Description

XM.V100.E Smart Advertising Machine Main Board

A high-performance Android 12 mainboard based on the GK6760-V100 solution, featuring an octa-core CPU, extensive I/O, and powerful A/V processing for versatile commercial displays.

📋 Product Overview

The XM.V100.E is a smart advertising machine mainboard built on the GK6760-RBCFV100 platform. Powered by an eight-core ARM Cortex-A55 CPU, it delivers robust performance for smooth operation. It excels in audio and video processing, supporting video output up to 1920×1080@60fps. Designed for the commercial display market, it offers rich hardware interfaces, provides API support for customization, and facilitates easy integration into various digital signage solutions.

🛠️ Key Features

✓High-Performance CPU: Octa-core ARM Cortex-A55 processor for fluid multitasking.

✓Ample Memory & Storage: RAM expandable up to 8GB (default 2GB), eMMC Flash expandable up to 128GB (default 32GB).

✓Full HD LVDS Output: Supports 1920×1080@60Hz LVDS display interface.

✓Advanced Audio Control: Supports speaker power switching and sound curve adaptation for different speakers.

✓Rich I/O Portfolio: Includes HDMI IN, Line-out, USB 2.0/3.0, RJ45 (100M), TF Card slot, and expansion headers (UART, I2C, GPIO).

✓Modern OS: Runs on Android 12.0 with Linux Kernel 5.10.

✓Low Power Standby: Board-only standby power consumption ≤ 0.3W (without Wake-on-LAN).

🔧 System Configuration

CPU

ARM Cortex-A55 (8 cores)

GPU

ARM Mali-G52 (4 cores)

Main Chipset

GOKE GK6760V100

RAM (DDR4)

Default 2GB, expandable up to 8GB

Flash Storage (eMMC)

Default 32GB, expandable up to 128GB

Operating System

Android 12.0

Kernel Version

5.10 (Subject to firmware updates)

Note: The Android and Kernel versions of the actual product may change during system firmware upgrades. For the latest information, please contact our sales staff.

🎥 Performance & Video/Audio

Main Chipset

GOKE GK6760V100

Panel Interface

LVDS

Max Resolution

1920×1080 @ 60Hz (LVDS)

Video Input

HDMI IN (Max 3840×2160@60Hz), HDMI 2.0, HDCP 1.4/2.2 (requires firmware)

Audio Output Power

Speaker: 2 x 5W / 8Ω @ THD+N < 10% (12V supply, 0.5 Vrms input)

Frequency Response

100Hz ~ 15KHz @ ±3dB (1KHz, -12dB reference signal)

⚡️ Electrical Characteristics

Input Voltage

DC 12V (Range: 10.8V ~ 13.2V), Ripple ≤ 50mVp-p

Total Board Current

6600mA (Max, excluding backlight power)

Panel Voltage (LVDS)

Selectable via jumper (3.3V, 5V, 12V)

USB 2.0 Current

Max 500mA per port

Standby Power

≤ 0.3W (Board only, without Wake-on-LAN)

🔌 Interface & Connectivity

Power Input (CONW4)

12V IN (4-pin, 2.54mm pitch)

Video Output (CONE2)

LVDS Panel Interface (2×15-pin, 2.0mm)

USB Ports

EXT-USB1 (1.5A), EXT-USB2, EXT-USB3, EXT-USB4 (4-pin, 2.0mm sockets)

Network

RJ45 Ethernet port (100M)

Audio Output (CONU21)

Stereo Speaker output (4-pin, 2.0mm) / Line-Out port

Serial Ports (UART)

EXT-UART1, EXT-UART2, EXT-UART3 (4-pin, 2.0mm, with 5V output)

Control & IR (CONL7)

Keypad, Dual-color LED, IR remote input (7-pin, 2.0mm)

Backlight Control (CONG1)

LVDS Backlight connector (6-pin, 2.0mm) for BL_ON/OFF & BL_ADJUST

Panel Power (CONE1)

LVDS TCON Power Jumper (2×3-pin, 2.0mm) for VCC selection

Expansion I/O

CONL21: External I2C, CONL20: External GPIO (3.3V)

Other

HDMI IN, TF Card slot

🌎 Environmental Requirements

Operating Temperature

0°C to +40°C

Storage Temperature

-20°C to +85°C

Operating Humidity

10% to 85% (non-condensing)

Storage Humidity

10% to 90% (non-condensing)

⚠️ Important Notes & Precautions

Certification: This board version is not applicable for final product (whole-machine) certification. End products must undergo whole-machine testing and certification.

USB Device Compatibility & Power:

USB 2.0 ports supply 5V with a maximum current of 500mA. Devices with inrush current exceeding 500mA may cause board malfunction.
Always verify the power requirements of your USB devices before connection.

Third-Party Licenses: Licenses for specific media formats and interface technologies (e.g., audio/video codecs, DRM) listed in the datasheet are not included in the board purchase. Customers are responsible for obtaining necessary licenses from respective rights holders.

ESD & Handling: This board contains ESD-sensitive components. Always use proper anti-static equipment and procedures during handling, installation, and debugging.

Signal Integrity: The performance of high-speed signals (e.g., LVDS) is influenced by cable specifications and length. Thorough testing is recommended when changing connection cables.

General Precautions:

Maintain sufficient distance from conductors to prevent short circuits.
Do not apply excessive force, twist, or disassemble the board. Avoid bending during cable connection.
Ensure all cables are correctly and securely connected before applying power. Do not hot-plug cables.
Keep the board clean and dry. Clean only with a soft, dry cloth.
For external I2C, USB devices, or custom keypads, consult our technical personnel for compatibility and configuration requirements.

USB Usage: While the USB interface supports most storage devices, compatibility may differ from standard PCs. If a device is not recognized, driver compatibility may be a factor. Do not unplug USB devices while files are being read or written to avoid data corruption or system file damage.