MEMBER PRODUCTS
Mentor Embedded MCAPITM
a product of Mentor Graphics
Mentor Embedded MCAPITM provides fast IPC messaging and application code portability with abstraction layers for operating system and physical transport. Android/Linux and the NucleusTM Real-Time Operating System (OS) are fully supported while Mentor Services can assist with porting to other operating systems.
MCA Component used in Product:
MCAPI
Product Benefit:
With an expanding adoption of MCAPI, customers will have a wider array of tools and system software available to them. From the vendor’s perspective, a standard like MCAPI increases the partnership opportunities and prospective customer base.
Client Benefit:
MCAPI provide a fast, lightweight, and scalable IPC solution that is highly portable to new target, transport, and OS - adopting the MCA standard insures application portability to new hardware and operating systems, allowing system designers to maximize code reuse. MCAPI provides a simple and intuitive API allowing application developers to create endpoints, similar to TCP/UDP sockets, for sending and receiving data using block and non-blocking calls. MCAPI supports multiple communication links with prioritization and Mentor Embedded MCAPI supports prioritization of multiple message and channels.
Poly-Messenger/MCAPI®
a product of PolyCore Software
Poly-Messenger/MCAPI®, is a flexible communications framework for closely distributed computing, such as multiple cores on a chip and/or multiple chips on a board. PolyCore Software products support the MCAPI standard.
MCA Component used in Product:
MCAPI
Product Benefit:
With an expanding adoption of MCAPI, customers will have a wider array of tools and system software available to them. From the vendor’s perspective, a standard like MCAPI increases the partnership opportunities and prospective customer base.
Client Benefit:
Poly-Messenger/MCAPI® combined with Poly-MapperTM, a topology mapping tool, and Poly-GeneratorTM, a topology generation tool, provides a flexible, efficient and easy to use multicore communications platform. The complexities of inter task communications in closely distributed computing are abstracted from the application, analogous to TCP/IP on WAN’s and the Internet. The result is a consistent standardized programming model across different types of cores, physical transports and operating systems.
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