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quanta quanta ql4 n10p sw s3 1009 1




Technical Specifications

ParameterValue
BrandQuanta Computer Inc.
Project CodeQL4NB5
DateFriday, October 09, 2009
CPU PlatformAuburndale 35W / Clarksfield 45W
PCH / SouthbridgeIbex-M
GPU TypeN10P-GE / N10M-GE
Graphics Architecture128 Bit
EC / KBCKB3926 C0
Audio CodecALC272
BIOS / SPI FlashSPI
Charging ICISL6251AHAZ-T
Charger ArchitectureSYSTEM CHARGER
Power IC(s)RT8208A / RT8204 / RT8206B / RT8152A / ISL6288
RAM TypeDDR III
RAM ArchitectureDDRIII-SODIMM x2
RAM Quantity / Slots2
LAN ICAR8131(M) GagaLAN
WiFi / WLAN ICAtheros PCIE-LAN
HDMI Level ShifterRTS5159
Card Reader ICRTS5159
USB Hub ICLRS3197
Audio AmplifierTPA6017A2
Clock GeneratorRTM875N-632-GR
dGPU to UMA Conversion SupportDis. & UMA

Technical Summary

The Quanta QL4NB5 project is a notebook motherboard platform dated October 2009, supporting both Auburndale 35W and Clarksfield 45W CPU platforms with an Ibex-M PCH. Graphics options include N10P-GE and N10M-GE discrete GPUs with 128-bit memory interface, alongside UMA configuration support. The system uses DDR III memory via two DDRIII-SODIMM slots supporting 800/1066 MT/s. The embedded controller is a KB3926 C0, and the audio codec is an ALC272. Power management is handled by a suite of ICs including the ISL6251AHAZ-T system charger, ISL6288 CPU core regulator, RT8208A, RT8204, RT8206B, and RT8152A. Networking is provided by an AR8131(M) GagaLAN Atheros PCIE-LAN controller. The board features an RTS5159 for both HDMI level shifting and card reader functions, and a TPA6017A2 audio amplifier. The clock generator is an RTM875N-632-GR, and the system utilizes SPI flash for BIOS storage.

Technician FAQ

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

A: The embedded controller is a KB3926 C0.

Q: Does this motherboard support dGPU to UMA conversion?

A: Yes, the block diagram explicitly indicates both Discrete and UMA configuration support.

Q: What is the charging IC and architecture?

A: The system charger is an ISL6251AHAZ-T, with the architecture labeled as SYSTEM CHARGER.

Q: What memory configuration does this board support?

A: It supports DDR III memory at 800/1066 MT/s via two DDRIII-SODIMM slots.

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

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