i-Ark Pad M10W 10.1" Rugged Biometric Tablet
Price: €3,000.00
- Detailed description
- More info
- Exhibitor
Detailed description
Markland leverages in-the-field experience gained from multiple projects across globe to introduce i-Ark Pad M10 biometric tablet. It is a multi-functional biometric tablet designed for mobile identity enrollment. The i‑Ark Pad M10W brings together FAP 50 fingerprint scanner, dual‑camera facial capture, half‑page document verification, contact and contactless ID authentication, and an integrated barcode reader, offering a complete set of capabilities in a single, portable device.
The i‑Ark Pad M10W offers trusted performance with an ergonomic design, long life, and a full range of connectivity options. It supports a wide variety of use cases for government agencies (law enforcement, border control, citizen registration, and voter verification ) and organizations (customer onboarding, eKYC, access control).
- Manufactured byShenzhen SZSSS
More info
FBI-Certified Fingerprint Capture
Provides trusted FAP 50 fingerprint enrollment with flat, rolled, and ten‑finger capture at 500 DPI.
Facial Capture with Dual-Camera
Provides clear and consistent facial imaging through a front 5MP and rear 13MP camera system.
Half‑Page Document Reader
Supports MRZ and NFC verification for passports, ID cards, driving licence, visas.
Contact & Contactless ID Authentication
Read ISO/IEC 7816 contact cards and ISO/IEC 14443 NFC cards for full credential verification.
Barcode Reader
Built-in scanner supports QR, PDF417, DataMatrix, and other widely used identity barcodes.
Windows 11 Operating System
Runs on Windows 11 with Intel N100 processor, offering smooth performance for enrollment and verification applications.
Wireless Communications
Equipped with 3G/4G, Wi‑Fi, Bluetooth 5.0, and optional multi‑GNSS for stable connectivity in the field.
Long‑Life Battery
High‑capacity battery supports 8 hours mobile operations without interruption.
Rugged & Mobile Design
Shockproof, waterproof, and dustproof enclosure for reliable performance in mission-critical environments.

