With all due respect, you need to stay out of this one John or you may run the risk of tarnishing a rather stand-up reputation. You are not a moderator nor even a fellow forum member at this moment as in this particular case you would be regarded by many as being the manufacturer with having...
Concur; I too was unable to hear a difference. The Pro version of the Meizu when "tricked" was ever so slightly louder than the iBasso DC03. A real shame it is no longer available as it measured extremely well and in a amazingly low-profile package.
Yes, it may be listed by Meizu as having only ~1.75Vrms output (as determined by auto-impedance detection) with a thrust of 30mW @ 32Ω (6.7mW @ 600Ω) however, it has been measured to be much, much higher @ 87mW @ 33Ω (...
The Meizu HiFi Pro is very well regarded over here in Asia and typically was/is preferred over the iBasso but I chalk that up to being simply personal preference in most cases, as well as due to the cleaner testing measurements and power output of the Meizu HiFi Pro version when "tricked" and...
They are receiving praise on a number of Korean and Chinese mobile audiophile forums and blogs but I have yet to listen to one myself but will shortly. Many have likened it to the Meizu HiFi Pro and rate it above the iBasso DC03. Sadly the DAC chip being used remains a mystery which may or may...
And another curiosity by Clot Audio is their dongle series.
CPHI PRO / CPHI / CPHI (IOS)
Sized just between the iBasso DC04 and the Meizu Hi-Fi Pro the full-wood body/shell CPHI Pro conveniently offers two (2) ports: 2.5TRRS Balanced and 3.5SE Unbalanced.
Unfortunately, the DAC chip used...
Something curious has quietly dropped into AliExpress recently... it appears to be a rebranded Clot Audio CPONE.
HAC 2 / HAC 3 Portable HiFi DAC Headphone Amplifier
HAC 2 - this two-port version (3.5SE Unbalanced + 4.4TRRS Balanced) appears to be a rebranded/recased CPONE / CPONE S (Clot...
Gotcha! Thank you for the clarification. I just realized that HPToy can be downloaded and used on my PC. So no need for the Android app on my phone now.
Yes, it looks that way. Every calculation I make brings it in just a little under 2Vrms... 120mW @ 32Ω = 1.96 vRMS... which leads me to believe that it can only output ~13mW @ 300Ω and~6.5mW @ 600Ω (so very close to as Amir tested)