Hardware Products

O.S. Systems provides feature-rich, low-cost, rapid development hardware platforms designed for rapid prototyping and to decrease time-to-market of customized embedded applications.

The hardware products by O.S. Systems are designed to provide a flexible, compact, feature-rich, energy-efficient and high-performance platform for the development of embedded applications. Their modular architecture allows for custom combinations of hardware modules in order to ease the development of a wide spectrum of embedded applications for several areas, such as human-machine interfaces, monitoring, multimedia and equipments for industrial and medical markets.

Products

Development Kit

Development kits consist of a base board to which the processing modules can be plugged. The base board contains connectors to peripheral components (power supply, SD cards, USB devices, displays etc). The processing modules are based on Freescale's ARM®-based i.MX processors.

Module CPUIMX25SD

Speed up to 400 MHz, low power consumption and multiple connectivity options support the growing needs of industrial and general embedded products, while allowing customers to reduce their overall system bill of materials cost.

Module CPUIMX35SD

Speed up to 532MHz, based on Freescale's i.MX35 processors, which provide low power consumption and multiple connectivity options for areas like GPS-based navigation systems and entertainment with wireless connectivity to cell phones, portable media players and laptops.

Module CPUIMX51SD

Speed up to 600MHz. Freescale's consumer and industrial i.MX51 applications processors balance the performance, power consumption, connectivity and multimedia capabilities necessary to drive today's latest and greatest products.

O.S. MagicBox

O.S. MagicBox is a small and robust equipment designed to sensor monitoring. Using the 1-wire technology the O.S. MagicBox has support for over than 100 kinds of devices. With a Web interface is possible to make the O.S. MagicBox execute different actions according to conditions assigned by the user.