▶ Efficient Programming, Speed First

PF210 adopts high-speed ARM architecture main chip as core driver, and deeply optimizes programming algorithms for different chip types, significantly improving data writing and verification speed while ensuring programming stability. Whether it is frequent debugging in the R&D stage or high-intensity operations in mass production, it can effectively shorten programming time and improve work efficiency

▶ Practical and Portable, Flexible Scenarios

The equipment design is light and compact, the whole machine is small and easy to carry, especially suitable for:

 • Engineering R&D: quickly set up programming environment, convenient for bench movement and temporary debugging

 • QC inspection: as a flexible tool in production line quality control, spot-check anytime, quick response

 • Truly realizing "carry for R&D, usable on production line"

▶ Interface Expansion, Worry-Free Mass Production

 • PF210 is equipped with USB2.0 high-speed communication interface with transfer rate up to 480Mbps, ensuring fast and stable transmission of large-capacity data. It also provides ATE control interface, which can directly connect automated machines for fully automatic pipeline programming

 • Supports multi-machine collaborative expansion - 1 PC can connect up to 8 PF210 units simultaneously, easily building a small programming cluster to meet mass production capacity needs

▶ Standalone Function, Independent Operation

New standalone independent programming function, built-in 16GB large-capacity memory card, allows downloading and saving up to 30 project files. After completing project configuration, PF210 can run independently without PC, monitoring programming progress and status in real time through body buttons and display. Standalone mode effectively frees PC resources, simplifies production line deployment, and improves operation flexibility

▶ Strong Compatibility, Lower Cost

Supports 48-Pin universal driver pins, achieving good compatibility with various packaged chips at the pin driver level. This design greatly improves the universal adaptation capability of programming sockets, reducing socket replacement frequency when switching chip models, effectively lowering users' consumable and management costs

▶ Broad Chip Support

PF210 is compatible with mainstream universal chip types, covering:

 • MCU (various mainstream microcontrollers)SPI Nor Flash / Nand Flash

 • PLD and other programmable logic devices

 • Also supports customized project needs for various Nand Flash programming, providing flexible solutions for special application scenarios

▶ Intelligent Operation, Quality Control

Built-in multiple intelligent auxiliary functions:

 • Pin contact check (PCC): monitors chip pin and programming socket contact status in real time, avoiding programming anomalies caused by poor contact

 • Device ID check: automatically verifies chip model and identity information, preventing wrong and mixed materials

 • Automatic serial number increment: supports automatic serial number accumulation during programming, convenient for product traceability and coding management

 • Buzzer notification: provides clear audible feedback of operation status, convenient for grasping programming progress in time

▶ Automatic Programming Commands, Improve Capacity

Supports editing multi-operation batch command lists, presetting complete programming flow through PC software and executing automatically. From file loading to programming verification, the whole process runs automatically, reducing manual intervention and waiting time, improving unit capacity

▶ Secure Encryption, Protecting Intellectual Property

Provides Special Bit Setting function, enabling personalized configuration and encryption processing for target chips, ensuring chips adapt to target system operation while effectively protecting firmware code and intellectual property

▶ Thoughtful Help, Worry-Free Operation

The software has built-in detailed device programming special requirements and algorithm descriptions, users can view with one click via the "Info" key. Whether it is programming timing requirements of specific chips or buffer data adjustment suggestions, they can be quickly obtained, lowering the usage threshold