300 megabytes per second is much faster.
1MB = 1024KB. So, 30*1024 = 30,720. Therefore, there are 30,720KB in 30MB.
Broadband is usually 40 to 60 megabytes per second faster, but can range all the way to 300 mbps faster.
E sata transfers at a rate of 300 megabytes per second and tapes transfer at a rate of up to 80 megabytes per second. E sata is by far the faster solution
At the moment, Firefox is downloading here and the speed is indicated in KB/sec-- read kilobytes per second. Your test speed of 4mbs is most likely 4 megabits per second. For you too, Firefox is most likely showing the speed in kilobytes per second; when you read the speed, whether it's shown in upper case or lower case make all the difference. Thus 300 kilobytes per second (300KB/sec) translates to 2 400 kilobits per second (2 400 kb/sec) since one byte consists of 8 bits. 2 400 kb/sec is 2.4 mb/sec or 2.4 mbs to use your notation and it's 60% of your test speed. This may be quite reasonable.
1000 mb = 1 gb so 300 gb is 600 times better than 500 mb
1.3 gigabyte is 1,300 megabytes. So 1.3 gb is way larger than 300 mb.1.3 gb is larger than 300 mb. It is the same size as 1300 mb.
307200
307200
307200
There are 1024 Megabytes (MB) in a GigaByte (GB), and then 1024 Kilobytes(KB) in a Megabyte, and then 1024 Bytes in a Kilobyte. So in a 300GB Hard Drive, there are 300 times 1024 times 1024 times 1024 Bytes, which equals 322122547200 Bytes.
2GB is two gigabytes or 2,000,000,000 bytes of data. A byte is commonly 8 bits (0 or 1) of data. This is a common data storage capacity on "thumb" or "flash" drives available today. This compares with 300-500 GB that is commonly available on PC hard drives today. Interestingly, this compares with the 0.7GB that is the maximum data staorage capacity of a CDROM.
around 300...