Going to 32 and 64 Bits
Embedded software tools ready to
roll
By Richard Goering, EE Times
San Jose, Calif. -- As vendors showcase the latest advances in development
tools at this week's Embedded Systems Conference, a quiet revolution is brewing,
one that may propel a small and relatively immature tool market into a period
of explosive growth. One catalyst for this change is the increasing use of
32-bit and 64-bit embedded processors.
While estimates of its size vary, the market for embedded software-development
tools is much smaller than that for EDA despite the far larger number of
software engineers than hardware designers on design teams. The reasons for
that include a long history with in-house tools and real-time operating systems
(RTOSes), a low cost per seat and an unwillingness to paying significant
sums for tools.
Just getting a handle on the size of the development-tool market is difficult.
Paul Zorfass, analyst at International Data Corp. (Framingham, Mass.), said
the tool market was just under $700 million in 1995 and will grow to $1.6
billion in 2000. These numbers include both commercial and proprietary compilers,
debuggers and emulators, though no RTOSes. Zorfass said that only a small
portion of the market is proprietary.
Very different numbers come from Wessels, Arnold & Henderson (Minneapolis).
They show an embedded-software market of $2.5 billion for 1996, of which
only about 12 percent, or $300 million, was commercial. That market is expected
to grow to $5.2 billion by 2001, of which 28 percent will be commercial.
The figures include software tools and RTOSes, but not emulators.
"The problem with this market is that most people are guessing," said Raj
Gollarmudi, analyst at Wessels, Arnold. "It's hard to get real numbers. We
have extrapolations based on very few data points."
Gollarmudi said he thought the IDC numbers were too high. One difference,
however, is that the IDC numbers include some products used in the embedded
market but not specifically designed for it, like Borland C++ compilers.
But Zorfass and Gollarmudi agree that the development-tool market is headed
for rapid growth, and both pointed to 32-bit and 64-bit processors as a key
reason. Zorfass said there could be 250 million such processors in circulation
by 2000. They allow much more complex software than their 8- and 16-bit cousins
so the "roll-your-own" approach to tool and RTOS development is less likely
to work.
Most growth, Gollarmudi said, will be in tools, not RTOSes. That's because
tools have become the key differentiator for people choosing a commercial
RTOS. Indeed, three of the largest providers--Wind River Systems, Integrated
Systems Inc. (ISI) and Microtec--all offer development systems that are closely
tied to their operating systems.
Gollarmudi said that Wind River (Alameda, Calif.) is "without a question"
the market leader in the combined tool/RTOS area. ISI (Sunnyvale, Calif.)
is probably next, but lost some momentum by being late to market with its
Prism+ tools, he said. And Microtec (San Jose), a Mentor Graphics Corp.
subsidiary, stalled in the past three years because it didn't move quickly
enough to support new processors, Gollarmudi said.
By any estimate, the embedded development-tool market is considerably smaller
than the EDA market, estimated at $2.3 billion in 1996 by the Electronic
Design Automation Companies (EDAC). One reason, said Zorfass, is that the
cost per seat is much lower.
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(c) 1997 CMP Media, Inc
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