Industry connectivity guide
Clinical systems are cloud hosted, imaging files are enormous, and downtime has patient safety consequences, not just financial ones.
Clinical systems are cloud hosted, imaging files are enormous, and downtime has patient safety consequences, not just financial ones.
The right connection is determined by the applications, outage cost, upload demand, and compliance requirements at the site, not by an industry label alone. Use the requirements below to size the service, then verify availability at the exact address.
| Starting point | Typical fit | What to validate |
|---|---|---|
| 100–250 Mbps | Small site with ordinary cloud, voice, and web traffic | Peak upload, concurrent video calls, backup windows |
| 500 Mbps–1 Gbps | Busy location, many users, imaging or operational systems | Sustained throughput, symmetrical upload, application latency |
| 2–10 Gbps | Large campus, production data, many sites, or data-center traffic | Interface capacity, firewall throughput, carrier handoff, growth plan |
These are design starting points rather than rate-card recommendations. Measure peak utilization and application behavior, then leave practical headroom instead of buying from employee count alone.
| Decision | What to compare |
|---|---|
| Serviceability | Lit, on-net nearby, or off-net at the exact suite; expected construction and activation date |
| Service terms | Committed bandwidth, symmetrical upload, SLA, repair target, credits, and static IP allocation |
| Network ownership | Who owns and repairs the last mile, where traffic joins the provider backbone, and any wholesale dependency |
| Commercial terms | Monthly service, one-time costs, construction contribution, annual escalator, renewal, and termination language |
| Resilience | Carrier, route, entrance, equipment, power, and upstream diversity |
Guest wifi on the same circuit as clinical traffic, with no policing. A busy waiting room should never be able to slow down an imaging transfer.
The core technical requirements stay consistent, but carrier density, construction conditions, and regional networks change the buying process. These sections preserve the useful local research from the former state-specific pages.
Iowa healthcare is a mix of large systems in the metros and critical access hospitals spread across rural counties. That second group is where connectivity gets genuinely difficult, and where Iowa's independent telco and Aureon fiber matters most.
Priority markets: Iowa City, Des Moines, Cedar Rapids, Waterloo.
Carriers to compare: Lumen, Aureon, Segra, ImOn Communications, WIN Technology, SDN Communications. Availability remains address-specific.
Colorado healthcare runs from the Anschutz Medical Campus, one of the largest academic medical complexes in the country, out to critical access hospitals serving mountain communities on a single road in. The connectivity problem at those two ends could not be more different, and the mountain end is where redundancy stops being theoretical.
Priority markets: Aurora, Denver, Colorado Springs, Fort Collins.
Carriers to compare: Lumen, Comcast Business, Segra, Zayo, StratusIQ, ALLO Communications. Availability remains address-specific.
Nevada healthcare runs from the Las Vegas Medical District and the large Henderson and Reno systems out to critical access hospitals serving communities a long way from anything. The connectivity problem at those two ends is not the same problem, and it is at the rural end that redundancy stops being theoretical.
Priority markets: Las Vegas, Henderson, Reno, Carson City.
Carriers to compare: Cox Business, Lumen, AT&T Business, Spectrum Enterprise, Zayo, Verizon Business. Availability remains address-specific.
Kansas healthcare is a mix of large systems in the metros and critical access hospitals spread across a very large and thinly populated western half. That second group is where connectivity gets genuinely difficult, and it is where the independent telephone companies and their shared network matter most.
Priority markets: Wichita, Kansas City, Topeka, rural county hospitals.
Carriers to compare: AT&T Business, KsFiberNet, Segra, Cox Business, Spectrum Enterprise, Nex-Tech. Availability remains address-specific.
Arkansas healthcare is a mix of a large academic medical centre in Little Rock, regional systems in the northwest and northeast, and critical access hospitals spread across a lot of rural ground. That last group is where connectivity gets genuinely difficult, and where the rural incumbent is frequently the only carrier with facilities anywhere near the building.
Priority markets: Little Rock, Fayetteville, Jonesboro, rural county hospitals.
Carriers to compare: Comcast Business, AT&T Business, Windstream Enterprise, Cox Business, Ritter Communications, Aristotle. Availability remains address-specific.
Montana healthcare is a distance problem before it is a bandwidth problem. Billings is a referral centre for a catchment reaching into Wyoming and the Dakotas, and behind the city systems sit critical access hospitals and clinics serving communities a long way from anything. Telehealth and imaging transfer are not conveniences at that end of the network, and redundancy stops being theoretical when the alternative is a drive of several hours.
Priority markets: Billings, Missoula, Great Falls, critical access hospitals statewide.
Carriers to compare: Lumen, Spectrum Enterprise, Vision Net, Blackfoot Communications, TDS Telecom, Zayo. Availability remains address-specific.
Ohio healthcare includes institutions that are national referral centres rather than regional ones, and the Cleveland Clinic and University Hospitals concentration in one metro is close to unique. That produces a specific connectivity problem: imaging transfer and clinical systems make upload the binding constraint, and where patient care depends on a hosted system an outage is a clinical event rather than an inconvenience. The health corridor around University Circle has fiber density driven by the institutions rather than by the office market.
Priority markets: Cleveland, Columbus, Cincinnati, Akron.
Carriers to compare: AT&T Business, Spectrum Enterprise, Bluebird Fiber, altafiber, Zayo, Comcast Business. Availability remains address-specific.
Phoenix and Tucson both host large hospital systems and research institutions, and behind them sit clinics and critical access facilities serving communities a long way from either. Imaging transfer and clinical systems make upload the binding constraint, and at the rural end redundancy stops being theoretical because the alternative is a drive of several hours.
Priority markets: Phoenix, Scottsdale, Tucson, Mesa.
Carriers to compare: Cox Business, Lumen, Zayo, AT&T Business, Wyyerd Fiber, Verizon Business. Availability remains address-specific.
A small practice running a cloud EHR is often fine on business fiber with a second connection for failover. Once imaging or multi-site operations enter the picture, dedicated internet with an SLA becomes the sensible floor.
HIPAA does not specify a circuit type. It does require you to plan for availability and continuity, and a documented SLA plus a tested failover path is the straightforward way to evidence that.
Tell us the address and roughly what you run. We will size it properly and quote every carrier that can reach you.
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