MANYConnect

Connection types compared

What reaches your address limits the choice, so start there, then compare the technologies available.

• Fiber: the fastest and most consistent option, often with upload speeds that match download.
• Cable: fast downloads over the coaxial TV network, with uploads usually much slower.
• DSL: service over telephone lines that slows the farther you are from the provider’s equipment.
• Fixed wireless and 5G home internet: signals from a nearby tower to a receiver at your building, with speeds that vary with signal strength and network load.
• Geostationary satellite: available almost anywhere, but the satellites sit about 22,000 miles up, so each round trip takes roughly half a second or more.
• Low-earth-orbit satellite: satellites only a few hundred miles up deliver far lower latency, though the dish needs a clear view of the sky.

How much speed you really need

Size the plan for your busiest hour, not for one person. Add up what happens at once: several video calls, a couple of streams, a cloud backup and phones updating apps can all overlap in the evening or the middle of a workday.

Upload deserves as much attention as download. Video calls send your camera feed upstream, and so do backups, large file transfers and security cameras, so a plan with a small upload can choke when two people share their screens at once. These rules of thumb help with rough planning.

• An HD video call uses roughly 1 to 4 megabits per second in each direction.
• An HD video stream uses roughly 5 Mbps, and a 4K stream roughly 15 to 25 Mbps.
• Cloud backups and large uploads take whatever upload capacity is available.

Latency, jitter and data caps

Latency is the time data takes to make a round trip, measured in milliseconds, and jitter is how much that delay varies. Low, steady latency matters for calls, gaming and remote desktops, and high jitter makes voices stutter even on a fast plan. Fiber usually has the lowest latency and geostationary satellite the highest.

Some plans cap monthly data or slow you down after a threshold. Check the cap, what happens when you pass it, such as overage fees, slower speeds or lower priority during congestion, and what an unlimited option costs.

Contracts, promotions and equipment

Promotional prices usually end after an introductory period, and the regular rate can be much higher. In the United States, providers publish standardized broadband labels summarizing prices, fees, speeds and data policies, which make side-by-side comparison easier.

Renting the provider’s modem or gateway often adds a monthly fee that can exceed the cost of buying one within a year or two. If you buy, choose a model from the provider’s approved list. Fiber and 5G services usually require the provider’s own equipment.

• What will the price be after the promotion ends?
• Is there a contract, and what does leaving early cost?
• Which recurring fees apply, including equipment?
• Is there a data cap, and what happens if you exceed it?

When business-class service is worth it

Business plans cost more, but much of what you pay for is terms rather than speed. A service level agreement commits the provider to uptime or repair times, usually with bill credits when it falls short. Static IP addresses let you host services, run some VPNs and connect to partners who allow access only from known addresses.

Business support lines often answer faster and send technicians sooner. Read the SLA closely for what counts as an outage and what you get back. Dedicated internet access, a pricier tier, provides guaranteed, symmetrical bandwidth instead of capacity shared with neighbors.

Backup connections and failover

If an outage would halt your work, add a second connection that fails differently: another provider and ideally another technology, such as cable backed by 5G, fixed wireless or satellite. Two wired services that share the same pole or conduit can be cut by the same accident.

A router with failover moves traffic to the backup automatically and returns when the main line recovers. Some providers sell cellular backup add-ons for exactly this purpose. Test the switch now and then, and check whether the backup plan’s data cap could run out during a long outage.

Checking availability and testing properly

Look up your address on the FCC National Broadband Map, which lists the providers that report service there along with the technologies and speeds they claim. Treat it as a starting list, confirm with each provider and ask neighbors what they actually get. If the map shows service that isn’t really available, you can file a challenge.

To test speed, plug a computer into the router with an Ethernet cable, close other apps and run several tests at different times of day. A Wi-Fi test measures your wireless network, not the plan.

• Restart the modem and router, and give the modem a few minutes to reconnect.
• Check the provider’s outage map or app before troubleshooting further.
• Compare wired and wireless results to tell a Wi-Fi problem from a line problem.
• Inspect cables and connectors, including coaxial splitters on cable service.
• Log dates, times and results to show the provider if slowdowns continue.