PERC Pico for Hard Real-Time Java

PERC Pico, from Aonix, is the first development environment for Java developers geared toward the creation of resource-constrained and deeply embedded hard real-time applications and components. PERC Pico is designed to solve problems for a broad range of projects including avionics, satellites, deep space probes, radio communications, telecon, weapons systems, and flight surface controls.

PERC Pico eliminates the technological barriers that previously blocked the proliferation of Java development across the embedded applications market. A study by Embedded Market Forecasters reveals that the hindering factors for Java were perceptions of slow execution, lack of deterministic response, the inability to access low-level devices, and large footprint. PERC Pico addresses each of these issues head on. PERC Pico execution speed is similar to C/C++ programs and three times faster than traditional Java solutions. PERC Pico offers deterministic response times in the low microseconds, the ability to directly access low-level hardware devices, and memory footprint as low as 256 Kbytes.

The PERC Pico environment combines off-the-shelf tools with standards-based annotations, a verifier, and automated build tools to create efficient executables. Built-in memory management removes the complexities and execution inefficiencies typically associated with conventional garbage-collection techniques that are less suitable for resource-constrained applications. The PERC Pico technology provides the basis for safety certifiable solutions to the highest level of safety criticality. Such certification is impractical or impossible with conventional Java approaches.

Designed as a profile of the RTSJ, PERC Pico can be used in either a stand-alone configuration on bare target boards or with an RTOS kernel where footprint and execution speed are at a premium. In an RTOS-based configuration, PERC Pico can also be used together with the PERC Ultra virtual machine in an RTOS environment. This dual configuration is ideal for complex embedded applications where developers need to combine high levels of functionality and productivity with access to low-level devices, deterministic response, and high throughput. The PERC Ultra virtual machine offers rich J2SE(TM)-based capabilities and predictable garbage collection, while PERC Pico provides the low-level access and small latencies that are often required.

PERC Pico 1.0 is available for Linux/x86 platforms and is readily portable to all major processor architectures for both RTOS and bare-board platforms. PERC Pico development tools are available with flat project-based pricing starting at $25,000 for an unlimited number of developers.

More info: Aonix