DS114 (v1.5) September 29, 2004 www.xilinx.com 1
Advance Product Specification
© 2004 Xilinx, Inc. All rights reserved. All Xilinx trademarks, registered trademarks, patents, and further disclaimers are as listed at http://www.xilinx.com/legal.htm. All other
trademarks and registered trademarks are the property of their respective owners. All specifications are subject to change without notice.
NOTICE OF DISCLAIMER: Xilinx is providing this design, code, or information "as is." By providing the design, code, or information as one possible implementation of this fea-
ture, application, or standard, Xilinx makes no representation that this implementation is free from any claims of infringement. You are responsible for obtaining any rights you
may require for your implementation. Xilinx expressly disclaims any warranty whatsoever with respect to the adequacy of the implementation, including but not limited to any war-
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Features
• Supported by iMPACT download software (v5.1i SP3
or higher)
• Externally powered using +5V DC power brick
- Same power brick can be used for Parallel
Cable IV
• Download speeds up to 2.5 Megabits per second
(Mb/s)
• LED status indicators
• Uses IEEE 1284 ECP protocol for high-speed
communications
• Uses quick-connect, off-the-shelf IEEE 1284 parallel
cable
• Power cord options for US/Asia/Japan/Europe/UK
Desktop Device Programming
• Device adapters are available for:
- XC18V00™ ISP PROM family
- Platform Flash PROM family
- CoolRunner-II™ CPLD family
• Automatically switches power during programming
• Automatically identifies and confirms proper adapter
selection
• Has short-circuit protection in the event of improper
device insertion
In-System Programming/Configuration
• Automatically senses and adapts to target I/O voltage
• Interfaces to devices operating at 5V (TTL), 3.3V
(LVCMOS), 2.5V, 1.8V, and 1.5V
• Supports JTAG (IEEE 1149.1), Xilinx Slave Serial and
SelectMAP modes
• Configures all Xilinx devices:
- Virtex™/Virtex-E/Virtex-II™/Virtex-II Pro™
- Spartan™/Spartan-XL/Spartan-II/Spartan-IIE/
Spartan-3
- CoolRunner™/CoolRunner-II
- Platform Flash PROM family
- XC18V00 ISP PROM family
- XC4000™/XL/ XV/EX/L/E
- System ACE™ MPM
- XC9500™/XL/XV
• J Drive™ compatible with IEEE 1532 Programming
Engine
• ChipScope™ ILA and ChipScope Pro compatible
• Includes high-performance ribbon cables
- 14 conductor ribbon cable can be used with
Parallel Cable IV.
MultiPRO Desktop Tool Description
The MultiPRO Desktop Tool (Figure 1) is a multi-function
programming and configuration cable. When mated with
MultiPRO device adapters, it can program individual Plat-
form Flash PROMs, XC18V00 ISP PROMs and CoolRun-
ner-II CPLDs. Alternatively, it can perform in-circuit
programming or FPGA configuration when attached to user
hardware by way of the included ribbon cables. JTAG (IEEE
1149.1), Xilinx Slave Serial, and Xilinx SelectMAP protocols
are supported in ISP mode.
Designed for use in a desktop environment, the MultiPRO
Desktop Tool interfaces to a PC using the industry standard
IEEE 1284 parallel port. An external AC power brick pro-
vides +5V DC to the pod. An integral power switch facili-
tates fail-safe connection to target systems.
A variety of device adapters are available for standalone
programming of Xilinx Platform Flash PROMs, XC18V00
ISP PROMs, and CoolRunner-II CPLDs.
0
MultiPRO Desktop Tool
DS114 (v1.5) September 29, 2004 00Advance Product Specification
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Figure 1: Xilinx MultiPRO Desktop Tool
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Advance Product Specification
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Device Adapters
A separate device adapter is available for each unique
XCF00S/P, XC18V00, and XC2C000 package. Adapters
attach to the MultiPRO pod using a 20-pin keyed DIN con-
nector (Figure 2). Power is automatically applied to the
adapter during programming operations and removed upon
completion. A power status LED is illuminated whenever
power is active. The MultiPRO pod automatically identifies
any adapter that is attached to the DIN connector.
CAUTION:
Devices should never be installed or removed from sockets
while the ACTIVE LED is illuminated.
A polycarbonate label protects the top side of the adapter
printed circuit. Text clearly identifies the device and pack-
age information, the product ordering number, and the
index pin locator needed to orient the device during inser-
tion.
An aluminum plate is attached to the bottom side of the
printed circuit board to protect circuitry. Rubber feet are
mounted on the bottom of the aluminum plate to avoid
scratching the desk top.
Over-Current Protection
The MultiPRO Desktop Tool monitors the current load of the
adapter when power is provided. If a fault condition exists
on the adapter (e.g., if a device is improperly oriented in the
socket or the device is internally shorted), power is auto-
matically shut off. The MultiPRO Desktop Tool will not be
damaged if the power pins on the DIN connector are inad-
vertently shorted to ground.
Status Indicators
The MultiPRO Desktop Tool uses tri-color LEDs to indicate
the active configuration port and the presence of target
power (Table 1). A red LED indicates that the associated
port has not been selected in iMPACT. A yellow LED indi-
cates that the port is selected but that VREF from the target
hardware is not powered. A green LED indicates that the
port is selected and VREF from the target hardware is pow-
ered.
If both the Serial/JTAG and SelectMAP STATUS LEDs are
red, then the Adapter port is active. Power is automatically
switched to adapters only during programming operations.
The adapter’s red ACTIVE LED is illuminated when power
is ON. The MultiPRO Desktop Tool selects the ISP port by
default when powered up.
If both the Serial/JTAG and SelectMAP LEDs are blinking
red, an over-current condition has been detected on the
adapter port. The adapter should be removed and checked
for incorrect device insertion and/or socket damage.
Figure 2: Common Adapter Features
20-pin Keyed
DIN Connector Power
Status LED
Index
Pin Locator
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MultiPRO Desktop Tool
DS114 (v1.5) September 29, 2004 www.xilinx.com 3
Advance Product Specification
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Physical Description
Table 1: Status Indicators
Serial/JTAG LED SelectMAP LED Pod Powered Active Port VREF Powered
IEEE 1284
Parallel Port
Connected
Off Off No None N/A Yes
Amber Red Yes SS/JTAG No Yes
Green Red Yes SS/JTAG Yes Yes
Red Amber Yes SelectMAP No Yes
Red Green Yes SelectMAP Yes Yes
Red Red Yes Adapter See ACTIVE LED Yes
Blinking Red Blinking Red Over-Current Adapter N/A Yes
Amber Amber Yes None N/A No
Figure 3: MultiPRO Connector Descriptions
STATUS
Gnd
Gnd
Gnd
Gnd
Gnd
Gnd
Gnd
NC
TDI
TDO
TCK
TMS
Vref
NC
NC
DIN
DONE
CCLK
PROG
Vref
INIT
JTAG
Serial
Vref
NC
Gnd
Gnd
Gnd
CS1
CS2
INIT
DONE
CS0
Gnd
Gnd
Gnd
Gnd
Gnd
D1
D2
D3
D6
D7
GndD5
GndD0
GndCCLK
GndRDWR
GndBUSY
GndD4
GndPROG
SelectMAP
Made in U.S.A.
1 2 3 4 5
Serial MP -
Model DLC8
MultiPRO
Desktop Tool
Power 5V 0.3A
HW-MP-PQ208
ACTIVE
TM
MultiPRO PQ208 Adapter
for CoolRunner - II
Power Port
IEEE-1284-C
Parallel Port
Adapter Port
Power Port
IEEE-1284-C
Parallel Port
S/JTAG
STATUSSMAP
PIN
1
Quick Connect IEEE 1284
Parallel Port Cable
20-Pin Keyed
DIN Connector
Socket
Adapter's red
"ACTIVE" LED
+5VDC External Power
Supply Cable
Power Switch Serial/JTAG LED
14-pin Serial/JTAG
Ribbon Cable Connector
34-pin SelectMAP
Ribbon Cable Connector
SelectMAP LED
ds114_04_090402
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Advance Product Specification
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External Power Supply
The MultiPRO Desktop Tool requires an external +5V DC
power supply. The power supply is a CE approved switch-
ing regulator that operates from an AC outlet and connects
to the MultiPRO tool using a 5.5 mm x 2.1 mm plug
(Figure 4). A power switch on the MultiPRO case is pro-
vided as a convenience so that all other cables can remain
attached.
The standard MultiPRO power supply (CUI Inc.
#DTS050400UC-P5P-KH) is capable of operating from
100VAC to 240VAC at 47 Hz to 63 Hz. The +5V DC output
is rated for 4A. This power supply can also be used with the
Xilinx Parallel Cable IV (configuration cable) instead of the
supplied Power Splitter Cable.
IEEE 1284 Cable Specifications
Level 1 compliant host parallel ports are only designed to
operate over a maximum cable length of 10 feet. Level 2
compliant ports are designed to operate over a maximum
cable length of 33 feet. MultiPRO uses a Level 2 compliant
cable interface buffer. The MultiPRO case has an integrated
mini-centronics connector for attachment to off-the-shelf
IEEE 1284 cables.
Xilinx recommends that the MultiPRO tool be directly con-
nected to the host parallel port without the use of a switch
box. Software license "dongles" should not be attached to the
parallel port when communicating with the MultiPRO tool.
Automatic Voltage Sensing
The MultiPRO Desktop Tool continuously monitors the
VREF pin on the Serial/JTAG and SelectMAP target inter-
face connectors. The current drain from the target power
supply attached to the VREF pin is less than 10 mA at 3.3V
DC. The target system reference voltage must be regulated
and cannot have a current limiting resistor in series with the
VREF pin on the interface.
No damage will occur to the MultiPRO Desktop Tool if the
target system is powered when the MultiPRO tool is not
powered. However, when powering up a system, it is prefer-
able to apply power to the MultiPRO tool first, followed by
power to the target system. The sequence should be
reversed when powering down.
The MultiPRO Desktop Tool always puts interface signals
on inactive ports in a 3-state condition.
The MultiPRO output drive voltage levels do not linearly
track voltage changes on the VREF pin. An appropriate out-
put signal level is established for a range of VREF voltages.
For example, if VREF is any voltage from +3.0V DC to
+5.0V DC, the MultiPRO tool sets the output signals for the
respective port to +3.3V DC.
Refer to Table 2 for the relationship between VREF voltage
and MultiPRO output signal levels.
Connecting to Host Computer
The MultiPRO tool connects to any PC using Win98,
Win2000, or WinNT (4.0 or higher) through the standard
IEEE 1284 DB25 parallel (printer) port connector. To fully
utilize the higher speeds of this cable, the host PC must
have a parallel port that is enabled to support extended
capability port (ECP) mode. If ECP mode is not enabled, the
MultiPRO tool will default to compatibility mode and will not
run at the optimum speeds listed.
Notes:
1. Refer to host PC BIOS to see if ECP mode is enabled.
High Performance Ribbon Cable
Two insulation displacement (IDC) ribbon cables are sup-
plied and recommended for connection to target systems.
See Figure 5 and Figure 6. These cables incorporate multi-
ple signal-ground pairs and facilitate error-free connection.
A very small footprint, keyed mating connector is all that is
required on the target system. Refer to Figure 7 and
Figure 8 for the appropriate connector pin assignments and
sample vendor part numbers. The 14 conductor ribbon
cable can also be used with Parallel Cable IV.
Figure 4: Standard External +5V DC Power Brick
Table 2: Output Signal Levels as a Function of VREF
VREF Voltage on Target
System (V DC)
MultiPRO Output
Signal Levels (V DC)
0.80 to 1.65 1.5
1.65 to 2.00 1.8
2.00 to 3.00 2.5
3.00 to 5.00 3.3
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Figure 6: Ribbon Cable Diagrams
ds097_03_100901
Notes:
1. Ribbon Cable - 14 conductor 1.0mm centers Round Conductor Flat Cable; 28 AWG (7x36) stranded copper conductors;
gray PVC with pin 1 edge marked
2. 2mm Ribbon Female Polarized Connectors - IDC connection to ribbon; contacts are beryllium copper plated; 30 micro inches
gold plating over 50 micro inches nickel; connectors mate to 0.5mm square posts on 2mm centers.
6"
pin#1 indicator stripe
1
2
34
56
78
910
11
12
1314
Polarizing Key Polarizing Key
Notes:
1. Ribbon Cable - 34 conductor, 1.0mm centers Round Conductor Flat Cable, 28AWG (7x36) stranded copper conductors,
gray PVC with pin #1 edge marked.
2. 2mm Ribbon, Female Polarized Connectors - IDC connection to ribbon, contacts are beryllium copper plated with
30 micro inches Gold plating over 50 micro inches Nickel, connectors mate to 0.5mm square posts on 2mm centers.
15
16
1718
1920
2122
2324
25
26
2728
29
30
3132
3334
1
2
34
56
78
910
11
12
1314
15
16
1718
1920
2122
2324
25
26
2728
29
30
3132
3334
ds114_09_112602
.
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Figure 7: Target Interface 34-Pin Connector Signal Assignments
2x17 (34 position) 2mm CONNECTOR,
Shroulded, keyed, through-hole mount.
Comm Conn Part No. 2422-34G2
OUPIIN Part No. 3112-34GSB
Also available in surface mount or
without keyed shrould.
13 Gnd
11 Gnd
9 Gnd
7 Gnd
5 Gnd
3 Gnd
1 Gnd
D2 12
D3 10
D4 8
D5 6
D6 4
D7 2
D1 14
27 Gnd
25 Gnd
23 Gnd
21 Gnd
19 Gnd
17 Gnd
15 Gnd
INIT 26
DONE 24
BUSY 22
RDWR 20
CCLK 18
D0 16
PROG 28
33 Vref
31 NC
29 Gnd
CS1 32
CS2 30
CS0 34
0.020" sq. (0.5mm)
0.158"
SelectMAP
signals
0.220"
0.100"
1.618"
0.0787" (2mm)
0.215"
0.0787" (2mm)
0.175"
1.578"
ds114_08_112602
Figure 8: Target Interface 14-Pin Connector Signal Assignments
2x7 (14 position) 2mm CONNECTOR,
Shroulded, keyed, through-hole mount.
Comm Conn Part No. 2422-14G2
OUPIIN Part No. 3112-14GSB
Also available in surface mount or
without keyed shrould.
13 Gnd
11 Gnd
9 Gnd
7 Gnd
5 Gnd
3 Gnd
1 Gnd
NC NC 12
DIN TDI 10
DONE TDO 8
CCLK TCK 6
PROG TMS 4
Vref Vref 2
INIT NC 14
0.020" sq. (0.5mm)
0.158"
JTAG
signals
0.220"
0.100"
0.831"
0.0787" (2mm)
0.215"
0.0787" (2mm)
0.175"
0.791"
Slave
Serial
signals
ds114_10_120302
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Table 3 provides some third-party sources for mating connectors for 2mm pitch, 14 conductor ribbon cable.
Table 4 provides third-party sources for mating connectors for 2mm pitch, 34 conductor ribbon cable.
Interface Pin Descriptions
The interface pins for the Serial/JTAG, SelectMAP, and adapter ports are described in Table 5, Table 6, and Table 7,
respectively.
Table 3: Mating Connectors for 2mm pitch, 14 Conductor Ribbon Cable
Manufacturer Part Number
Comm Con 2422-14G2
OUPIIN 3112-14GSB
Notes:
1. Also available in surface mount or without keyed shroud.
Table 4: Mating Connectors for 2mm pitch, 34 Conductor Ribbon Cable
Manufacturer Part Number
Comm Con 2422-34G2
OUPIIN 3112-34GSB
Notes:
1. Also available in surface mount or without keyed shroud.
Table 5: Serial /JTAG Port: 14-Pin Ribbon Cable Connector Interface Pin Descriptions
Ribbon
Cable Pin
Number
Slave-Serial
Configuration
Mode
JTAG
Configuration
Mode Type Description
2V
REF VREF IN Target Reference Voltage. This pin should be connected to
a voltage bus on the target system that serves the JTAG or
slave serial interface. For example, when programming a
Coolrunner-II device using the JTAG port, VREF should be
connected to the target VAUX bus.
Note: The target reference voltage must be regulated and
must not have a current limiting resistor in series with the
VREF pin.
4 PROG -- OUT Configuration Reset. This pin is used to force a
reconfiguration of the target FPGA(s). It should be
connected to the PROG_B pin of the target FPGA for a
single device system or to the PROG_B pin of all FPGAs in
parallel in a daisy-chain configuration.
6CCLK --OUTConfiguration Clock. FPGAs load one configuration bit per
CCLK cycle in slave-serial mode. CCLK should be
connected to the CCLK pin on the target FPGA for a single
device configuration or to the CCLK pin of all FPGAs in
parallel for a daisy-chain configuration.
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8DONE -- INConfiguration Done. This pin indicates to MultiPRO tool
that the target FPGA(s) have received the entire
configuration bit stream. It should be connected to the DONE
pin on all FPGAs in parallel for daisy-chained configurations.
Additional CCLK cycles are issued following the positive
transition of DONE to insure that the configuration process
is complete.
10 DIN -- OUT Configuration Data Input. This is the serial input data
stream for target FPGAs. It should be connected to the DIN
pin of the target FPGA in a single device system or to the
DIN pin of the first FPGA in a daisy-chain configuration.
12 NC NC OUT Test Driver. This pin is reserved for Xilinx diagnostics and
should not be connected to any target circuitry.
14 INIT NC BIDIR Configuration Initialize. This pin indicates that
configuration memory is being cleared. It should be
connected to the INIT_B pin of the target FPGA for a single
device system or to the INIT_B pin on all FPGAs in parallel
in a daisy-chain configuration.
4-- TMSOUTTest Mode Select. This is the JTAG mode signal that
establishes appropriate TAP state transitions for target ISP
devices. It should be connected to the TMS pin on all target
ISP devices that share the same data stream.
6-- TCKOUTTest Clock. This is the clock signal for JTAG operations and
should be connected to the TCK pin on all target ISP devices
that share the same data stream.
8-- TDOOUTTest Data Out. This is the serial output data stream for
JTAG operations and should be connected to the TDO pin
on the last ISP device in the target JTAG chain.
10 -- TDI IN Test Data In. This is the serial input data stream for JTAG
operations and should be connected to the TDI pin on the
first ISP device in the target JTAG chain.
1, 3, 5, 7,
9, 11, 13
Gnd Gnd -- Digital Ground
Table 5: Serial /JTAG Port: 14-Pin Ribbon Cable Connector Interface Pin Descriptions (Continued)
Ribbon
Cable Pin
Number
Slave-Serial
Configuration
Mode
JTAG
Configuration
Mode Type Description
Table 6: SelectMAP Port: 34-Pin Ribbon Cable Connector Interface Pin Descriptions
Ribbon Cable
Pin Number
SelectMAP
Configuration Mode Type Description
16 D0 BIDIR Byte-Wide Data Bus, Bit 0
14 D1 BIDIR Byte-Wide Data Bus, Bit 1
12 D2 BIDIR Byte-Wide Data Bus, Bit 2
10 D3 BIDIR Byte-Wide Data Bus, Bit 3
8 D4 BIDIR Byte-Wide Data Bus, Bit 4
6 D5 BIDIR Byte-Wide Data Bus, Bit 5
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4 D6 BIDIR Byte-Wide Data Bus, Bit 6
2 D7 BIDIR Byte-Wide Data Bus, Bit 7
18 CCLK OUT Configuration Clock
20 RDWR OUT Configuration Read / Write Control
22 BUSY IN Configuration Flow Control
24 DONE IN Configuration Done
26 INIT BIDIR Configuration Initialize
28 PROG OUT Configuration Reset
30 CS2 OUT Chip Select 2
32 CS1 OUT Chip Select 1
34 CS0 OUT Chip Select 0
33 VREF IN Target reference voltage
31 NC -- No Connection
1, 3, 5, 7, 9, 11,
13, 15, 17, 19, 21,
23, 25, 27, 29
Gnd -- Digital Ground
Table 6: SelectMAP Port: 34-Pin Ribbon Cable Connector Interface Pin Descriptions (Continued)
Ribbon Cable
Pin Number
SelectMAP
Configuration Mode Type Description
Table 7: Adapter Port: 20-Pin DIN Connector Interface Pin Descriptions
DIN
Pin Number
JTAG
Configuration Mode Type Description
A8 TCK OUT Test Clock. This is the clock signal for JTAG operations. It
is connected to the ‘TCK’ pin on the adapter socket.
A2 TMS OUT Test Mode Select. This is the JTAG mode signal that
establishes appropriate TAP state transitions for the target
device. It is connected to the ‘TMS’ pin on the adapter
socket.
A4 TDI OUT Test Data In. This is the serial input data stream for JTAG
operations and is connected to the ‘TDI’ pin on the adapter
socket.
A6 TDO IN Test Data Out. This is the serial output data stream for
JTAG operations and is connected to the ‘TDO’ pin on the
adapter socket.
A1 PEN OUT Port Enable. Reserved for future applications.
B4 ID1 IN Adapter ID1. This is the high order bit for the automatic
adapter identification circuit.
A3 ID0 IN Adapter ID0. This is the low order bit for the automatic
adapter identification circuit.
B1 VREF IN Adapter Reference Voltage. This voltage is established by
a local linear regulator on each device adapter according to
the specifications of the device family.
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B7, B8, B9, A10,
B10
+5V DC OUT Switched Supply Voltage
A9 EGND Safety Ground
A5, B5, B6, A7 GND -- Digital Ground
Table 7: Adapter Port: 20-Pin DIN Connector Interface Pin Descriptions (Continued)
DIN
Pin Number
JTAG
Configuration Mode Type Description
Figure 9: MultiPRO Pod Dimensions (inches)
STATUS
Gnd
Gnd
Gnd
Gnd
Gnd
Gnd
Gnd
NC
TDI
TDO
TCK
TMS
Vref
NC
NC
DIN
DONE
CCLK
PROG
Vref
INIT
JTAG
Serial
Vref
NC
Gnd
Gnd
Gnd
CS1
CS2
INIT
DONE
CS0
Gnd
Gnd
Gnd
Gnd
Gnd
D1
D2
D3
D6
D7
GndD5
GndD0
GndCCLK
GndRDWR
GndBUSY
GndD4
GndPROG
SelectMAP
Made in U.S.A.
1 2 3 4 5
Serial MP -
Model DLC8
MultiPRO
Desktop Tool
Power 5V 0.3A
Power Port
IEEE-1284-C
Parallel Port
Adapter Port
Power Port
IEEE-1284-C
Parallel Port
S/JTAG
STATUSSMAP
5.05
5.19
3.34
1.13 0.99
3.49
MultiPRO POD
Dimensions
ds114_06_090402
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Operating Characteristics
Absolute Maximum Ratings
Recommended Operating Conditions
Figure 10: Typical MultiPRO Adapter Dimensions (inches)
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!#
! $!
ds114_07_090402
Symbol Description Value Units
VCC Supply Voltage +6.0 V DC
TAOperating Temperature Range 0° to 70° ° C
TSTG Storage Temperature Range –40° to +85° ° C
PDPower Dissipation 1.5 W
IOUT DC Output Current (Any Output) ±16 mA
Symbol Parameter Conditions Min Max Units
VCC DC Supply Voltage External Power Supply 4.75 5.25 V DC
VREF Target Reference
Voltage
1.5 5.5 V DC
ICC Operating Current 130 200 mA
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Ordering Information
Revision History
The following table shows the revision history for this document.
Part Number Description
HW-MULTIPRO MultiPRO Desktop Tool for US, Asia, Japan
HW-MULTIPRO-EC MultiPRO Desktop Tool with European plug
HW-MULTIPRO-UK MultiPRO Desktop Tool with UK plug
HW-MP-PC44-1 44-pin PLCC Adapter for XC18V00 PROMs
HW-MP-VQ44-1 44-pin VQFP Adapter for XC18V00 PROMs
HW-MP-VQ44-2 44-pin VQFP Adapter for CoolRunner-II CPLDs
HW-MP-CP56 56-ball Chip Scale Adapter for CoolRunner-II CPLDs
HW-MP-VQ100 100-pin VQFP Adapter for CoolRunner-II CPLDs
HW-MP-CP132 132-ball Chip Scale Adapter for CoolRunner-II CPLDs
HW-MP-SO20 20-pin SOIC Adapter for XC18V00 PROMs
HW-MP-PC20 20-pin PLCC Adapter for XC18V00 PROMs
HW-MP-PC44-2 44-pin PLCC Adapter for CoolRunner-II CPLDs
HW-MP-TQ144 144-pin TQFP Adapter for CoolRunner-II CPLDs
HW-MP-FT256 256-ball Fine Pitch Thin BGA Adapter for CoolRunner-II CPLDs
HW-MP-FG324 324-ball Fine Pitch BGA Adapter for CoolRunner-II CPLDs
HW-MP-PQ208 208-pin PQFP Adapter for CoolRunner-II CPLDs
HW-MP-V020 20-pin TSSOP Adapter for Platform Flash PROMs
HW-MP-FS48 48-ball Chip Scale BGA Adapter for Platform Flash PROMs
HW-MP-VO48 48-pin TSOP Adapter for Platform Flash PROMs
Date Version Revision
12/10/02 1.0 Initial Xilinx release.
12/24/02 1.1 Updated Features, Status Indicators, and Adapter Port: 20-Pin DIN Connector
Interface Pin Descriptions.
01/24/03 1.2 Updated Features, Device Adapters, Table 1, Automatic Voltage Sensing, Table 7, and
Ordering Information.
04/10/03 1.3 Added list of supported Spartan-3 devices.
04/29/03 1.4 Added Platform Flash PROM family to Desktop Device Programming, MultiPRO
Desktop Tool Description, and Ordering Information. Added "XCF00S/P" to Device
Adapters.
09/29/04 1.5 • Added part numbers HW-MP-FS48 and HW-MP-VO48 to table in section Ordering
Information, page 13.
• Section External Power Supply, page 4: Changed specification of power supply.
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