#Sidekick1 - Twitter Hashtag

over 2 years ago

A long post. #Sidekick1 vs #Sidekick2 saved and compressed spectrum in @ekahau If you look in your survey file (extract the esx) you can find that SK1 uses 78kHz RBW for a few sweeps, but most are used with 156kHz. SK2 does the same but with 39kHz for a few sweeps, but 99% of all sweeps is done with 156kHz same as SK1. Why so bad? Because If you count the sweeps, you will se that SK1 has saved WAY more sweeps per second vs SK2. I looked at my first SK2 file a few days ago, but this problem has been here all along. 😧 A lot less sweeps is saved for SK2 than SK1 and with the same RBW. In the picture below we have 24 seconds on SK1 and SK2 SK1, 156kHz RBW, 438 sweeps SK2, 156kHz RBW, 138 sweeps If I understand their config correctly. Something is up, and I am amazed that nobody has mentioned this before. How long have you known this @ekahau ? I am just trying to be helpful, and I hope you will fix it. @MattStarling @MacDeryng 🛜😊 I love a good quality spectrum analyzer, and want it beautiful in my surveys files as well 🥰

mrTeigen's tweet photo. A long post. #Sidekick1 vs #Sidekick2 saved and compressed spectrum in @ekahau

If you look in your survey file (extract the esx) you can find that SK1 uses 78kHz RBW for a few sweeps, but most are used with 156kHz.

SK2 does the same but with 39kHz for a few sweeps, but 99% of all sweeps is done with 156kHz same as SK1.

Why so bad? Because If you count the sweeps, you will se that SK1 has saved WAY more sweeps per second vs SK2.

I looked at my first SK2 file a few days ago, but this problem has been here all along. 😧 A lot less sweeps is saved for SK2 than SK1 and with the same RBW.

In the picture below we have 24 seconds on SK1 and SK2

SK1, 156kHz RBW, 438 sweeps
SK2, 156kHz RBW, 138 sweeps

If I understand their config correctly.
Something is up, and I am amazed that nobody has mentioned this before.

How long have you known this @ekahau ? I am just trying to be helpful, and I hope you will fix it. @MattStarling @MacDeryng 🛜😊 I love a good quality spectrum analyzer, and want it beautiful in my surveys files as well 🥰

Kjetil Teigen Hansen

@mrTeigen

over 2 years ago

It depends, it depends right? The hardware, the sensitivity, the RBW (resolution bandwidth) and a lot more. To the left we have a Sweep scan of a section of the 6GHz band at WLPC using the @Aaronia_AG Spectran V6 and to the right we have @ekahau Sidekick2. The avg noise floor in Ekahau with SK2 is 1dB above the limit where they paint the waterfall green. This makes it difficult to see weak signals. I highly recommend watching this video from @RohdeSchwarz https://t.co/sDJ3vkka1w to learn more on why it looks so different. #SpectranV6 #SpecAn #6GHz

mrTeigen's tweet photo. It depends, it depends right? The hardware, the sensitivity, the RBW (resolution bandwidth) and a lot more.

To the left we have a Sweep scan of a section of the 6GHz band at WLPC using the @Aaronia_AG Spectran V6 and to the right we have @ekahau Sidekick2.

The avg noise floor in Ekahau with SK2 is 1dB above the limit where they paint the waterfall green. This makes it difficult to see weak signals.

I highly recommend watching this video from @RohdeSchwarz https://t.co/sDJ3vkka1w to learn more on why it looks so different. #SpectranV6 #SpecAn #6GHz

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Kjetil Teigen Hansen

@mrTeigen

over 2 years ago

#Sidekick1 vs #Sidekick2 I hope @ekahau will fix how SK2 spectrum data is saved and compressed during survey. Maybe they will answer it in the webinar? I hope so. 🙂😎

Kjetil Teigen Hansen

@mrTeigen

over 2 years ago

@ekahau In that talk! Please talk about what you will do to fix how SK2 Spectrum Data is compressed in your survey file. SK1 vs SK2 Video: SK2 4-5dB higher noise vs SK1 Picture 20sec waterfall: bcs of the added noise you can't see much. SK1 looks much better!! 🥰

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Kjetil Teigen Hansen

@mrTeigen

almost 3 years ago

Yo @ekahau what about letting use do a bit more in your spectrum view. For example letting use move the y-axis. #Sidekick2 spectrum shows a higher higher noise floor than the #Sidekick1 most likely bcs a more narrow RBW. If we could change RBW and the reference level it could be easier to find a weak signal that is hidden in all the neon green color. SK1 is better at this. This video was helpful https://t.co/sDJ3vkka1w