Nathaniel Simmons - Phoenix AZ Stig Magnusson - Phoenix AZ Sergio E. Puccini - Scottsdale AZ Donald W. McLaughlin - Naperville IL David J. Stelt - Lombard IL
Assignee:
GTE Automatic Electric Labs Inc. - Northlake IL
International Classification:
H04J 300
US Classification:
370 63
Abstract:
A simplex time-space-time switching network is shown in which there is a crossover of voice information from one rail to another rail in a large digital switching system. The time control unit is divided into two rails both incoming and outgoing. Each rail multiplexes two 193 channel streams into one 386 channel stream of information. These two rails crossover in the originating time switching stage but remain segregated throughout the space switching stage and the terminating time switching stage.
Dual Rail Time And Control Unit For A Duplex T-S-T-Digital Switching System
Nathaniel Simmons - Phoenix AZ Stig Magnusson - Phoenix AZ Sergio E. Puccini - Scottsdale AZ Donald W. McLaughlin - Naperville IL David J. Stelte - Lombard IL
Assignee:
GTE Automatic Electric Labs Inc. - Northlake IL
International Classification:
H04J 300
US Classification:
370 63
Abstract:
A duplex time-space-time switching network is shown in which there is a crossover of voice information from one rail to another rail in a large digital switching system. The time and control unit is divided into two rails both incoming and outgoing. Each rail multiplexes two 193 channel streams into one 386 channel stream of information. These two rails crossover in the terminating time switching stage but remain segregated throughout the space switching stage and the terminating time switching stage.
Dual Rail Time And Control Unit For A Duplex T-S-T-Digital Switching System
Nathaniel Simmons - Phoenix AZ Stig Magnusson - Phoenix AZ Sergio E. Puccini - Scottsdale AZ Donald W. McLaughlin - Naperville IL David J. Stelte - Lombard IL
Assignee:
GTE Automatic Electric Labs Inc. - Northlake IL
International Classification:
H04J 300
US Classification:
370 63
Abstract:
A duplex time-space-time switching network is shown in which there is a multiple crossover of voice information from one rail to another rail in a large digital switching system. The time and control unit is divided into two rails both incoming and outgoing. Each rail multiplexes two 193 channel streams into one 386 channel stream of information. These two rails crossover in the originating and terminating time switching stages but remain segregated throughout the space switching stage.
Dual Rail Time And Control Unit For A T-S-T-Digital Switching System
Nathaniel Simmons - Phoenix AZ Stig Magnusson - Phoenix AZ Sergio E. Puccini - Scottsdale AZ Donald W. McLaughlin - Naperville IL David J. Stelte - Lombard IL
Assignee:
GTE Automatic Electric Laboratories, Inc. - Northlake IL
International Classification:
H04J 300
US Classification:
370 63
Abstract:
A time-space-time switching network is shown in which there is a multiple crossover of voice information from one rail to another rail in a large digital switching system. The time and control unit is divided into two rails both incoming and outgoing. Each rail multiplexes two 193 channel streams into one 386 channel stream of information. These two rails crossover in either or both the originating and terminating time switching stages but remain segregated throughout the space switching stage.
Dual Rail Time And Control Unit For A Duplex T-S-T-Digital Switching System
Nathaniel Simmons - Phoenix AZ Stig Magnusson - Phoenix AZ Sergio E. Puccini - Scottsdale AZ Donald W. McLaughlin - Naperville IL David J. Stelte - Lombard IL
Assignee:
GTE Automatic Electric Labs Inc. - Northlake IL
International Classification:
H04J 300
US Classification:
307 63
Abstract:
A duplex time-space-time switching network is shown in which there is a crossover of voice information from one rail to another rail in a large digital switching system. The time and control unit is divided into two rails both incoming and outgoing. Each rail multiplexes two 193 channel streams into one 386 channel stream of information. These two rails crossover in the originating time switching stage but remain segregated throughout the space switching stage and the terminating time switching stage.
Dual Rail Time And Control Unit For A T-S-T-Digital Switching System
Nathaniel Simmons - Phoenix AZ Stig Magnusson - Phoenix AZ Sergio E. Puccini - Scottsdale AZ Donald W. McLaughlin - Naperville IL David J. Stelte - Lombard IL
Assignee:
GTE Automatic Electric Labs Inc. - Northlake IL
International Classification:
H04J 300
US Classification:
370 63
Abstract:
A time-space-time switching network is shown in which there is a crossover of voice information from one rail to another rail in a large digital switching system. The time and control unit is divided into two rails both incoming and outgoing. Each rail multiplexes two 193 channel streams into one 386 channel stream of information. These two rails crossover in the terminating time switching stage but remain segregated throughout the space switching stage and the originating time switching stage.