Schematic Acer Aspire C22-860 AiO Wistron EIFFEL215I kblu 16557-1 20170505 schematic

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acer eiffel215i kblu 16557-1 20170505




Technical Specifications

ParameterValue
BrandWistron Corporation
ModelEiffel215i-KBL_U-1
Motherboard ManufacturerWistron Corporation
Project Code3PD090010001
Board Number16557
Revision-1
DateSaturday, May 06, 2017
CPU PlatformKBL-U
Platform AliasEiffel215i-KBL_U
PCH / SouthbridgeSPT-LP PCH
GPU TypeUMA
Graphics Architecture2+2_UMA
EC / KBCITE8732
Audio CodecALC269Q
BIOS / SPI FlashFlash ROM SPI 8MB
BIOS Flash Capacity8MB
Charging ICOZ554X Converter IC OCP/OVP
RAM TypeDDR4 1866/2133
RAM ArchitectureDual Channel
RAM Quantity / Slots2
Card Reader ICRTS5170
LAN ICRTL8111H
WiFi / WLAN ICWireless Lan+ Bluetooth M.2
HDMI Level ShifterRTD2136 eDP to LVDS
Power IC(s)NCP81253MN, NCP81206MN, RT6575D

Technical Summary

This Wistron Eiffel215i-KBL_U-1 motherboard (Project Code 3PD090010001, PCB No 16557, Revision -1) is built around an Intel KBL-U CPU platform with an SPT-LP PCH, supporting UMA graphics architecture (2+2_UMA). The system uses dual-channel DDR4 1866/2133 memory across two SODIMM slots, with a maximum capacity of 16GB per channel. The embedded controller is an ITE8732, communicating via the LPC bus. Audio is handled by a Realtek ALC269Q HDA codec. The BIOS is stored on an 8MB SPI flash ROM. Power management is managed by NCP81253MN, NCP81206MN, and RT6575D regulators, with an OZ554X converter IC providing OCP/OVP charging. Networking includes a Realtek RTL8111H LAN IC and an M.2 wireless LAN plus Bluetooth module. The board features a Realtek RTS5170 SD card reader and an RTD2136 eDP to LVDS converter for display output.

Technician FAQ

Q: What is the BIOS flash capacity and type on this motherboard?

A: The BIOS is stored on an 8MB SPI flash ROM.

Q: What EC/KBC controller is used on this motherboard?

A: The embedded controller is an ITE8732, connected via the LPC bus.

Q: What is the memory architecture and maximum capacity?

A: The board supports dual-channel DDR4 1866/2133 memory across two SODIMM slots, with a maximum of 16GB per channel.

Q: What is the charging IC and converter used on this board?

A: The charging circuit uses an OZ554X converter IC with OCP/OVP protection.

Technical data structured and organized by Dr-Bios.com, based on original schematic source analysis.
 

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