System and method for cross connecting an ATM network and a telecommunication switch

A method for cross connecting an Asynchronous Transfer Mode (ATM) network and a telecommunication switch, comprising:

• receiving incoming Time-Division Multiplexed (TDM) signals from at least one TDM port at least one distributed Segmentation and Reassembly (SAR);
• converting the incoming TDM signals into incoming ATM cells;
• forwarding the incoming ATM cells from at least one distributed SAR to an ATM switch;
• transmitting the incoming ATM cells from the ATM switch to a packet sorter;
• extracting data packets from the incoming ATM cells, wherein the data packets comprise incoming address data and incoming payload data;
• generating translated incoming addresses, based on the incoming address data;
• creating new incoming data packets, based on the incoming payload data and the translated incoming addresses;
• creating new incoming ATM cells with the new incoming data packets;
• scheduling the new incoming ATM cells to be transmitted to an Integrated Access Device (IAD) across the ATM network;
• and
• transmitting the new incoming ATM cells to the Integrated Access Device (IAD) across the ATM network in compliance with an ATM service contract.

A system for cross connecting an Asynchronous Transfer Mode (ATM) network and a telecommunication switch, comprising:

• an Integrated Access Device (IAD) to receive an ATM cell, extract at least one data packet comprising address data and payload data from the ATM cell, generate a translated address based on the address data, create at least one new data packet based on the payload data and the translated address, and create a new ATM cell with the new data packet;
• a buffer manager to determine if there is adequate space to store the new ATM cell in a buffer and further to store the new ATM cell in the buffer upon a determination by the buffer manager that there is adequate storage space;
• a scheduler to issue a command to retrieve a cell from the buffer to schedule the retrieved cell to be transmitted over the ATM network;
• and
• the IAD further to transmit the ATM cell to an ATM switch in compliance with an ATM service contract;
• the ATM switch to forward the new ATM cells to at least one distributed Segmentation and Reassembly (SAR);
• the at least one SAR to convert the new ATM cell to a Time-Division Multiplexed (TDM) signal and transmit the TDM signal from the at least one distributed SAR to the telecommunication switch via at least one TDM port.

A system for cross connecting an Asynchronous Transfer Mode (ATM) network and a telecommunication switch, comprising:

• at least one distributed Segmentation and Reassembly (SAR) to receive incoming Time-Division Multiplexed (TDM) signals from at least one TDM port, convert the incoming TDM signals into incoming ATM cells, and forward the incoming ATM cells from the at least one distributed SAR to an ATM switch;
• the ATM switch operable to transmit a incoming ATM cells from the ATM switch to the packet sorter;
• the packet sorter to extract data packets comprising incoming address data and incoming payload data from the incoming ATM cells, generate translated incoming addresses based on the incoming address data, create new incoming data packets based on the incoming payload data and the translated incoming addresses, and create new incoming ATM cells with the new incoming data packets;
• a scheduler to schedule the new incoming ATM cells to be transmitted to an Integrated Access Device (IAD) over the ATM network;
• and
• the packet sorter further to transmit the new incoming ATM cells to the IAD over the ATM network in compliance with an ATM service contract.