On the transmit side, the DS26102 receives ATM cells from an ATM device through a UTOPIA II interface, provides cell buffering (up to 4 cells), HEC generation and insertion, cell scrambling, and converts the data to a serial stream appropriate for interfacing to a T1/E1 framer or transceiver. On the receive side, the DS26102 receives a TDM stream from a T1/E1 framer or transceiver; searches for the cell alignment; verifies the HEC; provides cell filtering, descrambling, and cell buffering; and passes the cells to an ATM device through the UTOPIA II interface. Other low-level traffic management functions are selectable for the transmit and receive paths. The DS26102 can also be used in fractional T1/E1 applications.
The DS26102 maps ATM cells to T1/E1 TDM frames as per the ATM Forum Specifications af-phy-0016.000 and af-phy-0064.000. In the receive direction, the cell delineation mechanism used for finding ATM cell boundary within T1/E1 frame is performed as per ITU I.432. The DS26102 provides a mapping solution for up to 16 T1/E1 TDM ports. The terms physical layer (PHY) and line side are used synonymously in this document and refer to the device interfacing with the line side of the DS26102. The terms ATM layer and system side are used synonymously and refer to the DS26102's UTOPIA II interface.
Supports 16 T1/E1 TDM Ports
Supports Fractional T1/E1
Compliant to ATM Forum Specifications for ATM Over T1 and E1
Standard UTOPIA II Interface to the ATM Layer
Configurable UTOPIA Address Range
Configurable Tx FIFO Depth to 2, 3, or 4 Cells
Optional Payload Scrambling in Transmit Direction and Descrambling in Receive Direction per ITU I.432
Optional HEC Insertion in Transmit Direction with Programmable COSET Polynomial Addition
HEC-Based Cell Delineation
Single-Bit HEC Error Correction in the Receive Direction
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