Frequency Timing Generator for Dual Server/Workstation Systems

Features • Generates the following system clocks: - 6 CPU clocks ( 2.5V, 100/133MHz) - 6 PCI clocks, including 1 free running(3.3V, 33MHz) - 3 IOAPIC clocks (2.5V, 16.67MHz) - 2 Fixed frequency 66MHz clocks(3.3V, 66MHz) - 2 REF clocks(3.3V, 14.318MHz) - 1 USB clock (3.3V, 48MHz) • Efficie

Frequency Timing Generator for Dual Server/Workstation Systems

Features • Generates the following system clocks: - 6 CPU clocks ( 2.5V, 100/133MHz) - 6 PCI clocks, including 1 free running(3.3V, 33MHz) - 3 IOAPIC clocks (2.5V, 16.67MHz) - 2 Fixed frequency 66MHz clocks(3.3V, 66MHz) - 2 REF clocks(3.3V, 14.318MHz) - 1 USB clock (3.3V, 48MHz) • Efficie

Frequency Timing Generator for Dual Server/Workstation Systems

Features • Generates the following system clocks: - 6 CPU clocks ( 2.5V, 100/133MHz) - 6 PCI clocks, including 1 free running(3.3V, 33MHz) - 3 IOAPIC clocks (2.5V, 16.67MHz) - 2 Fixed frequency 66MHz clocks(3.3V, 66MHz) - 2 REF clocks(3.3V, 14.318MHz) - 1 USB clock (3.3V, 48MHz) • Efficie

Frequency Timing Generator for Dual Server/Workstation Systems

General Description The ICS932S200 is a dual CPU clock generator for serverworks HE-T, HE-SL-T, LE-T chipsets for P III type processors in a Dual-CPU system. Single ended CPU clocks provide faster than 1.5V/ns transition times by parallel connection of 2 CPU pins to each processor. Features • G

Frequency Timing Generator for Dual Server/Workstation Systems

General Description The ICS932S200 is a dual CPU clock generator for serverworks HE-T, HE-SL-T, LE-T chipsets for P III type processors in a Dual-CPU system. Single ended CPU clocks provide faster than 1.5V/ns transition times by parallel connection of 2 CPU pins to each processor. Features • G