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What's On, Transponder and channel support
Transponders & channels
New NS2000 (NS3 / NS4) thread
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<blockquote data-quote="moonbase" data-source="post: 1163941" data-attributes="member: 178786"><p>Sometimes it is the LNB rather than the dish that can prevent a lock but this is generally for the 32APSK ones with high FEC.</p><p>These type can be a bit flakey with a DRO LNB that has something like 1MHz stability.</p><p></p><p>Out of choice, commercial setups simply strap on an SMW PLL LNB with something like 25KHz stability, the tighter LNB stability is an advantage for 32APSK with high FEC's</p><p></p><p>For those two on 7.0E they are only 16APSK with FEC of 2/3, a DRO LNB should cope with them so it might be dish size or SR threshold.</p><p>If you look at the SR step threshold tables I uploaded a couple of days ago in this topic they give you an idea of what tolerance there is for the SR.</p><p>Note: - Those figures were for my LNB which is an Invacom C120 Quad DRO model, the values might be different for your LNB.</p></blockquote><p></p>
[QUOTE="moonbase, post: 1163941, member: 178786"] Sometimes it is the LNB rather than the dish that can prevent a lock but this is generally for the 32APSK ones with high FEC. These type can be a bit flakey with a DRO LNB that has something like 1MHz stability. Out of choice, commercial setups simply strap on an SMW PLL LNB with something like 25KHz stability, the tighter LNB stability is an advantage for 32APSK with high FEC's For those two on 7.0E they are only 16APSK with FEC of 2/3, a DRO LNB should cope with them so it might be dish size or SR threshold. If you look at the SR step threshold tables I uploaded a couple of days ago in this topic they give you an idea of what tolerance there is for the SR. Note: - Those figures were for my LNB which is an Invacom C120 Quad DRO model, the values might be different for your LNB. [/QUOTE]
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What's On, Transponder and channel support
Transponders & channels
New NS2000 (NS3 / NS4) thread
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