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Focus:
Xinsi Technology native automotive solution enables designers to efficiently implement and verify functional safety mechanisms to achieve the target ASIL level of safety key chips.
The new think technology differentiated solution allows designers to avoid custom script solutions and shorten the runtime, improve job enforcement, and ease of use.
Xinsi Technology (Synopsys, Inc., Nasdaq Stock Code: SNPS) Recently launched a new native car solution to achieve more efficient chip design. The accelerated development of automotive technology requires more automotive chips to achieve a higher automotive safety integrity level (ASIL) of the Automatic Driving and Advanced Driving Assist System (ADAS). Novi Technology Native Automotive Design Solution to achieve functional security mechanisms (such as three model redundancy (TMR), dual-core locking (DCLS) and fault safety limited state machines (FSM), by providing the industry's most comprehensive function set The person can achieve its target asil.
Through the differences provided by the native car solution, the designer can generate the industry's first functional security intent in the early stage of the design process to describe the security mechanism behavior used as input and maintained throughout the digital design process. The new thinking technology native automotive solution integrates a complete digital design process for multiple functional security technology, which mobilize each other, maximizes efficiency, including:
TestMax FUSA, perform early functional security analysis in the RTL level or gate level, and determine the TMR or DCLS candidate object to achieve a single point fault indicator (SPFM) target for the target ASIL
Design Compiler® NXT Integrated, IC CompilerTM II Layout Wiring and Fusion CompilerTM Design, Insert, Check and report the implemented security mechanism
The Formality® Equivalence Inspector, after the redundancy or additional logic module is inserted, verify that the RTL is matched with menu.
IC Validator Physical Signoff, Verify Maps and Reporting All Redundancy Mechanisms Correctly
SHANKAR KRISHNAMOORTHY, Senior Vice President of the New Si Technology Chip Design Division said: "With the continuous promotion of market growth, the design personnel face more and more pressure, and they still need to be urgent while meeting functional safety requirements. Listing time goal. Xinsi Technology is currently available in the industry's first complete integration function for realizing and verifying functional security mechanisms, helping designers significantly shortening the time-to-market, ensuring higher quality of safety critical vehicles. Quality. "
Xinsi Technology Automotive Design Solution
Xinsi Technology full car design solution provides complex functional safety analysis, design implementation and verification. Differentiated automotive design products, such as unified functional security verification and native car solutions, enabling designers to prove that their chip safety architecture can reach the target ASIL level in the planning and implementation phase. The unified functional security verification solution sets the best fault activity management technology in the same class in a unified control center. Early functional security analysis can quickly identify TMR and DCLS redundant candidate objects and an estimate of the target ASIL. Joining Technology's native car solution provides the industry's most comprehensive function set to efficiently implement and verify functions such as TMR, DCLS, and Fault Security FSM. Comprehensive digital / analog fault injection and simulations are implemented to generate reliable data for final analysis and summary. Xinsi Technology also provides a complete solution to resolve reliability issues, including electromigration, voltage drop, devices aging, and powerful redundant through holes insertions (RVI) functions. Novi Technology provides designers with a wide range of automotive IP nuclear products, which are designed and tested against AEC-Q100 reliability, providing ASIL-READY ISO 26262 certification, and supports automotive quality management.
In addition, Xinsi Technology Unified Function Safety Verification Solutions include:
VC Function Security Manager, this is a high quality scalable and distributed FMEDA automation tool, providing the highest productivity through FMEA / FMEDA and unified fault activity.
TestMax Fusa, can perform fast early functional safety analysis in RTL level or gates
Z01XTM fault emulator for fast, reliable digital fault simulation
VC FormalTM Fusa application, speeds up fault classification by applying formal filtration
TestMax CustomFaultTM Fault Simulator provides high performance simulation and hybrid signal failure simulation to achieve full chip function security and test coverage analysis
Zebu® emulator for fault simulation for long-term testing using a large number of software
Verdi® fault analysis, used for debugging, planning, and coverage, including integration with industry-leading demand tracking tools
The Certitude® feature verification quality management system is used to prove the robustness of the process to support the assessment of ISO 26262 No. 8-9.
Listing
The native automotive solution of Xinsi Technology will be officially launched in December 2019.
Introduction to Xinsi Technology
Xinsi Technology (Synopsys, Inc., Nasdaq Stock Code: SNPS) is a multi-innovative company's Silicon to SoftwareTM ("Chip to Software") partner, which is committed to developing our daily relying on electronic products And software applications. As the 15th largest software company in the world, Xinsi Technology has long been the global leader in electronic design automation (EDA) and semiconductor IP nuclear fields, and also play a growing leadership role in software security and quality solutions. . Whether you are a software developer who creates advanced semiconductor chip (SOC) designers or applications that require the highest security and quality, Xinsi Technology can provide you need solutions to help you launch innovative. High quality, safe products.
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