Universal PC-based devices
programmer ALL03 ALL03A Hilosystems resources page Programmateur de composants ALL03 (A) de Hilo Systems - Page
de Ressources
P.S.: if you have any adapter for the hilo programmers thank you
to send any diagram or photo at matthieu.benoit@free.fr
in order to contribute to this page.
ALL02 Software all02.exe
(Shift-Click to Download -406 Kb) and all02
data Directory for the all02 device programmer.
ALL01 Software available here http://www.euro-arcade.de/files/all-01.zip
This release includes PLAN2 from National Semiconductors ; another release with
different revision dates is given here all-01.zip
(201 Kb) See all01 data directory. ALL-01 looks
like this picture. Front to back it is wider
than ALL - 02. Xeltek Unipro moved led to different place for busy and had no
power led just switch. Xeltek has less power components and made in korea ALL-01
in taiwan. ALL - 01 had strange encaspsulated filled module containing possible
2 to 3 ic's replacing 1 or 2 of ic's from xeltek. All differences seem to be
on bottom board except led's. It can use same interface as ALL - 02. Resistor
marked as different in interface needs to be 22 ohms for ALL - programmers not
DMT-01 tester. If resistor too high it may allow too high
+5 volts to programmer.
Andreas(Germany) also made some drivers
for the ALL-03 (PROMA-3, compatible to the ALL03A, except
the OK button...) for the following CPUs (some are already present in the
original distribution) Microchip: PIC16C554, PIC16C557, PIC16C558,
PIC16C710, PIC16C71, PIC16C711, PIC16C715, PIC16F870, PIC16F871, PIC16F872,
PIC16F873, PIC16F873A, PIC16F874, PIC16F874A, PIC16F876, PIC16F876A, PIC16F877,
PIC16F877A, PIC16F83, PIC16F84, PIC16F84A, PIC16F627, PIC16F627A, PIC16F628,
PIC16F628A, PIC16F648A ATMEL: AT89C1051, AT89C2051, AT89C4051, AT89S8253
(some chip implementations might still be buggy though, as not all have been
tested...)
here I send you all that I have/wrote
for the ALL03/PROMA3 programmer. Please consider it public domain
(Archive ZIP - 229 Kb)
pic16.exe - commandline PIC programmer for the **parallel port** NOT
ALL03!!
Sources compile best with the freeware version Borland Turbo-C.
based
on the good work done in proma3.zip, Christian(Germany)
has done a Variation of the included eep3.c.
The Dos application can be used to program the old Tesla mh74s571
Bipolar Prom.
The archive attached (mh74s571_all03.zip)
contains 3 files:
tbprom.c - Source
tbprom.exe - Dos executable
MAKEFILE - new Makefile for "Proma3 Project"
If you want to compile it yourself, you will have to unzip it into the
"Proma3 directory".
A new Makefile is included. The Dos executable is called tbprom.exe.
Here is the schematic of the SAC-201B , SAC-201B2
, SAC201B_1 , SAC201B_2
adapter card courtesy of Gonzalo Fernandez Val from SPAIN. Seems that this
version is identical to SAC-201CE
, SAC-201CE from JDR Microdevices.
Please note the encircled letters A, B, C and D:
A: Appears "0" if the address is 2EX (X can be 0..F)
and AEN = 0
B: Appears "1" if the address is 2E0 or 2E1 and /IOW = 0 (write
2E0
signal)
C: Appears "0" if the address is 2E2 or 2E3 and /IOR = 0 and /IOW
= 1
(/read 2E2 signal)
D: Appears "0" if the address is 2E2 or 2E3 and /IOR = 1 and /IOW
= 0
(/write 2E2 signal)
here
is the good work from fabio.sturman@tiscali.it
that is a new software for the ALL-03 /ALL-03A device programmer which allow
to program new devices This new version allow you to program the 89c52
and 90s8515 microcontrollers. The program is still runing under MS-DOS.
The implementation of a Windows driver for the SAC-201 board would be perhaps
to hard for timing reasons.
courtesy of Roberto from italy here you find
the description of a very usefull adapter in order to programm plcc32 rect eprom
and plcc 20, plcc28 Gals
According to the type of component -Pal, Rom- and the size of memories, there
are pins in less and in different positions, or in a perfect correspondence.
In the table there are the pinout of the families of components; I used the
adapter with Intel and Winbond Flash from 256k to 2mb and with GAL 22v10 of
the various manufacturers, always with components that were products in dip
and also in plcc. If there are doubts about pinout of other components see the
respective datasheet.
Attached a picture of the adapter and a pinout
table.
the Expro-60 is similar to the ALL-03 and the Expro-80 is similar to the Expro-80
but there are some differences in each : The Expro-80 has a 42-pin ZIF Socket
while the Expro-80 has a 42-pin ZIF Socket
both requires 3 PAL16V8 and contents are different between Sunshine
Expro and hilo all-03 versions.
so schematics are slightly different,
for the moment I only have the Sunshine Expro-60 & Expro-80
schematics an PAL16V8 jedec files
if you have any details for the hilosystel All603 & All-03A
thank you to tel me
Note2: Note that the PALs of these programmers includes
in their design an identifiant, that make the software the possibility to identify
the programmer.
here
is the archive of the expro60 hilo universal devices programmer which may be
very similar to the all03. This archive include the sources (equations) for
the 3 PALCE16R4 included in ithe expro60 named as follow : U5, U33, U35. and
also diagrams for the expro60. (Shift-Click to Download :780 Kb) exp_u5.eqn (equations) , exp_u5.jed
(jedec file)
this is expro60 programmer board (Motherboards) of the CHIPS (PAL16V8 U5).
exp_u33.eqn (equations)
, exp_u33.jed (jedec file)
this is expro60 programmer board (Motherboards) of the CHIPS (PAL16V8 U33).
exp_u35.eqn (equations)
, exp_u35.jed (jedec file)
this is expro60 programmer board (Motherboards) of the CHIPS (PALCE16V8 U35).
Diagrams of the EXPRO-60 :
Sheet 1 of 8 (EXPRO-60 INTERFACE PC)
Sheet 2 of 8 (EXPRO-60 SUB-BOARD PART I ALIM)
Sheet 3 of 8 (EXPRO-60 SUB-BOARD PART
II ADRESS)
Sheet 4 of 8 (EXPRO-60 SUB-BOARD PART
III LOGIC)
Sheet 5 of 8 (EXPRO-60 UP-BOARD PART I
LATCH)
Sheet 6 of 8 (EXPRO-60 UP-BOARD PART II)
Sheet 7 of 8 (EXPRO-60 UP-BOARD PART III)
Sheet 8 of 8 (EXPRO-60 UP-BOARD PART IV)
Same Documentation but for the Expro-80
devices programmer & Tester.
Source of information about the
source of the software and documentation for the SAC-201 internal PC
ISA Card used to connect the ALL-03.
testpro.exe software to test and
repair an ALL-03 programmer (673Kb)
Device driver for Win NT/2K/XP
written by Hubert Sack - Works only with patched software of the ALL03 or EXPRO
60/80 (in fact any programmer that uses the SAC201 ISA Card) devices programmers
& testers : (available under the terms of the Gnu Public License GPL)
Important Notice about the difference between ALL03A and ALL03:
The devices listed below cannot be programmed with the ALL-03/A Software Version
9.10 on a ALL03 programmer : you need to use for these components some adapters.
*********
ALTERA: CYPRESS: INTEL:
EPC1064 CY7C330 5AC324 EPC1064V CY7C331 EPC1213 CY7C332 EPM5016 CY7C335 EPM5032
CY7C361 CY7C344 MICROCHIP: PHILIPS: TI:
PIC16C54 PLS104 TIB82S105A PIC16C55 PLS104A TIB82S105B PIC16C56 PLS105 PIC16C57
PLS105A PIC16C6x-Serie PLUS105-45 PIC16C7x-Serie PLUS105-55 PIC16C84 PLUS405-37
PIC17C4x-Serie PLUS405-45 PLUS415-16 XILINX: ZILOG:
17128D Z86E08 17256D 1765D 1736D
Note: the device family EPC1 von ALTERA, and also the devices MACH131 und MACH221
are not indicated for the ALL03.
ADP-EPM7032 adapter diagram & software:
a70x.exe
to program ALTERA EPM7128LC84 with adapter ADP-EPM7128-PL, EP7064LC68
with adapter ADP-EP7064-PL68, EP7064LC84 with adapter ADP-EPM7064-PL84,
EPM7096LC68 with adapter ADP-EPM7096-PL68, EPM7096LC84 with adapter ADP-EPM7096-PL84,
EPM7128QC100 with adapter ADP-EPM7128-Q, EPM7096QC100 with adapter ADP-EPM7096-QA,
EPM7064QC100 with adapter ADP-EPM7064-Q/QA, EPM7064LC44, EPM7044TC44
with adapter ADP-EPM7064-PL44/TQ (Release V3.16)
for ALTERA MAX7000 EPM7032 family on ALL03 / ALL03A/ PROMA3/ EXPRO programmers.
a70x.exe
to program ALTERA EPM7128LC84 with adapter ADP-EPM7128-PL, EP7064LC68
with adapter ADP-EP7064-PL68, EP7064LC84 with adapter ADP-EPM7064-PL84,
EPM7096LC68 with adapter ADP-EPM7096-PL68, EPM7096LC84 with adapter ADP-EPM7096-PL84,
EPM7128QC100 with adapter ADP-EPM7128-Q, EPM7096QC100 with adapter ADP-EPM7096-QA,
EPM7064QC100 with adapter ADP-EPM7064-Q/QA, EPM7064LC44, EPM7044TC44
with adapter ADP-EPM7064-PL44/TQ (Release V3.16)
for ALTERA MAX7000 EPM7032 family on ALL03 / ALL03A/ PROMA3/ EXPRO programmers.
ADP-7064S-PL84 adapter for Altera PLCC-84 package EPM7064S
ADP-PIC16 adapter diagram & software
(apic16.exe 42 Kb):
for PIC16C55 and PIC16C57 on ALL03 programmer (not needed for ALL03A programmer).
adapter for the expro60 / all03 ADP-PIC16 (not required
for the ALL03A)
this adapter is required on an ALL03/ EXPRO60 not ALL03A/ EXPRO80 to program
(pic16c54 pic16c56 pic16c84 pic16c71 pic16c58 small socket) ( pic16c55 pic16c57
bigger socket)
laid out the board with Tango Pcb pcb file which is included here picadpt2.pcb
pdfs of the different layers if other want to make the board avalaible here
I have built my adapter by wiring 2 DIL8 socket in this way:
name A the socket you'll insert into the ALL07 DIL40 zif socket,
name B the socket you'll put the pic12c50x into
You have to wire:
A pin1 -> B pin4
A pin2 NC
A pin3 NC
A pin4 -> B pin8
A pin5 NC
A pin6 -> B pin6 (coincident)
A pin7 -> B pin7 (coincident)
A pin8 -> B pin1
If the wiring is correct, when you insert the A socket into the zif you
can verify that:
ZIF pin17 -> PIC pin4 ZIF pin24 -> PIC pin1
ZIF pin18 NC ZIF pin23 -> PIC pin7
ZIF pin19 NC ZIF pin22 -> PIC pin6
ZIF pin20 -> PIC pin8 ZIF pin21 NC
This adapter allows you to program the following chips on an ALL03
Programmer using the file amach1.exe
: MACH130, MACH230, MACH435, MACH131, MACH231, MACH231SP, MACH231/1, MACH131SP
and MACH131/1.
Pin Name Description
1 VCC +5V
2 /CAS Column Address Strobe
3 DQ0 Data 0
4 A0 Address 0
5 A1 Address 1
6 DQ1 Data 1
7 A2 Address 2
8 A3 Address 3
9 GND Ground
10 DQ2 Data 2
11 A4 Address 4
12 A5 Address 5
13 DQ3 Data 3
14 A6 Address 6
15 A7 Address 7
16 DQ4 Data 4
17 A8 Address 8
18 A9 Address 9
19 A10 Address 10
20 DQ5 Data 5
21 /WE Write Enable
22 GND Ground
23 DQ6 Data 6
24 A11 Address 11
25 DQ7 Data 7
26 QP Data Parity Out
27 /RAS Row Address Strobe
28 /CASP The line is the /CAS line for the parity RAM on the card. The parity
generator circuitry of the motherboards needed a longer time to generate
a parity bit, so the CAS for the extra DRAM had be controlled seperately,
hence, the extra /CAS line. (Source: Tom Walsh).
29 DP Data Parity In
30 VCC +5V
Note: SIMM above is a 4MBx9.
QP & DP is N/C on SIMMs without parity.
A9 is N/C on 256kB.
A10 is N/C on 256kB & 1MB. A11 is N/C on 256kB, 1MB & 4MB.
update: The pin 29 on the SIMM 30 socket is connected to pin 26 of the
same socket and then connected to pin 33 in the DIL 40 socket. It also
connects to pins 26 and 29 of the SIP32 ZIF socket in order to test SIMM
module with parity
SIMM memory modules that can be tested with hilo all-03 and adapter adp-rm1a
to be used with the following adapter file a68705.exe
to program MOTOROLA MC68705R3, MC68705U3, MC68705R5, MC68705U5 with adapter
ADP-68705, MC68705P3, MC68705P5 with adapter ADP-68705/P3, MC68HC705C8,
MC68HC705C8.0B67H, MC68HC705C8A with adapter ADP-68HC705 (Release V3.28)
- Note that the Hilo ALL-03 cannot read the MC68705U3, MC68705R3, MC68705U5,
MC68705R5; for read operation I sujjest Stag 68MR00
instead (to be used with Stag PP39 programmer).
to be used with the following adapter file a68hc705.exe
to program MOTOROLA MC68HC705C8, MC68HC705C8A, MC68HC705C9, MC68HC705D9, MC68HC705C9,
MC68HC705C9A, MC68HC705C12A
unfortunately, it appears that the Hilosystem ALL-03 or even ALL-07 is unable
to read the MC68HC705C8 while it can blank check, program, verify and even secure
the device.
an other thing it appears that the programmer knows two different types of
C8 probably a difference in the Mask Set.
for Altera EPM3032ALC44/TC44, EPM3064ALC44/TC44 and EPM7064AELC44/TC44
This is only for ALL07 (executable is A7064.exe) as ALL03 does NOT know any
MAX7000AE nor MAX3000A.
This Adapter is necessary to program CPLDs with locked JTAG pins, so not a simple
ISP Adapter.
Schematic contains pinout for all available packages.
for Atmel ATF1500/L and ATF1500A/ABV/AL CPLDs. These CPLDs do not know any ISP,
so this Adapter is the only way to program them. ALL03/ALL07 executable(s) is
A1500.exe
Schematic contains pinout for all available packages.
#######################################################################
for Atmel ATF1502AS/ASL and ATF1504AS/ASL CPLDs. This Adapter is necessary to
program CPLDs
with locked JTAG pins, so not a simple ISP Adapter. This is only for ALL07 (executable
is A1500.exe)
as ALL03 do NOT know any ATF1502/ATF1504 CPLDs.
Schematic contains pinout for PLCC44 and TQFP44 packages.
#######################################################################
for Atmel ATF1504AS/ASL and ATF1508AS/ASL CPLDs . This Adapter is necessary
to program CPLDs
with locked JTAG pins, so not a simple ISP Adapter. ALL03/ALL07 executable(s)
is A1500.exe, however
ALL03 does NOT support all package types.
Schematic contains pinout for PLCC84, TQFP100, PQFP100 and PQFP160 packages.
for Philips CoolRunner CPLDs Philips PZ3032-/CS/NS, PZ3064, PZ5032-/CS/NS, PZ5064-/CS/NS
and Xilinx XCR3032, XCR3064, XCR5032, XCR5064, XCR3032A, XCR3032C, XCR5032C,
XCR3064A, XCR5064C
ALL03 (executable is Apz5032.exe) does
NOT know Philips CS/NS nor Xilinx A/C types.
ALL07 knows all of them (executable is Apz5032.exe),
however to program Xilinx one have to select the
matching Philips type (the DIE is the same).
This Adapter is necessary to program CPLDs with locked ISP/JTAG pins, so not
a simple ISP Adapter.
Schematic contains pinout for PLCC44 and TQFP44 packages.
#######################################################################
for Philips PZ3064-/CS/NS, PZ5064-/CS/NS, PZ3128-/CS/NS, PZ5128-/CS/NS
and Xilinx XCR3064, XCR5064, XCR3064A, XCR5064C, XCR5128, XCR3128, XCR5128C,
XCR3128A
ALL03 (executable is Apz5032.exe) does NOT
know Philips CS/NS nor Xilinx A/C types.
ALL07 knows all of them (executable is Apz5032.exe),
however to program Xilinx one have to select the
matching Philips type (the DIE is the same).
This Adapter is necessary to program CPLDs with locked ISP/JTAG pins, so not
a simple ISP Adapter.
Schematic contains pinout for PLCC68 and PLCC84 packages.
for Philips PZ3064-/CS/NS, PZ5064-/CS/NS, PZ3128-/CS/NS, PZ5128-/CS/NS
and Xilinx XCR3064, XCR5064, XCR3064A, XCR5064C, XCR5128, XCR3128, XCR5128C,
XCR3128A
ALL07 knows all of them (executable is Apz5032.exe),
however to program Xilinx one have to select the
matching Philips type (the DIE is the same).
Adapter is NOT supported by ALL03 at all, however one might use pinout from
this Adapters e.g. PQ100
CPLDs and wire it to PLCC84 Adapter (to ADP-PZ5064).
This Adapter is necessary to program CPLDs with locked ISP/JTAG pins, so not
a simple ISP Adapter.
Schematic contains pinout for PQ100, VQ100, TQ100, TQ128 and PQ160 packages.
Note: due bonding differences Adapter for PQ100 need a jumper to select type,
where others not.
For Lattice ispGAL22V10, executable for ALL03 is agds.exe
and for ALL07 is agds.exe
This Adapter is necessary to program ispGAL22V10 in ISP mode, which is unique
for Lattice ispGALs only, however this IC can be programmed as well in GAL mode
(simply use any 22V10 GAL mode/programmer).
Schematic contains pinout for PLCC28 and SSOP28 packages.
For Lattice ispGDS18, executable for ALL03 is agds.exe
and for ALL07 is agds.exe
This Adapter is necessary only for ispGDS18, other ispGDS types (ispGDS14 and
ispGDS22)
can be programmed without any special adapter (no idea why it is like that).
For cute Intel MSC-96 MCUs 8796BH/JC, 8797BH/JF, 87C196KB, 87C196KC and 87C/L196KD.
The executable for ALL03 is A8796.exe and
for ALL07 is A8796.exe
The schematic of PGA version is made of actual adapter, see pictures.
The schematic of PLCC version is based on datasheets / pgm specs only. It conatins
an jumper to select between 879x and 8719x,
where on real ADP-8796PLCC there are two transistors. However this does not
matter at all for the function of the PLCC adapter.
This is a very simple for all PALs/GALs in PLCC28 and PLCC20. It has been discontinued
long time ago,
today one have to buy 3 other Adapters to get together the functionality of
ADP-PLCC-PAL:
CNV-PLCC-PAL28A
CNV-PLCC-PAL28B
CNV-PLCC-PAL20
For Xilinx XC7318(-/A/Q), XC7336(-/A/Q), XC9536 and XC9536XL in QFP44.
There are multiple executables:
for ALL03 and XC7318(-/A/Q), XC7336(-/A/Q) it is Axc7236.exe
for ALL03 and XC9536 it is Axc9500.exe
ALL03 does not support XC9500XL series.
for ALL07 and XC7318(-/A/Q), XC7336(-/A/Q) it is Axc7236.exe
for ALL07 and XC9536 it is Axc9500.exe
for ALL07 and XC9536XL it is Axc95xl.exe
The RP1 on the schematic can be everything between 0R and 100R. I don't know
what values
has been used on the original HiLo adapter, but based on Xilinx Programming
Specification it have
to be 0R for XC7xxx series up to "soft GND" (pulldown) for XC9500XL
series.
On my test adapter i have used 0R, that worked with all CPLDs.
There is bug in HiLo ALL07 software Axc95xl.exe,
v3.01 . One can select (8) XC9536XL (VQFP44)
but this is actually for VQP64 version. Older versions of Axc95xl.exe does not
support XC9636XL in QFP44 at all.
To program them one have to wire QFP44 IC to PLCC44 and select then XC9536XL
(PLCC44) in the Axc95xl.exe.
There seems to be bug in Axc9500.exe executable, one can not burn "write
secure" fuse on XC9536.
In the Xilinx XC9500 Programming Specification one can read that :
If the user elects to use both Read and Write Secure, the Read Security addresses
must be
programmed first, followed by the Write Security addresses. Do not power down
between
programming of the Read and Write Secure addresses or between Program and Verify
operations.
However the Axc9500.exe executable is allowing only "read secure"
in Auto mode, but no "write secure".
When selected manually from "Security fuse blow", the "write
secure" is not running "read secure" first (as described above),
but only doing the "write secure" which of course fails. Luckily "read
secure" is the typical kind of security fuse that one need:
The device supports two types of security; one to protect the design from being
copied (read secure),
and one to protect the device from being erased and/or reprogrammed (write secure).
For Xilinx XC7318(-/A/Q), XC7336(-/A/Q), XC7354, XC9536 and XC9536XL in PLCC44.
There are multiple executables:
for ALL03 and XC7318(-/A/Q), XC7336(-/A/Q), XC7354 it is Axc7236.exe
for ALL03 and XC9536 it is Axc9500.exe
ALL03 does not support XC9500XL series.
for ALL07 and XC7318(-/A/Q), XC7336(-/A/Q), XC7354 it is Axc7236.exe
for ALL07 and XC9536 it is Axc9500.exe
for ALL07 and XC9536XL it is Axc95xl.exe
The RP1 on the schematic can be everything between 0R and 100R. I don't know
what values
has been used on the original HiLo adapter, but based on Xilinx Programming
Specification it have
to be 0R for XC7xxx series up to "soft GND" (pulldown) for XC9500XL
series.
On my test adapter i have used 0R, that worked with all CPLDs.
Same as for "ADP-XC7336-Q" adapter: There seems to be bug in Axc9500.exe
executable, one can not
burn "write secure" fuse on XC9536. In the Xilinx XC9500 Programming
Specification one can read that :
If the user elects to use both Read and Write Secure, the Read Security addresses
must be
programmed first, followed by the Write Security addresses. Do not power down
between
programming of the Read and Write Secure addresses or between Program and Verify
operations.
However the Axc9500.exe executable is allowing only "read secure"
in Auto mode, but no "write secure".
When selected manually from "Security fuse blow", the "write
secure" is not running "read secure" first (as described above),
but only doing the "write secure" which of course fails. Luckily "read
secure" is the typical kind of security fuse that one need:
The device supports two types of security; one to protect the design from being
copied (read secure),
and one to protect the device from being erased and/or reprogrammed (write secure).
a5ac324.exe to program INTEL 5AC324; ALTERA
EP324 with adapter ADP-5AC324 (Release V3.26)
a63705.exe to program HITACHI HD63705V0,
HD637A05V0, HD637B05V0, HD63701X0, HD637A01X0, HD637B01X0 with adapter ADP-63705
(Release V3.19)
a647180.exe to program HITACHI HD647180X
with adapter ADP-647180/-PL (Release V3.12)
a68701.exe to program MOTOROLA MC68701,
MC68701U4 with adapter ADP-68701 (Release V3.22)
a68705.exe to program MOTOROLA MC68705R3,
MC68705U3, MC68705R5, MC68705U5 with adapter ADP-68705, MC68705P3, MC68705P5
with adapter ADP-68705/P3, MC68HC705C8, MC68HC705C8.0B67H, MC68HC705C8A with
adapter ADP-68HC705 (Release V3.28)
a68705b.exe to program MOTOROLA MC68HC705B5,
MC68HC805B6, MC68HC705B16/X16 (EPROM) MC68HC705B16/X16 (EEPROM), MC68HC705X32
(EPROM), MC68HC705X32 (EEPROM) with adapter ADP-68HC705B5-PL (Release
V3.10)
a68705k.exe to program MOTOROLA MC68HC705K1S
(Window), MC68HC705K1P (OTP), MC68HC705J1A, MC68HR705J1A with adapter ADP-68HC705K1-S
(Release V3.10)
a68705l.exe to program MOTOROLA MC68HC705L5,
MC68HC705L16 with adapter ADP-68HC705L5-Q (Release V3.03)
a68705p.exe
to program MOTOROLA MC68HC705J2, MC68HC705J1 (EMUL) with adapter ADP-68HC705J/J2-S,
MC68HC705P9, , MC68HC705P6, MC68HC705P6A with ADP-68HC705P/P-SD/P9-S,
MC68HC705X4 with adapter ADP-68HC705X4-S, MC68HC705E1 with adapter ADP-68HC705E1
(Release V3.16)
a68711.exe
to program MOTOROLA MC68HC711E9 (plcc52, QFP-64), MC68HC11A1/A8/E9/E20 EEPROM,
MC68HC711E9/E20 EEPROM, MC68HC711E20 (plcc-52, QFP-64), MC68S711E9 (plcc-52,
QFP-64) , MC68S711E9 EEPROM, with adapter ADP-68HC711E/E9-Q, MC68HC711D3
(plcc44,DIP40) with adapter ADP-68HC711D/D3-PL, MC68HC711K4 (plcc84,QFP80),
MC68HC711K4 EEPROM with adapter ADP-68HC711/K4-Q, MC68HC11F1 EEPROM with
ADP-68HC11F1, MC68HC711KA4 (plcc64) MC68HC711KA4 /HC11KA4 EEPROM with
adapter ADP-68HC711KA4 (Release V3.37)
eeprom
eeprom
eeprom
eprom
eprom
load
eprom
reset vectors
a68711g.exe to program MOTOROLA MC68HC711G5
with adapter ADP-68HC711G5-PL (Release V3.03)
a68811.exe
to program MOTOROLA MC68HC811E2 with adapter ADP-68HC811E2/-PL , MC68HC11A1/A8
(DIP48) EEPROM with adapter ADP-68HC811E2 (Release V3.10)
a68hc705.exe to program MOTOROLA MC68HC705C8,
MC68HC705C9, MC68HC705D9, MC68HC705C4, MC68HC705C8A, MC68HC705C9A, MC68HC705C4A,
MC68HC705C12A with adapter ADP-68HC705C9/-PL (Release V3.09)
a705bd.exe to program MOTOROLA MC68HC705BD3
with adapter ADP-68HC705BDX (Release V3.00)
a705sr3.exe to program MOTOROLA MC68HC705SR3
with adapter ADP-68HC705SR3 (Release V3.00)
a70x.exe to program ALTERA EPM7128LC84 with
adapter ADP-EPM7128-PL, EP7064LC68 with adapter ADP-EP7064-PL68,
EP7064LC84 with adapter ADP-EPM7064-PL84, EPM7096LC68 with adapter ADP-EPM7096-PL68,
EPM7096LC84 with adapter ADP-EPM7096-PL84, EPM7128QC100 with adapter
ADP-EPM7128-Q, EPM7096QC100 with adapter ADP-EPM7096-QA, EPM7064QC100
with adapter ADP-EPM7064-Q/QA, EPM7064LC44, EPM7044TC44 with adapter
ADP-EPM7064-PL44/TQ (Release V3.16)
amach.exe
to program AMD MACH110, MACH210/A/AQ, MACH215, MACHLV210/A, MACH111, MACH211,
MACH211SP with adapter ADP-MACH. amach1.exe
to program AMD MACH130, MACH230, MACH120, MACH220, MACH435, MACH445/Q, MACH131,
MACH231, MACH355/Q, MACH465/Q, MACH221, MACH231SP, MACH231/1, MACHLV466, MACH466,
MACH131SP, MACH131/1 with adapter ADP-MACH1. amach5.exe
to program AMD MACH5-128/68, MACH5-128/102, MACH5-128/120, MACH5-192/68, MACH5-192/102,
MACH5-192/120, MACH5-192/160, MACH5-256/68, MACH5-256/102, MACH5-256/120, MACH5-256/160,
MACH5-512/120, MACH5-512/160, MACH5-512/184, MACH5LV-512/120, MACH5LV-512/160,
MACH5LV-512/184, MACH5-320/120, MACH5-320/160, MACH5-320/184, MACH5LV-320/120,
MACH5LV-320/160, MACH5LV-320/184, MACH5-384/120, MACH5-384/160, MACH5-384/184,
MACH5LV-384/120, MACH5LV-384/160, MACH5LV-384/184 to use with adapter ADP-MACH5-Q100/TQ100.
SRAM that can be tested with Hilo All-03
DRAM that can tested with hilo ALL-03
ADP-TMP9-SD/Q adapter to program Toshiba TMP91P640F-10 CMOS (pqfp-64 package)
mcu
http://www.textool.cn/ production sockets
(YAMAICHI, ENPLAS, Wells-cti, sockets SOP) from Shenzhen,China
http://www.mpu51.com/ Adapter (PCB) DIP32 to PLCC32,SOL8 (SMT socket) ; Adapter
(PCB) DIP32 to PLCC32, SOL8 ( Thruhole socket) ; Willem EPROM Programmer EPROM,EEPROM,FLASH
Burnner (Vpp 12.5V,21V,25V) and adapters Resource. http://f5jtz.free.fr/pjacquet/technik.htm
converters diagrams (DIL8 to PLCC32, DIL40 to PLCC44, DIL32 to TSOP32, for PIC16C64/74
in PLCC44, for PIC16C54 in SSOP20, for PAL16V8 in PLCC20, 1Mbit Adapter for
2764/27512 programmers, and various programmers diagrams.)
Refer to Memory & Pld pages
to see other links about other eprom Programmers and programmable devices.
Also Stag pp39 MOS programmer resource
page ; other resources available here. http://www.logicalsys.com Logical Systems,Adapter,Adapters,Programming
Adapters, Socket Adapters,Prototype Adapters,Emulation Technology, Adapters.com,
Adaptors, Ironwood Electronics, PLCC, QFP, DIP, TQFP, PQFP, SOIC, TSSOP, SSOP,Yamaichi,
Enplas, EPROM, EPROM Programmer, Emulator
Hilo ALL-03 programmer : this programmer is interesting because it can program
devices that newer programmers no longer support.
******
If you look forward for other information about this universal device Programmer,
do not hesitate to contact me by e-mail at: matthieu.benoit@free.fr
.
Important Notice: Also if you have any data about this programmer, adapters diagrams,
do not hesitate to contribute to this page.
Si vous recherchez des informations pour ce programmateur, vous
pouvez me contacter par e-mail :
matthieu.benoit@free.fr . De même si vous avez des informations sur
ce programmateur, n'hésitez pas à contribuer à cette page.
ALL03 user's Manual (918 Kb - 40
pages)
Hilo
ALL-03 V9.12 device list
Andreas (Germany) also made some drivers
for the ALL-03 (PROMA-3, compatible to the ALL03A, except
the OK button...) for the following CPUs (some are already present in the
original distribution) Microchip: PIC16C554, PIC16C557, PIC16C558,
PIC16C710, PIC16C71, PIC16C711, PIC16C715, PIC16F870, PIC16F871, PIC16F872,
PIC16F873, PIC16F873A, PIC16F874, PIC16F874A, PIC16F876, PIC16F876A, PIC16F877,
PIC16F877A, PIC16F83, PIC16F84, PIC16F84A, PIC16F627, PIC16F627A, PIC16F628,
PIC16F628A, PIC16F648A ATMEL: AT89C1051, AT89C2051, AT89C4051, AT89S8253
(some chip implementations might still be buggy though, as not all have been
tested...)
here
Diagrams
of the EXPRO-60
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