When I built my home, the home network was an afterthought (e.g. I had bigger fish to fry, as the homeowner/GC of a troubled build). The day before drywall installation, I grabbed a laborer, spotted locations for the cable system entry, home network cabinet, entertainment sub-center, TV center, 7.1 ceiling speaker system, and appropriate drops to each bedroom, installed the enclosures, and ran conduit within half a day. I've used wireless since move-in about six years ago, uncertain whether I'd ever bother with pulling wire, since the quality of wireless technology has improved. Well, continuing issues with wireless lag has built to the point, where I'm biting the bullet, and pulling wire.
Which leads me to the question(s) I have.
1) I have assumed that there was some level of signal loss in connecting a router (8 ports) to a powered switch (8 ports). Is that, in fact, the case? In other words, I have my router installed inside the pantry, on a dedicated wire shelf near the ceiling. An RG6 cable feeds from the network wall enclosure up to the rack, which includes both cable modem and router, and CAT6 wires feed back from the router to the network wall enclosure. The router has 8 ports. How much signal (i.e. bandwidth) do I actually lose sending one CAT6 cable back, and hooking it to a 8 or 16 port switch inside the enclosure, for further distribution, versus, running eight CAT6 cables, installing into a patch panel, and using jumper cables to connect them to other, outbound ports in the patch panel?
2) In establishing patch panels in the network center enclosure (downstairs pantry wall), and upstairs sub-center (closet wall), I can terminate the CAT6 feeds from patch panel to patch panel, and then routing .CAT6 out to the user-drops, i.e. bedroom TV centers, main room TV centers, network CAT6/RJ45 wall drop, etc.). Or, I could route ALL CAT6 cables coming into the upstairs, closet sub-center, i.e. those from the drop points, and those from the pantry network center, and use jumpers to cross connect them. Is there a "proper" typology for routing network cabling via patch panels, inside network enclosures, i.e. which cables are terminated in a patch panel, versus which cables connect TO a patch panel via RJ45 connector, e.g. distribution vs. supply? My description is confusing, but basically, with every CAT6 cable entering a the pantry network enclosure, I have a choice of attaching a RJ45 connector, and plugging it into a patch panel, or terminating it INTO a patch panel, connecting it to a device, or providing service, via cross-connected, patch panel jumper cables.
3) FYI, I'm running a limited amount of actual live CAT6 network service cables, perhaps only 8 CAT6 cable, live connections throughout the house connected to the router, with the rest being unterminated "spares". However, I do intend to terminate all cables from network center (pantry) to sub-center (upstairs closet), as future end user/devices for each spare cable will be able to easily connect between network enclosures via RJ45 to existing patch panels. For example, for each bedroom TV center drop, I originally planned on providing 1 RJ45 internet cable/plug, 1 RG6 COAX plug, 1 HDMI plug, and one unterminated "spare" CAT6 wire for future use (new technology, maybe a USB, a bluetooth device, etc.). After researching current HDMI over CAT6 extender technology (which is how I wired HDMI to TV centers in my previous home), I realized that it's changed. The available connectors were previously powered and required two CAT5/6 cables at either end, but now unpowered connectors are available requiring a single CAT6 (i.e. albeit for shorter runs, fine for this installation). Since we do not intend to install TV's into the bedroom in the near term, and in view of changing technology, I've decided to skip the HDMI connectors for the present, and just include 1 RG6/COAX plug, 1 live CAT6/RJ45 network plug, and two spare, unterminated CAT6 cables to each bedroom drop. I'll have other "spare" cables pulled throughout the house, for future expansion. (Of course, someone can come along in the future and repurpose the conduits for other technology, but from what I've seen over the years, CAT5/6 cables are relatively standard, can support a host of purposes, and with spares in the tubes, will eliminate pulling wire for many future upgrades or additions.)
Thanks for wading through these verbose issue descriptions, and your help!
Which leads me to the question(s) I have.
1) I have assumed that there was some level of signal loss in connecting a router (8 ports) to a powered switch (8 ports). Is that, in fact, the case? In other words, I have my router installed inside the pantry, on a dedicated wire shelf near the ceiling. An RG6 cable feeds from the network wall enclosure up to the rack, which includes both cable modem and router, and CAT6 wires feed back from the router to the network wall enclosure. The router has 8 ports. How much signal (i.e. bandwidth) do I actually lose sending one CAT6 cable back, and hooking it to a 8 or 16 port switch inside the enclosure, for further distribution, versus, running eight CAT6 cables, installing into a patch panel, and using jumper cables to connect them to other, outbound ports in the patch panel?
2) In establishing patch panels in the network center enclosure (downstairs pantry wall), and upstairs sub-center (closet wall), I can terminate the CAT6 feeds from patch panel to patch panel, and then routing .CAT6 out to the user-drops, i.e. bedroom TV centers, main room TV centers, network CAT6/RJ45 wall drop, etc.). Or, I could route ALL CAT6 cables coming into the upstairs, closet sub-center, i.e. those from the drop points, and those from the pantry network center, and use jumpers to cross connect them. Is there a "proper" typology for routing network cabling via patch panels, inside network enclosures, i.e. which cables are terminated in a patch panel, versus which cables connect TO a patch panel via RJ45 connector, e.g. distribution vs. supply? My description is confusing, but basically, with every CAT6 cable entering a the pantry network enclosure, I have a choice of attaching a RJ45 connector, and plugging it into a patch panel, or terminating it INTO a patch panel, connecting it to a device, or providing service, via cross-connected, patch panel jumper cables.
3) FYI, I'm running a limited amount of actual live CAT6 network service cables, perhaps only 8 CAT6 cable, live connections throughout the house connected to the router, with the rest being unterminated "spares". However, I do intend to terminate all cables from network center (pantry) to sub-center (upstairs closet), as future end user/devices for each spare cable will be able to easily connect between network enclosures via RJ45 to existing patch panels. For example, for each bedroom TV center drop, I originally planned on providing 1 RJ45 internet cable/plug, 1 RG6 COAX plug, 1 HDMI plug, and one unterminated "spare" CAT6 wire for future use (new technology, maybe a USB, a bluetooth device, etc.). After researching current HDMI over CAT6 extender technology (which is how I wired HDMI to TV centers in my previous home), I realized that it's changed. The available connectors were previously powered and required two CAT5/6 cables at either end, but now unpowered connectors are available requiring a single CAT6 (i.e. albeit for shorter runs, fine for this installation). Since we do not intend to install TV's into the bedroom in the near term, and in view of changing technology, I've decided to skip the HDMI connectors for the present, and just include 1 RG6/COAX plug, 1 live CAT6/RJ45 network plug, and two spare, unterminated CAT6 cables to each bedroom drop. I'll have other "spare" cables pulled throughout the house, for future expansion. (Of course, someone can come along in the future and repurpose the conduits for other technology, but from what I've seen over the years, CAT5/6 cables are relatively standard, can support a host of purposes, and with spares in the tubes, will eliminate pulling wire for many future upgrades or additions.)
Thanks for wading through these verbose issue descriptions, and your help!