in GE interface the STM-1 can carry 155 Mbps but on SDH it will carry 142 Mbps
There are 1024 kilobits in a megabit, so 384 kbps divided by 1024 equals .375 mbps.
DS3 is 44.7 Mbps and a T1 is 1.55 Mbps. So 1 DS3 = 28 T1s http://www.dslbroker.com/ds3.html
135 mbps
It is desirable to have a higher Mbps in almost all cases. Mbps = Mega bits per second. It describes the throughput (or bandwidth) or data through a network interface.
2
3 ds3 in stm1
63 E1
1E1=2.048MbpsSTM1=63 E1...AND STM4=4*STM1=63*4E1sbUT ITS NOT THAT EASY...In SDH there is a lot of header data...STM1 =155.52MbpsSTM4=622.08MbpsSTM16=2488MbpsSTM64=9953Mbps....
1E1=2.048MbpsSTM1=63 E1...AND STM4=4*STM1=63*4E1sbUT ITS NOT THAT EASY...In SDH there is a lot of header data...STM1 =155.52MbpsSTM4=622.08MbpsSTM16=2488MbpsSTM64=9953Mbps....
E1 is carried inside C-12 container in SDH enviroment. Size of container is bigger than payload requirment of E1 in order to have clock alignment, justification opportunity bits, justification control bits, & overhead bits. C-12 container is 272 bits which multplies with 8000 (frames per second) to get data rate for one C-12 per second. Multiplying it with 63 will give you 137.088 Mbps.
Cat5e is 100 mbps.
1 MBPs how many MHZ
758 kbps (758,000 bps) is 0.7 mbps since 1 mbps is 1,000,000 bps.
5.071 mbps (Note:1MB =1024 Kb)
1 mb = 1000 kb 900kbps = 0.9 mbps
102400
2.275mbps