FROM THE EDITOR
This week we have a flurry of announcements that
are indicative of an impending shift in programmable and
customizable silicon applications – or maybe it’s just springtime
(with apologies to our southern hemisphere readers). Our first new
feature article analyzes some of these announcements, and tries to
connect the dots to make a picture of the industry in the months and
years ahead.
Our second feature, contributed by David Gamba
of Xilinx, discusses programmable logic applications in wireless
base stations. As standards for wireless communication continue to
evolve, programmable logic becomes an increasingly valuable tool in
extending the flexibility and longevity of equipment in the
field.
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 Programmable Logic
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Mayday Mayhem FPGA
Announcements Galore
If March winds bring April showers, then April showers
must somehow give rise to new announcements in programmable logic and
structured ASIC. From tools to technology to applications, let's sail
through some of the most interesting announcements this week to pick up on
the latest trends. There continue to be significant advances in the design
tools, silicon technology, and applications for FPGAs and customizable
logic devices. A close look at this week's news serves to highlight the
direction that the industry is currently taking.
As FPGAs continue their migration from glue logic devices
to central components in complex systems, companies are responding with a
wealth of new techniques and technologies to manage the challenges created
by this new, starring role. This week, Altera introduced a new Quartus II
with incremental compilation, Atmel rolled out a new line of FPGA-based
platforms that facilitate function sharing, eASIC (along with
STMicroelectronics) announced significant progress in proving its e-Beam
personalized configurable fabric, Mentor Graphics made a major improvement
in the design verification flow for users of its Catapult C, and Xilinx
announced TS16949 certification of its XA family of FPGAs for automotive
applications.
Altera's Incremental Improvement
Altera announced version 5.0 of its Quartus II tools this
week with an emphasis on "incrementality." Every major software release
has a wide range of improvements (and this Quartus II 5.0 is no
exception), but incremental design is one that deserves special mention.
As FPGAs have continued to grow larger and more complex, two trends have
emerged that have presented special challenges for design tools. First,
the "compile" time (the badly-named duration of a place-and-route run) has
gone up significantly with recent generations of giant devices. What used
to require a few minutes on your laptop can now take hours on a much
faster machine. Second, the larger designs possible with larger devices
often demand additional engineers. Many projects have gone beyond the one-
or two-designer barrier and are having to deal with the implications of
team-based design. [more]
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The Programmable Base
Station by David Gamba, Senior Marketing
Manager, Strategic Solutions Marketing, Xilinx
Today there are 1.6 billion wireless subscribers in the
world with the number anticipated to grow to 2.6 billion in the next 5
years. These numbers show that wireless subscriptions have already
surpassed the number of internet users (expected to top 1 billion by
mid-2005) and will represent a 37% penetration rate of the entire world
population by 2010! To support this growth, wireless infrastructure
deployments will also have to experience tremendous growth during the next
few years.
Even with this growth, the wireless infrastructure
industry can still be classified as entering a mature life cycle phase as
we are beginning to see major industry consolidation. For example, Sprint
recently bought Nextel to form a combined entity with revenues exceeding
$40 billion and Cingular acquired AT&T wireless forming a combined
entity with revenues of over $30 billion. These consolidations have
positioned the cellular service providers to exercise a greater amount of
purchasing power over the wireless infrastructure providers to force them
to greatly decrease infrastructure equipment prices. [more]
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