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Busless MEN<br />

50<br />

Busless<br />

The UBox Family of Rugged Computer Systems<br />

UBox is a very compact and versatile family of computer systems<br />

for any type of control, diagnosis, measurement, visualization<br />

and interactive functions in harsh environments. Not only the<br />

electronics inside but also the housing, the power supply and the<br />

display are designed to operate under extended temperature,<br />

shock and vibration conditions.<br />

Instead of consisting of a range of different catalog products, the<br />

UBox family is by choice a very flexible concept for an individually<br />

boxed computing solution. It consists of:<br />

■ A standard conductive cooled box,<br />

which is the back side of the final system<br />

■ A standard ESM – <strong>Embedded</strong> System Module<br />

■ A customized FPGA on the ESM<br />

■ A customized carrier board for the ESM<br />

■ A customized front panel,<br />

for example a graphics display<br />

■ A customized connector area<br />

■ Customized mounting possibilities on the housing<br />

<strong>Embedded</strong> Computer UBox Base – x86/PowerPC<br />

UBox Base is a robust computer for deeply embedded applications.<br />

Its computing core is either a fully PC-compliant x86 platform (for<br />

example with a low-power Pentium ® III) that runs under Windows or<br />

Linux and makes for an ideal industrial PC, for example for infotainment.<br />

Or it comes on a PowerPC platform (for example with MPC<br />

8245/400 MHz) that runs under Linux and real-time operating<br />

systems, for example for machine control and supervision. UBox<br />

Base comes with the latest state-of-the-art (PC) computer technology<br />

like Ethernet, UARTs, USBs etc. In addition UBox Base offers the<br />

highest flexibility in terms of further I/O configuration by having all<br />

these functions – such as CAN, graphics, additional UARTs, digital<br />

I/O etc. – customized and implemented in FPGA.<br />

Housing<br />

■ Aluminum/zinc-plated steel plate, EMC enclosure<br />

■ 202 x 315 x 49.8 mm<br />

PSU<br />

■ 85-264 VAC, 50/60 Hz, 25 W<br />

■ Over-voltage protection<br />

■ 25 to +60°C operation temperature<br />

Electronics<br />

■ EM01 with PowerPC MPC 5200 / 384MHz<br />

■ EM03 with PowerPC MPC 8560 / 800MHz<br />

■ EM04N with PowerPC MPC 8245 / 400MHz<br />

■ EM05 with TM5900 / 800MHz<br />

■ EM07 with ULV/ULP Celeron ® /Pentium ® III up to 933MHz<br />

■ EM08 with PowerPC MPC 8540 / 800MHz<br />

■ Up to 1GB SDRAM<br />

■ CompactFlash or NAND Flash<br />

■ Standard serial connections depending on type of ESM<br />

■ Further COMs, Ethernet, USB, floppy, CAN, IDE,<br />

graphics, audio, keyboard/mouse, digital I/O etc.<br />

customizable via FPGA<br />

Thanks to the comparably low power consumption, particularly of<br />

the PowerPC, but also the Pentium ® -based ESM – <strong>Embedded</strong> System<br />

Modules, the complete system comes without any fan to achieve<br />

better reliability and higher MTBF values. Consequently, the complete<br />

area of the processor is connected via a massive heat block<br />

with the carrier plate for all electronic components – which at the<br />

same time forms the back side of the housing and thus transfers the<br />

heat from inside the system to the outside air.<br />

The operating temperature range of the UBox depends on the<br />

power dissipation of the ESM module choosen. Based, for example,<br />

on a PowerPC MPC 5200 core, the complete UBox runs within -25<br />

to +60°C (limited by the PSU). The UBox itself is closed, whilst airflow<br />

outside the system is in general requested.<br />

To withstand shock and vibration demands, the electronics is tightly<br />

screwed to the massive metal carrier plate.<br />

The front panel of the housing can be equipped with customized<br />

fastening facilities according to the requirements of the application.<br />

A dedicated customizable space is reserved for all kinds of input and<br />

output connectors that may be required differently by each application.<br />

The standard mass storage configuration is CompactFlash or<br />

Disk-On-Chip up to several Gigabytes.

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