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Does the Dnx-221 support moca 1.1?
No. It's certified to Moca 1.0.Does the Dnx-221 support moca 1.1?
Not that I'm aware of.a) Are there any available MOCA devices that do NOT require Windows to configure; i.e. use a tiny webserver?
Look up the products' Certifications here.b) I can't find specs that say if the boxes are MOCA 1.0 or 1.1 versions.
I make it a rule to not buy 1.0 of anything so I'm worried.
16 for both 1.0 and 1.1And with 1.0; how many bridges can I use on a given net?
They're not helpful because you can't run traffic and look at the stats at the same time.c) There was a mention of the stats being worthless but I did not follow why that was the case...
The config utility will only work from a computer plugged directly into the adapter.I could not make their config utility work:
Uh,there is no wall wart. The power supply is built into the unit. You just need a proper AC mains cord or plug adapter.
I would not read a lot into the simultaneous results. MoCA devices all use Entropic chipsets. There may be minor performance differences due to firmware. But performance is more alike than different.From looking at the ixChariot plots, it seems to me that the D-Link DXN-221 is the only one of the three adapters to provide consistent, steady throughput with four simultaneous connections. Am I reading the plots correctly? If so, that seems like a huge differentiating factor.
MoCA is designed to handle 16 nodes. There should be no "collision" issue. MoCA, like powerline, uses many different frequency bands that are dynamically assigned based on many factors.1) Will using these two or three additional MoCA adapters be a problem/cause all of the MoCA signals to collide? Will the MoCA network be able to adequately support a typical, slightly demanding, usage scenario--i.e., streaming HD from the PC (connected via MoCA) to two Xboxes simultaneously (each connected via MoCA), while a STB is watching TV and someone is surfing the Internet? I don't think the above scenario would be a problem bandwidth-wise, but I'm concerned that it might be a problem signal collision-wise, especially since the additional MoCA bridges I'm buying would need to be able to communicate both with each other, as well as with the FiOS Actiontec router to get Internet access... which means they all have to communicate on the same channel, I believe.
Don't know. All MoCA products are built on Entropic chipsets. But firmware differences can produce different results.2) Would the D-Link be the best choice, given its more graceful handling of four simultaneous MoCA streams? Or would the presence of the Actiontec MoCA router nullify any advantage the D-Link has over its competitors?
See this3) How does the D-Link handle more than four simultaneous streams compared to its competitors?
See above.4) Are more than four simultaneous streams a problem even if each stream doesn't use a ton of bandwidth?
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