The N670X Series 2D barcode scan engine is Honeywell’s slimmest 2D imager. It is designed to provide higher performance and reliability, simplify integration into mobile devices, and enable increased barcode scanning speeds to meet higher-volume application requirements.
Includes increased read range and higher resolution readability (Standard Range and High Density Optics available)
Notable Motion Tolerance
With motion tolerance of up to 6 m/s, it enables increased scan speed and operational effectiveness.
At 6,8 mm, the slim height makes it easier to fit today's and tomorrow's compact devices.
Withstands Extreme Temperatures
Wider operational temperature range (-30°C to 60°C [-22°F to 140°F]) extends potential applications.
Simplified, Faster Integration
Compatibility with other Honeywell scan engine families and availability of parallel or MIPI interface helps reduce integration time and design costs.
Supports Beyond Barcode Functionalities such as OCR and EasyParse
Allows for potential use with driving licences, boarding passes and automotive part parsing.
Parallel or MIPI interface availability helps simplify integration into mobile devices that require the most current, as well as traditional, processor interfaces. Its compact dimensions (6,8 mm [0.27 in] height x 16,2 mm [0.64 in] depth) free up more room for other technology integration.
Read range and readability have been leveled up in the N670X Series. Based on a 1 Mpx global shutter sensor, it can read Code 39 20 mils at 0,8 m [31.5 in] distance (SR optics typical read range) and provides an increased read range by 40% compared to its predecessor. Its white LED illumination enhances image capture accuracy while the HD optics allow reading of higher resolution codes (down to 2.5 mils on Code 39 1D barcodes and down to 5 mils Data Matrix and QR barcodes). Equipped with its HD Optics, the N670X can read the new DotCode for tobacco products traceability down to a resolution of 5 mils.
With notable maximum motion tolerance of 6 m/s [236 in/s], the N670X Series can read moving barcodes, enabling increased scanning speed and productivity. The red laser aimer provides the flexibility to better suit customer application requirements, and the lower power consumption (205 mA at 3.6 V, maximum) increases the battery life provided by a single charge.
This product is electrically backward-compatible with Honeywell's N660X Series and N3601 Series, which all use the same connector, reducing integration time and design costs while increasing design flexibility and choice. All three scan engine families are considerably slim and can fit in compact enclosures, enabling you to offer two different levels of barcode scanning performance to your customers without a housing change or additional accessory design.
The N670X can help the enterprise mobility, tablet, sled and wearable device maker lead the way in offering products that can exceed general industry standards pertaining to scanning performance, reliability and integration flexibility. Built on Honeywell’s latest decoding and imaging technology, this product is backed up by a savvy engineering team readily available to offer you support for your integration needs.
Potential applications include use in professional-grade mobile devices such as tablets, wearable scanners, mobile terminals, accessories in retail stores, warehouses, and healthcare facilities, as well as delivery, pick-up/drop-off, and field servicing.
Contact us today to find out more about the N670X Series scan engines and Honeywell OEM solutions.
6,8 mm x 23,5 mm x 16,2 mm [0.27 in x 0.93 in x 0.64 in]
3 g [0.11 oz]
3.0 V to 3.6 V
-30°C to 60°C [-22°F to 140°F]
-40°C to 70°C [-40°F to 158°F]
Humidity (Operating and Storage)
up to 95% RH, non-condensing at 60°C [140°F]
3500 G for 0.4 ms at 23°C [73°F]
3 axes, 1 hour per axis: 2,54 cm [1 in] peak-to-peak displacement (5 Hz to 13 Hz), 10 G acceleration (13 Hz to 500 Hz), 1 G acceleration (500 Hz to 2,000 Hz)
0 lux to 100,000 lux (total darkness to bright sunlight)
Mean Time Between Failure (MTBF)3
375,000 hr (with laser aimer)
>2,500,000 hr (with LED aimer)
1280 X 800 global shutter
white LED (exempt risk group)
SR (standard range), HD (high density)
Typical Frame Rate
up to 60 frames/s
600 cm/s [236 in/s] maximum
400 cm/s [157 in/s] typical
Field Of View
horizontal: 48°, vertical: 31°
tilt: 360°, pitch: ±60°, skew: ±60°
20% minimum print contrast ratio
SR optics: 3 mils C39 (1D), 7 mils Data Matrix (2D), 7mils QR (2D), 4 mils PDF 417 (2D stacked)
HD optics: 2,5 mils C39 (1D), 5 mils Data Matrix, 5 mils QR (2D), 4 mils PDF417 (2D stacked)
15-month limited warranty; the warranty period starts at date of shipment from Honeywell to customer
Codabar, Code 11, Code 128, Code 2 of 5, Code 39, Code 93 and 93i, EAN/JAN-13, EAN/JAN 8, IATA Code 2 of 5, Interleaved 2 of 5, Matrix 2 of 5, MSI, GS1 Databar, UPC-A, UPC E, UPC-A/EAN-13 with Extended Coupon Code, Coupon GS1 Code 32(PARAF), EAN-UCC Emulation, GS1 Data Bar
Codablock A, Codablock F, PDF417, MicroPDF417
Aztec Code, Data Matrix, MaxiCode, QR Code, Chinese Sensible (Han Xin), Grid Matrix, Dot Code
Australian Post, British Post, Canadian Post, China Post, Japanese Post, Korea Post, Netherlands Post, Planet Code, Postnet
13 MIL UPC
Near Distance (mm[in]): 44 [1.73]
Far Distance (mm[in]): 573 [22.5]
Delta (mm[in]): 529 [20.77]
5 MIL C39
Near Distance (mm[in]): 70 [2.76]
Far Distance (mm[in]): 301[11.85]
Delta (mm[in]): 231 [9.09]
10 MIL C39
Near Distance (mm[in]): 40 [1.57]
Far Distance (mm[in]): 517 [20.3]
Delta (mm[in]): 477 [18.73]
20 MIL C39
Near Distance (mm[in]): 44 [1.73]
Far Distance (mm[in]): 800 [31.5]
Delta (mm[in]): 756 [29.77]
15 MIL C128
Near Distance (mm[in]):42 [1.65]
Far Distance (mm[in]): 650 [25.6]
Delta (mm[in]): 608 [23.95]
10 MIL DM
Near Distance (mm[in]): 72 [2.84]
Far Distance (mm[in]): 297 [11.7]
Delta (mm[in]): 225 [8.86]
6,7 MIL PDF417
Near Distance (mm[in]): 84 [3.3]
Far Distance (mm[in]): 244 [9.6]
Delta (mm[in]): 160 [6.3]
15 MIL QR
Near Distance (mm[in]): 39 [1.54]
Far Distance (mm[in]): 414 [16.3]
Delta (mm[in]): 375 [14.76]
1 Extreme temperatures will reduce the depth of field.
2 Extreme ambient light conditions will reduce the depth of field.
3 Based on MIL-HDBK-217F (released December 1, 1991). The calculation is based on the part count method for the Ground Benign (GB) environmental conditions.
4 Barcode quality and environmental conditions may affect performance.
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