| Parameter | Value / Description | | :--- | :--- | | Part Number | IT8995E-128 | | Manufacturer | ITE Tech Inc. | | Core Logic | High-performance RISC (EC specific) | | Program Memory | 128 KB Internal Flash | | Package | 128-pin LQFP | | Interface | LPC Bus, SMBus, I2C, SPI (for debugging) | | Operating Voltage | 3.3V (Typical) | | Standby Current | < 1 mA (Critical for battery life) | | Temperature Range | Commercial (0°C to 70°C) or Industrial |
IT8995E-128 (variants: IT8995E-128-CXA, -CXS, -DXA, etc.)
When working with the IT8995E-128, consult the datasheet for these failure scenarios: it8995e 128 datasheet
Connect a 32.768 kHz crystal (load capacitance 12.5pF) between XIN and XOUT, with 15pF capacitors to ground.
In the complex ecosystem of modern computing, few components are as critical yet overlooked as the Super I/O controller. Among the industry leaders in this space is ITE Tech. Inc., and one of their advanced solutions is the IT8995E 128. | Parameter | Value / Description | |
If you are searching for the IT8995E 128 datasheet, you are likely troubleshooting a laptop motherboard, working on embedded system design, or performing a board-level repair on a high-end notebook. This chip acts as the central nervous system for legacy and low-speed peripherals, managing everything from keyboard controllers to thermal monitoring.
This article consolidates the essential technical specifications, pinout details, functional blocks, and application notes typically found in the official IT8995E 128 datasheet. Note: While this guide provides deep technical insight, always refer to the official ITE documentation for absolute design validation. Among the industry leaders in this space is ITE Tech
Search the manufacturer's website or authorized distributor pages for the exact "IT8995E 128" part number datasheet to get detailed electrical characteristics, pinout diagrams, timing tables, full register descriptions, recommended PCB layouts, and application circuits.
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Super I/O / keyboard controller (SIO) / embedded controller (EC) / I/O power-management chip used on laptop/mainboard designs. Often referenced as a programmable SIO with integrated power management and multiple peripheral interfaces.