Since 1976, Micro/sys has been specializing in OEM high-performance, compact, low-power industrial single board computer products suited for demanding environments. Pioneering the USB movement within the stackable computer market, Micro/sys is a leading provider of Host and Client USB microcomputer and microcontroller boards. Micro/sys embedded computers are specified by OEMs in a range of applications including semiconductor processing, medical, military, mail handling, pharmaceutical, industrial marking, process control, and many other industries. For more information, visit the Micro/sys website, www.embeddedsys.com.
Professional-Grade Development Kit: PIC32 Industrial Host Controller for StackableUSB™
The DK1032 is a turn-key development kit with an extensive tool base allowing for immediate out-of-the-box development for the USB1032 PIC Industrial Host (includes board, complete cable set, firmware, and docs). The USB1032 is the ideal module for applications requiring more performance than typical micro-controllers have offered and is well-suited for applications confined to small, tight spaces, the 125 DMIPS performance requires only 100mA power, considerably less than an SBC. [more]
Professional-Grade Development Kit: i.MX515 ARM Cortex-A8 StackableUSB™ Computer (Linux-ready, extended temp)
The DK1651-ET-Linux is a turn-key development kit with an extensive Linux tool base allowing for immediate out-of-the-box development for the SBC1651-ET i.MX515 ARM Cortex-A8 StackableUSB computer (includes board, complete cable set, industrial enclosure, firmware, and docs). The SBC1651-ET is ideal for high-performance, low-power embedded applications. Freescale’s i.MX515 ARM Cortex-A8 CPU operates at 600MHz delivering the performance needed to run multimedia-rich applications in embedded environments.Offering several embedded I/O features, the SBC1651 also consumes minimal power, satisfying the demanding environmental conditions in which OEMs must operate. [more]
Professional-Grade Development Kit: i.MX515 ARM Cortex-A8 StackableUSB™ Computer (WinCE-ready, extended temp)
The DK1651-ET-WinCE is a turn-key development kit with an extensive Window CE tool base allowing for immediate out-of-the-box development for the SBC1651-ET i.MX515 ARM Cortex-A8 StackableUSB computer (includes board, complete cable set, industrial enclosure, firmware, and docs). The SBC1651-ET is ideal for high-performance, low-power embedded applications. Freescale’s i.MX515 ARM Cortex-A8 CPU operates at 800MHz delivering the performance needed to run multimedia-rich applications in embedded environments.Offering several embedded I/O features, the SBC1651 also consumes minimal power, satisfying the demanding environmental conditions in which OEMs must operate. [more]
Professional-Grade Development Kit: i.MX515 ARM Cortex-A8 StackableUSB™ Computer (Linux-ready)
The DK1651-Linux is a turn-key development kit with an extensive Linux tool base allowing for immediate out-of-the-box development for the SBC1651 i.MX515 ARM Cortex-A8 StackableUSB computer (includes board, complete cable set, industrial enclosure, firmware, and docs). [more]
Professional-Grade Development Kit: i.MX515 ARM Cortex-A8 StackableUSB™ Computer (WinCE-ready)
The DK1651-WinCE is a turn-key development kit with an extensive WinCE tool base allowing for immediate out-of-the-box development for the SBC1651 i.MX515 ARM Cortex-A8 StackableUSB computer (includes board, complete cable set, industrial enclosure, firmware, and docs). The SBC1651 is ideal for high-performance, low-power embedded applications. Freescale’s i.MX515 ARM Cortex-A8 CPU operates at 800MHz delivering the performance needed to run multimedia-rich applications in embedded environments.Offering several embedded I/O features, the SBC1651 also consumes minimal power, satisfying the demanding environmental conditions in which OEMs must operate. [more]
StackableUSB™ Carrier Board for the Tower System
The CRR-TOWER provides design engineers additional expansion for the Freescale Tower System. With easy access to the rugged Stackable USB connector, users can effortlessly evaluate plug-and-play ¼-size (1.85” x 1.74”) Stackable USB I/O devices. From wireless to GPS to serial conversion, OEMs are able to cost-effectively explore a wealth of peripheral functions for their embedded system. [more]
StackableUSB™ Carrier Hub Board for the Tower System
The HUB-TOWER provides design engineers additional expansion for the Freescale Tower System. With easy access to the rugged StackableUSB connector, users can effortlessly evaluate plug-and-play ¼-size (1.85” x 1.74”) StackableUSB I/O devices. From wireless to GPS to serial conversion, OEMs are able to cost-effectively explore a wealth of peripheral functions for their embedded system. [more]
i.MX515 ARM Cortex-A8 StackableUSB™ Tower Computer Module (Linux-ready)
The TWR1650 is an i.MX515 evaluation module (with an extensive Linux tool base) boasting a subset of features common to an industrial-grade single board computer.Featuring an 800MHz ARM Cortex-A8 CPU, the TWR1650 delivers the performance needed to enable multimedia rich applications in rugged, harsh environments. Although rich in embedded I/O features, the TWR1650 consumes minimal power, simulating the demanding environmental conditions in which OEMs must operate.OEM versions of the SBC are available to ease transition from development to production. [more]
i.MX515 ARM Cortex-A8 StackableUSB™ Tower Module (WinCE-ready)
The DK1651-ET-Linux is a turn-key development kit with an extensive Linux tool base allowing for immediate out-of-the-box development for the SBC1651-ET i.MX515 ARM Cortex-A8 StackableUSB computer (includes board with all options installed, complete cable set, industrial enclosure, firmware, and docs). The SBC1651-ET is ideal for high-performance, low-power embedded applications.Freescale’s i.MX515 ARM Cortex-A8 CPU operates at 800MHz delivering the performance needed to run multimedia-rich applications in embedded environments.Offering several embedded I/O features, the SBC1651 also consumes minimal power, satisfying the demanding environmental conditions in which OEMs must operate. [more]
