Wall-Mounted Face Scan Payment Terminal

: Overview

The wall-mounted face scan payment terminal (A832) uses an octa-core high-speed processor and runs on the Android 7.1 smart operating system. It integrates "face scan payment," "card flash payment," and "QR code payment" functions, providing users with a smart POS terminal that offers a multi-channel payment experience. Optional high-capacity battery ensures uninterrupted operation for up to four hours during power outages. Supports dual-band WiFi, reducing the need for wired connections and saving on construction costs.

Product performance advantages

Two Separate Display

8-inch + 5-inch dual IPS high-definition screens
01
Face Database Capacity

The terminal can support a minimum of 50,000 face templates in its database and can still perform facial recognition even without an internet connection.
02
Liveness Detection

Equipped with dual infrared cameras, it supports liveness detection to prevent attacks using mobile photos, printed photos, masks, videos, etc.
03
Anti-Backlighting

With dual MIPI cameras, the main CPU can automatically adjust the camera exposure based on the ambient light, ensuring accurate recognition even in backlight, sidelight, and low-light environments.
04
QR Code Payment

Supports two-way QR code scanning, meeting mainstream QR code payment requirements.
05
State Secret Algorithm

The dedicated state secret algorithm chip ensures secure data storage and transmission.
06

Usage scenario

Technical Parameter

Storage Capacity

2GB RAM+16GB ROM
Display

Dual-screen display: 8-inch main screen, 5-inch secondary screen with adjustable resolution
Keypad

20 key value mechanical keypad
Wireless Communication

Optional 4G
Face Camera

Binocular infrared cameras; optional 3D structured light camera
WiFi

Dual-frequency WiFi, IEEE802.11 a/b/g/n standard (2.4G/5G)
Contactless Card Reader

Supports ISO/IEC14443 standard for M1 and CPU contactless cards, compatible with Type A/B standards
Product Dimensions

Wall-Mounted Machine: 185 * 230 * 55 (mm * mm * mm)

success cases