|rtX||PC-based real-time system supporting latest Intel processors and a range of I/O interface options including PCI, PXI, PCIe, PMC and more|
|rtX-V||VME-based, multi-SBC real-time systems supporting multi-core Intel processors and extended life|
|RTS Upgrades||ADI offers many options for upgrading legacy RTS products for improved cybersecurity and extended service life — contact us today to learn more!|
|Open Hardware||Open Hardware SBCs, such as BeagleBone and BeagleBoard|
|Controllers||Custom designed, rapid prototyping or rapid deployment controller systems to meet a wide range of performance and environmental requirements|
|Interfaces||Please refer to the Supported IO for a listing of available COTS and Applied Dynamics developed IO interface boards|
Not all PC’s, motherboards, and single board computers (SBCs) are suitable for every real-time application. Our team is continuously benchmarking the latest hardware offerings and can provide guidance to ensure that the delivered solution will meet your requirements.
There is a virtually endless array of IO interface boards available on the computer board market. Even when a computer board meets its published specification (often they don’t), how that board performs under real-time load varies widely from board to board. What is the computational load associated with performing read/writes on a given board? Once your system is assembled with all devices reading/writing and serial communication scheduled, packed/unpacked, and made available for inspection and override, will you still have enough time in your real-time frame to execute your simulation or your control code?
Evaluating commercially available products, understanding your application requirements, and designing a COTS solution that matches your balance between performance and budget is what our Hardware Solutions Team brings to the table as your technology partner.
Applied Dynamics is a full-service solutions provider and we’re ready to help make your next project successful. With each real-time system we deliver, we provide end-to-end value that includes:
- Collaboration with your team to achieve the right system specification
- Hardware design and documentation
- Procurement, assembly, and integration
- Device drivers and logical devices for easy connection to your models or code
- System connectivity documentation
- Factory acceptance testing and test documentation
Depending on your project needs and budget, we can also provide:
- Project design reviews
- Custom circuit, electrical, cabling, and other design services
- Project management
- Alignment and documentation to your quality processes
- Site acceptance testing and installation
- Integration services and a range of other services
The rtX is a high-performance, standards-based, open-architecture, real-time system for hardware-in-the-loop simulation, controller prototyping, and test applications. The rtX features the latest Intel multi-core processors for the primary computational power. A wide range of PCI, PXI, PCIe, and other off-the-shelf IO interface cards may be used to customize each rtX real-time system.
As of ADEPT V10, the rtX supports both an open-source, Real-Time Linux OS and the high-performance POSIX-compliant QNX RTOS. The rtX combined with the ADEPT Framework provides a complete, integrated solution for development, integration, and verification testing.
The rtX-V is a high-performance, standards-based, open-architecture, real-time system for hardware-in-the-loop simulation, controller prototyping, and test applications. The rtX-V is a VME-based solution that features Intel multi-core VME single board computers (SBCs) for the primary computational power. A wide range of VME, PMC, and IP off-the-shelf IO interface cards may be used to customize each rtX-V real-time system.
As of ADEPT V10, the rtX-V supports both an open-source, Real-Time Linux OS and the high-performance POSIX-compliant QNX RTOS. The rtX-V combined with the ADEPT Framework provides a complete, integrated solution for development, integration, and verification testing.
|rtX-V MX-2||N/A||21 VME slots||4||Intel i7-4700 EQ 4 Core SBC||1000W||19″x17.25″x23.75″|
As of V10, ADEPT now supports ARM-based processors running the Linux OS!
The Open Hardware solutions, combined with the ADEPT Framework, provide a complete, integrated solution for development, integration, and testing.
Open Hardware Models
|BeagleBone-Black||AM335x 1GHz ARM® Cortex-A8||
|BeagleBone-Blue||Octavo Systems OSD3358||
|BeagleBone-X15||TI AM5728 2×1.5-GHz ARM® Cortex-A15||
The ADEPT Framework can be layered on a virtually limitless range of commercially available single board computers (PCI-104, AMC modules, etc.) to create a solution for controller prototyping or deployment that meets your exact needs. With an ADvantage controller solution, Applied Dynamics can assist with hardware component selection, signal conditioning circuit design, mechanical design, system procurement and integration, and testing… or you can do-it-yourself. To discuss your real-time controller requirements with an application engineer, please contact us.
The ADEPT Framework supports a wide range of IO boards supplied by industry-leading computer board manufacturers. Refer to our Product Index for a listing of supported IO boards. If you don’t find a board of interest listed, please contact us. We are constantly supporting new IO interface boards and update the Supported IO periodically. If there is an IO board you would like to use in your solution, we can nearly always add support for your project. We also offer a DDK so you can write ADEPT drivers on your own.