the speed and functionality of the software with other products. It also gives more information on the computer specification requirements and how much difference they make to run speed.
This page contains results of benchmarking tests that allow you to compare the speed and functionality of the software with other products. It also gives more information on the computer specification requirements and how much difference they make to run speed.


PC 1:  
== Computers ==
 
'''PC 1:'''
* This laptop meets or exceeds all of the [https://www.industrialvibes.com/wiki/index.php/Installation#Computer_Requirements recommended specifications].
* This laptop meets or exceeds all of the [https://www.industrialvibes.com/wiki/index.php/Installation#Computer_Requirements recommended specifications].
* HP Victus 16.1 (16-r0153TX) (obtained June 2024 for AU$1900)
* HP Victus 16.1 (16-r0153TX) (obtained June 2024 for AU$1900)
Line 10: Line 12:
* 64 bit Windows 11 Home (23H2)
* 64 bit Windows 11 Home (23H2)


PC 2:
'''PC 2:'''
* This laptop just meets the minimum requirements.
* This laptop just meets the minimum requirements.
* Lenovo V145-15AST
* Lenovo V145-15AST
Line 18: Line 20:
* Integrated graphics (ie no separate graphics card)
* Integrated graphics (ie no separate graphics card)
* 64 bit Windows 10 Home (22H2)
* 64 bit Windows 10 Home (22H2)
* Tip: we had to uninstall sophos home antivirus software from this old machine. Before uninstalling, we had to reduce the sample rate by a factor of 8 (from 51200 to 6400) to get the software to run indefinitely for test 1.


Test 1:
== Tests ==
 
'''Test 1:'''
* National Instruments NI cDAQ-9178 carrier with 4 X NI-9234 modules
* National Instruments NI cDAQ-9178 carrier with 4 X NI-9234 modules
* 16 IEPE channels
* 16 IEPE channels
Line 29: Line 34:
* This requires 12 mouse clicks and 3 keystrokes to set up
* This requires 12 mouse clicks and 3 keystrokes to set up


Test 2: same as test 1, but with only 12 channels and 12 plots
'''Test 2:'''
* National Instruments NI cDAQ-9171 carrier with 1 X NI-9234 module
* 4 IEPE channels
* Minimum sample rate (1652 Hz)
* Continuous logging with no gaps in the data.
* 4 separate velocity time waveform plots
* 4 separate velocity FFT plots with current and peak hold spectra
* 0.25 Hz frequency resolution, FFT X axis from 0 to 20 Hz (default settings)
* Full screen display with 2 columns
* This requires 7 mouse clicks and 1 keystroke to set up
 
== Results ==
{| class="wikitable"
|+ Benchmark testing results
|-
| '''Test''' || style="width:50px" | 1 || style="width:50px" | 1 || style="width:50px" | 2
|-
| '''PC''' || 1 || 2 || 1
|-
| '''Software startup time (s)''' || < 30|| 220 || < 20
|-
| '''Setup time (s)''' || 40|| 40 || < 20
|-
| '''Hardware delay (s)''' || 70 || 75 || 30
|-
| '''Screen update rate (s)''' || 9 || 7 || < 2
|-
| '''Logging duration''' || Indefinite || Indefinite  || Indefinite
|}
 
Hardware delay: time from when you have finished setting up (click on the start button and then the plot 1 tab) to when the first plot appears. This is largely attributable to hardware initialisation.
 
Screen update rate: approximately one screen update (all 4/16 plots) every X seconds.
 
Indefinite logging duration: limited only by hard drive space. Approximately 23.3 GB of data is collected every hour for test 1. Note that other software running on your PC may interfere with this, in particular third party anti-virus software.
 
== Navigation ==
 
[https://www.industrialvibes.com Home]
 
[https://www.industrialvibes.com/videos.html Videos]
 
[https://www.industrialvibes.com/download.html Download]
 
[https://www.industrialvibes.com/contact.html Contact]
 
[[Main Page]]
 
[[Installation]]
 
[[Licensing]]
 
[[User Interface]]
 
:[[Setup Tab]]
 
:[[Options Tab Left Panel]]
 
:[[Options Tab Right Panel]]
 
:[[Plot Tabs]]
 
[[Benchmarking]]


Test 1 on PC 1:
[[Troubleshooting]]
* Software startup time: < 30 seconds
* Setup time: approximately 40 seconds
* Hardware delay (from finished setup to first plot appearing, this is mostly the time required for hardware to initialise): 70 seconds
* Screen update rate: approximately one screen update (all 16 plots) every 9 seconds
* Logging duration: limited only by hard drive space. Approximately 24 GB of data is collected every hour.


Test 1 on PC 2:
[[Custom Data Processing]]
* Software startup time: 220 seconds
* Setup time: approximately 40 seconds
* Hardware delay: 75 seconds
* Screen update rate: approximately one screen update (all 16 plots) every 7 seconds
* Logging duration: approximately 90 seconds - could not log indefinitely at this rate.


Test 2 on PC 2:
[[FFT Setup]]
* Software startup time: 200 seconds
* Setup time: approximately 40 seconds
* Hardware delay: 55 seconds
* Screen update rate: approximately one screen update (all 12 plots) every 5 seconds
* Logging duration: limited only by hard drive space.

Latest revision as of 22:40, 4 July 2024

This page contains results of benchmarking tests that allow you to compare the speed and functionality of the software with other products. It also gives more information on the computer specification requirements and how much difference they make to run speed.

Computers

PC 1:

  • This laptop meets or exceeds all of the recommended specifications.
  • HP Victus 16.1 (16-r0153TX) (obtained June 2024 for AU$1900)
  • 32GB RAM
  • 1 TB SSD
  • 13th Gen Intel(R) Core(TM) i7-13700HX 2.10 GHz (AVX2 support)
  • NVIDIA GeForce RTX 4060 8GB GDDR6 (Open GL 4.6, compute capability 8.9)
  • 64 bit Windows 11 Home (23H2)

PC 2:

  • This laptop just meets the minimum requirements.
  • Lenovo V145-15AST
  • 8GB RAM
  • 256 GB SSD
  • AMD A4-9125 RADEON R3, 4 Cores, 2.3 GHz
  • Integrated graphics (ie no separate graphics card)
  • 64 bit Windows 10 Home (22H2)
  • Tip: we had to uninstall sophos home antivirus software from this old machine. Before uninstalling, we had to reduce the sample rate by a factor of 8 (from 51200 to 6400) to get the software to run indefinitely for test 1.

Tests

Test 1:

  • National Instruments NI cDAQ-9178 carrier with 4 X NI-9234 modules
  • 16 IEPE channels
  • Maximum sample rate (51.2 kHz)
  • Continuous logging with no gaps in the data.
  • 16 separate FFT plots with current and peak hold spectra
  • 1 Hz frequency resolution, FFT X axis from 0 to 200 Hz
  • Full screen display with 2 columns
  • This requires 12 mouse clicks and 3 keystrokes to set up

Test 2:

  • National Instruments NI cDAQ-9171 carrier with 1 X NI-9234 module
  • 4 IEPE channels
  • Minimum sample rate (1652 Hz)
  • Continuous logging with no gaps in the data.
  • 4 separate velocity time waveform plots
  • 4 separate velocity FFT plots with current and peak hold spectra
  • 0.25 Hz frequency resolution, FFT X axis from 0 to 20 Hz (default settings)
  • Full screen display with 2 columns
  • This requires 7 mouse clicks and 1 keystroke to set up

Results

Benchmark testing results
Test 1 1 2
PC 1 2 1
Software startup time (s) < 30 220 < 20
Setup time (s) 40 40 < 20
Hardware delay (s) 70 75 30
Screen update rate (s) 9 7 < 2
Logging duration Indefinite Indefinite Indefinite

Hardware delay: time from when you have finished setting up (click on the start button and then the plot 1 tab) to when the first plot appears. This is largely attributable to hardware initialisation.

Screen update rate: approximately one screen update (all 4/16 plots) every X seconds.

Indefinite logging duration: limited only by hard drive space. Approximately 23.3 GB of data is collected every hour for test 1. Note that other software running on your PC may interfere with this, in particular third party anti-virus software.

Navigation

Home

Videos

Download

Contact

Main Page

Installation

Licensing

User Interface

Setup Tab
Options Tab Left Panel
Options Tab Right Panel
Plot Tabs

Benchmarking

Troubleshooting

Custom Data Processing

FFT Setup

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