An expandable Si bipolar 2.4Gbit/s throughput, 52Mbit/s 48-channel time-division switching LSI system is described. A high-throughput of 2.4Gbit/s and a power-dissipation of 5-3 W are achieved by adopting a low-voltage swing fourserial-gated differential bipolar circuit design and super selfaligned process (SST-1A) logic-in-memory LSI technology. This LSI is applicable to the digital video time-division switching and digital crossconnect systems of future B-ISDN.
|Number of pages||3|
|Publication status||Published - 1990 Jan 1|
- Bipolar devices
- Circuit theory and design
- Large scale integration
ASJC Scopus subject areas
- Electrical and Electronic Engineering