Full [new]: Be2works 4.52

| Manufacturer | Supported Chip Models | |--------------|------------------------| | Texas Instruments (TI) | BQ20xx, BQ2083, BQ2084, BQ20845, BQ2085, BQ8020, BQ20Z40, BQ20Z45, BQ20Z60, BQ20Z65, BQ20895, BQ30Z55, BQ30Z551, BQ30695A, BQ40Z5xx, BQ40Z695, BQ80201, BQ8030, BQ8055, BQ9000 | | Renesas (NEC) | M37512, R2J240 | | Maxim | MAX1781, MAX1786, MAX1789 | | Other OEM chips | SN80306, SN8765, BM3318, NT1908, A2170, A2169, MEGA406 (used in ASUS batteries) |

The "Full" version of BE2Works (specifically version 4.52) offers several deep-level features that are restricted or unavailable in the demo version: Chip Unsealing:

When a laptop battery fails, users often assume the issue lies entirely with the internal lithium-ion cells. However, modern packs are governed by an internal Printed Circuit Board (PCB) containing a specialized microcontroller or gas gauge chip (such as Texas Instruments' BQ-series). Be2works 4.52 Full

For users looking to avoid some of the troubles with version 4.52, a newer version, , has emerged. This newer version supports Windows 10, and some user reports claim it has improved chip support and can modify static parameters (like design capacity) that version 4.52 couldn't, due to better checksum handling. However, it only supports the CP2112 interface and is not compatible with the EV2400, making it less flexible than version 4.52.

Using the official adapter ensures that all functions, including the ability to unlock newer or restricted batteries, are available without limitations 1.2.2. Typical Battery Repair Process with Be2works This newer version supports Windows 10, and some

Supports numerous laptop battery controllers ⁠1.2.3 . Why You Need the "Full" Version (CP2112 Adapter)

: The software allows users to read and modify the battery's internal firmware, such as cycle counts, manufacture dates, and Full Charge Capacity (FCC). such as cycle counts

Replace the old lithium-ion cells with high-quality, balanced new cells.

The "Full" designation for version 4.52 is significant. It typically implies a comprehensive database and unlocked functionality that allows for a wider range of supported chips and battery controllers. Here are the standout features: