Cadence PERSPECAGILE 24.03.001 Linux

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Cadence Design Systems, Inc., the leader in global electronic design innovation, has releasedPERSPEC 24.03.001is a portable stimulus, system-on-chip (SoC) verification solution
Owner:Cadence Design Systems Inc.
Product Name:PERSPEC Agile
Version:24.03.001 Base release
Supported Architectures:x86_64
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Languages Supported:english
System Requirements:Linux *
Size:4.1 Gb.


PERSPEC-14113 | DOCUMENTATION | Document Ternary operator in the Reference Manual
PERSPEC-14108 | CODE_GENERATION | The "typemap" flow crashes when using the Linux integration utility
PERSPEC-14072 | CODE_GENERATION | Accessing token field in runtime during activity causes segfault
PERSPEC-14013 | PS_LIB_COHERENCY | Coherency lib test GenError in CPU based CMN2x1 environment
PERSPEC-13968 | PS_LIB_INTEGRATION | Qualify "block" data transactions with 'is_supporting_copy_block_data()' function
PERSPEC-13883 | SOLVER | Incorrect scheduling of inferred state writer actions with state reader actions when layered solving is required
PERSPEC-13782 | PS_LIB_COHERENCY | Data mismatch error after CACHE_ZERO op codes in fill_shareable_cache_clean_invalidte_check
PERSPEC-13757 | PS_LIB_COHERENCY | Per-cluster post-power-down scheduling fix
PERSPEC-13605 | AUTO_DOC | Perspec 'document' in PDF adds internal constructs that are not seen in HTML option
PERSPEC-13532 | SOLVER | State object inheritance breaks planning solver, thereby, resulting in contradiction
PERSPEC-13505 | PS_LIB_COHERENCY | Code generation fails while solving scenarios with mixed fs_ts_pe scenario for FULL/IO consistency
PERSPEC-13462 | PS_LIB_COHERENCY | TLBI runtime generated without EL context
PERSPEC-13223 | LANGUAGE | Support language part for [ in ref_path ]
PERSPEC-13100 | DOCUMENTATION | Document 'perspec report' and the sln_manager.create_report() API
PERSPEC-13047 | CODE_GENERATION | Issue with union typesize mismatch breaks code execution
PERSPEC-12558 | LANGUAGE | Checking if SLN multi-line string syntax is possible for PSS
PERSPEC-12551 | LANGUAGE | Provide enhancement to avoid cyclic code dependencies
PERSPEC-12547 | SOLVER | forall constraint does not support [ in ref_path ] option syntax
PERSPEC-12285 | SOLVER | Constraining non-rand array with a rand array access attribute is not supported
PERSPEC-12255 | LANGUAGE | Support array/list pseudo methods, such as count
PERSPEC-12024 | PS_LIB_PCIE | Set 'data_chunk_size' to avoid Denali memory allocation error for huge data size
PERSPEC-11886 | DOCUMENTATION, PS_LIB_COHERENCY | Improve documentation for the processor_info configuration table
PERSPEC-11723 | LANGUAGE | Support mustache notation in strings in procedural solve-time code
PERSPEC-10723 | USER_API | Use PCIE-AVIP's reset event (once supported) in our PCIE library tests
PERSPEC-9640 | PS_LIB_COHERENCY | Allow setting of architecture kind and architecture version in Processor Info Table for each core
PERSPEC-8880 | PS_LIB_COHERENCY | Generate address from cacheable range by default for cross_cache_boundaries action
PERSPEC-8195 | PS_LIB_COHERENCY | Enable Producer-Consumer CPU-to-CPU in the Coherency PSLIB
Cadence Perspec System Verifieris a robust tool that automates the generation of test cases. It creates test cases in the C language, which can be used with various testbench environments. The Perspec System Verifier can effectively validate SoC's performance, function, and power by using an appropriate level of abstraction. It is a portable platform that can be reused across different scopes, including hardware-aware software, from IP to the system level. This approach focuses on both vertical and horizontal reuse - vertical reuse covers IP level verification to subsystem to SOC level verification. In contrast, horizontal reuse involves using the test intent across virtual prototype platforms, simulation, emulation, and FPGA. Ultimately, this approach helps to reduce the time and effort spent on creating tests. PSS provides a single abstract specification of verification intent, which allows tools to generate target-specific implementations of the test for the various platforms involved in verification. This frees teams to focus on what should be tested instead of implementing the same test multiple times. PSS can also automate the process by randomly generating scenarios subject to the rules and constraints defined in the abstract specification, maximizing coverage, and ensuring efficient execution of a wide range of tests on multiple platforms.
Cadence Perspec System Verifier SW Driven SoC Verification Automation - Cadence Design Systems
Verification of your mixed-signal design can be a nightmare, with clashing disciplines and engineering cultures, and challenging use-case requirements. In this episode of Chalk Talk, Amelia Dalton chats with Steve Carlson of Cadence Design Systems about a comprehensive approach to mixed-signal system verification.
Cadenceis a pivotal leader in electronic design and computational expertise, using its Intelligent System Design strategy to turn design concepts into reality. Cadence customers are the world's most creative and innovative companies, delivering extraordinary electronic products from chips to boards to systems for the most dynamic market applications.






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