A Unified DDM System is a Major Competitive Advantage :
The majority of data management problems associated with integrating large designs and the associated software can be eliminated if all the data is managed in a single unified DDM system, which could exist at a single design center, or could be distributed around the world. ENOVIA Synchronicity DesignSync Data Manager is the DDM system of choice to make such a vision a reality. In 13 of the top 15 global semiconductor companies and in hundreds of other organizations, ENOVIA Synchronicity DesignSync Data Manager is the standard for management of complex EDA data created by hardware design tools from companies such as Cadence, Synopsys and Mentor Graphics. But, ENOVIA Synchronicity DesignSync Data Manager is also uniquely suited for the management of RTL Verilog or VHDL design, cell library development, or even documentation development. Plug-ins for the Microsoft Visual Studio and Eclipse IDEs (Integrated Development Environment) are included with ENOVIA Synchronicity DesignSync Data Manager for use by software designers.

ENOVIA Synchronicity DesignSync Data Manager enables individual design teams to independently release intellectual property (IP) modules, while the integration of multiple modules can be managed at a higher level of abstraction. A single command can fetch an entire design hierarchy, and another single command can create an immutable release of the same hierarchy. Inefficient and error prone manual integration procedures can be completely eliminated. Imagine what that would mean in practice at your company!

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Submit, Integrate, Test, and Release – SITaR ENOVIA Synchronicity DesignSync Data Manager provides an intuitive built-in workflow called SITaR (Submit, Integrate, Test, and Release). SITaR consists of a set of commands that leverage the power of module-based design in an environment consisting of multiple design modules aggregated together by an integrator into a higher level system. Though individual design blocks (modules) may be contributed by different teams, design at the block level cannot occur in a vacuum. Simulations must include interactions with the other blocks in the design.

SITaR is based on the notion that there are two fundamental “roles” in play in such a design:
a “designer” is someone who is contributing at the block level. An “integrator” is responsible for integrating blocks together into a toplevel design, testing the system, and releasing the stable “baseline” (a system level configuration of blocks) from which all subsequent block level development occurs.

Working within such a flow, a designer would fetch the current stable baseline into a workspace. The block the designer is working on would then be put in an “edit” mode, and design activities proceed. All simulation takes place in the context of the baseline consisting of all the other blocks. The key here is that design work and simulation is NOT done with work-in-process configurations of other blocks, but only in the context of the stable baseline.

When work is complete, the designer “submits” his module for possible integration into a newer baseline. The integrator monitors the submission queue, which could contain submissions for multiple blocks, and is able to build a workspace containing any mixture of submitted blocks. This is the “Integrate” step in SITaR. Regression tests are performed against the newly integrated set of blocks (the “Test” step in SITaR), and if deemed stable by the integrator, can be released as a new stable baseline (the “Release” step in SITaR). Designer workspaces could then be updated, fetching the baseline for all blocks for which editing activity is not occurring.

Thus, ALL design work at the block level is performed in the context of a stable baseline of the rest of the blocks in the design. All this activity is performed using simple and intuitive commands such as “sitr submit,” or “sitr integrate,” alleviating the need to educate the contributing teams in the use of the more fundamental module design command set, or with complicated handoff and tagging schemes.

SITaR commands wrap the underlying module commands such that the power of the module-based DDM architecture is leveraged in the context of this well-defined use model.

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Enable collaborative design for complex semiconductor projects:

Dassault Systèmes Silicon Thinking Semiconductor Collaborative Design process integrates deep design analytics from ENOVIA® Pinpoint® and design data management from ENOVIA Synchronicity® DesignSync® to enhance team productivity for IC design. This process experience is used today by over 120 IC development organizations around the world to boost design team productivity.

ENOVIA Synchronicity DesignSync :
ENOVIA Synchronicity DesignSync helps centralize IC design data management for large, distributed projects. Design data is captured directly from electronic design automation (EDA) tools into a hierarchical data structure, which then provides coordinated access for distributed design teams. This hierarchical structure directly supports an IP-block assembly approach for rapidly designing customer-specific ICs. It helps simplify and speed integration of design sub-elements into the overall IC design, facilitating design reuse.

ENOVIA Pinpoint :
ENOVIA Pinpoint provides managers with dashboards and graphical analytics to assess and accelerate design closure. ENOVIA Pinpoint enables analysis of diverse design, simulation, and testing data with historical timelines to help you see where projects might be diverging from planned milestones. Project managers and designers have a shared view from which to make joint project management decisions.
To help ensure that complex integrated designs succeed, the right foundation for collaborative design and information systems is essential. Dassault Systèmes Silicon Thinking Semiconductor Collaborative Design process:
• Scales across large, distributed teams
• Supports IP reuse and variant optimization
• Works with multiple application platforms and keeps designers “designing”
• Maximizes information access
• Accelerates project decision making through automated, advanced analytics, and dashboards.

The post SEMICONDUCTOR COLLABORATIVE DESIGN PROCESS appeared first on Chipware Technologies Private Limited.

Dassault Systeme ENOVIA Synchronicity® DesignSync® Data Manager is used by semiconductor companies to manage the hardware and software data in their products. Data can be managed at both the detailed file/directory level, and at a “modular” level of abstraction. As such, design data contributed by individual teams can be seamlessly integrated into higher level designs.

Key Benefits

• Connect and manage your entire design chain with a unified DDM system.

• Significantly boost design productivity for a rapid payback and strong ROI.

• Maximize your ability to reuse existing designs and embedded software.

• Manage your design hierarchy as part of the design process.

• Utilize an intuitive built-in Submit, Integrate, Test, and Release (SITaR) workflow.

• Reduce time-to-market by increasing collaboration efficiency.

• Win first-to-market advantage.

• Manage complex data types from a variety of EDA tool vendors.

• Manage software projects using the Microsoft Visual Studio and Eclipse plug-ins.

The post DesignSync Data Manager appeared first on Chipware Technologies Private Limited.

Turn Technical Complexity into Market Profitability

Advancements in integrated circuit (IC) density and competition for market leadership drive
demand for more complex devices from semiconductor manufacturers. To compete successfully,
manufacturers must use teams of diverse design specialists and complex project workflows to
maximize device differentiation and team productivity. As a result, IC projects carry increasing
business risk.
Dassault Systèmes Silicon Thinking Industry Solution Experience provides a portfolio of IC design
and engineering performance enhancements that help mitigate project risk, shorten time-to-market,
and increase product quality and yield. Silicon Thinking provides these benefits through:
• Efficient intellectual property (IP) management and reuse
• Graphical analytics to manage design closure
• Instant access to the latest design data for all design teams
• End-to-end traceability, from requirements to verification and validation
• Packaging reliability simulation and testing
• Enhanced product variation and defect management
With this solution portfolio, semiconductor manufacturers can more quickly and easily untangle
the simultaneous challenges they face from the demands of increasing chip complexity, lowering power consumption, and achieving faster time-to-production and higher yields.

SEMICONDUCTOR COLLABORATIVE DESIGN PROCESS
Enable collaborative design for complex semiconductor projects :
Dassault Systèmes Silicon Thinking Semiconductor Collaborative Design process integrates deep design analytics from ENOVIA® Pinpoint® and design data management from ENOVIA Synchronicity® DesignSync® to enhance team productivity for IC design. This process experience is used today by over 120 IC development organizations around the world to boost design team productivity.
ENOVIA Synchronicity DesignSync
ENOVIA Synchronicity DesignSync helps centralize IC design data management for large, distributed projects. Design data is captured directly from electronic design automation (EDA) tools into a hierarchical data structure, which then provides coordinated access for distributed design teams. This hierarchical structure directly supports an IP-block assembly approach for rapidly designing customer-specific ICs. It helps simplify and speed integration of design sub-elements into the overall IC design, facilitating design reuse.
ENOVIA Pinpoint
ENOVIA Pinpoint provides managers with dashboards and graphical analytics to assess and accelerate design closure. ENOVIA Pinpoint enables analysis of diverse design, simulation, and testing data with historical timelines to help you see where projects might be diverging from planned milestones. Project managers and designers have a shared view from which to make joint project management decisions.
To help ensure that complex integrated designs succeed, the right foundation for collaborative design and information systems is essential. Dassault Systèmes Silicon Thinking Semiconductor Collaborative Design process:
• Scales across large, distributed teams
• Supports IP reuse and variant optimization
• Works with multiple application platforms and keeps designers “designing”
• Maximizes information access
• Accelerates project decision making through automated, advanced analytics, and dashboards.

The post Silicon Thinking Experience appeared first on Chipware Technologies Private Limited.

ENOVIA® Synchronicity® DesignSync® Data Manager is used by semiconductor companies to manage the hardware and software data in their products. Data can be managed at both the detailed file/directory level, and at a “modular” level of abstraction. As such, design data contributed by individual teams can be seamlessly integrated into higher level designs

Key Benefits

• Connect and manage your entire design chain with a unified DDM system.

• Significantly boost design productivity for a rapid payback and strong ROI.

• Maximize your ability to reuse existing designs and embedded software.

• Manage your design hierarchy as part of the design process.

• Utilize an intuitive built-in Submit, Integrate, Test, and Release (SITaR) workflow.

• Reduce time-to-market by increasing collaboration efficiency.

• Win first-to-market advantage.

• Manage complex data types from a variety of EDA tool vendors.

• Manage software projects using the Microsoft Visual Studio and Eclipse plug-ins.

The post DesignSync Data Manager appeared first on Chipware Technologies Private Limited.

Faster design integration through advanced element modularization.

Semiconductor design is exceedingly complex. In order to produce integrated circuits (ICs) that are competitive, design companies now use specialized design teams and complex design workflows to maximize productivity and value from their engineers. As a result complex hierarchical designs and distributed design centers are now every-day realities of IC product design. To ensure this organization and process matrix succeeds, the right foundation of collaborative design and information systems is essential. It must scale across large, distributed teams, support intellectual property (IP) reuse and variant optimization, be applicable for multiple application platforms and keep designers “designing” and minimize information access and management overhead.

The Silicon Thinking Semiconductor Collaborative Design solution is used today by over 120 development organizations, including 13 of the top 15 semiconductor companies to boost design productivity.

Based upon ENOVIA® Synchronicity® DesignSync®, it efficiently manages design data for an entire design organization. The solution enables design teams to manage data at both a detailed design element level and at the project level. Detailed design elements are encapsulated as “modules” which can then be easily and efficiently integrated to the final design. This modular approach differentiates the solution from other Design Data Management (DDM) systems. Design data contributed by individual teams can be seamlessly integrated into higher level designs.

The solution also includes technology from ENOVIA® Pinpoint to enable deep design analysis. Structured placement and visualization solutions for integrated circuit designs help engineers achieve higher chip performance for  microprocessors, graphics circuits and DSP subsystems at 65nm, 45nm, and below. Web-enabled collaboration, access, and implementation provides easy access to distributed team members.

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“Semiconductor companies need to manage Design Data for Hardware and Software. Complexity of design touching billion transistor, thousands of different file database and few database size are touching Terabytes – how do you handle such complex database management ? “

Data can be managed at both the detailed file/directory level, and at a “modular” level of abstraction. As such, design data contributed by individual teams can be seamlessly integrated into higher level designs.

• Connect and manage your entire design chain with a unified DDM system.
• Significantly boost design productivity for a rapid payback and strong ROI.
• Maximize your ability to reuse existing designs and embedded software.
• Manage your design hierarchy as part of the design process.
• Utilize an intuitive built-in Submit, Integrate, Test, and Release (SITaR) workflow.
• Reduce time-to-market by increasing collaboration efficiency.
• Win first-to-market advantage.
• Manage complex data types from a variety of EDA tool vendors.
• Manage software projects using the Microsoft Visual Studio and Eclipse plug-ins.

“Don’t miss out on this chance to play a key role in the development of your next design.”

Special Prices for DesignSync : ₹ 3 Lakhs only for One Year Term Based Licenses, Special Pricing available for Perpetual Licenses also. We are reaching out today to help you decide.

Please note that the offer is valid till 15th December 2016.

( _* – Tax as Applicable ) Contact Us :
Gangadhar
+91 9845065819
gangadhar@chipware.in Tanaji Hanchate
+91 9901960660
tanaji@chipware.in

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The post Dassault Systeme High-Tech Silicon Thinking appeared first on Chipware Technologies Private Limited.

Faster design integration through advanced element modularization.

Semiconductor design is exceedingly complex. In order to produce integrated circuits (ICs) that are competitive, design companies now use specialized design teams and complex design workflows to maximize productivity and value from their engineers. As a result complex hierarchical designs and distributed design centers are now every-day realities of IC product design. To ensure this organization and process matrix succeeds, the right foundation of collaborative design and information systems is essential. It must scale across large, distributed teams, support intellectual property (IP) reuse and variant optimization, be applicable for multiple application platforms and keep designers “designing” and minimize information access and management overhead.

The Silicon Thinking Semiconductor Collaborative Design solution is used today by over 120 development organizations, including 13 of the top 15 semiconductor companies to boost design productivity.

Based upon ENOVIA® Synchronicity® DesignSync®, it efficiently manages design data for an entire design organization. The solution enables design teams to manage data at both a detailed design element level and at the project level. Detailed design elements are encapsulated as “modules” which can then be easily and efficiently integrated to the final design. This modular approach differentiates the solution from other Design Data Management (DDM) systems. Design data contributed by individual teams can be seamlessly integrated into higher level designs.

The solution also includes technology from ENOVIA® Pinpoint to enable deep design analysis. Structured placement and visualization solutions for integrated circuit designs help engineers achieve higher chip performance for  microprocessors, graphics circuits and DSP subsystems at 65nm, 45nm, and below. Web-enabled collaboration, access, and implementation provides easy access to distributed team members.

The post ENOVIA DesignSync and Pinpoint appeared first on Chipware Technologies Private Limited.