Ultra-High-Speed Universal 4x48 Pin-Driver Concurrent Mass Production Programmer (Composite Programm
Model: BeeHive404 (ord.no. 60-0064)
BeeHive404 is ELNEC's new generation 4x48 pin high-speed parallel mass production programming system. The whole machine integrates 4 sets of independent BeeProg4 programming cores, supporting asynchronous concurrent programming. It is the comprehensive upgrade replacement of BeeHive204, built for large-batch chip mass production, supporting both offline ZIF socket programming and on-board ISP in-line programming. Hardware driver, programming speed and device compatibility are fully optimized, greatly reducing manual operation costs on production lines.
Product Details:


Core Advantages
Massive Chip Library, Full-Domain CompatibilityAs of software V4.13, supports 140,402 devices from 482 IC manufacturers, covering old EPROM, mainstream MCU, SPI/NAND/eMMC, FPGA/PLD, automotive low-voltage devices, no proprietary core module needed, one machine covers all categories of programmable chips
Four-Channel Independent Asynchronous Parallel Architecture4 stations completely isolated and independently operated, no mutual interference; when changing chip on one station, the other three channels keep producing, maximizing equipment utilization.Modular hardware, single channel failure does not affect whole machine production, easy maintenance, low downtime lossLD/FPGA
New Generation FPGA High-Speed DriverStable 5MB/s programming rate per station, pin driver supports low-voltage chips down to 1.8V, no signal overshoot, no ground bounce, adapted to current advanced low-power semiconductor processes, greatly shortening large-capacity storage programming time
Offline + ISP Dual-Mode Universal ProgrammingEach station is equipped with a standard 20-pin mis-insertion-proof ISP interface, supporting PCB in-line programming and firmware debugging, compatible with JTAG, Jam, SVF, VME full-industry standard debug files, for both samples and mass production
Full-Chain Multi-Level Safety ProtectionAll pins of ZIF and ISP have 15kV air / 8kV contact ESD protection; built-in chip insertion detection, contact verification, reverse/misalignment recognition, over-current power-off protection, avoiding chip damage in advance, reducing material scrap cost
Mass Production Dedicated Control SoftwareComes with PG4UWMC professional mass production software, four-station status visualized monitoring; project files support password lock and protection mode, preventing operators from tampering parameters; supports automatic serial number, batch calibration code, production count statistics, avoiding human errors
Long-Term Free Software ServiceLifetime free device library updates, new versions pushed every 4 weeks; OnDemand ultra-fast adaptation service, algorithm development completed within hours for new chip requirements at the fastest, most adaptation services free
Factory Industrial-Grade WarrantyOriginal whole machine from Slovakia, CE safety certified, 1-year warranty



PC System Requirements
Operating system: Windows10, Windows11 (32/64-bit x86/x64 fully compatible)
Hardware interface: at least 1 USB2.0 high-speed port



Application Scenarios
Mass production programming of memory chips, MCU and other devices for electronics manufacturers
Automated production lines requiring high concurrency and high-efficiency programming
Multi-chip parallel verification and testing in R&D laboratories
Professional electronics companies with extremely high requirements for capacity and stability


Why Choose BeeHive404

All points are derived from official website parameters:

1. BeeProg4 core, replacing BeeHive204

2. Asynchronous parallel, single channel independent operation

3. Mass production software, multi-level protection (ESD, insertion detection, project encryption are official standard features)

4. ISP+ZIF dual modes

5. Massive device library, lifetime free updates

6. ESD industrial protection


BeeHive404 Programming Speed
DeviceSize [bits]OperationTime
K8P6415UQB (parallel NOR Flash)400100hx16 bit (64 Mega)programming and verify16.5 sec.
MT29F1G08ABAEAWP (parallel NAND Flash)8400000Hx8 (1 Giga)programming and verify46.2 sec.
THGBM3G4D1FBAIG (eMMC NAND Flash)2048 MB x8 (16 Giga)programming *1339 sec.
QB25F640S33 (serial Flash)800200hx8 (64 Mega)programming and verify30.9 sec.
AT89LP51RD2 (microcontroller)10000hx8programming and verify7.4 sec.
PIC32MX360F512L (microcontroller)80000hx8programming and verify10 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 consistent with a card reader. Programming and verification are completed by the on-chip controller, which confirms whether programming completed normally through the status register.


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