Tiering is usually a pricing exercise rather than a product one. The same servers, the same catalog and the same apps sit behind the one-month, three-month, six-month and twelve-month boxes, and the only variable that changes is how far ahead you pay. A longer commitment carries a lower monthly figure because the seller collects the cash sooner, not because the stream improves. Read a tier grid as a discount curve and nothing more. The questions that actually shape your evenings sit outside that grid: how many screens run at once, what happens if the service fails in week two, and whether the charge repeats next year. We removed the grid and kept one plan at $10 per month, $120 total.

1. 1Tier price differs; the underlying service usually does not
2. 2The terms that matter are rarely printed beside the price
3. 3One plan means one number to check

Divide the yearly figure by the number of screens a plan lets you run at the same moment. At $120 a year with up to five simultaneous connections, the ceiling is $24 per screen per year, or about $2 a month. A cheaper-looking plan capped at one connection can cost more per screen than a dearer plan that allows five, which is why the headline monthly figure ranks plans badly. The same math surfaces the household question early: two adults and two teenagers watching in parallel need three or four streams on a Sunday evening. Installs are counted separately from connections. Put the app on every television, tablet and phone you own; the cap only counts what is playing simultaneously.

1. 1$120 divided by 5 screens is $24 per screen per year
2. 2Unlimited installs, 1-5 concurrent streams
3. 3Count peak-hour screens, not household devices

Price is half of an IPTV subscription plan. The other half is what happens once payment clears, and four terms carry most of that weight: activation time, the concurrency cap, the refund window and renewal behavior. Ours activate in about five minutes, allow one to five streams at once, carry a 7-day money-back window on plans with the $5 trial excluded, and never renew on their own because no card is stored. Uptime belongs in the same short list. We publish 99.99%, which is roughly 53 minutes of downtime across a whole year, and that is a figure you can hold a service to in a way an adjective never allows. A plan page that states none of the four is incomplete.

1. 1Activation: about 5 minutes
2. 2Nothing auto-renews and no card is stored
3. 3Published uptime 99.99%, about 53 minutes a year

Plan pages skip this math, so here it is. A 4K stream runs about 15-25 Mbps and uses roughly 7 GB an hour. A 1080p stream runs 5-8 Mbps and about 3 GB an hour. Channels encoded in HEVC need close to half the bitrate of H.264 for the same picture, which is why one channel looks clean on a line where another stutters. Multiply by the screens you intend to run together: three 4K streams in parallel want 45-75 Mbps of headroom and burn about 21 GB an hour. If your home internet carries a monthly data cap, that figure matters more than the subscription price. Wiring the main television with Ethernet removes the most common variable.

1. 14K: 15-25 Mbps, about 7 GB per hour
2. 21080p: 5-8 Mbps, about 3 GB per hour
3. 3HEVC needs roughly half the bitrate of H.264

Treat a trial as a test plan rather than a browse. Open it during live sport, because that is the moment a service either holds or breaks. Run every screen you expect to use at the same time, on the actual televisions and sticks you own instead of a laptop. Check one channel inside each group you care about, since a fault confined to a single group is server-side, a single dead channel is a source problem, and a stall across everything points at your line, the player or the session. Switch away and back: instant recovery means the session stalled and bandwidth was never the cause. Twenty-four hours shows all of that. A year should not be bought blind.

1. 1Test during a live game, not at 3pm on a Tuesday
2. 2Run all your screens at once
3. 3Switch away and back to separate a stalled session from bandwidth