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Hello Menon, the version displayed by the software is 0.4.5.1, and the version marked on the back is 0.4.5.1.1. We will not make such low-level mistakes, so this is a clone.

My mistake, not buying from Zeenko. Sent: Friday, January 5, 2024 4:28 AM To: [email protected] Subject: Re: [tinysa] Self test Why did you not buy from zeenko store? Can you post a photo of the front

Why did you not buy from zeenko store? Can you post a photo of the front and back of the device? -- For more info on the tinySA go to https://tinysa.org/wiki/

Chances are excellent it is a clone, once you updated the SW the test failed. This has been reported for clones. Tom Sent from Mail for Windows Sent: Thursday, January 4, 2024 2:38 PM To:

From AliExpress Wishcolor store. Sent: Thursday, January 4, 2024 9:16 PM To: [email protected] Subject: Re: [tinysa] Self test From where did you buy? -- For more info on the tinySA go to

From where did you buy? -- For more info on the tinySA go to https://tinysa.org/wiki/

Erik, I just received my Tiny SA Ultra yesterday from China and decided to update the firmware before use. I updated the firmware from V1.4_109_g5cfd570 to V1.4_141_gf753dbf without any problems.

yes, thanks for reminding me to remove that part of the wiki page -- For more info on the tinySA go to https://tinysa.org/wiki/

Herb, Thanks for the reply - I'll go ahead and play around with the RPi solution. I also had the idea of grabbing the logging data on an Android phone, but I'm a lot less familiar with that

Presumably the clock spurs referred to at the foot of this page are the ones that are actually now fixed with the clever clock frequency modulation Erik? Peter

The more details we know about the design problems and the solutions taken, the more value your work takes. Toni

If you have a scope you can watch the level of the 30MHz call output, it should be around -35.6dBm. If the output level is correct then it seems like the input switch is blown. See " *The input switch

Amazing. So the software can effectively work around the inevitable hardware limitations. Very neat. Thanks for the insight Erik. Peter.

Thanks Herb. That’s a neat idea. Effectively slowing the sweep time to enable the sweep bar. Thanks. Peter

it was 64.0dbm with LNA disabled, and 66.4dbm with LNA enabled thanks

Please enable the 30MHz call output and connect to input What level do you see with and without LNA? -- For more info on the tinySA go to https://tinysa.org/wiki/

Yes, it's displaying transmissions, but also tested from my own radio with LNA enabled and disabled since I live in a remote rural area (not a lot around) to make sure and it spiked up to -20dbm.

You may have either blown the internal attenuator or the input switch Is the tinySA completely deaf? Connect the telescopic antenna and test with and without LNA enabled if you can see any signals --

New to the TinySA, so hoping I'm in the right place to ask support questions, if not please let me know where to ask (thanks in advance). Recent purchase of a TinaSA Ultra, cal and self test worked as

Erik could possibly add timed logging of the displayed markers as he recently did for auto save of trace 1, but you would still need a PC or other device to display the logged data (the tinySA Ultra