eSOL today announced it is participating in the ARM Solution Center for Android. Through its expertise in OS technology and system software, eSOL will provide eSOL for Android as a one-stop solution for embedded systems development using Android, an open source platform from the Open Handset Alliance (OHA).

Introducing eSOL for Android, a comprehensive solution that enables developers to replace Linux with true RTOSes and create more complex embedded applications. First up: eSOL’s eT-Kernel Adaptor for Android, available in 2Q2010.

The eCROS integrated software platform including eT-Kernel RTOS and eBinder IDE from eSOL has been selected by Robert Bosch and used in the latest modular navigation head unit for the Open Insignia.

eSOL’s eCROS platform now supports the TI OMAP35x application processor based on superscalar 600MHz ARM Cortex-A8 processor. eSOL’s scalable, multi-profiled eT-Kernel RTOS included in OMAP35x evaluation module.

Bringing a high-security operating system to embedded applications, effective for multi-core-based large and complicated applications, including in-car navigation systems, aerospace instruments, consumer devices, and office automation products.

Suzuki Musical Inst. MFG has selected eSOL’s PrFILE®2 FAT file system for the HAMMOND organ "XK-3c”, designed for the professional musician.

TEAC selected eSOL PrFILE®2 FAT file system for TASCAM-brand Solid State Recorders “SS-R1” and “SS-CDR1”.

Audio Class Driver to its PrUSB

eSOL announced immediate availability of the eT-Kernel/Extended realtime operating system (RTOS) coupled with the eBinder integrated development environment (IDE) for the i.MX31 multimedia applications processor from Freescale.

Taking advantage of the capability of the ARM11 MPCore multi-core processor to support simultaneously both symmetric multiprocessing (SMP) and asymmetric multiprocessing (AMP), the eT-Kernel Multi-Core Edition supports four scheduling modes. This provides software developers both the maximum scalability and throughput efficiency of SMP, while ensuring the more deterministic and realtime characteristics of AMP. All this is within a single tightly-coupled multiprocessor solution supporting POSIX 1003..1. 2003, T-Kernel/OS/SM/DS functions, and T-Kernel Standard Extension APIs.

eT-Kernel Multi-Core Edition supports two scheduling modes, True SMP Mode (TSM) and Single Processor Mode (SPM), which provide software developers with a blended multiprocessor RTOS. This provides software developers both the scalability and high throughput efficiency of SMP, with the more deterministic and real-time characteristics of AMP – within a single, tightly-coupled multiprocessor solution, supporting POSIX 1003.1. 2003, T-Kernel/OS/SM/DS functions and T-Kernel Standard Extension APIs.