Product data

PCI Mezzanines – PMC & PC-MIP
MEN PCI Mezzanines – PMC & PC-MIP
66
p. 69
p. 69
p. 70
p. 70
p. 71
p. 71
p. 72
p. 72
p. 73
p. 73
p. 74
p. 74
p. 75
–
P18
P17
P16
P15
P14
P13
P12
P11
P10
P9
P6
P5
P4
P1
Function
Frame Buffer
Interface
Multiple
Display
Controller
Dual 100Base-
T Ethernet
Non-volatile
SRAM
IEEE 1394
OHCI FireWire
Controller
48-bit TTL I/O
Interface
10/100Base-T
Ethernet
Quad RS422/
485 UART
Quad RS232
UART
10/100/1000
Base-T
Ethernet
Profibus DP
Master
Intelligent
CAN Interface
Ultra2 SCSI
Controller
CRT/LCD
Graphics
Accelerator
Intelligence
FPGA
SM731
i8259
PLX9030
TI TSB43AA22
OHCI PHY/
Link Layer
Controller
---
DS21143
16C950
16C950
---
ASPC 2
MC68331
i82527
MC68331
SYM53C895
SM710
I/O Lines
VGA or DVI (front),
LVDS (rear)
DVI-I, S-Video I/O,
Composite Video
(front), LVDS1
and 2 (rear)
2 full-duplex
channels
---
1 channel
48 (6 groups
input or output)
1 full-duplex
channel
4 asynchronous
full-duplex chann.
4 asynchronous
full-duplex chann.
1 full-duplex
or 1 half-duplex
channel
1 channel Class 1
or Class 2 master
1 channel full and
extended CAN
Single-ended
and LVD
VGA on front
and/or LCD
via carrier board
Memory
16MB
SGRAM
16MB
SGRAM
---
256KB,
512KB
---
---
---
---
---
---
---
---
---
4MB video
DRAM
Miscellaneous
---
Double PC-MIP
---
Non volatile,
w/o battery
400 Mbits/s
Fast I/O with line
termination
---
---
TTL level at rear
alternatively
---
Complete software
on board (Softing)
CANopen master/
slave software on
board (Vector)
40MB/s data
throughput
---
Software
Linux,
Windows 2000/XP
Windows 2000/XP,
OS-9
Linux, QNX,
VxWorks, OS-9
Linux, VxWorks,
OS-9
Windows
NT/2000/XP
Windows, Linux,
VxWorks, RTX,
OS-9, QNX
Windows, Linux,
VxWorks
Windows, Linux,
VxWorks
Windows, Linux,
VxWorks, OS-9
Linux, Windows
Windows, Linux,
VxWorks, RTX,
OS-9, QNX
Windows, Linux,
VxWorks, RTX,
OS-9, QNX
Windows
Windows, Linux,
VxWorks, QNX
Consumption
typ.
n.a.
+5V: 3mA
+3.3V: 1.4A
+3.3V: 300mA typ.
+5V: 25mA
+3.3V: 90mA
+5V: 100mA
+3.3V: 300mA
+12V: 100mA
+5V: 1.1A
+3.3V: 68mA
+5V: 120mA
+3.3V: 150mA
+5V: 130mA
+3.3V: 40mA
+5V: 130mA
+3.3V: 40mA
+3.3V: 400mA typ.
+5V: 450mA typ.
+5V: 470mA max.
(2 channels)
+5V: 80mA
+3.3V: 100mA
+5V: 50mA
+3.3V: 250mA
Isolation
No
No
Yes
No
No
No
Yes
No
No
Yes
Yes
Yes
No
No
Front
Connector
1 DVI
1 DVI-I,
1x 9-pin D-Sub
2x 8-pin RJ45
---
6-pin JFW
36-pin half-
pitch D-Sub
8-pin RJ45
26-pin half-
pitch D-Sub
26-pin half-
pitch D-Sub
8-pin RJ45
9-pin D-Sub
9-pin D-Sub
---
15-pin HD-Sub
Overview – PMC & PC-MIP mezzanine modules
MEN offers a range of PCI-based mezzanine modules with typical computer I/O functions such as graphics,
Ethernet, UARTs, USB, FireWire, TTL I/O, memory and fieldbus interfaces, in accordance with the relevant PC-MIP
or PMC standard.
PC-MIP, ANSI-standardized since 2002, is a PCI-based mezzanine standard perfectly suited for adding typical
computing I/O to the system in a flexible, "component-like" manner. PC-MIPs are modular, economical I/O exten-
sions for all types of industrial computers, from embedded systems up to high-end workstations. The pure 100%
PCI interface comes with a 32-bit data bus and a single 3.3-V signaling voltage only. There are two compatible
types of modules: Type I with rear I/O only (50 I/O pins incl. PXI trigger signals and 14 ground pins) and Type
II with both rear and front I/O for direct connection of sensitive signals. 6 PC-MIPs (300 I/O lines) fit, for example,
on a 6U carrier board, 3 PC-MIPs fit on a 3U carrier board. PC-MIP modules have also been developed to work
in rugged environments – shock, vibration, drop, resonance, humidity, chemicals, -40 to +85°C operating
temperature.
The PMC standard is a combination of two IEEE standards, IEEE 1386 Standard Mechanics for a Common
Mezzanine Card Family (CMC) and IEEE 1386.1 Standard Physical and Environmental Layers for PCI Mezzanine
Cards (PMC). It provides a mezzanine module standard used to add the more complex I/O functionally (such as
telecom interfaces) independent of the form factor.