PCI9656RDK-LITE Datasheet, PDF (1/2 Pages) PLX Technology – Rapid Development Kit For PCI 9656 Generic Local Bus Designs

High-Performance,
Flexible Hardware
Development Platform
s _{PCI r2.2 compliant PCI}
form factor
s _{The PCI 9656 I/O Accelerator}
PCI 9656RDK-LITE
Rapid Development Kit For PCI 9656 Generic Local Bus Designs
– Supports 64-bit, 66MHz
PCI bus operation
– Supports 32-bit, 66MHz
generic Local Bus operation
s _{CPLD Local Bus memory}
controller and 128KB SRAM
s PLX Option Module (POM)
expansion connector
s 32 surface mount footprints
for processors, DSPs, ASICs,
FPGAs, memory, I/O devices
s 30x25 0.1" through hole grid
space for through hole devices
Complete Design
Documentation
s OrCAD schematics
s Bill of Materials (BOM)
s OrCAD layout source with
Gerber output files
s CPLD Memory controller
Verilog source code
s All hardware manuals in
PDF format
Complete Windows Host
Software Development
Environment
s Windows 98/Me/NT/2000
device drivers with source
code
s PCI 9656 Windows Host API
and object code library
s _{PLXMon Windows GUI}
debug tool for monitoring,
debugging, configuration,
and code download
s Power Management Event
D_3COLD wake-up event
emulation
An Invaluable Development Aid
The PLX PCI 9656RDK-LITE (RDK-LITE) delivers a flexible development platform for
designs using the PCI 9656 with generic 32-bit local bus devices. The RDK-LITE is
shipped pre-configured for de-multiplexed generic address/data bus operation, but is
very easily reconfigured for multiplexed address/data bus applications. The RDK-LITE
provides 32 suftace-mount footprints for hardware designers to easily add processors,
DSPs, ASICs, FPGAs, memory, and I/O devices to test, simulate, and debug their
designs without fabricating their own boards, which can save considerable time in the
development process and shorten time to market. The RDK-LITE also includes the PLX
Software Development Kite Lite Edition (SDK-LITE) CD, which provides a complete
Microsoft Windows^® software development environment. The PCI 9656RDK-LITE's
software, hardware registers, and footprints are backward-compatible with the PCI
9054RDK-LITE, simplifying the move from existing 32-bit, 33MHz PCI 9054 generic
local-bus designs into 64-bit, 66MHz PCI 9656 based products.
A Complete Package
The hardware reference board serves as both a hardware and software development
platform for PCI 9656 based designs. This board is configured for de-multiplexed
address and data bus operation (C Mode), but it is user configurable for multiplexed
address and data bus operation (J Mode). Its local bus memory controller and SRAM
enable immediate Direct Slave and DMA code development and testing. Its large and
flexible prototyping area enables the easy extension of the test and debug features of
the RDK to include your value added logic.
The Hardware Development Kit LITE (HDK-LITE) CD-ROM includes complete
documentation of the reference board hardware design, making its components easily
reusable in your designs. This documentation includes the board schematics, the board
layout source and output files, Bill of Materials (BOM), the Verilog source code for the
CPLD memory controller and manuals in PDF fromat.
The SDK-LITE is a CD-ROM which provides a complete set of Windows host side
software and tools, including host-side Windows 98/Me/NT/2000 drivers for the
reference board, PCI 9656 specific APIs and object code libraries, and the PLXMon
Windows GUI debug tool. The APIs are backward compatible with the PCI 9054,
enabling the easy migration of PCI 9054 software to the PCI 9656.
PCI 9656RDK-LITE Block Diagram
28-PIN
SOIC
28-PIN
SOIC
1.0mm
BGA
25 x25
FLASH
OSC
ROM
EEPROM
16-PIN
SOIC
16-PIN
SOIC
DC/DC
SRAM
CPLD
PCI 9656
28-PIN PLCC 0.5 mm, 208/144/80-PIN QPF
on the other side
on the other side
LED's
0.8mm
44-PIN
QFP
0.5mm
240/176/100-PIN
QFP
0.5mm
208/104/80-PIN
QFP
54-PIN TSOP
54-PIN TSOP
0.5mm, 176/100-PIN QFP
on the other side
25 x 30
0.1" THROUGH HOLE
PROTOTYPE AREA
0.65mm
160/112-PIN
QFP
0.8mm
44-PIN
QFP
0.05"
BGA
26 x 26
84/68/44/28-PIN
PLCC
64-bit, 66MHz PCI Bus
0.4mm, 128-PIN QFP
on the other side
28-PIN PLCC
on the other side