XP866+ USB EEPROM & BIOS Programmer

The XP866+ USB EEPROM & BIOS Programmer is a compact, high-speed programming tool designed for reading, writing, and repairing memory chips found in everyday electronics. It connects to a PC over USB and supports the 24, 25, 26, 93, and 95 series EEPROM and SPI Flash chips used across routers, LCD panels, TVs, DVD players, hard disks, and computer motherboards, making it a practical choice for repair technicians who regularly work across different device categories rather than a single product line.

Speed is one of the XP866+'s standout traits. On common chips like the EN25T80, it completes a full read in around 3 seconds and a write in about 9 seconds, which noticeably cuts down turnaround time compared to slower programmers, especially when a technician is working through multiple chips in a single repair session. This is paired with automatic chip identification, so the programmer detects the chip model, checks whether a chip is correctly seated in the socket, and automatically selects the correct supply voltage. That combination reduces setup errors and the risk of damaging a chip through an incorrect voltage setting.

For repair shops or production environments that need to duplicate the same firmware across many chips, the XP866+ includes an offline copy function. This lets the device replicate chip contents without needing the host PC connected for every single unit, which is particularly useful for batch programming scenarios such as replacing a run of failed BIOS chips with pre-verified firmware.

The programmer is built around ongoing compatibility rather than a fixed chip list. It supports PC software and firmware upgrades, so as new chip variants enter the market, the device can be updated to recognize and program them without needing to replace the hardware. This keeps the tool relevant for longer than programmers with a fixed, non-upgradable chip database.

In practice, the XP866+ suits technicians handling BIOS chip failures on motherboards, routers that have lost their firmware, LCD displays with corrupted EDID or configuration data, and similar memory-chip-level repairs on consumer electronics. Its combination of broad chip series support, fast read/write performance, and automatic detection makes it a solid general-purpose option for a repair bench that needs to move quickly between different device types without constantly reconfiguring settings by hand.

Features

• Fast read/write performance, around 3 seconds to read and 9 seconds to write common chips like EN25T80

• Automatic chip model identification and seating detection

• Automatic power supply voltage selection to reduce programming errors

• Offline copy function for batch programming without a constant PC connection

• Broad support across 24, 25, 26, 93, and 95 series EEPROM and Flash chips

• Upgradable PC software and programmer firmware for ongoing chip compatibility

• USB connectivity for straightforward PC-based operation

• Suited to repair work across routers, LCDs, TVs, DVD players, PCs, and hard disks

Specifications

• Connectivity: USB

• Supported Chip Series: 24, 25, 26, 93, 95 series EEPROM and SPI Flash

• Read Speed (EN25T80): Approximately 3 seconds

• Write Speed (EN25T80): Approximately 9 seconds

• Operating System Compatibility: Windows 8 (32-bit and 64-bit)

Applications

• BIOS chip repair on desktop and laptop motherboards

• Router firmware chip recovery

• LCD and TV memory chip programming

• DVD player and consumer electronics chip repair

• Hard disk firmware chip recovery

• Batch chip programming for repair shops or small-scale production

• General EEPROM and Flash chip data recovery