*1080p Uncompressed Video Bandwidth*

1920x1080 resolution = 2,073,600 pixels

2,073,600 pixels @ 24bpp = 49,766,400 bits (49Mbits)

49,766,400 bits / 8Mbits (8Mbits per Megabyte) = 6,220,800 bytes (6.2Mbytes)

So, 6.2Mbytes per frame.

6,220,800 bytes x 30 fps = 186,624,000 bytes/sec (187Mbytes/sec)
6,220,800 bytes x 60 fps = 373,248,000 bytes/sec (373Mbytes/sec)

I believe only the 'i' specs go up to 60fps. 1080p only goes up to 30fps. Recalc in order.

Reference here.

From that same source:

If the standard MPEG-2 compression is used, versions with higher frame rate such as 1080p50 and 1080p60 could only be sent over higher-bandwidth channels; to send these over normal-bandwidth channels, a more modern codec such as the H.264/MPEG-4 AVC codec must be used. Higher frame rates such as 1080p50 and 1080p60 are foreseen as the future broadcasting standard for production

No new math needed. Simply changing to 48-bit color from 24-bit and moving from 60 FPS to 30 keeps the results the same. Otherwise, divide or multiply by two.

Reference here.