In addition, Liberating Tech takes advantage of the 25 nanosecond performance of the nvSRAM to eliminate wait states
for the processor, making it highly efficient.
The increased bandwidth allows memory operations to be performed in fewer clock cycles, reducing the number of wait states
between instructions and increasing overall system performance.
System parallelism is accomplished via the 6x5 Smart Speed crossbar switch that nearly eliminates wait states
and enables the processor to drive equivalent performance to processors with clock speeds up to 3 GHz, but without the power consumption penalty that goes with higher operating frequencies.
Ideal for small office or business customers who prefer a pre-packaged personal computer solution with the latest technologies, the Dell Dimension XPS P90 and XPS P60 systems include an ISA (Industry Standard Architecture) bus with fast PCI technology, along with Intel's 90MHz and 60MHz Pentium processors respectively, which execute faster memory transfers and reduce wait states
To diagnose user related problems, administrators need a clear understanding of the SQL workload, its associated wait states
and key performance metrics.
The cache is a very fast local memory which stores frequently- used instructions and data, greatly reducing the processor wait states
associated with access to the main memory.
Users can expect to achieve 132 MB/sec PCI bus performance with zero wait states
while easily meeting stringent power requirements of portable PCI applications like mini PCI modules or CardBus cards.
Ideal for small office or business customers preferring a pre-packaged personal computer solution, as well as PC enthusiasts, the Dell Dimension XPS P90 is based on an ISA (Industry Standard Architecture) bus with PCI technology and offers new features including Intel's 90MHz Pentium processor, which executes faster memory transfers and reduces wait states
and a 64-bit PCI local-bus video card, supporting up to four-megabytes (MB) of video memory.
An integrated 32-byte bi-directional FIFO buffer memory supports zero wait state
burst operation or programmable wait states
from zero through seven.
Access times of 13ns make possible operation at rated frequencies with no wait states
when used with 67MHz and 75MHz 3.
During frequent compute-intensive activities, these users often experience many wait states
measured in minutes or even hours.
Its fast host access time eliminates the need for wait states
even with the high performance requirements of the PC motherboards local bus.