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1. Are
FPGA soft cores tomorrow's MCUs?
A new paradigm in embedded design has arrived, driven by the steady
increase in the capability of field-programmable gate arrays (FPGAs)..
More..
- By Jerry H. Tucker, Robert H. Klenke and Gene S. Monroe
2. Firmware friendly chip-level design techniques
While simplifying the interface for firmware control is critical,
the ability to debug the system is also critical to the firmware
development process.. More..
- By David Fechser
3. A new vision of 'scalable'
verification
To meet these challenges and reap the rewards of system-on-chip
(SoC) design, engineering teams need a scalable verification solution
that addresses all aspects of the design cycle.. More..
- By Brian Bailey
4. Ten secrets of embedded debugging
Developers of embedded software face unique challenges,
including running systems reliably for extended periods, with
limited memory and processing power.. More..
- By Stan Schneider and Lori Fraleigh
5. A look inside electronic system level (ESL) design
All designers probably have their own definition of what a
system is, depending on the subset of the product they're working
on, and at which design stage.. More..
- By Vincent Perrier
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Technology Showcase
Discreet Wavelength Transform
Although the Fourier transform has been
the mainstay of transform-based digital signal processing
since time immemorial, a more recent transformation, called
the wavelet transform, is making strides in DSP applications
following some of its unique advantages.
Wavelets have their energy
concentrated in time. Sinusoids (Fourier Transform) are useful
in analyzing periodic and time-invariant phenomena, while
wavelets are well suited for the analysis of transient,
time-varying signals. Since most of the real-life signals
encountered are time varying in nature, the Wavelet Transform
suits very well for many applications. - Read
More..
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eInfochips Corner
Featured
Product
OCP eVC Solution:
eInfochips OCP eVC can be used to verify any Open Cores Protocol (OCP) 2.0 compliant OCP Master and/or Slave device.
More.. |
Client
Success Story
Our Client needed to perform both functional verification of SoC and physical verification of the board with Silicon sample within a short duration to adhere to their time to market. The eInfochips team delivered on
time..More.. |
Product Announcement
Serial ATA Verification Component
eInfochips Serial ATA Verification Component will
comprise of Link and Transport Layers. It will programmable as
Host and Device model and be compliant to SATA I and SATA II
features.
Get
in touch for more information.. |
Designer's Corner
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Wireless Security with 802.11i
802.11i is a draft internet standard
from the IEEE 802.11i committee that aims to solve the
security flaws that haunt the 802.11a and 802.11b wireless
networking standards. With wireless networks (such as 802.11b)
becoming increasingly popular in residential and commercial
environments, and with the WEP (Wireless Equivalence Privacy
standard, the security standard of the current wireless
networks) being exposed several times to flaws, the current
wireless networks are vulnerable to hackers located within
range. 802.11i addresses this problem by providing for better
security with difficult to break encryption techniques and
algorithms.- Read
More..
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