Four quantities carry almost all of the useful information, and none of them are star ratings. Cost per month, and cost across the full term. Bandwidth per simultaneous stream, which decides whether your connection can run three at once. Data consumed per hour, which decides whether a capped home plan survives the month. Published uptime, which is the only reliability claim that can be checked against your own experience. Everything else on a typical comparison page is either derived from these or is an adjective. Start with the four, put the categories side by side, and the differences stop being matters of opinion. The remaining question is whether a service will state its figures at all, and many will not.

1. 1Cost per month and per term
2. 2Bandwidth per simultaneous stream
3. 3Data per hour of viewing
4. 4Published uptime percentage

A 4K stream sits around 15-25 Mbps and burns about 7 GB an hour. A 1080p stream sits around 5-8 Mbps and burns about 3 GB an hour. Those figures multiply by simultaneous streams, so three 4K streams at once want 45-75 Mbps of headroom, not your advertised line speed on a quiet afternoon. Codec matters as much as resolution: HEVC carries roughly half the bitrate of H.264 for comparable quality, so a service delivering HEVC uses about half the data for the same picture. Four hours a night in 4K is close to 840 GB a month, which is enough to matter on a capped plan. Cable and satellite move that traffic outside your internet allowance; internet delivery does not.

1. 1Three concurrent 4K streams want 45-75 Mbps of real headroom
2. 2Dropping 4K to 1080p roughly halves data use
3. 3HEVC roughly halves bitrate again at comparable quality

Divide the monthly price by the hours you actually watch and the comparison becomes personal rather than theoretical. At $10 a month and two hours a night, roughly 60 hours, the arithmetic lands near 17 cents an hour. The same 60 hours on typical US cable or satellite at $70-130 works out to roughly $1.17 to $2.17 an hour, before equipment rental and regional fees, which are the line items that separate advertised price from billed price. Streaming bundles at $40-90 land in between, though households often carry two or three at once to cover what one service does not. The lighter your viewing, the more the fixed monthly fee dominates, and the wider the gap gets.

Commitment structure is the sharpest divide. Cable and satellite typically involve a contract term, an installation appointment, rented equipment and automatic renewal at a rate that moves after the promotional period. Streaming bundles renew monthly and are easy to leave, but stack in cost as you add them. Internet-delivered subscriptions like ours sit at the other end: activation in about five minutes, unlimited installs across your own devices, 1-5 simultaneous connections depending on plan, nothing set to auto-renew and no card stored afterward. The second divide is catalog shape. A tiered package sells you a fixed bundle; a 54,000+ live channel index across 190+ countries plus 219,577+ on-demand titles sells you a catalog you filter down yourself.

Peak-hour capacity. Every internet-delivered service shares server capacity, and a service that has sold more concurrent viewing than it can carry will buffer in the evening no matter what your router does. No device setting fixes that, and any page telling you to restart your app as the answer to evening buffering is describing the wrong layer. This is precisely why a published uptime number is worth demanding before you subscribe: 99.99% is about 53 minutes of downtime across a year, and it is a figure you can check against your own evenings. Test during live sport, which is when the load is heaviest and when most people decide whether a service works.

1. 1Shared capacity is a provider-side limit, not a home-network one
2. 2Live sport at peak hours is the honest test window