Datalogic 944850001 vs Honeywell CK67-X1N-58A1A1G

MOBILE COMPUTER COMPARISON

Datalogic 944850001 vs Honeywell CK67-X1N-58A1A1G: Specification Comparison

Both the Datalogic Memor 30 (944850001) and the Honeywell CK67-X1N-58A1A1G are Android-based, IP65/IP68-rated handheld mobile computers built for warehouse and logistics barcode scanning. They share the same Qualcomm QCS4490 platform, 128 GB storage, Wi-Fi 6E, and Bluetooth 5.2 — making them direct cross-shop candidates. Key differentiators span display size and resolution, battery capacity and cellular capability, weight and form factor, and operating temperature range, each of which can drive a clear site-specific selection.



Which device delivers better display and processing performance for scan-intensive workflows?

The Datalogic Memor 30 features a 6.0-inch Full HD+ display at 2160 × 1080 resolution, protected by Corning Gorilla Glass 5, giving operators a significantly larger and sharper screen for reading menus, reviewing manifests, or running rich Android applications. The Honeywell CK67 uses a 4.3-inch panel at 800 × 480 resolution with Gorilla Glass 7 — lower pixel count but the newer glass generation.

Both devices run the Qualcomm QCS4490 octa-core SoC. The Memor 30 is clocked at 2.4 GHz versus the CK67's 2.0 GHz — a 20% clock-speed advantage on paper. The Memor 30 also offers a 6 or 8 GB RAM configuration, while the CK67 is specified at 6 GB only. Storage is 128 GB on both, with microSD expansion available on each unit.


Which unit is more durable and better connected for demanding field or cellular environments?

Both units carry IP65/IP68 ratings and MIL-STD-810H certification (Memor 30) versus a 2.4 m (approximately 7.9 ft) drop rating (CK67). The Memor 30 specifies a 6 ft (approximately 1.8 m) drop-to-concrete rating under MIL-STD-810H; the CK67's 2.4 m rating is numerically higher, giving it a meaningful edge in drop survivability.

Battery capacity is a decisive split: the CK67 carries a 7,000 mAh Li-Ion pack versus the Memor 30's 4,680 mAh safe-swap battery — a 49% larger cell. The Memor 30 offsets this with hot-swap capability and wireless charging, which can sustain uptime without powering down. On cellular, the CK67 adds 5G Sub-6 GHz and mmWave with Nano SIM + eSIM; the Memor 30 spec provided does not list WWAN or SIM support. Operating temperature is specified only for the CK67: -20°C to 50°C operating, -30°C to 70°C storage; the Memor 30 spec does not include operating temperature range.


How do the scan engines, camera hardware, and software platforms compare for barcode capture accuracy?

The Memor 30 specifies a 1D/2D imager with a scanning range of 10 cm to 10 m — a broad range that covers both close-in countertop scanning and long-range shelf or pallet reads. The CK67 uses Honeywell's FlexRange Imager (1D/2D); no numeric scan range is provided in the supplied specification.

Both devices include an integrated NFC reader. Camera hardware is specified as 13 MP rear and 8 MP front on the Memor 30; the CK67 lists a 13 MP rear camera but no front camera specification is provided. The Memor 30 runs Android 13 with GMS confirmed; the CK67 lists Android with GMS but the specific Android version is not stated in the supplied spec. The CK67 is positioned on Honeywell's ScanPal platform, relevant to buyers already invested in Honeywell device management and enterprise software ecosystems.


Which should you choose: the 944850001 or the CK67-X1N-58A1A1G?

Our take: The 944850001 (Memor 30) is the stronger choice when display size, processing headroom, and hot-swap battery continuity are the primary requirements. Its 6.0-inch 2160 × 1080 screen dwarfs the CK67's 4.3-inch 800 × 480 panel, its QCS4490 runs at 2.4 GHz versus the CK67's 2.0 GHz, and its safe-swap 4,680 mAh battery allows battery changes without downtime. Conversely, the CK67-X1N-58A1A1G is the stronger choice when cellular connectivity, raw battery endurance, and cold-environment operation are required: its 7,000 mAh cell is 49% larger, it adds 5G Sub-6/mmWave with Nano SIM and eSIM absent from the Memor 30 spec, its 2.4 m drop rating exceeds the Memor 30's 1.8 m MIL-STD-810H figure, and it carries a documented -20°C operating floor not stated for the Memor 30. Buyers on Honeywell ScanPal MDM infrastructure or requiring cellular-connected field mobility should favor the CK67; high-density warehouse operations prioritizing screen real estate and scan range should favor the Memor 30.


Side-by-Side Comparison

Spec-for-spec, from manufacturer data.

SpecificationDatalogic 944850001Honeywell CK67-X1N-58A1A1G
Form FactorHandheld touchscreen mobile computerHandheld mobile computer
Display Size6.0 in4.3 in
Display Resolution2160 x 1080 (Full HD+)800 x 480
Display GlassCorning Gorilla Glass 5Gorilla Glass 7
ProcessorQualcomm QCS4490 Octa-Core 2.4 GHzQualcomm QCS4490 Octa-Core 2.0 GHz
RAM6 GB or 8 GB6 GB
Storage128 GB UFS Flash + microSD (up to 2 TB)128 GB Flash + microSD
Operating SystemAndroid 13 with GMSAndroid with GMS (version not specified)
Wi-Fi802.11 a/b/g/n/ac/ax (Wi-Fi 6/6E)802.11 a/b/g/n/ac/ax (Wi-Fi 6E)
Bluetooth5.25.2
WWAN / CellularNot specified5G Sub-6 GHz / mmWave; Nano SIM + eSIM
NFCYesYes
IP RatingIP65/IP68IP65/IP68
Drop Rating6 ft (MIL-STD-810H)2.4 m (approx. 7.9 ft)
Battery Capacity4,680 mAh (safe-swap, wireless charging)7,000 mAh Li-Ion
Scan Engine1D/2D Imager; 10 cm to 10 m rangeFlexRange 1D/2D Imager; range not specified
Camera (Rear / Front)13 MP rear / 8 MP front13 MP rear / not specified
Weight313 g (0.69 lb)516 g (18.2 oz / 1.14 lb)
Operating TemperatureNot specified-20 to 50 C (-4 to 122 F)
Storage TemperatureNot specified-30 to 70 C (-22 to 158 F)
DimensionsLength 10 cm (full dims not specified)220 x 83 x 37 mm (8.7 x 3.3 x 1.5 in)

Frequently Asked Questions

Which should you choose: the 944850001 or the CK67-X1N-58A1A1G?

The 944850001 (Memor 30) is the stronger choice when display size, processing headroom, and hot-swap battery continuity are the primary requirements. Its 6.0-inch 2160 × 1080 screen dwarfs the CK67's 4.3-inch 800 × 480 panel, its QCS4490 runs at 2.4 GHz versus the CK67's 2.0 GHz, and its safe-swap 4,680 mAh battery allows battery changes without downtime. Conversely, the CK67-X1N-58A1A1G is the stronger choice when cellular connectivity, raw battery endurance, and cold-environment operation are required: its 7,000 mAh cell is 49% larger, it adds 5G Sub-6/mmWave with Nano SIM and eSIM absent from the Memor 30 spec, its 2.4 m drop rating exceeds the Memor 30's 1.8 m MIL-STD-810H figure, and it carries a documented -20°C operating floor not stated for the Memor 30. Buyers on Honeywell ScanPal MDM infrastructure or requiring cellular-connected field mobility should favor the CK67; high-density warehouse operations prioritizing screen real estate and scan range should favor the Memor 30.

Is the 944850001 or the CK67-X1N-58A1A1G better for workers who need cellular connectivity in the field?

The CK67-X1N-58A1A1G is the only one of the two with specified cellular support: 5G Sub-6 GHz and mmWave with Nano SIM and eSIM. The Memor 30 (944850001) spec does not list WWAN or SIM capability, so the CK67 is the clear choice for cellular-dependent deployments.

Which device has longer battery life — the Memor 30 or the CK67?

The CK67 carries a 7,000 mAh Li-Ion battery, which is 49% larger than the Memor 30's 4,680 mAh cell on a raw capacity basis. However, the Memor 30 supports safe-swap (hot-swap) and wireless charging, allowing battery replacement without powering down the device. If continuous uptime via hot-swap is operationally viable, the Memor 30 can match multi-shift coverage; if a single charge must last a full shift without swap infrastructure, the CK67's larger cell is advantageous.

Which unit is better suited for reading barcodes at distance, such as on high shelving or across a loading dock?

The Memor 30 (944850001) specifies a scan range of 10 cm to 10 m, explicitly supporting long-range reads. The CK67's FlexRange Imager is described as a 1D/2D scanner, but no numeric range is provided in the supplied specification, so a direct numeric comparison cannot be made from the available data.



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