
128KB
SRAM
MC68040
25/33 MHz
CPU
VMEbus
A32/24: D64/32/16/08
Master/Slave
VMEChip2
VMEbus
Interface
EPROM
4 Sockets
2 Banks
i82596CA
Ethernet
Controller
53C710
SCSI
Coprocessor
CD2401
Quad Serial
I/O
Controller
Parallel I/O
Port
Centronics
PCC2
ASIC
MK48T08
Battery
Backed 8KB
RAM/Clock
P2
P1
Data
MUX
4 to 64MB
DRAM Memory Array
(Parity or ECC)
Address
MUX
Control
MVME167 block diagram
VMEbus Interface
Another design advantage of the MVME167 is the use
of a second generation Application Specific Integrated
Circuit (ASIC). The ASIC interfaces the MVME167 to
the VMEbus for higher levels of quality, reliability, and
functionality.
In addition to controlling the system’s VMEbus
functions, the VMEbus Interface ASIC also includes a
local bus to/from VMEbus DMA controller, VME
board support features, as well as Global Control and
Status Register (GCSR) for microprocessor
communications. The MVME167 also provides
support for the VME D64 specification within the
VMEbus interface, further enhancing system
performance.
Transition Modules
Optional MVME712 Series transition modules are
available to support the use of standard I/O
connections for the MVME167 Series. These modules
take the I/O connections for the peripherals on-board
the MVME167 Series from the P2 connection of the
module to a transition module that has industry
standard connections.
Expansion Memory
Expansion memory is available for field upgrades.
Two types of expansion are possible. The first requires
replacing the existing memory mezzanine with a new
module. The second requires the addition of a second
mezzanine module, requiring a second VMEbus slot.
Development Software
Development software for the MVME167 series
includes the on-board debugger/monitor firmware and
driver packages. Object and source code is available
for application development. Firmware is included on
the board.
T h e M o t o r o l a C o m m i t m e n t
With the MVME167, Motorola continues its
commitment to meeting your needs with leading edge
technology. Adherence to industry standards and open
architecture provides the maximum in hardware and
software compatibility, while facilitating system
customization and expansion.
This commitment is evident in the MVME167.
Combining the high performance of the MC68040
microprocessor and integral floating-point unit with its
support of existing MC68000-based software, the
MVME167 single board computer offers the widest
range of flexibility, functionality, and performance
available for today’s systems integration and OEM
marketplace.
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