hp sleekbook 14-156la volks_amd comal dis-uma 14inch_rev1a schematic
hp sleekbook 14-156la=1=volks_amd comal dis-uma 14inch_rev1a.pdf
Technical Specifications
Technical Summary
The Quanta Volks_Comal 14" (NB5, Rev 1AA3142, dated September 20, 2012) is an AMD-based motherboard platform supporting an AMD APU TRINITY Dual/Quad Core processor in an FP2 827-pin BGA package. The graphics subsystem features an AIT Mars PRO GPU with DIS/UMA architecture. System memory consists of two DDR3 SO-DIMM slots. The embedded controller is an iTE IT8518E/HX in an LQPF128 package. Audio is handled by an IDT 92HD99B codec. The system BIOS resides on a SPI ROM. Power management is managed by a combination of ICs including Ricktek RT8223PZ, Richtek RT8207L, ISL6277/RT8228AZ/AP3407A/ISL6208BCRZ, Richtek RT8228AZ, and RT8152E/G5193/G5193R41U/NB650, with charging controlled by a BQ24728. Peripheral connectivity includes a Realtek RTL8105E LAN controller, a Realtek RTS5229 card reader, an Intel Rambo Peak WLAN/BT combo, and an RTD2132S DP to LVDS translator for HDMI output.
Technician FAQ
Q: What EC/KBC is used on this motherboard?
A: The embedded controller is an iTE IT8518E/HX in an LQPF128 package.
Q: What is the charging IC on this motherboard?
A: The charging IC is a BQ24728.
Q: What is the audio codec on this motherboard?
A: The audio codec is an IDT 92HD99B.
Q: What is the LAN controller on this motherboard?
A: The LAN controller is a Realtek RTL8105E.
Q: What is the card reader IC on this motherboard?
A: The card reader IC is a Realtek RTS5229.
Technical data structured and organized by Dr-Bios.com, based on original schematic source analysis.
hp sleekbook 14-156la=1=volks_amd comal dis-uma 14inch_rev1a.pdf
Technical Specifications
| Parameter | Value |
|---|---|
| Brand | Quanta |
| Model | Volks_Comal 14" |
| Motherboard Manufacturer | Quanta Computer Inc. |
| Project Code | VOLKS_Comal 14" |
| Board Number | NB5 |
| Revision | 1AA3142 |
| Date | Thursday, September 20, 2012 |
| CPU Platform | AMD APU TRINITY Dual/Quad Core |
| CPU Socket | FP2 827-PIN BGA |
| GPU Type | AIT Mars PRO |
| Graphics Architecture | DIS/UMA |
| EC / KBC | iTE IT8518E/HX |
| EC/KBC Package | LQPF128 |
| Audio Codec | IDT 92HD99B |
| BIOS / SPI Flash | SPI ROM |
| Charging IC | BQ24728 |
| Power IC(s) | Ricktek RT8223PZ, Richtek RT8207L, ISL6277/RT8228AZ/AP3407A/ISL6208BCRZ, Richtek RT8228AZ, RT8152E/G5193/G5193R41U/NB650 |
| RAM Type | DDR3 |
| RAM Architecture | SO-DIMM |
| RAM Quantity / Slots | 2 |
| Card Reader IC | Realtek RTS5229 |
| LAN IC | Realtek RTL8105E |
| WiFi / WLAN IC | Intel Rambo Peak |
| HDMI Level Shifter | RTD2132S |
Technical Summary
The Quanta Volks_Comal 14" (NB5, Rev 1AA3142, dated September 20, 2012) is an AMD-based motherboard platform supporting an AMD APU TRINITY Dual/Quad Core processor in an FP2 827-pin BGA package. The graphics subsystem features an AIT Mars PRO GPU with DIS/UMA architecture. System memory consists of two DDR3 SO-DIMM slots. The embedded controller is an iTE IT8518E/HX in an LQPF128 package. Audio is handled by an IDT 92HD99B codec. The system BIOS resides on a SPI ROM. Power management is managed by a combination of ICs including Ricktek RT8223PZ, Richtek RT8207L, ISL6277/RT8228AZ/AP3407A/ISL6208BCRZ, Richtek RT8228AZ, and RT8152E/G5193/G5193R41U/NB650, with charging controlled by a BQ24728. Peripheral connectivity includes a Realtek RTL8105E LAN controller, a Realtek RTS5229 card reader, an Intel Rambo Peak WLAN/BT combo, and an RTD2132S DP to LVDS translator for HDMI output.
Technician FAQ
Q: What EC/KBC is used on this motherboard?
A: The embedded controller is an iTE IT8518E/HX in an LQPF128 package.
Q: What is the charging IC on this motherboard?
A: The charging IC is a BQ24728.
Q: What is the audio codec on this motherboard?
A: The audio codec is an IDT 92HD99B.
Q: What is the LAN controller on this motherboard?
A: The LAN controller is a Realtek RTL8105E.
Q: What is the card reader IC on this motherboard?
A: The card reader IC is a Realtek RTS5229.
Technical data structured and organized by Dr-Bios.com, based on original schematic source analysis.
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