Vme; Powerpc Processor Boards; 6U Racks And Chassis - Intel Ethernet Switch Boards Product Manual

VME


Technology
VMEbus is a modular 19" computer
architecture, the term VME stands for
"VERSAmodule Eurocard". Since 1983
this standard has become increasingly
well established; it is supported by
hundreds of companies producing
thousands of off-the-shelf products.
More than two decades later, VMEbus
is still the leading bus technology in
the world of embedded applications.
Continuous evolution of the technology
and the introduction of many improve- The active VMEbus community, headed
ments have spawned a number of by the VITA (VMEbus International
powerful VME standards keeping the Trade Association), offers a multitude
architecture up to date. VMEbus sys- of products with the advantages of
tems provide scalable bandwidth and compatibility, interoperability, and
unparalleled features for real time reliability, together with comprehensive
operation and multi-tasking. expertise that ensures a short time-to-
market for all kinds of industrial
Kontron's comprehensive 3U and 6U applications.
VMEbus product range is built in accor-
Advantages for you
dance with the ANSI/IEEE standard
1014 for VMEbus architecture, which is
still regarded as the leading bus system Reduced time-to-market

in embedded systems. Low system cost

System configuration flexibility

3U Power PC

Processor Boards
Features VMP3
CPU MPC8540 @ 660 MHz
CPU MIPS 1520
DRAM 128 MByte DDR-SDRAM
SRAM 1 MByte (optional)
Flash CompactFlash
Flash Onboard 8/16 MByte
NVRAM 1 MByte
Serial Channels Frontpanel (total) 1
Network Options 2x 10/100/1000BaseT,
1x 100/100BaseT
Mezzanine
Power Consumption (typ.) 10 (typ.) @ 660 MHz
RoHS compliant 
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Scalability

Easy system expansion

Off-the-shelf products

Low development cost

Vendor independence

Investment protection

Due to its flexibility, ruggedness and
scalability, VME technology is present
in applications from industrial control
to military, telecommunications, auto-
mation and instrumentation systems.
VMP2 VMP2 VMP2 VMP2 VMP60 VMP60
MPC8245 @ 330 MHz MPC860T @ 80 MHz MPC860T @ 80 MHz
465 108
64 MByte (256) SDRAM up to 64 MByte
- 0.25/1 MByte
up to 144 (Disk on Chip) 2/4
4/8 MByte 0.5 MByte (also EPROM)
up to 0.5 MByte -
2 2 [6]
100BaseT/10BaseT
PMC carrier optional (E)CXC interface
5.8 (typ.) @ 330 MHz 6.2 (typ.) @ 80 MHz
 
3U 68k CPUs

Features VM62
CPU MC68060 @ 50 MHz
Coprocessor MC68EN360 @ 25 MHz
CPU MIPS 80
DRAM up to 64 MByte
SRAM 0.25/1 MByte
Flash 2/4 MByte
Serial Channels Frontpanel 4 [6]
(total)
Network Options 10Base2/5/T, RS485
Mezzanine CXC interface
Power Consumption (typ.) 7 (typ.) @ 50 MHz
RoHS compliant

6U 68k

Processor Boards
Features VM172 VM172 VM162 VM162
CPU
MC68060 @ 50 MHz MC68040 @ 33 MHz
Coprocessor MC68EN360 @ 25 MHz MC68EN360 @ 33 MHz
CPU MIPS 80 45
DRAM up to 64 MByte up to 64 MByte
SRAM 0.25/1 MByte 0.25/1 MByte
Flash 2/4 MByte 2/4 MByte
Serial Channels Frontpanel 4 [5] 4 [5]
(total)
Network Options 10Base2/5/T, RS485 10Base2/5/T, RS485
Mezzanine Industrypack, CXC interface Industrypack, CXC interface
Power Consumption (typ.) 7 (typ.) @ 50 MHz 9 (typ.) @ 33 MHz
Racks and

Chassis
Features ASM3-VME
Expansion 7, 12, 15
Power Supply 50 or 90 Watt
Housing 42/84 HP / 3U
Input Voltage 95-260 V AC
RoHS compliant

For Industrial I/O please visit our webpage at www.kontron.com
PMC Mezzanines
VM42 VSBC-32
MC68040 @ 33 MHz MC68EN360 @ 25 or 33 MHz
MC68EN360 @ 33 MHz -
45 6
up to 64 MByte up to 64 MByte
0.25/1 MByte 0.25/1 MByte
2/4 MByte 2/4 MByte
4 [6] 4 [6]
10Base2/5/T, RS485 10Base2/5/T, RS485
CXC interface CXC interface
7 (typ.) @ 33 MHz 3.5 (typ.) @ 33 MHz
 
VM662 VM662 VM642 VM642
MC68060 @ 50 MHz MC68040 @ 33 MHz
MC68EN360 @ 33 MHz MC68EN360 @ 33 MHz
100 45
up to 64 MByte 1/4/8/16/32/64 MByte
0.25/1 MByte 0.25/1 MByte
2/4 MByte 2/4 MByte
5 [6] 5 [6]
10Base2/5/T, RS485 10Base2/5/T, RS485
ModPack, CXC interface ModPack, CXC interface
5 (typ.) @ 50 MHz 7 (typ.) @ 33 MHz
ASM6-VME
15
160 Watt
84 HP / 6U
95-260 V AC

VME
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