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Welcome to our first CoolCircuit
Newsletter of 2008. This is going to be an exciting
year for Sequence as we will be announcing our next-generation
tool suite for automated RTL power reduction at DAC,
furthering our commitment to bringing you the industry's
most complete and powerful Design For Power™ (DFP)
flow.
Our DFP initiative, launched last year, is in response
to overwhelming customer demand for solutions that was
recently brought home when we surveyed some of Japan's
leading IC designers. More than 60 percent of them listed
power analysis and reduction as their biggest design
challenge.
DFP represents a holistic approach to power, enabling
power exploration from the architectural level through
physical implementation, reducing power while preventing
power problems in timing, SI, and power grid design,
with our unique silicon-aware design techniques. Customers
using the DFP Flow are reporting RTL power reduction
of up to 50 percent, a 50 percent speedup in design
closure times, and leakage power reduction of up to
1,000X. In one notable example, a major wireless IC
company used PowerTheater to fix three major power bugs
in their design, resulting as much as a 50 percent reduction
in active power.
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| Sequence Design's CoolPower technology
was used by NVIDIA Corporation in the recently announced GeForce 8800
GT design, a 65nm 754-million-transistor GPU... |
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Sequence Design's
Columbus-AMS is a mainstay in the analog engineering community,
but is also proving to be productive for the high-speed digital
designers at NEC Corporation in Japan. According to Koji Saga, Department
Manager, CAD Engineering Department, Computers Division, NEC Corporation,
his group has been using Columbus for inductance extraction in ultra-high-speed
digital designs to accurately analyze clock delays... |
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Achieves Industry-Leading
Power-Efficiency on Next-Gen DSP Platform. The provider of the world's
most powerful Digital Signal Processor (DSP) platform, Stream Processors
Inc. (SPI) chose Sequence Design's PowerTheater for early power
management and low-power architecture evaluation for their new processor
design, reducing power 20-50%... |
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The provider
of the world's most powerful Digital Signal Processor (DSP) platform,
Stream Processors Inc. (SPI) chose Sequence Design's PowerTheater
for early power management and low-power architecture evaluation
for their new processor design, reducing power 20-50%... |
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S3 Graphics,
a subsidiary of Via Technologies, chose Sequence Design's CoolProducts
for accelerated design closure, achieving 1GHz performance in a
single pass, when implementing their next-generation 3D graphics
chips. S3 Graphics is a leading supplier in the 3D enabled PC graphics
market, delivering a wide range of features and performance to serve
the graphics and multimedia needs of both the home and business
markets.... |
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The true meaning
and essence of globalization is realized when you create teams of
equals in locations scattered around the world.
It really is a small world. The modern executive maintains personal
and professional contacts on several continents with customers,
sales teams, R&D teams, production facilities, friends, and
colleagues. Technology helps establish and foster these far-flung
relationships, and many of us routinely communicate electronically
(by voice, videoconference, e-mail) with people throughout the world
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SoC power
has emerged as the key to market share for many segments including
wireless, communications, consumer, computer, and video codec. In
fact, power has become the new performance parameter in terms of
SoC competitiveness! Designers today know that the key to Design
for Power (DFP) is to manage power early in the design cycle. Lowering
power consumption prolongs battery life, decreases chip costs, results
in a compact design for more functionality per silicon area, increases
reliability, and decreases end product costs with less need for
fans and other cooling techniques. Battery technology in all honesty
has not kept pace with chip functionality, and it is up to chip
designers to balance performance and functionality in order to prolong
battery life ... |
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It's the era
of energy. Look at the newspaper and see how many stories ultimately
relate to energy. Oil and gas prices are up. Natural gas is no longer
a cheap alternative to electricity. Energy companies teach the world
that some of them can't be trusted to operate in a "free"
market. Nuclear is given another look. .. |
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Sequence Design's
PowerTheater-Explorer has been named a finalist for the 2008 DesignVision
Awards sponsored by the International Engineering Consortium (IEC).
Selected from a record number of entries, PowerTheater-Explorer
is one of just three finalists in the "ASIC and Design Tools"
category... |
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Over the past
few years, the "power problem" has registered more strongly
on the radars of system design teams. Portable and handheld consumer
electronics keep shrinking. Hence, so do their batteries. Meanwhile,
no one wants to sacrifice runtime in their mobile phones despite
the desire to have cell phones go a long way toward replacing laptops.
Thus, the onus falls on system-on-a-chip (SoC) designers to navigate
the tradeoffs necessary to make that happen... |
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It's actually
possible to recover 15% to 30% timing margin in your SOC design
flow today. All it takes is better interconnect corner modeling
when you extract parasitics - you can use the same static timing
analysis (STA), same fab data, same modeling process... |
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With the rapid growth of the mobile
applications market, power dissipation is an increasing concern
in system on chip (SoC) design. The biggest opportunities for power
reduction exist pre-synthesis at the higher levels of abstraction.
Since 80% or more of chip power is determined at the register transfer
level (RTL) or earlier, full chip analysis before synthesis can
also isolate architectural power problems that may be easily solved
with RTL modifications... |
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Even as leakage overwhelms their
power budgets, IC design teams are finding ways to plug the holes
that are costing them dearly at sub-micron nodes.
As 90-nm process technologies began entering the mainstream a few
years ago, it became clear that device delays were no longer the
chief culprit. Interconnect delays had caught and passed them, becoming
the number-one contributor to timing woes... |
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Sequence Design, EDA's Design-For-Power
(DFP) technology leader, continues to excel by adding two important
patents and announcing Sequence CTO Jerry Frenkil has a featured
chapter in a new book about low-power design... |
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Interview of the Week
Vic Kulkarni, CEO of Sequence Design, hopes for more convergence between
the low-power standards available for IC design. He gives us a brief
picture of this crucial aspect of EDA... |
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| Industry Events
Calendar |
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March 19, 2008, ISQED, San Jose, CA
The EDA community has been pitching statistical design as
the salvation for design variability issues in sub 130nm design
for several years. Although progress has been made, it has
yet to be widely used. It is needed at the front-end of the
process, but the information to support it is hard to get.
But once the data is available , it is no longer necessary.
This distinguished group has a 75% chance of answering this
question ... |
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March 10 -14, 2008, Design, Automation & Test in Europe
(DATE), Munich, Germany
The demand for portable electronic devices
continues to grow rapidly and has generated great interest
in low power design, which initially focused on controlling
dynamic power consumption. However, the combination of wireless
device operational characteristics and exponentially increasing
leakage power in new processes motivated the development of
leakage reduction techniques. Power gating has emerged as
the most effective design technique for achieving ultra-low
leakage power. While conceptually simple, in practice power
gating is difficult to implement efficiently. This tutorial
will provide detailed descriptions of the physics, motivations,
benefits, challenges, techniques, methods, and tradeoffs associated
with the design of power gated circuits...
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March 28, 2008, New Delhi, India
You know that analyzing power early and often with PowerTheater
gets you into cheaper packages, achieve "green"
status and compete on power. But are you taking full advantage
of PowerTheater's newest features?...
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Sequence
Design accelerates the ability of SoC designers to bring high-performance,
power-aware ICs quickly to market. Sequence's low power flow software
solutions give customers the competitive advantage necessary to
excel in aggressive technology markets, despite the demanding complexity
and time-to-market issues of nanometer design. Sequence serves over
150 customers worldwide, in application segments such as consumer,
wireless, mobile computing, multimedia, cell phones, digital cameras,
network-on-chip processors, and other power-sensitive markets. Sequence
has worldwide development and field-service operations and is privately
held. Please see . |
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© Copyright
2008 Sequence Design, Inc. Cool by Design, CoolPower, CoolTime,
PowerTheater, PhysicalStudio are trademarks of Sequence Design,
Inc. All trademarks mentioned herein are the property of their respective
owners.
Sequence Design, Inc. | 469 El Camino Real | Santa Clara CA 95050
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