Suppose a switch is built using a computer work station and that it can forward packets at a rate of 500,000 packets per second,
regardless (within limits) of size. Assume the workstation uses direct memory access (DMA) to move data in and out of its main memory, which has a bandwidth of 2 Gbps, and that the I/O bus has a bandwidth of 1 Gbps. At what packet size would the bus bandwidth become the limiting factor
In computer networking, a packet is a chunk of data transmitted across the network. The packet size of an Ethernet network is 1.5kilobytes, while the packet size of an IP packet payload is 64 kilobytes.
A switch is a physical network device that connects nodes or workstations while communicating the packets (or frames). The I/O bus size bandwidth is 1Gbps which allows approximately 667 packets. Once this packet size is crossed, the bus becomes a limiting factor or bottle neck.
The group is divided into two groups. They have themselves introduced and have welcomed participants. The objective is to consider action to challenge discriminatory treatment. Have the group understand and recognize discrimination. Ground rules were created to have supportive learning environment.
Two key benfits of using software tool like word or powerpoint give you the oppotunity to crate wonderful graphic designs. One example are the shapes and colors to create specific objects. the second benefit is using all the tabs on word that you can use for art to make it look real.
