50Mb=51200 Kb
1Mb=1024Kb
So 50*1024=51200
There are 1024 kilobits in a megabit, so 384 kbps divided by 1024 equals .375 mbps.
From what I know it is equal to 1024 kbps. That's Kilobits per second not Kilobytes per second (KBps)
12 kbps x 2 seconds = 24 kilobits - that's equal to 3000 bytes.12 kbps x 2 seconds = 24 kilobits - that's equal to 3000 bytes.12 kbps x 2 seconds = 24 kilobits - that's equal to 3000 bytes.12 kbps x 2 seconds = 24 kilobits - that's equal to 3000 bytes.
It is right on the cusp.Personally, I have a 1.5 Mpbs connection (about 1530 kbps) and media mostly streams just fine except for High-definition video. You will definitely not be able to watch HDTV without buffering with a 512k connection, and Youtube-type videos will likely stream fine, but right on the cusp. There may be some buffering.
KBps stands for kilobytes per second while kbps stands for kilobits per second. 56 KBps = 448 kbps 56 kbps = 7 KBps
54Mbps =54*1000 kbps (In actual 1KB=1024bytes) =54000 kbps =54000/8 KBps =6750 KBps (1Byte=8bits or 1B=8b) 54Mbps =54*1000 kbps (In actual 1KB=1024bytes) =54000 kbps =54000/8 KBps =6750 KBps (1Byte=8bits or 1B=8b)
1 mb = 1000 kb 900kbps = 0.9 mbps
38 kbps= 384/8 KBps ie 52 Kbps. Its the download speed. I bought this phone thinking speed is 384 KBPS but it was 384 kbps. Its a low modem speed but nice if you get full speed. I am a docomo user but getting only 15 KBps now. Was getting between 55-85 KBPs speed.
256
up to 14,4 kbps in GSM CSD, in GPRS 57,6 kbps, in EDGE (type 1MS) 236,8 kbps and in UMTS 384 kbps.
KBPS - AM - was created on 1923-03-23.
An OC48 bandwidth connection is 2.488 Gbps which equates to 19,904,000 kbps (kilobits) or 2,488,000 KBps (kilobytes).