- RTX Time Extension for Windows
IntervalZero (formerly Ardence and Venturcom) RTX is the only software solution architected as a high-performance extension to control Microsoft Windows. RTX is proven in thousands of demanding applications providing enhanced performance, control, scalability combined with unmatched dependability for: industrial automation; military/aerospace; test and measurement equipment; robotics; and many other industries while reducing system costs and speeding time to market.
Deterministic, hard real-time performance – plus the Windows user experience
Microsoft Windows offers a world-class interface and excellent development tools for embedded systems. However, for mission-critical threads that require hard real-time, deterministic responses – e.g. robots, vision systems, simulators, test and measurement systems – the Windows scheduler cannot deliver the necessary prioritization and control.
Replace dedicated DSP and FPGA hardware with a Windows PC
The untapped power of the latest Intel multicore processors is a match for demanding signal processing tasks, currently performed by expensive dedicated DSP or FPGA hardware, running incompatible and difficult-to-maintain firmware. RTX SMP allows users to harness the available power of up to 32 PC processor cores to take on the most demanding DSP tasks, in professional audio, video, medical imaging and simulation applications.
RTX2012 and RTX64
RTX is available in two versions, RTX2012 and new RTX64 which is a designed to take advantage of the 64-bit systems. RTX64 can access 128GB of non-paged memory, depending on actual mapped physical RAM size. Both versions of RTX can scale from 1 to 63 cores for dedicated real-time processing.
With IntervalZero’s RTX, developers can take advantage of both the Windows environment and form factor, and also solve all their scheduling, prioritization and control challenges. RTX is a self-contained real-time subsystem that bypasses the Windows’ scheduler to provide the desired determinism and hard real-time response.
RTX architecture is a true extension in that it does not encapsulate Windows and does not interfere with or modify the Windows infrastructure. By maintaining this separation, the RTX real-time subsystem (RTSS) ensures that RTX-based applications survive Windows crashes.
The RTX real-time subsystem is designed around a high-speed scheduler that utilizes both priority-driven and preemptive algorithms. RTX supports up to 997 independent processes, with each process supporting unlimited threads. Fine-grained control over applications is assured with 128 levels of assignable thread priority.
View the video tour
RTX for RealTime Windows spans multiple markets
Some of the world’s most demanding
high-speed control and automation applications are running on standard Windows
PCs using IntervalZero’s
Embedded software solutions.
Customers have eliminated their dedicated “real-time” PCs,
DSPs and PLCs in favor of an RTX-enabled unified Windows-based control system.
Using RTX, companies such as Siemens, Honda, MDSI and Hurco are delivering
high-performance control systems for Computerized Numerical Control, Motion-Control,
Material Handling/Sortation and Discrete Control.
The benefits include:
- Reduced material costs
- Reduced development times
- More flexible and customizable systems
- Reduced field-support costs
RTX loads as a driver to Windows and takes over the Windows scheduler and
interrupt service. RTX processes have 128 priority levels - all higher than
Windows and microsecond response time.
RTX has real-time support for all of the popular communication protocols
such as TCP/IP, Modbus TCP, ControlNet/DeviceNet, Profibus, ASI, Industrial
Ethernet and others.
By combining Microsoft Windows, x86 multicore and IntervalZero's symmetric-multiprocessing-enabled RTX software, Digital Media Systems OEMs and system owners take full advantage of the breakthrough capabilities of Soft-Control Architectures. Doing so enables them to achieve significant cost, productivity and quality improvements by replacing expensive, proprietary DSP/PowerPC/FPGA hardware with software components.
Benefits of Soft-Control Architectures to Digital Media Equipment OEMs
- Reduction of 25-50% in Product Costs on Compute Platform
- Replacement of many DSPs and FPGAs can drive out significant cost
Significant Reduction in Operational Costs
- Reduced inventory costs for boards, DSPs and FPGAs
- Reduced maintenance costs – software easily downloaded
Shorter Time to Market
- Delivery of customized solutions at commodity pricing
Potential Vehicle to Open New Markets
- Software allows flexibility in range of functionality offered
Benefits Digital Media OEM Can Pass On to End Users
- More Competitive Price; Better Profitability
- Better Product Experience
- Multi-touch wow experience with Windows 7
Extensible Model Supports Easy Upgrades or System Fixes Improved User Productivity.
IntervalZero’s Embedded software delivers
precision, control, and security to medical systems and devices.
Our control and real-time technologies are helping leading medical device
manufacturers get to market faster, increase market share, and reduce system
development and management costs for products such as patient monitors,
imaging machines, device monitors, test and measurement systems, and device
In the Medical industry IntervalZero Embedded software is used to:
- Create and maintain HIPAA compliant systems and devices
- Facilitate movement to standards-based hardware and software
- Secure, control and optimize Windows devices
- Integrate image protection and instant on/off capability into Windows
systems and devices
Using IntervalZero’s Embedded
software on COTS-based systems is helping companies such as Boeing, Lockheed
Martin, Northrop Grumman and Raytheon meet the demands of the US Military,
US Government agencies, NASA and major airlines.
Developers of Embedded systems for Military and Aerospace understand the
importance of designing for optimum performance, high reliability and long-term
supportability. The trend toward COTS hardware and software is enabling
developers to take advantage of standards-based designs to achieve these
goals while maintaining control of budgets and project deadlines.
Common requirements for developers of military and aerospace systems include:
- Use of standards-based hardware and software: IntervalZero’s
embedded software solutions are designed for the Microsoft Windows
development tools, operating systems and x86 processors.
- High performance and reliability: RTX is a deterministic control
solution for Windows-based systems. It restricts latencies to the single-digit
microsecond range for optimized performance and high reliability, including
- Comprehensive Driver Support: RTX improves development efficiency
by providing over 100 of the most common drivers – for communications
and board support.
- Support of past, present and future architectures: With product
support from DOSx through Windows Vista, IntervalZero, a Gold Level
Windows Embedded partner, is committed to long-term support and integration.
- Risk mitigation: IntervalZero’s long experience and expertise in
Embedded system development, along with availability of training, support
and design services, ensure that even the most complex projects are completed
on time and on budget.
Test and Measurement
IntervalZero’s Embedded software helps the Test
and Measurement industry meet the demand for greater functionality and flexibility
from their T&M
tools at a cost-effective price. IntervalZero’s real-time software
delivers greater functionality and flexibility and increases the performance
of test systems that are increasingly reliant on PCs.
- Robust, High-performance Windows RTOS Extension in Ring 0: sustained interrupt rates of 30 KHz
- Smallest operational footprint - 250KB
- Support for all standard Microsoft HALs: including ACPI compliant PIC, uni-processor and multi-processor APIC
- Comprehensive Microsoft Windows operating system support: Windows 7, Windows Embedded Standard 7 and 2009, Windows NT, Windows XP Pro, XP Embedded, 2000, Server 2000 and Server 2003
- Win32 API compliant: no need to use code wrappers for API mapping
- Complete x86 CPU support: including multi-processor and multi-core in either shared or dedicated mode
- Microsoft's Visual Studio.NET 2003, 2005, 2008 and 2010: develop, compile and debug in the standard Windows development environment
- Priority Inversion Avoidance with Promotion: ensures that lower priority threads do not impact application
- Priority-driven or preemptive scheduling: assignable on a per thread basis
- WinSock compliant TCP/IP stack: independent of Windows
- High-speed Inter-Process Communication (IPC) mechanism
Hard Real-Time with IntervalZero RTX on the Windows Platform
RTX at a glance
Overview of RTX benefits
A range of White Papers and Technical Documents are accessible in our Download Area
||More about RTX