i just wanted to buy it any ways.You can try with a normal rca cable aswell.
And then search for better coax cables.
1. For coax if being used to transfer "digital" signal 75ohm cable is recommended.i just wanted to buy it any ways.
My set up plan is to have a network streamer from where i want to add the coax to the Marantz PM-6007.
1.Which cable do I need? Dig or analog coax cables. Please note I intend to bypass the streamer dac if any.
2.If dig coax i have seenthe othello,klotz and mogami 2964 on hifimart.Any more i should look into?these cables are in my budget
You can check this cable from Amazon India. Its a 75ohm made in India cable.1. For coax if being used to transfer "digital" signal 75ohm cable is recommended.
2. You can also consider MPS-M75 coax cable as well.
Hope this helps.
Besides the Mogami 2964, look around for the popular vfm Belden 1694a.2.If dig coax i have seenthe othello,klotz and mogami 2964 on hifimart.Any more i should look into?these cables are in my budget
That's a misconception I was having too.My streamer does not have optical. Further, optical limits at 96 KHz.
I had no idea! thank you for letting me know. On those lines, should we not always prefer optical over coax for obvious reasons of noise etc...?That's a misconception I was having too.
That depends on the Cable, Good Optical Cable can do HiRes Easily, in fact upto 2xDSD can be transmitted via optical. Depends on the Source and DAC ; for eg. Denafrips DACs accept upto 1x dsd via both Coaxial and Optical inputs, the source in my case ( CA Cxn v2) does 1xDsd out via optical. Good Optical Cable like Lifeatec are good at it, I found Cheaper MX Optical Cable able to do HiRes via Optical Effortlessly.
Electrical noise and jitter are two different though related aspects. Optical SPDIF is more susceptible to jitter than coax SPDIF as the former has slower rise times. But optical is less susceptible to electrical interference. So, it depends on how well the DAC is capable of handling or rejecting jitter. Most DAC don't perform this well in this regard. Long story short, I would recommend a good quality coax digital SPDIF over optical unless you know that your DAC excels at handling jitter. Same goes for USB vs Coax SPDIF.I had no idea! thank you for letting me know. On those lines, should we not always prefer optical over coax for obvious reasons of noise etc...?
Can you suggest good quality USB cable to connect laptop with DAC USB input ?That's a misconception I was having too.
That depends on the Cable, Good Optical Cable can do HiRes Easily, in fact upto 2xDSD can be transmitted via optical. Depends on the Source and DAC ; for eg. Denafrips DACs accept upto 1x dsd via both Coaxial and Optical inputs, the source in my case ( CA Cxn v2) does 1xDsd out via optical. Good Optical Cable like Lifeatec are good at it, I found Cheaper MX Optical Cable able to do HiRes via Optical Effortlessly.
This is exactly my understanding minus the toslink's ability to do 24/192 instead of 24/96. I also fundamentally believe that I would be good with 16/44 for a long time and do not need to chase the elusive hi-res tail. I ditched toslink primarily because my streamer does not have one(!) and coax sounded better in my setup for reasons already explained by you.Electrical noise and jitter are two different though related aspects. Optical SPDIF is more susceptible to jitter than coax SPDIF as the former has slower rise times. But optical is less susceptible to electrical interference. So, it depends on how well the DAC is capable of handling or rejecting jitter. Most DAC don't perform this well in this regard. Long story short, I would recommend a good quality coax digital SPDIF over optical unless you know that your DAC excels at handling jitter. Same goes for USB vs Coax SPDIF.
With respect to bandwidth, optical toslink can do theoretically 8 channels of 24/48 ie up to 24/192. But I believe there is something in SPDIF toslink spec that limits official support to 24/96 though now there are a lot of DACs that support up to 24/192 over optical SPDIF as well.
I don't think either optical or coax SPDIF can do higher than 24/192 as per spec. Something to do with lack of copy protection which is also the reason why SACD can't send DSD over coax/optical SPDIF and can do it over only over analog. If DACs are playing back DSD64, DSD256 or higher over coax/optical, then it must be DSD over PCM (DoP) ie DSD in a PCM envelope or down-sampled PCM and not native DSD. With DoP, DSD64 becomes 176.4 PCM and DSD128 becomes 352.8 PCM and so on and it is unwrapped on the other end to get the corresponding DSD file. But both source and DAC need to support DoP.
Yes. I agree completely about 16/44. In the entry-level systems, I own or have experienced, it requires focused critical listening to observe the differences between 16/44 or 24/192. I don't think I would be able to make out the differences in a blind session especially with music recorded after 90s with poor dynamic range. DSD is a different matter though.This is exactly my understanding minus the toslink's ability to do 24/192 instead of 24/96. I also fundamentally believe that I would be good with 16/44 for a long time and do not need to chase the elusive hi-res tail. I ditched toslink primarily because my streamer does not have one(!) and coax sounded better in my setup for reasons already explained by you.