lengda lengda u30l iron kbr 1.1
Technical Specifications
Technical Summary
This Golden AU30LC motherboard, revision FAB 2, is engineered by Lengda Technology Ltd. and is built around the Intel Skylake-U platform. The system is managed by a MEC1322 EC/KBC, which is programmable. Memory architecture consists of two channels of LPDDR3 memory. The charging subsystem is a USBPD architecture with a battery charger and boost converter. Storage options include an eMMC module and an NGFF SSD (SATA) slot. The board features a discrete Kepler GPU with its own power delivery. The platform utilizes IMVP8 core, controller, and GT/SA voltage regulators. Connectivity includes USB-C ports, a Micro SD card reader, and an NGFF WiFi/BT module. The audio subsystem is implemented via a daughtercard. The display interface is eDP, with a dedicated backlight driver. The board also includes a keyboard backlight and proximity sensor.
Technician FAQ
Q: What EC/KBC is used on this motherboard?
A: The motherboard uses a MEC1322 EC/KBC, which is programmable.
Q: What is the charging architecture of this motherboard?
A: The charging architecture is USBPD, utilizing a battery charger and boost converter.
Q: What type of memory does this motherboard support?
A: The motherboard supports LPDDR3 memory across two channels.
Q: Does this motherboard have a discrete GPU?
A: Yes, the motherboard features a discrete Kepler GPU with its own power delivery.
Technical data structured and organized by Dr-Bios.com, based on original schematic source analysis.
Technical Specifications
| Parameter | Value |
|---|---|
| Brand | Golden |
| Motherboard Manufacturer | Lengda Technology Ltd. |
| Project Code | AU30LC |
| Board Number | AU30LC |
| Revision | FAB 2 |
| CPU Platform | Intel Skylake-U |
| EC / KBC | MEC1322 |
| EC/KBC Programmable | Yes |
| Charging IC | BATTERY CHGR & BOOST CNVTR |
| Charger Architecture | USBPD |
| RAM Type | DDR3L |
| RAM Architecture | LPDDR3 |
| RAM Quantity / Slots | 2 |
| LAN IC | LAN2 |
| WiFi / WLAN IC | WIFI1 |
| Card Reader IC | MICRO SD |
| USB Hub IC | USBPD EC |
| PMIC | PMIC 1 OF 2, PMIC 2 OF 2 |
| USB-C Controller | USBC PORT 1, USBC PORT 2 |
| Audio Codec | DAUGHTERCARD & AUDIO |
| Storage Controller | EMMC, NGFF - SSD (SATA) |
| Backlight Driver | EDP PANEL |
| Keyboard Backlight | KEYBOARD PROXI SENSOR |
| VR Controller | IMVP8 CORE, IMVP8 CTLR, IMVP8 GT/SA |
| Sensors | SENSORS |
| Thermal Sensor | SENSORS |
| GPU Type | KEPLER |
| Graphics Architecture | KEPLER |
| dGPU Chip Number | KEPLER |
| dGPU to UMA Conversion Support | KEPLER POWER |
Technical Summary
This Golden AU30LC motherboard, revision FAB 2, is engineered by Lengda Technology Ltd. and is built around the Intel Skylake-U platform. The system is managed by a MEC1322 EC/KBC, which is programmable. Memory architecture consists of two channels of LPDDR3 memory. The charging subsystem is a USBPD architecture with a battery charger and boost converter. Storage options include an eMMC module and an NGFF SSD (SATA) slot. The board features a discrete Kepler GPU with its own power delivery. The platform utilizes IMVP8 core, controller, and GT/SA voltage regulators. Connectivity includes USB-C ports, a Micro SD card reader, and an NGFF WiFi/BT module. The audio subsystem is implemented via a daughtercard. The display interface is eDP, with a dedicated backlight driver. The board also includes a keyboard backlight and proximity sensor.
Technician FAQ
Q: What EC/KBC is used on this motherboard?
A: The motherboard uses a MEC1322 EC/KBC, which is programmable.
Q: What is the charging architecture of this motherboard?
A: The charging architecture is USBPD, utilizing a battery charger and boost converter.
Q: What type of memory does this motherboard support?
A: The motherboard supports LPDDR3 memory across two channels.
Q: Does this motherboard have a discrete GPU?
A: Yes, the motherboard features a discrete Kepler GPU with its own power delivery.
Technical data structured and organized by Dr-Bios.com, based on original schematic source analysis.
Indexed motherboard components
Open a component to see every indexed schematic that uses the same part.
Indexed motherboard components
Open a component to see every indexed schematic that uses the same part.
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