Manual of product Z-Stick
Technical Specifications Z-Stick
General Information
-
ModelZ-STICK
-
Brand
-
Category
-
SKU288643
-
MPN288643
Connectivity
-
Connectivity technologyWireless
-
Host interfaceUSB
Design
-
Component game-
-
InternalNo
-
Product colorBlack
Network
-
Network standards-
-
Maximum data transfer rate480 Mbit/s
-
Data link protocolsZensys 5.02
Power
-
Powered by USB portYes
Other features
-
Wireless router range30 m
-
Channel bandwidth868.42 MHz
Minimum system requirements
-
Support for the Linux operating systemYes
-
Support for the Linux operating systemYes
-
Support for the Linux operating systemYes
Weight and dimensions
-
Width28 mm
-
Depth69 mm
-
Height14 mm
Environmental conditions
-
Operating temperature-35 - 85 °C
Similar products
More product categories from brand Aeon Labs
More product types from brand Aeon Labs
Presentation of product Z-Stick specifications from brand Aeon Labs
Generalities
The brand of the product Aeon Labs Z-Stick is Aeon Labs. This brand is known for its quality and innovation in the field of household appliances. The EAN code of the product Aeon Labs Z-Stick is 1220000010161. This code allows for the unique identification of the product in the distribution system. The product model Aeon Labs Z-Stick is Z-Stick | USB. This model ensures optimal performance and an enhanced user experience.
Network
The maximum data transfer rate of the product Aeon Labs Z-Stick is 480 Mbit/s. This rate ensures a fast and efficient connection for all your networking needs. The network standards of the product Aeon Labs Z-Stick are -. These standards ensure optimal compatibility with various equipment and protocols. The data link protocol of the product Aeon Labs Z-Stick contains Zensys 5.02. This protocol ensures efficient and reliable communication between devices.
Design
Does the product Aeon Labs Z-Stick have an Internal? No. This product does not have any internal components. The color of the product Aeon Labs Z-Stick is Noir. This shade gives it a modern and elegant look. The component set of the product Aeon Labs Z-Stick contains -. This component set is essential to ensure the quality and functionality of your product.
Connectivity
The product Aeon Labs Z-Stick features a Sans fil connectivity technology. This functionality allows for practical and flexible use without the constraints of cables. The product host interface type Aeon Labs Z-Stick is wireless. This interface allows for a convenient and flexible connection, without the constraints of cables.
Power
Is the Aeon Labs Z-Stick powered by USB port? Oui. This feature allows for convenient and flexible use, making it easier to charge and power the device.
Minimum system requirements
Does the product Aeon Labs Z-Stick support the Mac operating system? Oui. This feature ensures optimal compatibility for Mac users. Does the product Aeon Labs Z-Stick support the Windows operating system? Oui. This feature ensures optimal compatibility with Windows systems, providing a smooth and uninterrupted user experience. Does the product Aeon Labs Z-Stick support the Linux operating system? Oui. This feature allows for optimal compatibility with Linux environments, thus providing increased usability flexibility.
Weight and dimensions
The width of the product Aeon Labs Z-Stick is 28 mm. This dimension is essential to ensure optimal integration into your space. The height of the product Aeon Labs Z-Stick is 14 mm. This dimension is essential to ensure that the product fits perfectly in your space. The depth of the product Aeon Labs Z-Stick is 69 mm. This dimension allows for optimal integration into your space.
Other features
The wireless range of the Aeon Labs Z-Stick router is 30 m. This range ensures a stable and efficient connection in your space. The bandwidth of the Aeon Labs Z-Stick channel is 868.42 MHz. This feature determines the data transmission capacity, thus influencing the overall performance of the product.
Environmental conditions
The operating temperature of the product Aeon Labs Z-Stick is -35 - 85 °C. This specification ensures optimal performance within a temperature range suitable for various environments.
