RTOS - Nucleus Embedded Real Time Operating System - Source Code/Royalty Free - from Accelerated Technology, Embedded Systems Division of Mentor Graphics

A good operating system (OS) provides a solid interface to the hardware and allows the application to be managed in the most efficient manner possible. And regardless of what the OS is asked to do, it stays responsive to the overall system.

Nucleus OS Now OpenMAX™ IL Certified
Mentor’s Nucleus OS Multimedia Framework (MMF) is the first in the industry to receive Khronos Group’s OpenMAX IL certification. See what OpenMAX certification means to you.

So how does an operating system like Nucleus OS stay responsive?

From the very beginning, Nucleus OS was designed exclusively for real-time performance. It was conceived from the ground up for resource-constrained devices (frequency and memory) and for environments where squeezing out every cycle per watt was paramount. Thus, developers were able to focus on differentiating their products while confident their OS foundation would not adversely impact the system’s overall performance.

From a real-time kernel just a few years back, Nucleus OS has evolved into a complete OS comprised of kernel services, extensions, and APIs. Componentizing Nucleus OS into logically related functionality not only provides you with significant cost savings (customers don’t have to pay for what they don’t use), but also provides an easy route for reducing the amount of ROM and RAM required to run your system.

Why Nucleus OS Makes Good Design Sense

You’ll reduce your bill of materials costs
Like all of Nucleus OS, the Nucleus Kernel source code is provided at no additional cost. Its small size does not stress system resources (memory, cache, and CPU cycles) like some of the other OS options on the market today. As a result, you can minimize hardware costs while maximizing performance.

You can take advantage of easy-to-learn and use APIs
Nucleus OS offers a consistent, intuitive, easy-to-use and learn API. No mumbo jumbo, no jargon or cryptic abbreviations used in our APIs. You’ll receive whole words and complete documentation. This ensures that you’re productive from day one.

You’ll benefit from the designed-in deterministic, real-time response
Real-time applications are called real-time for a reason. Real-time execution requires deterministic, fast interrupt response, and fast context switching. Nucleus Kernel utilizes a two-layer interrupt mechanism that minimizes the amount of time spent in critical sections.

You’ll be able to develop with familiar APIs
ANSI C, POSIX real-time extensions, C++ for real-time, and micro-ITRON APIs are all available.

You’ll get guaranteed real-time responsiveness in multicore systems
Suitable for asymmetric, symmetric, and threaded architectures, Nucleus Inter-Processor Communications (IPC) is a flexible, high-speed, zero-copy mechanism for synchronization and communication on multicore chips.

You’ll have a memory management unit (MMU) at your fingertips
Increase quality and eliminate embarrassing recalls by finding bugs early. Nucleus MMU enables the MMU hardware and allows for a wide variety of services to be protected, from tasks to system objects to the entire kernel. You can reduce your time-to-market by using Nucleus MMU as a debugging tool during development, as well as for protection in your final product. As with all Nucleus products, Nucleus MMU applications are highly portable to any new CPU architecture.

You’ll be able to dynamically load, unload, and execute your application on a running target
The Nucleus OS DDL API allows you to easily introduce new sections of code into your existing application from a remote development host. It also provides for software updates in your product after deployment. Using Dynamic Download, you can speed up your download time and eliminate the overhead associated with rebuilding and linking your entire application.

Components

Nucleus Kernel

Real time kernel, C++ and POSIX interfaces, dynamic download,
interprocessor communications
Nucleus Networking

There are many ways for devices to communicate. The Nucleus OS provides over 60 network drivers and protocols including TCP/IP stack, IPv6 and 802.11 wireless to provide exactly what your product needs.
Nucleus GUI

Ease of use for the consumer starts in the graphical display. The Nucleus OS provides a wide range of services to help develop a powerful and intuitive GUI.
Nucleus File System

Storing and retrieving data is prevalent in today’s devices. The Nucleus OS helps manage this through its file system software.
Nucleus USB

Consumers demand an easy interface for connecting devices to each other. The Nucleus OS supports the USB standard for this request. The vast number of class drivers supported allows for versatility in your application.
Nucleus Bus Support

Communication across busses is becoming more and more commonplace. The Nucleus OS provides support for PCI, PCI-X, CAN, SPI, and I2C.
Nucleus Security

As the world relies more and more on digital storage and communication, the risk of private data becoming public increases. The Nucleus OS provides an assortment of encryption and hashing technology to help overcome this risk.

Operating System

Why Nucleus OS Makes Good Design Sense

Components

Mentor Graphics Delivers Optimized Android Development System for the OMAP35x Processors from Texas Instruments View PR Nov 17, 2009

ARM and Mentor Graphics Announce Support for Nucleus RTOS and Nucleus Graphics in the RealView Development Suite View PR Oct 21, 2009



		Mentor Graphics Delivers Optimized Android Development System for the OMAP35x Processors from Texas Instruments View PR Nov 17, 2009 ARM and Mentor Graphics Announce Support for Nucleus RTOS and Nucleus Graphics in the RealView Development Suite View PR Oct 21, 2009 Mentor Graphics Announces Linux and Nucleus Multi-OS Support for Marvell Sheeva Embedded Processors View PR Jul 30, 2009 瀏覽近期的PRs


		Platform Solutions Supported CPUs Mobile Handsets Consumer Electronics Telematics/ Infotainment Medical Applications Nucleus Platform Media Player