HONEYWELL CK62 Wi-Fi 6E 4-inch display 47-toetsen alfanumeriek

The Honeywell CK62 is a rugged Android mobile computer built for demanding warehouse, logistics, and field operations, delivering ultra-fast Wi-Fi 6E connectivity and reliable data capture in a compact 4-inch form factor. Powered by an octa-core Qualcomm processor and featuring a 47-key alphanumeric keypad with backlight, it enables efficient data entry and scanning even in challenging environments.

Advantages

The CK62 combines high-performance processing with enterprise-grade durability. Its Wi-Fi 6E support ensures low latency and high throughput in congested networks, while the IP65/IP68 rating and 3-meter drop resistance guarantee reliable operation in harsh conditions. The hot-swappable 5000 mAh battery minimizes downtime, and the integrated FlexRange 1D/2D imager captures barcodes quickly from near to far. With Android 13 and upgradeability to Android 16, the device offers a future-proof platform for business applications.

Suitable for

• Warehouse inventory management and picking
• Logistics and distribution center operations
• Field service and asset tracking
• Retail stock management and price audits
• Manufacturing line data collection

Key specifications

• Operating System: Android 13 (upgradeable to Android 16)
• Processor: Qualcomm QCS4490 Octa-core, 2.0 GHz
• Memory: 6 GB RAM, 64 GB Flash storage
• Display: 4.0-inch WVGA (800 x 480) TFT-LCD, multi-touch
• Keyboard: 47-key alphanumeric, backlit
• Scanner: 1D/2D imager (FlexRange)
• Wireless: Wi-Fi 6E (802.11ax), Bluetooth 5.2, NFC
• Battery: 5000 mAh Li-Ion, hot-swappable
• Durability: IP65/IP68, 3 m drop to concrete
• Cameras: 13 MP rear autofocus, 8 MP front fixed focus
• Ports: USB-C

Recommendations

Ideal for enterprises seeking a rugged, high-speed mobile computer with a physical keypad for intensive data capture. The CK62 excels in Wi-Fi 6E environments where real-time data access is critical. Pair with Honeywell accessories such as charging cradles and protective cases to maximize uptime and longevity.