In October 2000, Synopsys announced a broad front-end ASIC design flow for Linux, extending the platform’s role in electronic design automation beyond simulation. The announcement did not cover every chip-design stage: Physical Compiler and Epic physical-verification tools were still absent from the Linux list, and the stated Red Hat Linux 6.2 support was a target for the first quarter of 2001—not a confirmed release or a current installation recommendation.
What Synopsys announced for Linux
EE Times reported on October 9, 2000, that Synopsys was making Design Compiler and other popular chip-design tools available for Linux. It described the move as a major effort to bring Linux beyond simulation and provide a complete front-end flow. “Complete” referred to the front end, not the entire ASIC process.
The report named these tools as being ported to Linux:
- Behavioral Compiler
- Design Compiler
- Module Compiler
- FPGA Compiler
- PrimeTime
- TetraMax
- Scirocco VHDL simulator
VCS Verilog simulation was already available on Linux. Physical Compiler and Epic physical-verification tools were notable omissions from the reported Linux list at the time. The announcement therefore marked an expansion from simulation into synthesis and related front-end work, not a claim that Linux supported every stage of chip design. EE Times’ October 2000 report is the source for the announcement and tool list.
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Why Linux appealed to EDA teams
The report connected Linux’s appeal to practical infrastructure and workflow considerations of the period:
- Simulation farms: Teams could build farms from low-cost PC platforms, a compelling option for computationally intensive simulation.
- Unix workflow compatibility: Linux’s compatibility with existing Unix testbenches, scripts, and shells could reduce friction when moving established workflows.
- Enterprise acceptance: Linux was gaining acceptance in large organizations, while Red Hat was helping standardize a distribution vendors could support.
These were contemporary arguments, not a present-day comparison of Linux with Windows or other operating systems. The report also captured disagreement about how quickly Linux would spread beyond simulation: synthesis and physical layout could have different hardware and memory demands, and some FPGA workflows might follow another path.
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What the numbers meant at the time
The figures below are historical survey results and forecasts reported by EE Times in 2000. Expectations and estimates should not be mistaken for later measured outcomes.
| Figure | What it described |
|---|---|
| 2.6% | Share of respondents in a Synopsys customer survey who said Linux was their first- or second-most-used workstation platform in 1999. |
| More than 37% | Share of respondents in the same survey who expected Linux to be their first- or second-choice EDA platform by 2002; this was an expectation, not a verified 2002 result. |
| 25% in 2000; 50% in 2001; 70% annually for the next three years | Dataquest preliminary estimates for potential revenue growth in Linux front-end chip design, as reported in 2000. |
| 10–20% within two years | Synopsys CTO Raul Camposano’s 2000 forecast for Linux’s potential share of Synopsys revenue. |
Those forecasts help explain the excitement around the announcement, but they describe expectations made around 2000—not Linux’s current market share or Synopsys revenue.
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The platform debate in 2000
Industry observers framed Linux’s prospects differently. Dataquest chief EDA analyst Gary Smith said, “Basically, Linux is knocking NT out of the design world,” while Avanti’s head of corporate product management Mike Glenn offered a more qualified view: “I think Linux will replace interest in Windows NT and complement the Unix environment, but it won’t replace the Unix environment.” Synopsys CTO Raul Camposano said, “We think Linux is ready for EDA and EDA is ready for Linux, and we will go and make that market,” reflecting the company’s ambitions at the time.
The comments are useful as a snapshot of the debate, not as evidence that Linux displaced Unix or Windows NT across EDA. Nvidia vice president of engineering Chris Malachowsky recalled the unfamiliarity that could accompany a platform transition, saying of the company’s reaction to Windows NT, “No one even knew where to open up an editor.”
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Red Hat Linux 6.2 was a dated target
The October 2000 report said Synopsys products were expected to be available on Red Hat Linux 6.2 in the first quarter of 2001. That wording describes a future target reported at the time; it does not verify when or whether each tool subsequently shipped on that distribution. Red Hat Linux 6.2 is also a historical platform detail, not a recommendation for installing Synopsys software today.
How the announcement differs from Synopsys’s current flow description
Synopsys now describes IC design as a process that turns a chip specification into manufacturable silicon through RTL synthesis, physical implementation, signoff, and verification. Its Digital Design Family page describes a product family covering test, verification, synthesis, place-and-route, and signoff on a shared data model.
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That current product-family description provides context for today’s flow terminology; it does not establish Linux support for any particular current Synopsys product. For present-day deployment or procurement decisions, check the documentation and platform requirements for the specific product and version.
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