When staff complain that the network is slow or that a nurse station computer keeps dropping offline, attention usually goes to software, the internet connection or the EMR. Sometimes the culprit is far simpler and far older: a frayed cable behind the wall, a switch cooking in a closet with no ventilation, or a tangle of unlabeled patch cords that nobody dares touch.
The physical layer of the network is not exciting, but everything else depends on it. In older senior living and skilled nursing buildings, which have often been added to and remodeled over decades, it deserves a deliberate look.
Structured cabling is an organized, standards-based system of cables, jacks, patch panels and pathways that connects every room and device to network equipment. A well-built system follows recognized standards, uses quality cable of an appropriate category, and is documented and labeled.
The opposite is what many older facilities have: cables added one project at a time, mixed types and ages, runs that exceed length limits, jacks that are not connected to anything, and no documentation of what goes where.
Devices that connect at slow speeds or drop offline intermittently
Ports on switches that show errors
Old Category 3 or 5 cable still in use where modern devices need more speed
Cables run through ceiling tiles, loose across the floor or strapped to pipes
No labels on jacks, patch panels or cables
Daisy-chained small switches under desks or in cabinets
Cables spliced, extended with couplers or damaged by construction
Wi-Fi access points that cannot be added because there are no data runs in the right places
The network closet or equipment room is where the problems concentrate. Check these basics.
Switches, firewalls and servers generate heat. A closet that doubles as storage and reaches high temperatures shortens equipment life and causes random failures. Make sure there is airflow or dedicated cooling.
Use uninterruptible power supplies (UPS) so brief outages do not cause equipment to crash
Consider generator-backed circuits for key network equipment, since a network that fails during a power event hampers everything from phones to documentation
Avoid overloaded power strips
The room should be locked, with access limited and logged if practical. Anyone who can reach the equipment physically can unplug it, plug into it or steal it. HIPAA's Security Rule includes facility access controls for areas that house systems with ePHI.
Keep storage out of the closet. Dust, cardboard and cleaning supplies do not belong near electronics. Use racks, cable management and patch panels so connections are neat and traceable.
Look for water pipes overhead, floor drains that could flood, and nearby plumbing. Locate equipment above floor level where possible.
Labels are inexpensive and save hours. Aim for:
Every jack in rooms labeled with a number that matches the patch panel
Patch panel ports and switch ports labeled and recorded
A diagram or spreadsheet showing which room and device connect to which port
Records of cable types, ages and test results
Documentation lets the next technician, or a different vendor, understand the system, and makes changes safer.
A cabling contractor can test existing runs with a certification tool to see whether they meet performance standards. Testing is often cheaper than replacing everything blindly. Use results to prioritize:
Failing or marginal runs
Areas where you plan to add wireless access points, cameras or new equipment
Old cable types that will not support modern speeds
When remodeling or adding a wing, run new cabling at the same time, since walls are open and costs are lower. Include extra drops for future needs, such as additional access points, cameras or nurse call devices.
Cabling work in occupied buildings requires coordination. Schedule work by wing, avoid resident rest hours when drilling or ceiling work is noisy, and follow infection control and life-safety requirements. Fire-stopping penetrations and using appropriately rated cable are important, and local code requirements apply. Involve facilities and the administrator before work begins.
Walk every closet and take photos.
Check temperature, power protection, security and cleanliness.
Identify unlabeled and unmanaged equipment.
Record how many ports are used and spare.
Test runs that serve critical areas.
Budget for repair and relabeling in phases.
UnityCare IT assesses network closets, coordinates cabling contractors and builds documentation for healthcare facilities. If your network problems seem to have no clear cause, a physical walkthrough is often a worthwhile first step.
Call or text: 405-285-3845
New customers: start@unitycareit.com
Existing customers: support@unitycareit.com
Address: UnityCare Technologies, 2524 N Broadway Ste 554, PMB 947974, Edmond, Oklahoma 73034-4172