Zero Overhead Context (Task) Switching and Scheduling
All interrupts are directed to the ZOTS™ hardware,
which manages information for each task. Tasks are
initialized with different priorities, ramp at different
rates and are managed and monitored on each clock cycle.
The processor is given a task only when it becomes the
highest priority for the system - resulting in close to
100% processor efficiency.
Easier Software Design; Faster Time to Market,
Improved SOC Product Life Cycles
With ZOTS™ technology, code can be written in smaller
blocks and processed when needed. Complex, loop ridden
code is history! Smaller, more efficient code translates
directly to improved time to market and longer product
life cycles. With almost 70% of most design costs
wrapped up with software development, improvements here
translate quickly to the bottom line.
The patented Xyron technology is both
modular and scalable and can be used to control several
microprocessors as easily as one. The technology also
supports industry standard instruction sets to ease
integration into next generation designs.
Xstream™ Internal interconnect architecture
Switching tasks with zero overhead puts an extreme
burden on memory management. Data needs to be handled at
high speed and efficiently - get it in, get it processed
and get it out.
Asynchronous data transfers data within an
High throughput connection between data sources of
Efficient data transfer between IP blocks
Self-managed data and data-driven processing
Xyron System on Chip designs will have higher
performance and efficiency at reduced costs and power
consumption - a combination that is unique in the
embedded design industry. This is an ideal structure for
high data rate, processing intensive, applications such
as telecommunications, real-time video delivery and
Technology disclosure available through NDA discussions