hp pavilion dv5 quanta qt6_rev2a schematic
hp pavilion dv5=1=quanta qt6_rev2a.pdf
Technical Specifications
Technical Summary
The Quanta QT6NB5 platform is built around an Intel Penryn 478P (uPGA)/35W CPU with a Cantiga Northbridge and ICH-9M Southbridge. System memory consists of two DDRII-SODIMM slots supporting DDRII 667/800 MHz. The embedded controller is an ENE KBC, while the audio subsystem uses an IDT92HD71B7X3X1X1 codec paired with a TPA6017A2 amplifier. Networking is handled by a Realtek RTL8102E LAN IC and an ALPRS355B MLF64PIN wireless module. Power management includes an ISL6251AHAZ-T charger, ISL6237IRZ-T system power, ISL6266A CPU core regulator, RT8204 for VCCP and GMCH, and TPS51116REGR for DDR_VTERM. Additional peripherals include a Realtek RTS5158E6P card reader, CH7318B-BF-TRP HDMI level shifter, LIS3LV02DLSMBUS accelerometer, KB3926 C0 fingerprint sensor, and GMT G9931P1UP keyboard controller.
Technician FAQ
Q: What is the project code and board manufacturer for this motherboard?
A: The project code is QT6NB5, manufactured by Quanta Computer Inc.
Q: What CPU and chipset platform does this motherboard use?
A: It uses an Intel Penryn 478P (uPGA)/35W CPU with a Cantiga Northbridge and ICH-9M Southbridge.
Q: What memory type and configuration is supported?
A: The board supports DDRII memory via two DDRII-SODIMM slots at 667/800 MHz.
Q: What charging and power management ICs are used?
A: The charger IC is ISL6251AHAZ-T, with system power managed by ISL6237IRZ-T, CPU core by ISL6266A, and additional regulators including RT8204 and TPS51116REGR.
Technical data structured and organized by Dr-Bios.com, based on original schematic source analysis.
hp pavilion dv5=1=quanta qt6_rev2a.pdf
Technical Specifications
| Parameter | Value |
|---|---|
| Brand | Quanta Computer Inc. |
| Project Code | QT6NB5 |
| Date | Wednesday, February 27, 2008 |
| CPU Platform | Penryn 478P (uPGA)/35W |
| PCH / Southbridge | ICH-9M |
| Northbridge | Cantiga |
| EC / KBC | ENE KBC |
| Audio Codec | IDT92HD71B7X3X1X1 |
| Audio Amplifier | TPA6017A2 |
| LAN IC | RTL8102E |
| Card Reader IC | RTS5158E6P |
| Charging IC | ISL6251AHAZ-T |
| Power IC(s) | ISL6237IRZ-T, ISL6266A, RT8204, TPS51116REGR |
| RAM Type | DDR II |
| RAM Architecture | DDRII-SODIMM x2 |
| RAM Quantity / Slots | 2 |
| Thermal Sensor | CPU THERMAL SENSOR |
| WiFi / WLAN IC | ALPRS355B MLF64PIN |
| Clock Generator | ICS9LPRS355B |
| Accelerometer | LIS3LV02DLSMBUS |
| HDMI Level Shifter | CH7318B-BF-TRP |
| Fingerprint Sensor | KB3926 C0 |
| Keyboard Controller | GMT G9931P1UP |
Technical Summary
The Quanta QT6NB5 platform is built around an Intel Penryn 478P (uPGA)/35W CPU with a Cantiga Northbridge and ICH-9M Southbridge. System memory consists of two DDRII-SODIMM slots supporting DDRII 667/800 MHz. The embedded controller is an ENE KBC, while the audio subsystem uses an IDT92HD71B7X3X1X1 codec paired with a TPA6017A2 amplifier. Networking is handled by a Realtek RTL8102E LAN IC and an ALPRS355B MLF64PIN wireless module. Power management includes an ISL6251AHAZ-T charger, ISL6237IRZ-T system power, ISL6266A CPU core regulator, RT8204 for VCCP and GMCH, and TPS51116REGR for DDR_VTERM. Additional peripherals include a Realtek RTS5158E6P card reader, CH7318B-BF-TRP HDMI level shifter, LIS3LV02DLSMBUS accelerometer, KB3926 C0 fingerprint sensor, and GMT G9931P1UP keyboard controller.
Technician FAQ
Q: What is the project code and board manufacturer for this motherboard?
A: The project code is QT6NB5, manufactured by Quanta Computer Inc.
Q: What CPU and chipset platform does this motherboard use?
A: It uses an Intel Penryn 478P (uPGA)/35W CPU with a Cantiga Northbridge and ICH-9M Southbridge.
Q: What memory type and configuration is supported?
A: The board supports DDRII memory via two DDRII-SODIMM slots at 667/800 MHz.
Q: What charging and power management ICs are used?
A: The charger IC is ISL6251AHAZ-T, with system power managed by ISL6237IRZ-T, CPU core by ISL6266A, and additional regulators including RT8204 and TPS51116REGR.
Technical data structured and organized by Dr-Bios.com, based on original schematic source analysis.
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