| Core Advantages | |
| Extremely Wide Device Support | Supports 139,760 devices from 479 manufacturers, software continuously updated, covering more new chips |
| Ultimate Programming Speed | Outstanding high-speed performance among similar products, stable programming speed up to 6MB/s or more, large-capacity memory chips programmed quickly |
| Powerful 48-Pin Pin Drivers | Built-in 48-pin high-performance universal pin driver circuit, supports wide voltage range, compatible with various DIL package devices, with adapters supports more package types |
| In-Circuit Programming Support | Equipped with standard ISP interface, supports in-circuit programming, firmware programming and updates completed without removing the chip |
| High-Speed USB Connection | Standard USB 2.0 High-Speed interface (up to 480Mbit/s), stable connection, efficient transfer, compatible with mainstream computer configurations |
| Comprehensive System Compatibility | Companion operation software is simple and easy to use, fully compatible with Windows operating system (32/64-bit) x86/x64 architecture PCs |
| Multi-Machine Parallel Programming | Supports a single PC connecting multiple devices working synchronously, realizing multi-task parallel programming, significantly improving mass production efficiency |
| Complete Protection Design | All pins equipped with ESD electrostatic protection, overcurrent and power failure safety protection, effectively protecting equipment and chip safety |
| Fast Software Update Service | Supports OnDemand device customization updates, software adaptation can be completed within 1 day after customer submits new device requirements |
| Reliable Quality Assurance | Originally manufactured in Slovakia, CE certified, 3-year warranty service |
| PC System Requirements |
| Operating system: Windows series operating system (32/64-bit, x86/x64 architecture) |
| Hardware interface: at least 1 USB port compatible with USB 2.0 High-Speed |
| Applicable Scenarios |
| Electronics enterprise R&D, small-batch mass production chip programming |
| Equipment repair industry firmware recovery and program updates |
| Educational institution electronic engineering experiments and teaching |
| Automated production line integration and multi-station parallel programming |
| Users who need to replace BeeProg2 and pursue higher performance and compatibility |
Why Choose BeeProg4
It is ELNEC's fastest programmer, designed for large-capacity memory chips, with 31MB/s sustained programming speed and 0.8V ultra-low voltage support, the performance benchmark for high-end R&D and automated mass production.
1. Official Upgrade of BeeProg2, Seamless Compatible Replacement
Software and hardware fully compatible with existing accessories and project files, existing users need not change processes or adapters, directly smooth upgrade.
2. Faster Programming Speed, Higher Mass Production Efficiency
New hardware architecture optimization, significantly faster than the previous generation, shorter time for large-capacity chips, saving working hours in long-term mass production.
3. Latest Device Library, Wider and More Cutting-Edge Support
Supports 139,760+ devices from 479 manufacturers, more complete support for new MCUs, low-voltage memories and automotive-grade devices, longer equipment life cycle.
4. Compact Size, More Flexible Deployment
Compact and lightweight body, less workbench occupation, suitable for multi-machine parallel, laboratory, production line and repair scenarios.
5. Upgraded Protection, More Stable and Reliable Operation
All-pin ESD electrostatic protection, strengthened overcurrent/power failure protection, reduced risk of chip damage, suitable for high-intensity continuous use.
6. Original Quality + Long-Term After-Sales Guarantee
Originally imported from Slovakia, CE certified, 1-year warranty + free software updates, fast response to new device support, more worry-free long-term use.
| BeeProg4 Programming Speed | |||
| Device | Size [bits] | Operation | Time |
| K8P6415UQB (parallel NOR Flash) | 400100hx16 bit (64 Mega) | programming and verify | 16.5 sec. |
| MT29F1G08ABAEAWP (parallel NAND Flash) | 8400000Hx8 (1 Giga) | programming and verify | 46.2 sec. |
| THGBM3G4D1FBAIG (eMMC NAND Flash) | 2048 MB x8 (16 Giga) | programming *1 | 339 sec. |
| QB25F640S33 (serial Flash) | 800200hx8 (64 Mega) | programming and verify | 30.9 sec. |
| AT89LP51RD2 (microcontroller) | 10000hx8 | programming and verify | 7.4 sec. |
| PIC32MX360F512L (microcontroller) | 80000hx8 | programming and verify | 10 sec. |
| Test conditions: PC configuration: Intel Core i7-12700, 2.1GHz, 32GB RAM, USB 2.0 HS, Win 11, software PG4UW v4.11 | |||
| Note: *1 - implementation is the same as a card reader. Programming verification is done by the on-chip controller, which confirms via the status register whether programming completed normally. | |||






