Honeywell 8680i Wearable Mini Mobile Computer with 2D Imager, Bluetooth and USB-C

The Honeywell 8680i is a wearable mini mobile computer that combines a high-performance 2D imager with a 1.5-inch OLED display, enabling hands-free barcode scanning and real-time data access. Its Bluetooth 4.2 and USB-C connectivity ensure seamless integration with host devices, while the hot-swappable 1050 mAh battery delivers up to 10,000 scans per charge for uninterrupted operation.

Advantages

Designed for maximum productivity, the 8680i features a compact, lightweight body that can be worn on a ring, glove, or wrist, freeing both hands for other tasks. The device withstands drops from 1.5 m and carries an IP54 rating, making it durable enough for demanding environments. With support for 1D, 2D, and PDF417 symbologies, it reads barcodes from screens and printed labels with ease. The OLED display provides clear feedback, and the programmable buttons, LED, beeper, and vibration ensure user-friendly operation.

Suitable for

• Warehouse picking and packing
• Inventory management in retail
• Field service and logistics
• Manufacturing line operations
• Healthcare asset tracking

Key specifications

• Scan engine: Honeywell N6603 2D imager
• Connectivity: Bluetooth 4.2 (BLE), USB-C
• Display: 1.5-inch OLED, 128 x 128 pixels
• Battery: 1050 mAh Li-ion, removable, hot-swappable
• Battery life: up to 10,000 scans per charge
• Drop specification: 1.5 m (5 ft) to concrete
• IP rating: IP54
• Operating temperature: -20°C to 50°C (-4°F to 122°F)
• Decode capabilities: 1D, 2D, PDF417
• Feedback: LED, beeper, vibration
• Mounting options: ring, glove, wrist
• Processor: ARM Cortex-M4
• Memory: 16 MB Flash, 16 MB RAM
• Host communication modes: SPP, HID, MFi
• User interface: 2 programmable buttons

Recommendations

For operations that demand hands-free scanning and real-time data visibility, the Honeywell 8680i is an excellent choice. Its rugged design, long battery life, and versatile mounting options make it a reliable tool for improving efficiency in fast-paced environments.