Instead of looking at that cartridges channel separation specifications, that time would be better spent listening and determining if it works in your system.
Second best option is ask someone who's ears you trust, how does it sound? Specifications have almost no value in determining whether a product sounds good or not.
Example:
Amplifier A has distortion specifications of .002% THD and produces 1000 watts of power per channel.
Amplifier B has distortion specifications of <3% THD and produces 750 watts of power per channel.
Which sounds better?
Product are:
Amp A is Kenwood automotive amp.
Amp B is VTL 750 mono blocks.
This could go on for pages, there are countless products that have great specifications and sound bad and products that have lesser specifications that sound excellent.
I don't know if it's flaws in the measuring process, people measuring are inept, the wrong things are being measured or the data is falsified. Regardless, specifications are not something on which I would base my decision to buy.
Second best option is ask someone who's ears you trust, how does it sound? Specifications have almost no value in determining whether a product sounds good or not.
Example:
Amplifier A has distortion specifications of .002% THD and produces 1000 watts of power per channel.
Amplifier B has distortion specifications of <3% THD and produces 750 watts of power per channel.
Which sounds better?
Product are:
Amp A is Kenwood automotive amp.
Amp B is VTL 750 mono blocks.
This could go on for pages, there are countless products that have great specifications and sound bad and products that have lesser specifications that sound excellent.
I don't know if it's flaws in the measuring process, people measuring are inept, the wrong things are being measured or the data is falsified. Regardless, specifications are not something on which I would base my decision to buy.