Interesting.  What hardware?

--

On 1/6/2015 9:17 PM, RickG wrote:
Blair, I'm sure there is a limit but I've got a CPE showing 51 gigs and counting.

On Tue, Jan 6, 2015 at 2:27 AM, Blair Davis <the...@wmwisp.net <mailto:the...@wmwisp.net>> wrote:

    And, AFAICT, they are using 32bit counters so they rollover at
    about 4Gbyts...

--
    On 1/6/2015 2:13 AM, RickG wrote:
    Clay, That's interesting too. I'd love to get Ubiquiti's input on
    this!

    On Mon, Jan 5, 2015 at 11:04 PM, Clay Stewart
    <cstew...@stewartcomputerservices.com
    <mailto:cstew...@stewartcomputerservices.com>> wrote:

        Rick, I think the counts are according to where in the stream
        the data is being calculated, which seems to me to be at the
        bridging module code. Any  RX data is counted twice, once at
        the port it comes in (LAN or WLAN) and then again
        transferring the bridge. So adding the RX of both ports
        equals the bridge total RX. Hat is the easy part.

        Now my best guess on the harder numbers.

        First the bridge TX count.... The program only counts
        Broadcast traffic, thus only 8.44m out of bridge. Could be
        that chip does not have storage bits to access?

        Next, the, I think the answer lies in AirMax perhaps.
        Wherever compression/decompression is performed. For TX out
        of WLAN, you would expect data from LAN to be compressed to
        send Wirelessly to another UBNT AirMax unit... And it is. But
        in TX to LAN just the opposite, the data has to be
        decompressed from UBNT proprietary formula into data that any
        non UBNT unit can use... Thus data leaving out a LAN is
        bigger.... And it is.

        Just an old programmers guess 🐸

        On Monday, January 5, 2015, RickG <rgunder...@gmail.com> wrote:

            I imagine it might be helpful if I attached a graphic
            rather than pdf so here it is.

            On Mon, Jan 5, 2015 at 12:37 PM, RickG
            <rgunder...@gmail.com> wrote:

                Referring to the attached graph: Why do the
                interfaces show such a difference in bytes transferred?
-- -RickG KyWiFi




-- -RickG KyWiFi



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