hp pavilion dv6_dv7 quanta_lx6 intel_lx7_rev1a schematic
hp pavilion dv6_dv7=1=quanta_lx6 intel_lx7_rev1a.pdf
Technical Specifications
Technical Summary
The Quanta LX6_LX7 NB5 motherboard revision 1A, dated February 2, 2010, supports Intel Clarksfield (rPGA 989) and Arrandale CPU platforms with a Platform Controller Hub. Graphics options include ATI Park XT (64-bit) or Madison Pro (128-bit) discrete GPUs. System memory consists of two DDR3-SODIMM slots supporting 800, 1066, and 1333 MT/s speeds. The embedded controller is a KB3926 D2, and the audio codec is an IDT92HD80. The system BIOS is stored on a SPI ROM. Power management is handled by a P2806 charger IC and multiple voltage regulators including the ADP3212 for CPU core, RT8206B for system power, and RT8204, RT8208, RT9018A, VT358, and RT8207G for various rails. Networking is provided by a Realtek RTL8111(D) Gigabit LAN controller and a Shirley Peak 802.11a/b/g/n wireless module. The board also features a Realtek RTS5159 card reader, a 9LRS3197 clock generator, a TPA3111D1 audio amplifier, and an HP302DLTR8 accelerometer.
Technician FAQ
Q: What EC/KBC is used on this motherboard?
A: The embedded controller is a KB3926 D2.
Q: What audio codec is used on this motherboard?
A: The audio codec is an IDT92HD80.
Q: What charging IC is used on this motherboard?
A: The system charger IC is a P2806.
Q: What LAN IC is used on this motherboard?
A: The Gigabit LAN controller is a Realtek RTL8111(D).
Q: What card reader IC is used on this motherboard?
A: The card reader controller is a Realtek RTS5159.
Technical data structured and organized by Dr-Bios.com, based on original schematic source analysis.
hp pavilion dv6_dv7=1=quanta_lx6 intel_lx7_rev1a.pdf
Technical Specifications
| Parameter | Value |
|---|---|
| Brand | Quanta Computer Inc. |
| Project Code | LX6_LX7 |
| Board Number | NB5 |
| Revision | 1A |
| Date | Tuesday, February 02, 2010 |
| CPU Platform | Intel Clarksfield (rPGA 989) / Arrandale |
| PCH / Southbridge | Platform Controller Hub |
| GPU Type | ATI Park XT (64bit) / Madison Pro (128bit) |
| EC / KBC | KB3926 D2 |
| Audio Codec | IDT92HD80 |
| BIOS / SPI Flash | SPI ROM |
| Charging IC | P2806 |
| Power IC(s) | RT8204, RT8206B, ADP3212, RT8208, RT9018A, VT358, RT8207G |
| RAM Type | DDR3 |
| RAM Architecture | DDR3-SODIMM |
| RAM Quantity / Slots | 2 |
| Card Reader IC | Realtek RTS5159 |
| LAN IC | Realtek RTL8111(D) |
| WiFi / WLAN IC | Shirley Peak 802.11a/b/g/n |
| Clock Generator | 9LRS3197 |
| Audio Amplifier | TPA3111D1 |
| Accelerometer | HP302DLTR8 |
| HDMI Level Shifter | HDMI Level Shifter |
Technical Summary
The Quanta LX6_LX7 NB5 motherboard revision 1A, dated February 2, 2010, supports Intel Clarksfield (rPGA 989) and Arrandale CPU platforms with a Platform Controller Hub. Graphics options include ATI Park XT (64-bit) or Madison Pro (128-bit) discrete GPUs. System memory consists of two DDR3-SODIMM slots supporting 800, 1066, and 1333 MT/s speeds. The embedded controller is a KB3926 D2, and the audio codec is an IDT92HD80. The system BIOS is stored on a SPI ROM. Power management is handled by a P2806 charger IC and multiple voltage regulators including the ADP3212 for CPU core, RT8206B for system power, and RT8204, RT8208, RT9018A, VT358, and RT8207G for various rails. Networking is provided by a Realtek RTL8111(D) Gigabit LAN controller and a Shirley Peak 802.11a/b/g/n wireless module. The board also features a Realtek RTS5159 card reader, a 9LRS3197 clock generator, a TPA3111D1 audio amplifier, and an HP302DLTR8 accelerometer.
Technician FAQ
Q: What EC/KBC is used on this motherboard?
A: The embedded controller is a KB3926 D2.
Q: What audio codec is used on this motherboard?
A: The audio codec is an IDT92HD80.
Q: What charging IC is used on this motherboard?
A: The system charger IC is a P2806.
Q: What LAN IC is used on this motherboard?
A: The Gigabit LAN controller is a Realtek RTL8111(D).
Q: What card reader IC is used on this motherboard?
A: The card reader controller is a Realtek RTS5159.
Technical data structured and organized by Dr-Bios.com, based on original schematic source analysis.
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