Polyhedra® is a family of compact, lightweight, SQL relational database management systems (RDBMS) optimized for embedded systems applications. Built on an ironclad clientserver architecture, Polyhedra® in-memory database system (IMDB) and Polyhedra® FlashLite provide a secure data repository for embedded systems, mobile devices and server-based applications demanding the utmost in performance and reliability.

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Complex software based embedded systems need manageability, high availability, and robustness. The middleware requirements range from simple system level communication and debug, to system HW/SW health monitoring, to support for external operations management systems, and up to high availability and/or robust fault management. The middleware must also support a wide range of HW platforms from simple SoCs, single boards, big chassis-based systems, rack mount servers, and Cloud-based platforms.

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Enea’s On-Device Management is a feature-rich framework that provides all of the management functionality needed within a managed device, whether it is a single node or a distributed system.

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Enea's On-Device Management middleware is a data-model driven management framework for which provides a variety of standards-based northbound interfaces for configuring, monitoring and controlling carrier grade VNFs.

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Distributed systems range from simple multi-threaded applications to multi-slot chassis-based systems to networked clusters of servers. Topologies get more complex when these systems move into cloud-based environments, and more diverse when they involve machine-to-machine (or M2M) solutions. Providers of distributed system software solutions face a number of challenges in building, debugging and maintaining a set of connected applications. Managing these systems requires powerful modeling and a variety of management interfaces to meet a diverse set of needs. The services provided by a distributed system often require a high level of availability. The middleware frameworks that make up Enea Element address many of these challenges.

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Enea ElementCenter is a model-driven EMS/NMS development platform that provides a collection of management features for configuration, monitoring and control of physical (PNF) and virtual network functions (VNF) through a customizable web based user interface. Enea ElementCenter saves you and your team valuable development time and risk, so that you can focus on the features that uniquely differentiate and add value to your product.

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Whitepaper - How ARM's Ecosystem Drives NFV Transformation

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In this presentation, ARM and Enea will examine some of the challenges faced in virtualizing the next-generation network, trends in lightweight virtualization techniques being applied in vCPE use cases at the network edge, as well as observations and solutions that will help those in the industry realize their goals in the most efficient manner.

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Enea NFV Core is a high-performance, highly available NFV platform based on OPNFV and optimized for edge use cases. It is ready to be deployed in commercially operated enterprise networks, using Intel x86 or ARM hardware.

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Enea NFV Core is a carrier-grade virtualization software platform built on OPNFV and OpenStack and compatible with the ETSI architecture. It is integrated, extended, optimized and validated. The result is an extremely reliable NFV platform engineered for edge use cases, providing the performance, completeness and security required for deployment in mission-critical commercial environments.

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OpenFastPath (OFP) is a cross-platform TCP/IP stack which dramatically increases the IP forwarding performance, compared to the Linux TCP/IP stack, with perfect scalability across processor cores. Enea offers services around integration, hardware porting and optimization, feature development, and production test, maintenance and support.

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Enea Linux offloads you from challenges that you would face if building and maintaining a Linux distribution yourself. Enea Linux enables high throughput, low latency, networking, virtualization, and provides open source development tools exclusively.

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When introducing Linux into your Enea OSE based system, how can you retain and extend the value of legacy investments, and how can you find cost-efficient, incremental steps with low risk when doing so? The answer is Enea OSE Compatibility Platform (OCP).

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The Yocto Project provides an Application Development Toolkit (ADT) which includes a set of recommended development tools from the open source community. The Enea Linux distribution includes some of these tools and suggests that the tools are used in Eclipse.

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There are several challenges finding a maintainable solution that allows features to exist both in a cloud and in an edge environment. The scope for this document is primarily around the migration challenges for applications and operating systems. The aim is not to give an answer to how to allow the migration of a certain use-case, it is to induce questions and considerations that are applicable for many.

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This article will show how the embedded landscape is rapidly changing, i.e. the lines between what is considered embedded computing and enterprise computing are blurring. Given this, the role of these virtualization technologies in the newly emerging embedded applications space is summarized. This article is not a primer on the selected technologies – the reader can look them up – but it shows the motivation for usage of each in this new embedded world.

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Standard Linux is designed for overall throughput rather than for real-time, and consequently needs to be modified or extended to meet high demands on latency and determinism. By utilizing more flexible processor architectures, new possibilities emerge to enable real-time in Linux.

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As hardware has become ever more capable there has been a trend to implement real-time applications on Linux. Linux was designed from the beginning for server and desktop applications, not for real-time applications. This means that achieving real-time properties on Linux is not trivial. This document is a guide for anyone attempting to implement a real-time application using Linux.

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As the number of cores increase, increased demands on effective communication inside a multicore node but also on inter-node system-level arise. This whitepaper discusses balancing cost and performance when selecting, integrating, and adapting mechanisms for multicore inter-process communication (IPC) in Linux-based communication systems.

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Virtualization of network appliances, using software implementations running in virtual machines, allows the usage of cost-efficient data center solutions as possible replacements for proprietary hardware. In order to maintain fulfilment of requirements on high speed network communication, efficient virtualization is required, affecting the virtual machine host as well as its guests. To speed up communication, the use of user space access to network I/O in host and guest is becoming more and more popular. This document presents performance benchmark results for a selection of recent solutions for high speed network I/O in user space host, and guest applications in a virtual machine. The paper compares the host and guest throughput performance, using stateof-the-art benchmarks and measurement methods.

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The Linux kernel feature NO_HZ, also referred to as dynticks, attracts an increasing number of Linux developers and followers. By comparing virtualization (KVM) with and without NO_HZ, we observe that virtual environments benefit from uninterrupted execution. We also anticipate that further optimizations are possible in the area of virtualized real-time Linux systems.

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Device drivers in Linux are traditionally run in kernel space, but can also be run in user space. This paper will take a look at running drivers in user space, trying to answer the questions in what degree the driver can run in user space and what can be gained from this?

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Enea® Optima is a suite of powerful system debug, profiling, and tracing tools for the Enea OSE® real-time operating system. Based on the standard open source Eclipse™ platform and C/C++ development tools, Enea® Optima provides a complete integrated software development environment (IDE) that covers the entire life cycle of embedded systems, from board bring up, trough kernel and application development, to fielded systems.

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When introducing Linux into your Enea OSE based system, how can you retain and extend the value of legacy investments, and how can you find cost-efficient, incremental steps with low risk when doing so? How do you achieve “enough” real-time characteristics, IPC performance, scalability, and OSE compatibility for maximal SW reuse? The answer is Enea OSE Compatibility Platform (OCP).

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Enea OSE® is a robust, high-performance real-time operating system optimized for multi-processor systems requiring true deterministic real-time behavior and high availability. It shortens development time, enhances reliability and reduces lifetime maintenance costs for a wide range of systems, from mobile phones and automobiles, to medical instruments and telecom infrastructure.

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Enea's customized LTE-A/5G eNodeB A solution consists of professional services including domain expertise, Enea software components (Enea Linux and Enea OSE MCE), and a BSP that is adapted to the customer reference target.

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This paper starts by describing the widely accepted multiprocessing software design models, and some of their benefits and drawbacks. After that, a few simple packet processing use cases are described, aiming to illuminate the pain points of a strict AMP multiprocessing approach. Finally, we introduce Enea’s OSE Multicore Edition (OSE MCE), and show how this new hybrid SMP/AMP RTOS technology can provide a homogeneous, scalable and portable execution platform for high-performance protocol processing for example within the LTE layer 1 and 2, while at the same time being a feature-rich SMP RTOS capable of network O&M. OSE MCE defines a very low-level multicore processor abstraction model which gives high portability and at the same time it provides a low-overhead device programming model.

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The days are long gone when a real-time operating system (RTOS) was simply a small kernel providing basic services such as task scheduling and reliable inter-task communications. Today’s real-time operating systems are expected to perform a wide variety of functions ranging from managing real-time communications to providing a reliable foundation for higher level applications.

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Optima for OSEck is a set of profiling, tracing and kernel awareness tools for the Enea OSEck Real-Time Operating System. It is Eclipse based and integrates with hardware assisted C/C++ development tools to provide an integrated software development environment for embedded systems.

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OSEck is a fully-featured RTOS optimized to suit the specific requirements of high performance DSPs, both single-core and multi-core, as well as for heterogeneous SoC (with DSP) solutions. Purpose built for telecom applications, OSEck brings rich functionality with true real-time determinism. It also features high performance networking, advanced packet processing capabilities, and a powerful Eclipse based IDE debug environment targeted for the most demanding telecom applications. OSEck is HW agnostic. It supports multiple HW architectures and is easily ported to any platform.

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A comprehensive cross-development tool chain and runtime environment for the Xilinx Zynq™-7000 All Programmable SoC. Combining a Linux distribution with a compact kernel RTOS and an inter-process communications service, Enea creates a compelling SMP platform offering for designing heterogeneous systems on the ZynqTM-7000, maximizing customer value and benefit.

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For over 40 years, Enea has been one of the fastest growing avionics consulting companies in the world. Today our avionics capability in system engineering requirements, architecture design, code verification,certification, DO-178B/DO-254 processes/training and DER approval makes us the supplier of choice of leading prime and subcontractors in the global aerospace industry.

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How Enea Global Services is helping global companies optimize their R&D dollars ROI.

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Zero acquisistion cost, ubiquotous source code availability, and immense feature growth make Linux the most deployed OS in embedded systems. However, keeping up with this fast paced evolution represents a significant risk in getting an embedded solution to market. The support from a trusted partner with a mature embedded Linux platform reduces time-to-market and mitigates business risks. Enea offers several Linux related services, ranging from board development, customizations, and training, to development, support and maintenance.

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Enea NFV Lab provides a rich set of NFV-ready ARM-based hardware, supported by experienced engineers that can help you assemble an infrastructure configuration that enables real-world VNF deployments, or even build fully-fledged carrier-grade NFV platforms. Enea offers services around OPNFV deployments, plus prototyping, developing, testing, and porting virtual network functions in a state-of-the-art hardware laboratory.

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OpenFastPath (OFP) is a cross-platform TCP/IP stack which dramatically increases the IP forwarding performance, compared to the Linux TCP/IP stack, with perfect scalability across processor cores. Enea offers services around integration, hardware porting and optimization, feature development, and production test, maintenance and support.

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Sign up for these scheduled courses or browse the full list of trainings at www.enea.com/training! We are a Linux Foundation Authorized Training Partner and can offer the widest training curriculum on the market relating to Linux development, Real-Time and applied programming.

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