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Elnec programmers comparison
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| BeeHive208S | BeeHive204 | BeeProg2 | BeeProg+ | SmartProg2 | MEMprog2 | PIKprog2 | T51prog2 | SEEprog | ||
|---|---|---|---|---|---|---|---|---|---|---|
| Programmer type | universal stand-alone multiprogrammer | universal multiprogrammer | universal | universal | universal | specialized | specialized | specialized | specialized | Programmer type |
| Device type | all kinds of programmable devices | all kinds of programmable devices | all kinds of programmable devices | all kinds of programmable devices | all kinds of programmable devices | EPROM, Flash EPROM, serial EEPROM | Microchip PICmicro series, serial EEPROM | MCS51 series and Atmel AVR microcontrollers | serial EEPROM | Device type |
| Devices supported by latest version of SW |
55031 | 55031 | 55216 | 55486 | 24557 | 11531, (24557, after upgrade to SmartProg2) | 9985, (24557, after upgrade to SmartProg2) | 10181, (24557, after upgrade to SmartProg2) | 7163 | Devices supported by latest version of SW |
| Multiprogramming capability | YES (8 sites) | YES (4 sites, up to 2 programmers to one PC) | YES (up to 8 programmers to one PC) | YES (up to 8 programmers to one PC) | NO | NO | NO | NO | NO | Multiprogramming capability |
| Pin drivers | 8x 48 pins, universal | 4x 48 pins, universal | 48 pins, universal | 48 pins, universal | 40 pins, universal | 40 pins, specialized to memory | 40 pins, specialized to PICmicro | 40 pins, specialized to MCS51 | 8 pins, specialized to serial EEPROM | Pin drivers |
| TTL pindriver | universal, 1.8V-5V | universal, 1.8V-5V | universal, 1.8V-5V | universal, 1.8V-5V | universal, 1.8V-5V | universal, 1.8V-5V | universal, 1.8V-5V | universal, 1.8V-5V | universal, 3.3V-5V | TTL pindriver |
| Analog pindriver | universal, 1.8V-7V(1x), 1.8V-26V(2x) | universal, 1.8V-7V(1x), 1.8V-26V(2x) | universal, 1.8V-7V(1x), 1.8V-26V(2x) | universal, 1.8V-7V(1x), 1.8V-26V(2x) | specialized, 1.8V-7V(1x), 1.8V-26V(1x) | specialized, 1.8V-7V(1x), 1.8V-26V(1x) | specialized, 1.8V-7V(1x), 1.8V-15V(1x) | specialized, 1.8V-7V(1x), 1.8V-15V(1x) | specialized, 3.3V, 5V | Analog pindriver |
| Capability of next devices support |
level A | level A | level A | level A | level B | level B | level B | level B | level C | Capability of next devices support |
| ISP capability | YES, (ISP connector, level Z) | YES, (ISP connector, level Z) | YES, (ISP connector, level Z) | YES, (ISP connector, level Z) | YES, (ISP connector, level Y) | YES, (ISP connector, level Y). SW support after upgrade to SmartProg2 | YES, (ISP connector, level Y) | YES, (ISP connector, level Y) | NO | ISP capability |
| Software for OS Windows 95/98/Me/NT | Stand-alone programmer, XP Embedded inside | NO | YES | YES | YES | YES | YES | YES | YES | Software for OS Windows 95/98/Me/NT |
| Software for OS Windows 2000/XP/2003/XP64/Vista/7 | Stand-alone programmer, XP Embedded inside | YES | YES | YES | YES | YES | YES | YES | YES | Software for OS Windows 2000/XP/2003/XP64/Vista/7 |
| Embedded CPU | YES | YES | YES | YES | YES | NO | NO | NO | NO | Embedded CPU |
| BeeHive208S | BeeHive204 | BeeProg2 | BeeProg+ | SmartProg2 | MEMprog2 | PIKprog2 | T51prog2 | SEEprog | ||
| FPGA pindriver | YES | YES | YES | YES | YES | YES | YES | YES | NO | FPGA pindriver |
| Self-test | YES | YES | YES | YES | YES | YES | YES | YES | NO | Self-test |
| Insertion test | YES | YES | YES | YES | YES | YES | YES | YES | NO | Insertion test |
| Interface to PC | Stand-alone programmer | USB port (2.0 high-speed) | USB port (2.0 high-speed)/LPT port (IEEE1284) | USB port (2.0 high-speed)/LPT port (IEEE1284) | USB port | USB port | USB port | USB port | LPT port | Interface to PC |
| Programming speed Program & verify [m:s] |
extremely | extremely | extremely | super | very high | very high | very high | very high | high | Programming speed Program & verify [m:s] |
| 24FC128 | 00:02.3 | 00:02.3 | 00:02.3 | 00:02.5 | 00:05.9 | 00:05.9 | 00:05.9 | 00:05.9 | 00:09.8 | 24FC128 |
| M25P20 | 00:03 | 00:03 | 00:03 | 00:03 | 00:12 | 00:12 | 00:12 | 00:12 | 01:44 | M25P20 |
| QB25F640S33 | 00:30.7 | 00:30.7 | 00:30.7 | 00:48.4 | 05:06 | 05:06 | - | - | - | QB25F640S33 |
| SST39VF016Q | 00:40.8 | 00:40.8 | 00:40.8 | 00:47 | 04:40 | 04:40 | - | - | - | SST39VF016Q |
| Am29DL640G | 00:24 | 00:24 | 00:24 | 00:42 | 04:40 | 07:19 | - | - | - | Am29DL640G |
| K8P6415UQB | 00:13 | 00:13 | 00:13 | 00:23 | - | - | - | - | - | K8P6415UQB |
| K9F1G08U0M | 02:02.7 | 02:02.7 | 02:02.7 | 03:30 | - | - | - | - | - | K9F1G08U0M |
| PIC18LF8720 | 00:11 | 00:11 | 00:11 | 00:12.1 | 00:18.7 | - | 00:18.7 | - | - | PIC18LF8720 |
| AT89C51RD2 | 00:14.4 | 00:14.4 | 00:14.4 | 00:14.4 | 00:18 | - | - | 00:18 | - | AT89C51RD2 |
| CE laboratory approval | pending | pending | pending | YES | YES | YES | YES | YES | YES | CE laboratory approval |
| Other features | Stand-alone programmer. Auto-Sense and Run. Auto Serial Number. Concurrent (asynchronous) multiprogramming. JAM/STAPL/VME/SVF player.Compared with BeeHive8S: - much higher programming speed (20-70%) of high-capactity memories |
Auto-Sense and Run. Auto Serial Number. Concurrent (asynchronous) multiprogramming. JAM/STAPL/VME/SVF player. Compared with BeeHive4+: - much higher programming speed (20-70%) of high-capactity memories |
Auto-Sense and Run. Auto Serial Number. Multiprogramming. TTL/SRAM Test. JAM/STAPL/VME/SVF player.Compared with BeeProg+: - much higher programming speed (20-70%) of high-capactity memories |
Auto-Sense and Run. Auto Serial Number. Multiprogramming. TTL/SRAM Test. JAM/STAPL/VME/SVF player.Compared with BeeProg: - new design, buil-in power adapter - improvements of ISP programming - improvements of very low voltage (1.8-2.0V) programming |
Auto Serial Number. SRAM Test | Auto Serial Number. SRAM Test | Auto Serial Number | Development in cooperation with Atmel W&M. Auto Serial Number. | Auto Serial Number | Other features |
| BeeHive208S | BeeHive204 | BeeProg2 | BeeProg+ | SmartProg2 | MEMprog2 | PIKprog2 | T51prog2 | SEEprog |
Description of properties
Programmer type:
- Universal programmer: programmer supports wide range of programmable devices and is virually capable to program almost every programmable device.
- Specialized programmer: programmer focused to support some family of devices (microcontrollers, serial EEPROMs, ...).
- Stand-alone programmer: Programmer that can operate alone - don't need to be connected to some control computer.
Pin drivers:
- Universal pindriver: all features are available for each pin of pindriver.
- Specialized pindriver: pindriver that provide only necessary features to pins of pindriver for programming of some limited sort(s) of programmable device.
Capability of next devices support (in ZIF socket mode):
- Level A: New device to be added in the future may have any number and any position of GND, VCCP, VPP and TTL in/out pins.
- Level B: New device to be added in the future must have the same GND, VCCP and VPP pins position as already supported types, but may have any position of TTL in/out pins.
- Level C: New device to be added in the future must have the same GND, VCCP and VPP pins position/volatage levels as already supported types. New device must also have the same TTL in/out pins position as already supported types.
Capability of ISP connector:
- Level X: The programmer can provide at ISP connector logic level signals (H/L/PU/PD/read) only. The "target VCC sense" feature is also available to check, if the target system provide a proper level of VCC to programmed chip.
- Level Y: Level X + the programmer can provide a VCC (both sink/source driven) and VPP voltage for programmed chip.
- Level Z: Levels X+Y. Additionally the programmer can provide a power supply for whole target system.
Embedded CPU:
The programmer features embedded microcontroller that is capable to solve special situation during operation (power-fail, communication time-out, error recovery, ...). It is suitable primarily for manufacturing programmers.FPGA pindriver:
The programmer features embedded FPFA (field programmable array) pindriver is capable to be easy and quickly adapt to any configuration, as issued from the chip programming specification. The advantage is optimized TTL pindriver for each displacement of Addess/Data signals, which much increase the chip programming speed. The embedded engine in the FPGA is also capable to run a time-critical and time-consuming parts of code inside of the programmer.DOS version
of SW for programmers has been discontinued since 7/2003.
