NVE Selected for Next Generation
Magneto-Electronics Development
EDEN PRAIRIE, Minn.--June 28, 2001--NVE Corporation (OTCBB: NVEC)
has been selected by the Defense Advanced Research Projects Agency
for a contract under a new magneto-electronics effort, the Spins
In Semiconductors (SPINS) Program. This new contract will result
in $1.5 million in revenues to NVE over the coming three years.
Joining the NVE team in this endeavor will be the University of
Minnesota, Carnegie Mellon University, the University of Missouri
and the National Institute of Standards and Technology.
Unlike existing microelectronic devices, which rely on electron
charges, SPINS uses electron spin to store, process, and transmit
information. SPINS devices will potentially be much faster, smaller,
and power efficient than today's electronics. SPINS devices have
the potential for switching times faster than one picosecond, or
one trillion operations per second. Unlike other approaches that
require super-cooling and special voltage levels, NVE's work will
concentrate on nonvolatile memory and programmable logic functions
operating at room temperature and using standard logic voltages."
Jim Daughton, Ph.D., NVE's chief technical officer, commenting
on the award stated, "This contract will keep NVE at the forefront
of magneto-electronics. This technology has the potential to dramatically
extend our existing product lines as well as enable revolutionary
new products."
NVE designs and manufactures isolator and sensor components with
the potential to revolutionize data transfer. Its devices allow
networks to run at much higher speeds than otherwise possible, and
unprecedented precision in industrial control and robotics. NVE
is also widely recognized as a leading-edge developer of nonvolatile
MRAM technology.
This release contains forward-looking statements as defined
in Section 21E of the Security and Exchange Act of 1934, including
statements about future business operations, financial performance
and market conditions. Such forward-looking statements involve risks
and uncertainties inherent in business forecasts as further described
in our filings under the Security and Exchange Act.
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