- All Products
- Software Integrity
- Semiconductor IP
- Verification
- Design
- Silicon Engineering
- Application Security Services
- Dynamic Analysis (DAST)
- Mobile Application Security
- Penetration Testing
- Managed Static Analysis
- All Services
- Software Security
- Silicon Design
- Community
- About Us
< All Products
< All Products
< All Products
< All Products
< All Products
< All Products
< overview
All Products
+ Software Integrity + Semiconductor IP + Verification + Design + Silicon Engineering + Optical Solutions< Software Integrity
< Software Integrity
Application Security Services
Dynamic Analysis (DAST) Mobile Application Security Penetration Testing Managed Static Analysis< Software Integrity
< Software Integrity
< Software Integrity
Blog
< Software Integrity
Support
< overview
Software Integrity
+ Application Security Products + Application Security Services + Resources + Training & Education Blog Support< Semiconductor IP
< Semiconductor IP
Memories & Libraries
Logic Libraries Memory Compliers Duet Packages HPC Design Kit Embedded Test & Repair Non-Volatile Memory< Semiconductor IP
< Semiconductor IP
Processor Solutions
ARC Processors Embedded Vision Processors Development Tools Operating Systems Ecosystems ASIP Tools< Semiconductor IP
< Semiconductor IP
< Semiconductor IP
< Semiconductor IP
< Semiconductor IP
< overview
< Verification
< Verification
< Verification
< Design
< Design
< Design
< overview
< Silicon Engineering
< overview
< main menu
< Solutions
< Solutions
Industry Solutions
Automotive Cloud Computing Financial Services Industrial Controls Systems Healthcare Mobile Devices< Solutions
< overview
< All Services
< All Services
< All Services
< overview
< Software Security
Software Security Professional Services
Embedded Software Testing Insider Threat Detection Red Teaming Secure Coding Guidelines Software Architecture & Design Thick Client Testing< Software Security
Managed Services
< Software Security
Program Development & Design
Maturity Model (BSIMM) Maturity Action Plan (MAP) Policies & Standards Security Metrics Software Security-in-a-Box< Software Security
< Software Security
Support
< overview
< Silicon Design
< Silicon Design
< Silicon Design
< Silicon Design
< main menu
< Community
Community
Community Overview< Community
< Community
< Community
Interoperability
ARC Access HAPS Connect HSPICE Integrator In-Sync System-Level Catalyst TAP-in VC Apps Access< Community
< Community
< Community
< overview
Community
+ Community + SNUG + Partners + Interoperability + Academic Programs + Company Blogs + BSIMM< About Us
< About Us
< About Us
< About Us
< About Us
VDK Family for ARM® Processors
Improve Your Existing Embedded Software Development Environment
As the complexity and the amount of processors continue to increase in many application domains, so does the need to start software development as early as possible. ARM processors are being deployed in a wide range of markets including mobile, consumer, enterprise and automotive. The ever increasing software content and shorter development windows are calling for tools to enable earlier software development. The Virtualizer™ Development Kit (VDK) Family for ARM Processors offers a wide range of models and software tools to span this entire application domain. With support for all existing ARM processors spanning all Cortex® families: Cortex-M, Cortex-R and Cortex-A, leveraging your existing software debugger, it is easier than ever to accelerate your development schedule.
VDKs are software development kits using virtual prototypes as the embedded target. They enable a broad range of software development use cases to meet the needs of semiconductor companies' own software developers as well as those at their customers and partners. The VDKs include multicore software debug and analysis tools, reference software stacks and ARMv7/ARMv8 processor-based reference designs to provide an out-of-the-box software development platform. In addition, these designs can be customized with the Virtualizer tool set to represent users' specific ARMv7/ARMv8 system-on-chips. The VDKs also allow software engineers to efficiently develop software to support individual IP components, such as porting device drivers for DesignWare® Interface IP, as well as to perform full software bring-up for the entire SoC.
Accelerate Software Bring-up for Synopsys DesignWare Interface IP
- Software development up to 12 months before board availability
- Out-of-the-box support for Linux, Android and multicore task migration software
- Multicore/multicluster software analysis capabilities to best utilize performance and energy efficiency capabilities
- Plug-n-play integration with software debuggers from ARM, Lauterbach and GNU
- Configurable Cortex processing subsystem, customizable by adding other system components
Accelerate Software Bring-up for Synopsys DesignWare Interface IP
The VDK Family for ARM Processors contains models for the most popular DesignWare Interface IP. By leveraging existing reference virtual prototypes and the convenience of adding specific DesignWare models with Synopsys Virtualizer Studio, software developers can quickly start bring-up of peripheral IP specific software like device drivers.
- Out-of-the-box support for reference OSes, drivers and middleware
- Reference virtual prototypes to build DesignWare Interface IP specific VDKs including out of-the-box support for USB 3.0, USB 2.0, Ethernet GMAC, mobile storage and I2C
- Enhance existing debuggers with higher visibility and control throughout the entire system
- Non-intrusive debugging and fully scriptable environment enable easier reproduction of issues and creation of regression tests
- Optimize or re-target legacy and new driver code for the ARMv8 64-bit architecture
NEW Best Practices to Accelerate GPU Prototyping with HAPS
NEW Faster Bug-Free Clock Gating Verification with VC Formal
Catch Low Power Bugs ASAP – Advanced Static Checking Across the Design Flow with Synopsys VC LP
Accurate Power Analysis Earlier & Faster – Using Synopsys PowerReplay and Synopsys PrimeTime PX