We design and develop electronics units based on microcomputers and feed the Czech and Slovak Republic
with various Embedded Modules and Boards, Evaluation Sets and Pre prototype
Systems. To simplify orientation
let us know your requirements
and we underline suitable module or board.
|
PISA Bus Boards |
|
coolMONSTER-PM |
|
 |
Features
-
Intel® Pentium® M 745
1.8GHz, 2MB L2 (soldered) or
Intel® Celeron® M 370
1.5GHz, 1MB L2 (socketed) or
Intel® ULV Celeron® M 373
1.0GHz, 512KB L2 soldered)
or
Intel® Processor 800MHz, 0KB
L2 (soldered)
-
All feature Intel
855GME/ICH4 chipset with
Intel® Extreme Graphics 2
engine 2 x 32Mb VRAM for
DUAL Independent Panel
display, CRT, DVO and LVDS(JILI)
interfaces
- Sound onboard
- DDR-RAM-DIMM Socket for up
to 1 GByte (no ECC)
- 10/100 MBit Ethernet
- 4xCOM(1xRS485), USB 2.0,
LAN, 2 x EIDE, FDC, VGA,
LCD, Keyboard, Mouse
-
Datasheet
-
Manual
|
|
Backplane |
|
 |
Features
-
PISA®-2
is a passive backplane with 1
ISA-Slot and 1 PISA® Slot, 6.7 x
2.0" (170 x 51 mm)
-
PISA®-2P3I is a passive
backplane with 1 ISA-Slots, 2
PCI-Slots and 2 PISA® Slots, 6.7
x 4.0" (170 x 102 mm)
-
PISA®-3P4I is a passive
backplane with 3 PCI and 4 PISA®
Slots, 6.7 x 5.8" (175 x 142 mm)
-
PISA®-B441A is a passive
backplane with 4 ISA-Slots, 4
PCI-Slots and 1 PISA® Slot, 8.7
x 6.7" (220 x 170 mm)
-
Datasheet
|
What is PISA?
The
Problem
Powerful processors require powerful busses. A Pentium (R) Pro will not
perform
adequately with an ISA bus. The PCI bus was invented to provide high speed
access between the CPU and peripherals. A problem integrating PC
motherboards
into embedded systems is their size. With the PCI and ISA busses arranged
end-to-end, PC motherboards require full length peripheral cards.
The Solution
The PCI and ISA busses are arranged vertically within a custom connector,
in a manner similar to EISA. This allows you to install an ISA CPU and
upgrade in the field to PCI by simply exchanging CPU cards.
The Advantages
* PCI and ISA bus are available for space critical applications
* The operation of ISA CPU cards in PISA systems is possible
* The size of the passive backplane reduces to half (or less) in comparison
to the PICMG concept
* You gain a space advantage and a lower price on the backplane
* The length of the signal paths reduces dramatically in comparison to the
PICMG concept. This results in lower EMC emission/radiation.
* Future expansion to 64-bit PCI bus is possible
|
|
