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Watch and Bet / The quality ladder
Five tiers, from 0.8 to 12 megabits

The quality ladder and what an hour of picture weighs

A stream is not one picture but a ladder of five, and the player picks a rung from the connection and the device. The rung decides how much data an hour of it costs, and a reader who never looks at the rung is guessing at their own usage.

Desk spec
tiers
5
lowest
0.8 Mbps
highest
12.0 Mbps
an hour
0.36-5.40 GB
the pictureA live picture is a licensed broadcast shown beside a market, not a window onto the event. It has an owner, a territory and a cost, and only 96 of 300 events in the month carry one.
the two clocksThe event happens at 0.0 s, the price refreshes at 0.2 s and the picture arrives at 12.0 s, so the number beside the picture is 11.8 seconds newer than the picture it sits beside.
the one sourceThree things describe an event - the picture, the data feed and the official result - and only the official result settles a bet. The picture looked decisive in 96 of 100 disputes and settled none of them.
Direct answer

A stream is offered in five tiers from 0.8 to 12.0 megabits a second, and an hour of each weighs between 0.36 and 5.40 gigabytes. The player chooses a tier from the connection and the device, so the same match can cost a mobile reader a third of a gigabyte and a television reader five. A lower tier is lighter but not always quicker to arrive.

The ladder

Each rung is a different amount of picture per second, and the arithmetic between them is linear: double the bitrate and an hour weighs double. The player measures the connection and picks a rung it thinks will not stall, which is why the tier a reader gets is a guess the software makes rather than a choice the reader makes.

Sample E - the five tiers, and what an hour of each weighs
TierBitratePer hourPer 2 h matchTypical screen
low0.8 Mbps0.36 GB0.72 GBa phone on mobile data
medium1.5 Mbps0.68 GB1.35 GBa phone on wifi
high3.0 Mbps1.35 GB2.70 GBa laptop
higher6.0 Mbps2.70 GB5.40 GBa large screen
maximum12.0 Mbps5.40 GB10.80 GBa television in a fixed line
five rungs15x range0.36-5.40 GB0.72-10.80 GBone match, five costs
sample E - an hour, worked from the bitrate an hour at 1 megabit a second = 1,000,000 x 3,600 / 8 = 450,000,000 bytes = 450 MB = 0.45 GB so tier 1 (0.8) -> 0.8 x 0.45 = 0.36 GB tier 3 (3.0) -> 3.0 x 0.45 = 1.35 GB tier 5 (12.0) -> 12.0 x 0.45 = 5.40 GB and the top rung is 12.0 / 0.8 = 15 times the bottom one, so the same 90-minute match ranges from 0.54 GB to 8.10 GB.

A lower tier is lighter, not quicker

The intuition that a small picture arrives sooner is only half true. A lower tier carries less data, so it needs less bandwidth, and a connection that cannot hold the top rung will hold a lower one without stalling. But the delay depends on the buffer, not the rung, so a reader on the low tier is not closer to the event; they are watching the same delay at a smaller size.

sample E and C - what the tier does and does not change bitrate by tier = 0.8, 1.5, 3.0, 6.0, 12.0 Mbps (15x range) data an hour by tier = 0.36, 0.68, 1.35, 2.70, 5.40 GB (15x range) picture delay = 12.0 s at every tier (1x, unchanged) so the rung changes the weight by 15x and the delay by 1x: a reader who switches down to save data saves up to 93.3% of it and gains 0.0 s on the event.
Check the ladder before you blame your connection
  • Which tier is playing, and is it the one the operator advertised?
  • Is the picture small but punctual, which is the tier, or large but stalling, which is the connection?
  • Did the tier drop during the match, which adds a re-buffer rather than a fixed delay?
  • What does the same match cost at the tier your device is actually using?
  • Would a lower tier make the picture arrive sooner, or only weigh less?

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