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TransferJet protocol layer basics


This tutorial section on TransferJet basics covers following sub topics:
features and frame   physical layer   Protocol Stack  


This page on TransferJet protocol stack covers basics of TransferJet protocol layers. The stack covers physical layer(PHY), Connection Layer(CNL), Protocol Conversion Layer(PCL) and application layer.


TransferJet protocol stack

Figure depicts the TransferJet protocol stack layers.
PHY layer(Physical Layer):
This layer converts digital data information into an RF signal before being coupled with TransferJet couplers. Before RF, data is passed through various physical layer modules such as Convolutional encoder, RS encoder, spreading, scrambling and modulation. Read more

CNL layer(Connection Layer):
This layer manages both connection as well as data delivery. For connection management, it establishes, maintains and releases the connection with the peer device. For data management, it packs the data payload as per frame format and ascertain successful delivery of packets.

PCL layer(Protocol Conversion Layer):
It is responsible for converting packet of different application formats (such as SCSI/OBEX) into TransferJet protocol format.

Application layer:
The funtionality of this layer is same as OSI application layer, it provides human users, as well as other programs with carious services that use data communication. It supports OBEX/SCSI applications.

               



TransferJet basic resources

TransferJet basic tutorial
TransferJet physical layer-PHY
TransferJet Protocol Stack



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