Motorola MC92N0-G - Configurations; Software Versions; Windows Mobile and Windows CE

xiv MC92N0-G User Guide
Configurations
This guide covers the following configurations:
Software Versions
Windows Mobile and Windows CE
This guide covers various software configurations and references are made to operating system or software
versions for:
• AKU version
• OEM version
Configuration
Operating
System
Radios Display Memory
Data
Capture
Keypads Other
MC92N0-G
Standard
Windows
®
Embedded
Compact 7.0
WLAN:
802.11a/b/g/n
WPAN: Bluetooth
3.7”
QVGA /
VGA
Color
512 MB
RAM/
2 GB Flash
Laser, Long
Range Laser,
Standard
Range Imager
(SR) or Long
Range Imager
28-key,
43-key,
53-key,
VT, 3270,
5250
Emulators
MC92N0-G
Standard
Windows
®
Embedded
Handheld
WLAN:
802.11a/b/g/n
WPAN: Bluetooth
3.7”
QVGA
Color
512 MB
RAM/
2 GB Flash
Laser, Long
Range Laser,
Standard
Range Imager
(SR) or Long
Range Imager
28-key,
43-key,
53-key,
VT, 3270,
5250
Emulators
MC92N0-G
Premium
Windows
®
Embedded
Compact 7.0
WLAN:
802.11a/b/g/n
WPAN: Bluetooth
3.7”
QVGA /
VGA
Color
1 GB RAM/
2 GB Flash
Laser, Long
Range Laser,
Standard
Range Imager
(HD, DL, SR),
Mid-Range
Imager (MR) or
Long Range
Imager
28-key,
43-key,
53-key,
VT, 3270,
5250
Emulators,
53-key
High
Visibility
Interactive
Sensor
Technology,
Condensation
Resistant
1
MC92N0-G
Premium
Windows
®
Embedded
Handheld
WLAN:
802.11a/b/g/n
WPAN: Bluetooth
3.7”
QVGA
Color
1 GB RAM/
2 GB Flash
Laser, Long
Range Laser,
Standard
Range Imager
(HD, DL, SR),
Mid-Range
Imager (MR) or
Long Range
Imager
28-key,
43-key,
53-key,
VT, 3270,
5250
Emulators,
53-key
High
Visibility
Interactive
Sensor
Technology,
Condensation
Resistant
1
MC92N0-G
Premium
Android 4.4.4 WLAN:
802.11a/b/g/n
WPAN: Bluetooth
v4.0 Low Energy
3.7”
QVGA
Color
1 GB RAM/
2 GB Flash
Laser, Long
Range Laser,
Standard (SR)
or Mid-Range
Imager (MR)
28-key,
43-key,
53-key,
VT, 3270,
5250
Emulators,
53-key
High
Visibility
Interactive
Sensor
Technology,
Condensation
Resistant
1
1
Condensation Resistant configurations utilize desiccant located inside the MC92N0-G to capture internal moisture that forms when they are
carried from a warm humid environment to a cold environment.