Quote:
Originally Posted by BenJF3 
That's all TWC's doing. I traced the lines into the building and could tell by the connectors and splitters. Also each line was tagged with a yellow TWC marker to designate which unit was for service. None of the lines appear to run off to a suspicious location and the customer I was there for had digital equipment that I activated. Personally, I think it's the doing of lazy subcontractors.

That's all TWC's doing. I traced the lines into the building and could tell by the connectors and splitters. Also each line was tagged with a yellow TWC marker to designate which unit was for service. None of the lines appear to run off to a suspicious location and the customer I was there for had digital equipment that I activated. Personally, I think it's the doing of lazy subcontractors.
I guess TWC... or at least your division... no longer uses weather boots and silicone grease to prevent the corroded fittings. Are the F fittings at least the type with O-rings?
The other two things that really would concern me is the tightly cinched black ty-rap near on the drop cable near the bottom of the picture and the tight bend radius of the larger cable at the top right (near the blue tape/sleeve). The change in cable capacitance at either of those points can cause frequency response and return-loss/reflection issues, especially at higher frequencies.
Also, when the system was constructed the tap should have been reconfigured so that both the input and output feeds come straight out of the bottom of the tap. The 1/2" cable coming out of the tap thru port should have a minimum bend radius of about 4"... looks to be about 4" diameter, lol.




















