acer extensa 5235 quanta_zr6_revc schematic
acer extensa 5235=1=quanta_zr6_revc.pdf
Technical Specifications
Technical Summary
The Quanta ZR6 project, dated April 13, 2009, is built around the Penryn 479 CPU platform with an ICH9M southbridge. Graphics are handled by an NVIDIA N10M-GE1 GPU with 512MB of DDRII VRAM, supported by the GM45/PM45/GL40 graphics architecture. The system uses an SELGO SLG8SP512TTR SPI ROM for BIOS storage and a WPC775LDG EC/KBC. Memory configuration consists of dual-channel DDR3 across two SO-DIMM slots. Power management is handled by an ISL6251 charging IC, with additional power regulation from ISL6237, OZ8116LN, UP6111AQDD, TPS51116, and OZ8118. The audio subsystem uses a CX20561 codec with a G1453L amplifier. Networking includes an Atheros WLAN module and an AR8131 Giga-LAN controller. The clock generator is an SLG8SP512TTR, and the HDMI interface uses a PS8101T switch. The schematic indicates support for dGPU to UMA conversion via stuffing options.
Technician FAQ
Q: What BIOS IC model is used on this motherboard?
A: The BIOS SPI flash is an SELGO SLG8SP512TTR.
Q: What EC/KBC is used on this motherboard?
A: The EC/KBC is a WPC775LDG.
Q: Does this motherboard support dGPU to UMA conversion?
A: Yes, the schematic includes stuffing options labeled "STUFF FOR UMA or VGA", indicating support for dGPU to UMA conversion.
Q: What is the memory architecture of this motherboard?
A: The motherboard uses dual-channel DDR3 memory across two SO-DIMM slots.
Q: What charging IC is used on this motherboard?
A: The charging IC is an ISL6251.
Technical data structured and organized by Dr-Bios.com, based on original schematic source analysis.
acer extensa 5235=1=quanta_zr6_revc.pdf
Technical Specifications
| Parameter | Value |
|---|---|
| Brand | Quanta Computer Inc. |
| Project Code | ZR6 |
| Date | Monday, April 13, 2009 |
| CPU Platform | Penryn 479 |
| PCH / Southbridge | ICH9M |
| GPU Type | NVIDIA N10M-GE1 |
| Graphics Architecture | GM45/PM45/GL40 |
| EC / KBC | WPC775LDG |
| Audio Codec | CX20561 |
| BIOS / SPI Flash | SELGO: SLG8SP512TTR |
| Charging IC | ISL6251 |
| Power IC(s) | ISL6237, OZ8116LN, UP6111AQDD, TPS51116, OZ8118 |
| RAM Type | DDRIII |
| RAM Architecture | Dual Channel DDR3 |
| RAM Quantity / Slots | SO-DIMM 0, SO-DIMM 1 |
| Card Reader IC | RTS5159 |
| LAN IC | AR8131 |
| WiFi / WLAN IC | Atheros |
| HDMI Level Shifter | PS8101T |
| Clock Generator | SLG8SP512TTR |
| Audio Amplifier | G1453L |
| VRAM | DDRII 512MB |
| Thermal Sensor | G991 |
| dGPU to UMA Conversion Support | STUFF FOR UMA or VGA |
Technical Summary
The Quanta ZR6 project, dated April 13, 2009, is built around the Penryn 479 CPU platform with an ICH9M southbridge. Graphics are handled by an NVIDIA N10M-GE1 GPU with 512MB of DDRII VRAM, supported by the GM45/PM45/GL40 graphics architecture. The system uses an SELGO SLG8SP512TTR SPI ROM for BIOS storage and a WPC775LDG EC/KBC. Memory configuration consists of dual-channel DDR3 across two SO-DIMM slots. Power management is handled by an ISL6251 charging IC, with additional power regulation from ISL6237, OZ8116LN, UP6111AQDD, TPS51116, and OZ8118. The audio subsystem uses a CX20561 codec with a G1453L amplifier. Networking includes an Atheros WLAN module and an AR8131 Giga-LAN controller. The clock generator is an SLG8SP512TTR, and the HDMI interface uses a PS8101T switch. The schematic indicates support for dGPU to UMA conversion via stuffing options.
Technician FAQ
Q: What BIOS IC model is used on this motherboard?
A: The BIOS SPI flash is an SELGO SLG8SP512TTR.
Q: What EC/KBC is used on this motherboard?
A: The EC/KBC is a WPC775LDG.
Q: Does this motherboard support dGPU to UMA conversion?
A: Yes, the schematic includes stuffing options labeled "STUFF FOR UMA or VGA", indicating support for dGPU to UMA conversion.
Q: What is the memory architecture of this motherboard?
A: The motherboard uses dual-channel DDR3 memory across two SO-DIMM slots.
Q: What charging IC is used on this motherboard?
A: The charging IC is an ISL6251.
Technical data structured and organized by Dr-Bios.com, based on original schematic source analysis.
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