a new breed of company for IT Software & Hardware
Development. It ’s current project is SUNAR
use of DSP's is central to many of today's development
focus. The marketing forces operating in sectors such
as telecommunications mean that the window of opportunity
may only be open for a short time, and delays in software
development can threaten viability of an entire project.
To compound the problem, DSP's are becoming more sophisticated
and powerful with each new device announcement, a
factor that fuels increasing complexity in the application
software and thus increases risk.
circumstances like this it is crucial that the software
developer has the best tools to help in the application
development task, SUNAR is the solution:
•SUNAR allows for a simple programming language
•SUNAR reduces time to develop a system by using a simple higher level
mathematical programming language
•SUNAR reduces the development barriers and thus increasing the potential
• SUNAR programs are more maintainable, shorter and faster
• SUNAR is the fastest DSP on the market
• SUNAR is a new architecture unlike any existing DSP system
• SUNAR is the most efficient DSP in the market
• SUNAR solutions require less power consumption
• SUNAR is a key enabling technology for many types of electronics products
• SUNAR gives it customers time to market advantages over the competition.
today's environment for real time application development,
the programmer will often be required to write at
least part of the code in an assembly language to
help improve on execution speed. This is particularly
true for DSP processors, where hand-crafted assembly
language programming is still the norm rather than
the exception, writing code for tight loops is at
the heart of many DSP algorithms.
C compilers, with their lack of support for the fixed-point
data types, divided memory spaces, dedicated register
sets and circular buffers that typify most embedded
DSP's, are unable to produce code that executes fast
enough. In addition the high degree of instruction-level
parallelism, inherent in the latest DSP architectures,
poses considerable problems for compiler developers
because of the wide design space and large number
of code optimisation strategies involved.
situation has now changed, SUNAR is the solution.