FROM
THE EDITOR
Gather around the wagon, ladies and gentlemen, because this week we're going to
be talking about the latest rage in electronic design automation. That's right, ESL is here to cure
those aches and pains – to elevate your design environment to a whole new level of productivity.
Your algorithms will run faster, your boss will be nicer, and you'll glide down the cubicle row like a
rock star after you fire up one of these revolutionary tools and point it at your design problem. Just
step right this way, sign a quick PO and you'll be headed for engineering history…
Our Journal Jobs recruiting site continues to ramp up with a host of new employment
opportunities for programmable logic professionals. If you're looking for a better opportunity,
or if you're looking to hire some of the savviest design talent in the industry, stop by www.journaljobs.com and see
what we've got going.
Thanks for reading! If there's anything we can do to make our publications
more useful to you, please let us know at: comments@fpgajournal.com
Kevin Morris – Editor
FPGA and Structured ASIC Journal
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An Open IP Encryption Flow Permits Industry-Wide Interoperability
Today's extremely large and complex ASIC and FPGA designs use significant amounts of third-party intellectual property (IP). These IP blocks may represent general-purpose processor cores, digital signal processor (DSP) cores, memory controllers, communications functions, etc. Furthermore, this third-party IP, which may account for a large proportion of the overall design, often originates from a number of different IP vendors.
This paper first discusses where the various encryption and decryption steps occur in the design flow. Next, it introduces the conventional encryption techniques – specifically symmetric and asymmetric encryption algorithms – and explains the problems associated with these approaches in the context of an electronic design flow. Finally, a hybrid symmetric-asymmetric open solution is described that leverages existing technology, that fully addresses the needs of modern electronic design environments, and that would be easy to adopt by IP, EDA, and silicon vendors.
Click here to download the paper.
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WEBCASTS
JOURNAL WEBCASTS ON DEMAND:
"Designing 2Gbps Parallel I/O with the LatticeSC FPGA" sponsored by Lattice Semiconductor
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Lattice's new 90nm LatticeSC family -- General introduction, sponsored by Lattice Semiconductor.
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System-Level Sideshow
ESL Eases FPGA Design
The
smartly dressed gentleman steps to the front of the makeshift
stage alongside the hand-painted banner on his wagon. He looks
down and lifts his pocket watch by its chain to check the
time. He then surveys the gathering crowd, making eye contact
with selected individuals as if he has a special message he
is about to convey directly to them. He is a seasoned
performer and a successful salesman. He will soon own this
audience. "Laaaaaadies and gentlemen, gather around.
Move up real close because I've got something veeeeery
important to discuss with you." He deliberately lowers
his voice as he nears the end of the sentence and drops his
tone almost to a whisper, bringing the audience closer and
stilling their conversation as they strain with anticipation
to hear what will come next.
He pauses for exactly the right amount of time, then whips into his delivery with energy and zeal – "Have
youuuuu been struggling to meet ever-tightening design schedules with more complex designs and a smaller, leaner design
team?" He picks up the pace, enunciating each word with perfect clarity. " Do youuuuu find that the RTL
methodology is too cummmmmbersome for today's more sophisticated FPGA designs? " He widens his eyes as he meets
the gazes of each member of the audience, conveying an ominous fear. "Are youuuuuuu suffering the pain and
ravages of MOORE's LAW?!?"
The crowd gasps.
"Welllllll, ladies and gentlemen, move in closer because I'm gonna tell you how to cut those design schedules. I'm
gonna tell you how to Taaaaame that complexity. I'm gonna give you the secrets that will save you from the pain and
agony and suffering of MOORE's LAW!" He leans down then softens his voice again "That's right, I'm talking
about E – S – L. That's Electronic Sysssssstem Level design ladies and gentlemen. ESL will give you back
the power. ESL will give you back the control. ESL will free you from the bonds of register-transfer level design and
open up NEW LEVELS of ABSTRACTION for your design team!"
He points to an average-looking engineer,
strategically planted in the middle of the crowd. "You,
sir! Did you or did you not describe your Four Million Gate
FPGA design using only TWELVE LINES of high-level code?"
The man replies sheepishly "Why yes, I
did."
"Tell us, then, sir! Tell these good
people how you cut your design schedules. Tell these good
people how you freed yourself from the chains and bonds of
register transfer level design. Explain to these fine folks how
you used the methodology of the future – E, S, L –
Electronic Sysssssstem Level Design… to elevate your
design to a new level of abstraction and beat your
competitors to market by months!"
If this sounds like a scene from a suite
presentation at the upcoming Design Automation Conference
– the Greatest Design Automation Conference on Earth,
you're probably right. ESL is rapidly earning the title of
"most over-hyped technology" in design automation
history. With PowerPoint presentations that would make PT
Barnum proud, EDA companies are pushing everything from
transaction-level simulators to block-based design entry to
high-level synthesis technology by slapping the "ESL"
label on it and making outlandish claims about productivity
improvements and time-to-market advantages. [more] |
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