dell inspiron n4110 quanta v02a-r01a_rev1a schematic
dell inspiron n4110=1=quanta v02a-r01a_rev1a.pdf
Technical Specifications
Technical Summary
This Quanta Computer Inc. block diagram, revision V02A/R01A dated January 19, 2011, details a platform built around an Intel Sandy Bridge 35W CPU paired with a Couger Point HM67 PCH. The system supports dual DDRIII-SODIMM slots operating at 1333 MT/s. Graphics options include a Whistler LP (128bit) in a 29mm x 29mm BGA 969 package, a Seymour XT (64bit), and a Robson XT (64bit) for DGFX_CORE. The audio subsystem is handled by an ALC 269 codec, and networking is provided by a REALTEK LAN controller alongside a WLAN module. Power management is managed through multiple rails including 1.05V_VTT/PCH, 1.5V_SUS/0.75V_DDR, 1.8V_RUN, VCCSA, CPU_CORE, and DGFX_CORE. A dedicated charger IC is present, and the system includes a CARD READER and an AXIAL FALL SENSOR for thermal monitoring.
Technician FAQ
Q: What is the project code and revision of this Quanta motherboard?
A: The project code is BLOCK DIAGRAM, with revision V02A/R01A, dated January 19, 2011.
Q: What CPU and PCH are used on this platform?
A: The CPU is an Intel Sandy Bridge 35W, and the PCH is a Couger Point HM67.
Q: What memory configuration does this board support?
A: It supports two DDRIII-SODIMM slots running at 1333 MT/s.
Q: What discrete GPU options are available on this board?
A: The board supports Whistler LP (128bit) in a 29mm x 29mm BGA 969 package, Seymour XT (64bit), and Robson XT (64bit) for DGFX_CORE.
Q: What audio codec and LAN controller are used?
A: The audio codec is an ALC 269, and the LAN controller is a REALTEK LAN.
Technical data structured and organized by Dr-Bios.com, based on original schematic source analysis.
dell inspiron n4110=1=quanta v02a-r01a_rev1a.pdf
Technical Specifications
| Parameter | Value |
|---|---|
| Brand | Quanta Computer Inc. |
| Project Code | BLOCK DIAGRAM |
| Revision | V02A/R01A |
| Date | Wednesday, January 19, 2011 |
| CPU Platform | Sandy Bridge 35W |
| PCH / Southbridge | Couger Point HM67 |
| GPU Type | Whistler LP (128bit) 29mm X 29mm BGA 969 / Seymour XT (64bit) / Robson XT (64bit) |
| Graphics Architecture | DGFX_CORE |
| RAM Type | DDRIII-SODIMM |
| RAM Architecture | DDRIII 1333 MT/s |
| RAM Quantity / Slots | 2 |
| LAN IC | REALTEK LAN |
| WiFi / WLAN IC | WLAN |
| Audio Codec | ALC 269 |
| Card Reader IC | CARD READER |
| Charging IC | Charger |
| Charger Architecture | Charger |
| Power IC(s) | 1.05V_VTT/PCH / 1.5V_SUS/0.75V_DDR / 1.8V_RUN / VCCSA / CPU_CORE / DGFX_CORE / 3.3V_RUN / 5V_RUN / 3.3V_SUS / 5V_SUS |
| Thermal Sensor | AXIAL FALL SENSOR |
Technical Summary
This Quanta Computer Inc. block diagram, revision V02A/R01A dated January 19, 2011, details a platform built around an Intel Sandy Bridge 35W CPU paired with a Couger Point HM67 PCH. The system supports dual DDRIII-SODIMM slots operating at 1333 MT/s. Graphics options include a Whistler LP (128bit) in a 29mm x 29mm BGA 969 package, a Seymour XT (64bit), and a Robson XT (64bit) for DGFX_CORE. The audio subsystem is handled by an ALC 269 codec, and networking is provided by a REALTEK LAN controller alongside a WLAN module. Power management is managed through multiple rails including 1.05V_VTT/PCH, 1.5V_SUS/0.75V_DDR, 1.8V_RUN, VCCSA, CPU_CORE, and DGFX_CORE. A dedicated charger IC is present, and the system includes a CARD READER and an AXIAL FALL SENSOR for thermal monitoring.
Technician FAQ
Q: What is the project code and revision of this Quanta motherboard?
A: The project code is BLOCK DIAGRAM, with revision V02A/R01A, dated January 19, 2011.
Q: What CPU and PCH are used on this platform?
A: The CPU is an Intel Sandy Bridge 35W, and the PCH is a Couger Point HM67.
Q: What memory configuration does this board support?
A: It supports two DDRIII-SODIMM slots running at 1333 MT/s.
Q: What discrete GPU options are available on this board?
A: The board supports Whistler LP (128bit) in a 29mm x 29mm BGA 969 package, Seymour XT (64bit), and Robson XT (64bit) for DGFX_CORE.
Q: What audio codec and LAN controller are used?
A: The audio codec is an ALC 269, and the LAN controller is a REALTEK LAN.
Technical data structured and organized by Dr-Bios.com, based on original schematic source analysis.
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