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In today’s supply chain, the only constant is change. Disruptions, whether short-term like a forklift failure, or long-term like a natural disaster, are a fact of life. The supply chains best prepared to adapt to these disruptions will use mobile computing technology that gives them greater flexibility. The Thor vehicle-mount computer (VMC), the tenth generation of VMC developed by Honeywell, provides unprecedented flexibility, and with it, breakthroughs in supply chain productivity.
Ignition Control:
Eliminates the maintenance expense and lost productivity caused by a dead vehicle battery; unit can be configured to automatically go into standby or hibernate at a selectable time after the ignition switch is turned off, saving time for associates while eliminating a point of concern for warehouse management
Smart Dock:
Enables mounting and removal in seconds like a laptop dock but with the ruggedness and sealing required for industrial applications; maximizes efficiency by dynamically shifting workers and computers as the workload changes, while minimizing maintenance cost by enabling a computer to be shifted from one vehicle to another in 1/6 the standard time
Field-Replaceable Front Panel:
Reduces capital and maintenance cost by integrating the two most wear and abuse prone components, the keyboard and touchscreen, into a user-replaceable part; reduces capital costs by substituting spare front panels for spare computers
Specs
Processor |
Processor frequency |
1.6 GHz |
Processor family |
Intel® Atom™ |
Processor model |
Z530 |
Processor cores |
1 |
Processor cache |
0.512 MB |
Processor front side bus |
533 MHz |
Conflict Free processor |
N |
CPU multiplier (bus/core ratio) |
12 |
FSB Parity |
N |
Processing Die size |
26 mm² |
Processor cache type |
L2 |
Processor code |
SLB6P |
Processor codename |
Silverthorne |
Processor lithography |
45 nm |
Processor operating modes |
32-bit |
Processor package size |
13 |
Processor threads |
2 |
Scenario Design Power (SDP) |
0.96 W |
Stepping |
C0 |
Supported instruction sets |
SSE2,SSE3,SSSE3 |
Tjunction |
90 °C |
Thermal Design Power (TDP) |
2 W |
Thermal Monitoring Technologies |
Y |
Number of Processing Die Transistors |
47 M |
Processor ARK ID |
35463 |
Bus type |
FSB |
Memory |
Internal memory |
1 GB |
Internal memory type |
RAM |
Display |
Display diagonal |
20.3 cm (8") |
Display resolution |
800 x 480 pixels |
LED backlight |
Y |
Touch sensitive screen |
Y |
Touch screen |
Y |
Touchscreen |
Y |
Audio |
Built-in speaker(s) |
Y |
Built-in microphone |
Y |
Ports & interfaces |
USB 2.0 ports quantity |
1 |
Headphone out |
Y |
Weight & dimensions |
Width |
268 mm |
Depth |
43 mm |
Height |
214 mm |
Weight |
2.1 kg |
Operational conditions |
Operating temperature (T-T) |
-30 - 50 °C |
Storage temperature (T-T) |
-30 - 60 °C |
Networking |
Wi-Fi |
Y |
3G |
N |
Bluetooth |
Y |
4G |
N |
Wi-Fi standards |
IEEE 802.11a,IEEE 802.11b,IEEE 802.11g |
Bluetooth version |
2.0+EDR |
Top Wi-Fi standard |
IEEE 802.11g |
Storage |
Card reader integrated |
Y |
Compatible memory cards |
SD |
Camera |
Rear camera |
N |
Video recording |
N |
Front camera |
N |
Packaging content |
Keyboard supplied |
Y |
Keyboard included |
Y |
Keyboard layout |
QWERTY |
Other features |
Speakers |
stereo |
Keyboard layout |
QWERTY |
Wi-Fi |
Y |
Processor socket |
PBGA441 |
Processor manufacturer |
Intel |
Battery |
Battery technology |
Lithium-Ion (Li-Ion) |
Graphics |
Graphics adapter family |
Intel |
Graphics adapter |
GMA 500 |
Processor special features |
Intel Turbo Boost Technology |
N |
Intel Hyper-Threading Technology |
Y |
Intel® Turbo Boost Technology |
N |
Intel® Hyper Threading Technology (Intel® HT Technology) |
Y |
Enhanced Intel SpeedStep Technology |
Y |
Embedded options available |
Y |
Execute Disable Bit |
Y |
Idle States |
Y |
Intel 64 |
N |
Intel Enhanced Halt State |
Y |
Intel Trusted Execution Technology |
N |
Intel Virtualization Technology (VT-x) |
Y |
Intel Virtualization Technology for Directed I/O (VT-d) |
N |
Intel Demand Based Switching |
Y |
Design |
Form factor |
Slate |
Colour of product |
Black, Grey |
Kids tablet |
N |
Performance |
GPS |
N |
Position location |
N |
GPS (satellite) |
N |
Technical details |
Processor manufacturer |
Intel |
Operating system/software |
Operating system installed |
Windows CE 6.0 |
Software |
Operating system installed |
Windows CE 6.0 |
Features
Honeywell Thor VM1. Display diagonal: 20.3 cm (8"), Display resolution: 800 x 480 pixels. Processor frequency: 1.6 GHz, Processor family: Intel® Atom™, Processor model: Z530. Internal memory: 1 GB. Top Wi-Fi standard: IEEE 802.11g. Card reader integrated. Weight: 2.1 kg. Operating system installed: Windows CE 6.0. Colour of product: Black, Grey
Product Description
In today’s supply chain, the only constant is change. Disruptions, whether short-term like a forklift failure, or long-term like a natural disaster, are a fact of life. The supply chains best prepared to adapt to these disruptions will use mobile computing technology that gives them greater flexibility. The Thor vehicle-mount computer (VMC), the tenth generation of VMC developed by Honeywell, provides unprecedented flexibility, and with it, breakthroughs in supply chain productivity.
Ignition Control:
Eliminates the maintenance expense and lost productivity caused by a dead vehicle battery; unit can be configured to automatically go into standby or hibernate at a selectable time after the ignition switch is turned off, saving time for associates while eliminating a point of concern for warehouse management
Smart Dock:
Enables mounting and removal in seconds like a laptop dock but with the ruggedness and sealing required for industrial applications; maximizes efficiency by dynamically shifting workers and computers as the workload changes, while minimizing maintenance cost by enabling a computer to be shifted from one vehicle to another in 1/6 the standard time
Field-Replaceable Front Panel:
Reduces capital and maintenance cost by integrating the two most wear and abuse prone components, the keyboard and touchscreen, into a user-replaceable part; reduces capital costs by substituting spare front panels for spare computers