Enea to support LSI processor range with hybrid-kernel real-time operating system
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Enea OSE Multicore Edition hybrid-kernel real-time operating system (RTOS)
Enea has announced that the Enea OSE Multicore Edition hybrid-kernel real-time operating system (RTOS) will be the centrepiece of its support for the new LSI Axxia Communication Processor range.
This integrated multicore-based offering, including Enea OSE, Enea Optima and Enea’s packet-processing framework, will simplify data-plane acceleration for OEMs building a range of wireless applications, including video streaming, web browsing and high-quality digital voice.
Key specifications
- LSI Axxia Communication Processors are capable of processing large volumes of wireless traffic with low latency and no load on the CPU complex
- Virtual Pipeline technology uses deterministic modelling and distributed queue management to optimise inter-processor message routing
- A suite of development tools and application libraries with C-API enable rapid development and system integration for networking systems
- Enea support for the LSI Axxia range includes Enea OSE, a modular, real-time operating system
- Enea OSE is configured with a kernel design that combines the advantages of traditional Asymmetric Multiprocessing (AMP) and Symmetric Multiprocessing (SMP)
- Enea Optima builds on open-source Eclipse Platform and C/C development tools technology
- Provides advanced system-level browsing, debugging, profiling and analysis tools that simplify the debugging and optimisation of large-scale distributed applications
- Enea will support the Axxia range with its packet-processing framework, a portable, ANSI C-compliant solution, which optimises the data plane through a ‘bare-metal’ execution model and the support for polled device drivers
- The support is initially provided for UDP termination and IP forwarding
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