Want this question answered?
T1 line
CAT5 or if nessecary CAT6 Twisted pair...
The maximum theoretical gain of a corner reflector is ' 1 '.
Range = Maximum value - Minimum value
1.7*10-7
11 Mbps
d. 802.11n
802.11n.
1 Gbps
Theoretical maximum throughput: SATA II: 3Gb per second. SATA III: 6Gb per second. The maximum uncoded transfer rates are 2.4 Gb per second and 4.8Gb per second, respectively.
132 Mb/sec
45 Mb/s
T1 line
802.11b Wireless networks support a maximum throughput of 11Mbps (megabits per second). From a practical standpoint, the average throughput will probably be closer to 5Mbps.
There are certain factors that affect the power optimization of a device and design engineers should consider these factors before designing a solution. Some of the factors are: Minimum supply voltage. Maximum efficient voltage. Maximum power dissipation. Maximum switching frequency. Maximum line frequency. Minimum input and output capacitance. Maximum output and forward transfer capacitance. Power supply rejection ratio. You can learn more about these factors here. Some of the important factors to consider when designing the Solution for Power Optimization with SAS Powertech are: What is the throughput of the application, if the throughput is high, then the number of concurrent users while running the application will also increase. To find the throughput, calculate the amount of data that has to be processed per second. If the data is really large, then the size of the application might get larger and this will also increase the throughput.
1.5 Mbps www.intelletrace.com
16 Mbps