Ultra-High-Speed Universal 64-Pin Driver Mass Production Programmer BeeHive304
Performance beast - parallel king - intelligent manufacturing core
Product model: BeeHive304 (Ord.no: 60-0062)
BeeHive304 is an ultra-high-speed universal 4x64-pin driver mass production multi-programmer, core focus on large-capacity memory chip programming, single unit integrates 4 independent universal programming stations based on BeeProg3, can program 4 chips simultaneously at extreme speed, perfectly suited for high-requirement desktop programming and automated production systems.
Product Details:


Core Advantages
Extremely Wide Device SupportSoftware version 4.09 already supports 75,043 devices from 367 manufacturers, covering mainstream memory chips, MCU, CPLD/FPGA etc.
Four-Station Independent Parallel ArchitectureSingle unit integrates 4 independent universal programming stations, all based on BeeProg3 core technology, can program in parallel simultaneously, efficiently improving capacity
Top Hardware PerformanceAdvanced FPGA design, high-performance ARM processor and built-in SSD, achieving theoretical limit-level programming speed
Powerful 4x64-Pin Pin DriversEach station is equipped with feature-rich, precise and powerful 64-pin pin drivers, providing complete programming signals for all programmable devices
Ultra-Low Voltage CompatibilitySupports devices with core voltage as low as 0.8V, perfectly compatible with new-generation low-voltage advanced process chips
Extreme Ultra-Fast Programming SpeedOne of the fastest programmers in the world, single station provides stable programming speed above 31MB/s continuously, 8GB eMMC NAND Flash programming within 250 seconds (provided the memory chip itself is fast enough)
Flexible Programming ModulesSupports universal programming modules (for various IC packages) and dedicated modules (optimized for specific device families)
All-Pin ESD ProtectionAll pins of programming module interface (including driver and auxiliary signals) are equipped with ESD electrostatic protection
Dual-Interface High-Speed ConnectionUSB 2.0 HighSpeed interface
LAN port up to 1Gbit
Convenient Software ExperienceComfortable and easy-to-use control software, fully compatible with Windows XP to Windows 11 (32/64-bit) x86/x64 architecture PCs
Efficient Expansion CapabilitySingle PC can connect 2 BeeHive304 units, optimizing programming station utilization
Single software suite supports up to 64 programming stations (16 BeeHive304 units)
Can be integrated into third-party automated programmers and ATE testers via simple remote control
Fast Response ServiceSupports OnDemand software customization, software update completed within 1 day after customer submits requirements
Quality AssuranceR&D and production in Slovakia, CE laboratory certified, 1-year warranty


PC System Requirements
General Software RequirementsOperating system: Windows XP - Windows 11 (32/64-bit, x86/x64 architecture)
Hardware interface (choose one of two)At least 1 USB port compatible with USB 2.0
At least 1 LAN port


Applicable Scenarios
High-speed mass production programming of large-capacity memory chips (eMMC, NAND Flash etc.)
Automated production lines with extreme requirements on programming speed and capacity
Multi-chip parallel verification testing in high-end R&D laboratories
Automated programming systems integrating third-party ATE equipment


Why Choose BeeHive304

It integrates the flagship performance of 4 BeeProg3 units into one machine, achieving 4x concurrent capacity while maintaining 31MB/s extreme programming speed, the efficiency king of large-capacity memory chip mass production and the first choice for high-end automated production.

BeeHive304 Programming Speed
DeviceSize [bits]OperationTime
JS28F00AM29EWH (parallel NOR Flash)4000080hx16 (1 Giga)programming and verify110 sec.
MT29F1G08ABAEAWP (parallel NAND Flash)8400000hx8 (1 Giga)programming and verify21.5 sec.
SDIN8DE2-8G (eMMC NAND FLASH)1D2000000hx8 (64 Giga)programming *1269 sec.
S25FL164K (serial Flash)800300hx8 (64 Mega)programming and verify21.5 sec.
AT89LP51RD2 (microcontroller)10000hx8programming and verify7.3 sec.
PIC32MX360F512L (microcontroller)80000hx8programming and verify9.3 sec.
*1: Programming verification is done through the built-in controller of the eMMC device. The device receives data blocks and cyclic redundancy check code (CRC), if data completely matches the check code, the built-in controller confirms programming success.
Test conditions: Computer configuration: Intel i3-4130, 3.4GHz, 4GB RAM, USB 2.0 high-speed interface, Windows 10 Pro; software version: 3.53 (October 2019).
Leave a Message
Related Product Recommendations