Larger Display, Lighter Weight, Stronger Performance.
CHAINWAY C90 is a rugged handheld computer that exhibits extremely powerful performance. Built with Android 10/14 and a high-performance processor, it features vigorous system configuration. With rich functionality features like barcode scanning, sturdy WiFi performance, NFC, front and rear cameras, it possesses the best price versus performance ratio. All these make C90 immensely perfect to be implemented in a wide spectrum of industries, including logistics, warehousing, retail, healthcare, etc.
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Optical system | |
Light Source | |
Image Sensor | |
Image (Pixels) | |
Field of View | |
Decoding Rate | |
Decoding Capabilities | |
Roll / Pitch / Yaw | |
Scanning speed | |
Print Contrast | |
Angle | |
Resolution | |
Depth of Field | |
Printing Contrast | |
Prompting Mode | |
Interface | |
Trigger Mode | |
Setting Mode | |
Frequency | |
Communication Distance | |
Transmission Rate | |
Current | |
Capability of Battery |
Working Current | |
Start Current | |
Standby Current | |
Working Current | |
Resolution Ratio | |
FoV | |
Identification Range | |
Registration Range | |
Registration Time | |
Identification Time | |
Infared Wavelength | |
FAR | |
FRR | |
Frame Rate | |
Operating Temp. | |
Storage Temp. | |
Power Supply & Data Interface | |
Operating System Requirements | |
SDK Fitting System |
Printing Method | |
Resolution | |
Max. Printing Speed | |
Max. Printing Width | |
Max. Printing Length |
RFID Tag | |
Types | |
Width | |
Thickness | |
Label Roll Diameter | |
Core Diameter | |
Label Length | |
Label Roll Capacity |
Types | |
Width | |
Length | |
Core Diameter | |
Capacity |
1-D | |
2-D | |
Decoding rate | |
Interfaces |
Module |
Dimensions | 158.5 x 76.0 x 13.1 mm / 6.24 x 2.99 x 0.52 in. |
Weight | 230g / 8.11 oz. (device with battery) |
Display | 5.7-inch (18:9), IPS LTPS 1440 x 720 |
Battery | |
Touch Panel | Corning Gorilla Glass, multi-touch panel, gloves and wet hands supported |
Power | Main battery: built-in 5000 mAh Standby: up to 490 hours (only main battery ; WiFi: up to 470h; 4G: up to 440h) Continuous use: over 12 hours (depending on user environment) Charging time: 2.5 hours (charge device by standard adaptor and USB cable) |
Material | |
Speaker | |
Vibrator | |
Notification | Sound, LED indicator, vibrator |
Microphone | |
Buzzer | |
Expansion Slot | |
Interfaces | USB Type-C, USB 2.0, OTG |
Card slot | 1 slot for Nano SIM card, 1 slot for Nano SIM or TF card |
Cable | |
Audio | 2 microphones,1 for noise cancellation;1 speaker;receiver |
Input Mode | |
Keypad | Power, 2 scan keys, volume +/- |
Sensors | Light sensor, proximity sensor, gravity sensor |
Button | |
Pupil Lamp | |
Indicator LED | |
Size of adapted phone | |
Product Material | |
Colour | |
Voltage and Current | |
Input Voltage | |
Standby Current | |
AC Adapter | |
Sleep Current | |
Comm Interface | |
GPIO | |
Baud Rate | |
Cooling Mode | |
Work Current | |
Display Interface | |
Port | |
Charging Current | |
Charging Duration | |
Ethernet interface | |
Power Supply | |
Identification Lamp | |
Ethernet Interface |
RF Chip | |
Impinj Gen2X | |
Air Interface Protocol | |
Working Frequency | |
Output Power | |
Output Power Flatness | |
Antenna Interface | |
Regions Supported | |
Receive Sensitivity | |
Tag RSSI | |
Antenna Detector | |
Ambient Temp Monitor | |
Working Mode |
Connector | |
Host Communication |
Input Voltage | |
Power Consumption in RF Output Mode | |
Power Consumption in Standby Mode(EN high TTL level) | |
Power Consumption in Power Down Mode(EN low TTL level) |
Ethernet interface | |
WLAN | Support IEEE802.11 a/b/g/n/ac/d/e/h/i/k/r/v/w, 2.4G/5G dual-band, IPV4, IPV6; Support 5G PA Fast roaming: PMKID caching, 802.11r, OKC Operating Channels: 2.4G(channel 1~13), 5G(channel 36,38,40,42,44,46,48,52,56,60,64,100,104,108,112, 116,120,1 24,128,132,136,140,149,153,157,161,165), depends on local regulations Security and Encryption: WEP, WPA/WPA2-PSK(TKIP and AES), WAPI- PSK—EAP-TTLS,EAP-TLS, PEAP-MSCHAPv2, PEAP-LTS, PEAP-GTC,etc. |
WWAN | |
WWAN (Europe, Asia) | 2G: GSM850/GSM900/DCS1800/PCS1900 3G: CDMA EVDO: BC0        WCDMA: B1/B2/B4/B5/B8        TD-SCDMA: A/F(B34/B39) 4G: B1/B2/B3/B4/B5/B7/B8/B20/B34/B38/B39/B40/B41 |
WWAN (Europe) | |
WWAN (America) | 2G: GSM850/GSM900/DCS1800/PCS1900 3G: CDMA EVDO: BC0/BC1        WCDMA: B2/B4/B5/B8 4G: B2/B4/B5/B7/B8/B12/B17/B28A/B28B/B38 |
WWAN (Quad-core) | |
WWAN (Octa-core) | |
WWAN (China) | |
WWAN (Others) | |
Bluetooth | V2.1+EDR,3.0+HS and V4.1+HS, BT5.0 |
WWAN(Overseas) | |
Vo-LTE | |
GPS | |
GNSS | GPS/AGPS, GLONASS, BeiDou, Galileo, internal antenna |
GPS (Optional) | |
USB Type C | |
Note |
Input Voltage | |
UHF | |
HF | |
Standby |
Operating System | Android 10/14, GMS, FOTA, Soti MobiControl, Android Enterprise Recommended, Zero-Touch, 90-day security updates, SafeUEM supported |
SDK | Chainway Software Development Kit |
Language | Java |
Tool | Eclipse / Android Studio |
Security |
CPU(1) | |
CPU | Octa-core 2.0 GHz |
RAM+ROM(1) | |
Option 1 | |
Option 2 | |
CPU(2) | |
RAM+ROM | 3GB + 32GB / 3GB + 64GB / 4GB + 64GB |
High-level Configuration | |
MCU | |
Low-level Configuration | |
RAM+ROM(2) | |
RAM+ROM | |
Storage | |
RAM | |
Flash | |
Expansion | Supports up to 256GB Micro SD (TF) card |
Input Voltage | |
Operating Temp. | -20 ℃~+50 ℃ |
Storage Temp. | -40 ℃~+70 ℃ |
Humidity | 5% RH - 95% RH non condensing |
Luminance of environment | |
Drop Specification | Multiple 1.5 m / 4.92 ft. drops to the concrete across the operating temperature range |
Tumble Specification | 1000 x 0.5 m/ 1.64 ft. falls at room temperature |
Ambient Light Immunity | |
Sealing | IP67 per IEC sealing specifications |
ESD | ±15 KV air discharge, ±8 KV conductive discharge |
Note |
WLAN | |
WWAN | |
WWAN (China) | |
WWAN (Europe) | |
WWAN (America) | |
WWAN (Others) | |
Bluetooth | |
GNSS | |
Note |
WLAN | |
WWAN (China) | |
WWAN (Europe) | |
WWAN(America) | |
WWAN (Others) | |
Bluetooth | |
GNSS |
WLAN | |
WWAN | |
Bluetooth | |
GNSS |
WLAN | |
WWAN (China) | |
WWAN | |
WWAN(Europe) | |
WWAN(Overseas) | |
WWAN (America) | |
WWAN (Others) | |
Bluetooth | |
GNSS |
2D Scanner | |
Scan engine(Quad-core) | |
Scan engine(Octa-core) | |
1D Linear Scanner | |
Scan engine | |
1D Linear Scanner(Quad-core) | |
2D Imager Scanner(Quad-core) | |
2D Imager Scanner(Octa-core) | |
2D Imager Scanner | Honeywell: N6603 / N6703; CM60 |
1D Symbologies | UPC/EAN, Code128, Code39, Code93, Code11, Interleaved 2 of 5, Discrete 2 of 5, Chinese 2 of 5, Codabar, MSI, RSS, etc. |
2D Symbologies | PDF417, MicroPDF417, Composite, RSS, TLC-39, Datamatrix, QR code, Micro QR code, Aztec, MaxiCode; Postal Codes: US PostNet, US Planet, UK Postal, Australian Postal, Japan Postal, Dutch Postal (KIX),etc. |
Min.Resolution | |
Note | *This function is optional |
Note2 |
Engine | |
Frequency | |
Impinj Gen2X | |
Protocol | |
Antenna | |
Power | |
Fastest Read Rate (circular polarization) | |
Output Power | |
Output Power Precision | |
Output Power Flatness | |
Receive Sensitivity | |
RSSI | |
Ambient Temp Monitor | |
Fastest Read Rate | |
Antenna Detector | |
Antenna Port | |
Communication Mode | |
Read Range | |
Max Read Range | |
Note | |
Note2 |
Engine | |
Frequency | |
Impinj Gen2X | |
Protocol | |
Antenna | |
Power | |
Max Read Range | |
Fastest Read Rate | |
Communication Mode | |
Note |
Engine | |
Frequency | |
Impinj Gen2X | |
Protocol | |
Antenna | |
Power | |
Max Read Range | |
Fastest Read Rate | |
Communication Mode | |
Note |
Engine | |
Frequency | |
Protocol | |
Antenna | |
Impinj Gen2X | |
Power | |
Max Read Range | |
Note |
Wavelength | |
Frequency | |
Range | |
Protocol | |
Note |
Sensor | |
Range | |
Measurement Error | |
Module | |
Field of View Angle | |
Measurement Speed | |
Measured Distance | |
Note |
Sensor | |
Fingerprint | |
Sensing Area (mm) | |
Resolution (dpi) | |
Certifications | |
Format Extraction | |
Fake Finger Detection | |
Security | |
Note |
Sensor | |
Sensing Area (mm) | |
Resolution (dpi) | |
Certifications | |
Format Extraction | |
Fake Finger Detection | |
Security | |
Note |
Sensor | |
Sensing Area (mm) | |
Resolution (dpi) | |
Certifications | |
Format Extraction | |
Fake Finger Detection | |
Security | |
Note |
Sensor | |
Sensing Area (mm) | |
Resolution (dpi) | |
Certifications | |
Format Extraction | |
Fake Finger Detection | |
Security | |
Note |
Frequency | |
Polarization Mode | |
Gain | |
Horizontal Angle | |
Vertical Angle | |
VSWR | |
FBR | |
Characteristic Impedance | |
Maximum Input Power | |
Lightning Protection | |
Antenna Port |
Frequency | |
Protocol | |
Chips | |
Range | |
Note |
Polarization Mode | |
Frequency | |
Gain | |
Horizontal Angle | |
Vertical Angle | |
VSWR | |
FBR | |
Characteristic Impedance | |
Maximum Input Power | |
Lightning Protection | |
Antenna Port |
Camera | |
Front Camera | 5 MP |
Top Camera | |
External Camera (optional) | |
Rear Camera | 16MP +2MP Microphotography, Autofocus with flash |
Internal Camera (Optional) | |
Note | |
Note2 |
Rate | |
Image Size (pixel) | |
Paper Width | |
Paper Diameter | |
Paper Length |
Frequency | 13.56 MHz |
Protocol | ISO14443A/B, ISO15693, NFC-IP1, NFC-IP2, etc. |
Chips | M1 card (S50, S70), CPU card, NFC tags, etc. |
Range | 2-4 cm |
Remark | |
Note | |
Note2 |
Frequency | |
Protocol | |
Chips | |
Range | |
Note |
Protocol | |
Slots | |
Note |
HF | |
Frequency | |
Protocol | |
Chips | |
Range | |
Note | |
Note2 |
Rate | |
Range | |
FAR | |
Note | |
Note2 |
Measure Position | |
Measure Method | |
Measure Distance | |
Measure Range | |
Measure Accuracy | |
Measure Duration | |
Spectral Range | |
Resolution | |
Note |
Frequency | |
Chips | |
Protocol |
Protocol |
Reading Rate | |
Reading Range |
Accessories | Charging Cradle; Lanyard etc. |
Note |
Certifications |
Emulation | |
Software | |
Resident Fonts | |
Download Fonts | |
Barcodes | |
Code Page | |
Graphics | |
Options & Accessory | |
Agency Approval |
Processor | |
Driver | |
Print Head Life | |
Internal Fonts | |
Barcodes | |
Rotation | |
Emulation | |
Factory Options | |
Dealer Options | |
Agency Approval |
Data Collection Suite | |
Printing/Encoding Suite | |
Data Management | |
Note |
C90 Datasheet2022-01-13 |
C90 User Manual2021-12-14 |
C90 Mobile Computer Introduction2022-05-16 |
Company Introduction2022-11-09 |
Factory Introduction2022-05-16 |