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Universal Device 4Gang Programmer
+ Highly cost effective high speed universal
4Gang programmer
+ PC-USB 1.1 / 2.0 interface
+ Multi-socket program mode (concurrent programming
mode) |
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SPEEDPRO 400 is a high-speed universal
device 4Gang programmer for USB 2.0 PC-interface. It
programs a 64Mbit flash memory in 42 seconds. SPEEDPRO
400 is the most innovative and cost
effective 4gang programming solution on the market.
SPEEDPRO 400 supports a wide variety of programmable
devices. Its state-of-the-art technology and high-speed
programming algorithms optimize throughput, reliability
and yields.
SPEEDPRO 400 is designed specifically for high
speed/high density memory programming, with high speed
FPGA in each control board and ultra fast data transfer
through a USB interface.
SPEEDPRO 400 offers an interface that is: user
friendly, powerful and informative, but most importantly
simple and straightforward. SPEEDPRO 400 is 48
universal pin-drivers in each socket support Programmable
ROMs from all major manufacturers. Since each pin is
software addressable, new part numbers are added to
our support list through simple software upgrades. Today's
flash memory market demands more than just production
and testing tools.
To meet these requirements, SPEEDPRO 400 can
be configured with non-DIP package adapters such as
TSOP, SOP, QFP, PLCC, and BGA from our factory stock,
to reduce manufacturing time and cost. MultiMax is therefore
ideal for production lines that need to program a full
range of device types and packages. SPEEDPRO 400
is the next generation programming system, custom designed
to meet the needs of today's most demanding programming
environment. The SPEEDPRO 400 supports the latest
device technologies, regardless of package type.
ProView features SPEEDPRO 400 programmers
in the multiple-programming mode for high volume production
purpose. The Gang Program Mode (Concurrent Programming
Mode) can program any device and the fault-tolerant
architecture allows the programmer to continue production
even if one of the programmers should fail.
Software description
:
| ¡Ü |
Supports
full WINDOW 98SE/2000/NT and XP |
| ¡Ü |
Auto
search device select function supports E(E)PROMs
& Microcontrollers |
| ¡Ü |
Device
insertion test identifies improperly inserted
device before programming |
| ¡Ü |
Check for incorrect device insertion, backward,
incorrect position, and poor pin contact |
| ¡Ü |
High-speed
device function tests and user creatable test
library |
| ¡Ü |
Device Operations:
Read, Blank check, Program, Verify, Checksum,
Data compare, Security,
Auto(blank check-program-verify), Option Bit
program |
| ¡Ü |
Display programming
parameters and optional bit information on
the screen |
| ¡Ü |
Set device/buffer
address ranges before programming devices |
| ¡Ü |
Extensive on-line
F1 help system provides text and graphics |
| ¡Ü |
User-changeable
programming parameters |
| ¡Ü |
Built-in editor
for both buffer date and test vectors |
| ¡Ü |
Support
Binary and all hex files (POF and JEDEC, Intel
Hex, Motorola S Records, Tek hex,
hex-space, Extended Tekhex, and others; automatic
file type recognition )
with Load, Edit, and Save Commands |
| ¡Ü |
Distribution
of 16- and 32- bit data into 8-bit portions |
 |
Hardware description :
| ¡Ü |
On-board
FPGAs for extremely fast communication |
| ¡Ü |
Supports
real low-voltage(5, 3.3, 2.7, 1.8 volts) support: |
| ¡Ü |
Detects
all pin locations for poor or damaged pin
contacts |
| ¡Ü |
External "Start" key allows customer
to execute auto program parameters without
PC command |
| ¡Ü |
Detects
all pin locations for poor or damaged pin
contacts |
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Include switching
power supply, select power input at 100V or
240 VAC |
| ¡Ü |
Current limiting
protects hardware circuit from improperly
inserted or defective chips
and operation errors |
| ¡Ü |
Standard 48-pin
ZIF(Zero Insertion Force) socket accepts both
300mil and 600 mil DIP devices |
| ¡Ü |
True universal
pin driver hardware |
| ¡Ü |
Support a high-speed
USB2.0 port for PC interface |
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Support a standard
IEEE-1149.1 (JTAG) port |
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Hardware diagnostic
program exams all socket-pin drivers before
using |
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Dimension :
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Module
: 2700mm(L) x 3420mm(W) x 1138mm(H) |
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Weight:
4.5kg |
Optional adapter :
| ¡Ü |
Programming
adapter's for non-standard DIP package |
| ¡Ü |
SPEEDPRO
400 programmer with 48pin ZIF(DIP) 4sockets |
Package :
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Internal
universal switching power supply : select power
Input at 110V or 240 VAC, 50/60 Hz |
| ¡Ü |
5 feet long
USB cable and User's manual in CD-ROM |
System requirement :
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Type :
Pentium PC or compatibles. PS/2, Portable(notebook)
computer. |
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A hard disk
drive(200 Megabytes) is recommended for software
installation and operation |
| ¡Ü |
PC RAM
size : 256Mb of conventional memory |
| ¡Ü |
I/O port
: USB 1.1 or 2.0 |
| ¡Ü |
OS : WIN
98SE/NT/2000/XP or greater |
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Support
device :
| Serial Flash |
M25Pxx, MX25Lxx, S25LFxx,
SST25VFxxx |
| Flash Memory |
28Fxxx, 29Fxxx, 38Fxxx, 29LVxxx,
26LVxxx, 29GLxxx, 29ALxxx, 29Wxxx, 36xxx,
32HFxxx, 34VFxxx, 37VFxxx, ,39SFxxx, 39VFxxx,
45LFxxx, 49LFxxx, 50FWxxx |
| EPROM |
27xxx and 27Cxxx series, from
16Kbit to 32Mbit with 8-bit/16-bit data width
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| EEPROM |
27Exxx,
28xxx , and 28Cxxx series |
| Flash EPROM |
256Kbit to 32Mbit 28Fxxx,
29Fxxx, 29Cxxx, 29BVxxx, 29LVxxx, 29Wxxx,
49Fxxx series |
| Serial E(E)PROMs |
24Cxx, 24Fxx, 25Cxx, 59Cxx,
EPC1/1213/1648, and 93Cxx |
| Bipolar PROM |
27Sxx, 7Cxxx, 71xx, 74Sxx,
87Sxx, 82Sxx |
| isp LOGIC series |
ispLSI(10/20)xx, ispGAL22V10,
ispGDS1(2)x, LC40(41)xx M4Axxx series |
| PALCEs, GALs |
16V8, 20V8, 22V10, 20RA10,
26V12 series |
| Dallas NV RAMs |
DS12xx, DS13xx, DS15xx, DS16xx
series |
| PEELs |
153, 173, 253, 273, 18CV8,
20CG10 series |
| EPLDs |
PLCxxx, PLSxxx, PLUSxxx, Epxxx,
EPCxxx, EPMxxx, PLDxxx, 5Cxxx, 85Cxxx series |
| SPLDs, CPLDs |
ATF16/20/22Vxx, ATV750/1500/2500 |
| MACH series |
MACH1xx/2xx/4xx, and xxx-SP
series |
| MAX series |
MAX5000, MAX7000 series |
| 8748 |
8741, 8742, 8748, 8749 series
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| 8751 Microcontrollers |
87C51/52, -FA, -FB, -FC, '528,
'652, '654, '54
89Cxx, 89Sxx, 89LVxx, 89Cxxxx, DCF85xx, 85(87/89)LPCxxx,
PXAxx series, 87C751/752 |
| SGS-Thomson |
ST62xx, ST7xx,
ST9xx, ST10xx series |
| Xilinx EPLDs |
XC17Sxxx, 17Vxxx, 72xx, 73xx,
XCF01 / 02 / 04 series |
| WSI's PSD3xx |
Psd311 |
| MCHP's PICs |
PIC12Cxxx, PIC16xxx, 17xxx
series |
| Motorola |
MC68705, MC68HC705, MC68HC711,
MC68HC908, MC9S08 series |
| Zilog |
Z86Cxx, Z86Exx series |
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| Programming
speed with 100% data in memory (min:sec) : |
|
Device P/N
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Read
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Blank
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Prog
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Verify
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Erase
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AM29F032B
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4.70
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4.80
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56.24
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4.73
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38.16
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AM29LV128ML
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6.70
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6.65
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03:26.00
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6.65
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AM29LV256MH
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17.41
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16.00
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04:06.16
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16.77
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AM29LV641DH
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4.20
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4.43
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42.02
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4.44
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E28F128J3A
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9.93
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7.49
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1:55
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7.75
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01:43.30
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E28F128J3C
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9.93
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7.49
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02:01.80
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7.75
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30.31
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E28F640J3C
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4.27
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4.09
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70.02
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4.19
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17.5
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K8D3216UTC-T
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2.47
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2.47
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22.17
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2.51
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MX26L004BQC
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0.81
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0.81
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28.24
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0.81
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31.87
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MX29LV641MH
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4.86
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01:10.40
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4.83
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RD38F2040
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3.09
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3.09
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18.71
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3.09
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53.47
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RD38F4050
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18.81
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18.30
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04:41.8
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| *
Programming speed is reduced for concurrent gang programming
mode at density of memory device |
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