Network cabling built for clinical spaces.
Structured cabling for medical offices, clinics and healthcare facilities: EMR drops, separate cabling for clinical, administrative and guest networks, exam room and medical device drops. Installed out of sight, labeled and documented, and planned around how a practice actually runs.
Colors are an example scheme. We set them per site and write them into the labeling plan. Separate cabling and clear records support your HIPAA safeguards; your IT team still configures the switches and firewall.
Healthcare cabling has different stakes than an office.
A generic office layout does not account for EMR workflow, separate networks, medical device requirements or how a clinical space has to look.
EMR and EHR drops
Your records system needs a dependable wired drop at every workstation, nurse station and check-in desk. We plan for what your EMR vendor specifies, not a generic office layout.
Separate clinical, admin and guest cabling
Clinical, administrative and guest traffic each get their own cables and patch panels, instead of VLANs on shared runs that depend entirely on switch settings. Physical separation supports your HIPAA safeguards.
Exam room drops
Each exam room needs drops for the workstation, wall-mounted displays and connected devices. We place them around the clinical workflow, not wherever a cable happens to reach.
Medical device connectivity
Imaging, monitoring and diagnostic equipment can come with specific cabling requirements. We work with your equipment vendors and IT team so the drops match the device spec before the equipment arrives.
Clean work in clinical spaces
No exposed runs and no surface raceway through patient-facing areas. Cabling goes inside walls and above ceilings, so the practice looks the way it should.
Documentation you can hand over
As-built drawings and cable records at the end of the job. When an auditor or your IT team asks how the network is wired, you have a documented answer.
What goes into one exam room, from ceiling to faceplate.
Open the wall, look at the jack, then close it up. Every drop in the practice is built the same way.
Three clinical runs for this room: the workstation, the vitals monitor and a spare. They ride their own J-hooks above the ceiling and drop inside the wall, so nothing runs on the surface of a patient room.
Most failed tests start here. Pairs untwisted too far back pick up crosstalk, so each pair stays twisted right up to the jack and every run is tested after termination.
The wall closes over the runs. The spare is already on the drawings and the test report, so adding a device later means plugging in, not opening the wall.
Infrastructure built for healthcare, not retrofitted after.
From exam room drops to separate clinical and administrative pathways, installed to spec and documented for the people who maintain it and the auditors who ask about it.
Cat6A clinical runs
10 Gb/s to 100 mCat6A to clinical workstations and devices: 500 MHz, 10 Gb/s over a full 100 m channel, and better suited to large PoE bundles.
Separate pathways per network
Clinical · admin · guestEach network gets its own cables and its own route to the telecom room, with conduit where a wall or ceiling calls for it.
Clinical, admin and guest patch panels
One panel per networkSeparate patch panels for each network, labeled by port, so a cable can never be patched into the wrong network by accident.
Exam room wall plates and nurse station drops
Placed by workflowFlush faceplates in every exam room and drops at each nurse station position, placed where the staff and equipment actually are.
Medical device cabling
Per vendor specDedicated drops for imaging, monitoring and diagnostic equipment, built to the manufacturer requirements your vendor gives us.
As-built documentation
Drawings · labels · testsLabeled drawings with cable routes, drop locations, panel port assignments and a test result for every run, with each network marked.
From clinical walkthrough to documentation handoff.
Medical cabling starts with how the practice works, not with an office template.
Clinical walkthrough
We map workstations, exam rooms, devices and the records you need to keep. Where your EMR vendor, IT team and devices need drops drives the plan.
Separation plan
Separate cable pathways planned for clinical, administrative and guest networks. Physical separation at the cabling layer, not only at the switch.
Install
Concealed runs, no visible conduit in patient areas, and noisy work phased around appointment blocks so the schedule keeps running.
Documentation handoff
Labeled as-built drawings delivered and your IT team briefed. Clinical, admin and guest networks clearly marked in the records.
Medical practice cabling, answered.
What network separation does HIPAA require?
HIPAA does not prescribe a specific network design. The Security Rule requires safeguards that protect electronic protected health information (ePHI) from unauthorized access, based on your own risk analysis. In practice that usually means keeping clinical systems that handle ePHI apart from administrative systems, and completely apart from guest or patient Wi-Fi. Separate runs, separate patch panels and separate switches put that separation in the physical layer, where it does not depend on a switch setting that can be misconfigured. Physical separation and good records support your HIPAA safeguards. Your IT team still sets up and maintains the switches and firewall rules.
Do medical devices need dedicated network drops, or can they share with workstations?
It depends on the device and your IT policy. Many connected devices, such as imaging equipment, patient monitors and diagnostic tools, belong on an isolated network for security, which usually means their own runs. Some manufacturers also have specific cabling requirements that affect warranty and support. The practical answer: plan a dedicated drop for any device that handles patient data or connects to clinical systems. We work with your device vendors and IT team during planning, so the drops are right before the equipment arrives rather than found wrong after.
How do you handle cabling for new medical equipment that gets added after the buildout?
Two ways. During the buildout, we pull spare runs to places where equipment is likely to go later, such as a room that may get imaging equipment or an area set aside for expansion. That is far easier while walls are open than after drywall. When equipment is added to a finished practice, we check whether an existing drop can be reused or a new run is needed. Because our as-built records show what is in the walls, which network each cable serves and where the nearest runs are, the retrofit is much less disruptive than working blind.
Can you install cabling in an active medical practice without disrupting patient appointments?
Yes, with careful phasing. We work one area at a time and finish one wing before moving to the next. Drilling and ceiling work go into gaps in the schedule: early mornings, lunch blocks or after hours. Spaces that cannot be taken offline at all may need weekend work. We set this up with your office manager during planning, so nothing on the day is a surprise. A practice has less tolerance for disruption than a corporate office, and we plan the schedule with that in mind.
What documentation do you provide, and is it useful for compliance audits?
You get as-built drawings showing cable routes, drop locations and patch panel port assignments. Every run is labeled at both ends with one naming scheme that matches the drawings, and clinical, administrative and guest networks are clearly marked. For a HIPAA Security Rule review, these records support your documentation of technical safeguards by showing that separation is built into the physical layer, not just described. They also give your IT team and any future contractor a full picture of the cabling without tracing cables by hand.
Structured cabling for every kind of business.
Ready to wire your practice right?
We walk your space, map your clinical workflow and design cabling that fits your EMR, your devices and the records you keep. Same-day quotes when we can.