Technical Specifications

Ethernet Ports

1

Ethernet Ports

The ethernet cable ports available on the device. Devices can be connected to these ports with corresponding cables and have access to the local network of the house as well as the internet.

For example, a printer can be accessed by all other devices on the network.

USB

Without

USB

The device has a USB port.

The USB port, depending on the device, can be used to connect other devices (such as a printer) so that all other devices connected to the home network can access them.

Number of Antennas

1

Passthrough

No

Wi-Fi Features

Frequency

Dual Band (2.4 & 5GHz)

Frequency

The frequencies in which the Wi-Fi Repeater can transmit.

2. Additional frequencies allow for greater speed on more devices.

3. Most transmit on one (2.4GHz) or two (2.4&5GHz) frequencies.

Dual Band (2.4 & 5GHz)

They transmit signals on two frequencies. They offer higher speeds compared to single and can connect more devices. The 2.4Ghz frequency is the most common and usually has a large range, but it is often congested by neighboring Wi-Fi signals, making communication between devices more difficult. The 5Ghz provides faster speeds than the 2.4Ghz, but it is more sensitive to obstacles (e.g. walls) that reduce its range. This difference, as well as its more limited use, helps to reduce interference from other networks.

Maximum WLAN Speed

750 Mbps

Maximum WLAN Speed

Theoretical maximum speed that the repeater can offer cumulatively to connected devices. The maximum speed it can offer to a single device may be lower.

750

The repeater can provide up to 750Mbps in total to the devices connected to it. In practice, the actual speed shared among devices is closer to 150Mbps. For example, a high-resolution 4K movie requires about 25Mbps. The speed of each connected device depends on factors such as distance, obstacles, the number of other devices connected, the number of other networks in the same area, etc.

Wi-Fi Generation

Wi‑Fi 5

Wi-Fi Generation

The Wi-Fi generation is a user-friendly separation that indicates the capabilities of Wi-Fi devices (maximum wireless connection speed, number of devices that can connect, frequencies they can transmit on).

Wi‑Fi 5

The most common Wi-Fi standard, significantly faster than Wi-Fi 4. Wi-Fi 5 can currently meet the needs of most users, but there is now the next generation Wi-Fi 6 which offers the ability to connect many more devices to serve the increasingly growing smart devices in a home. Each subsequent generation is compatible with devices that support some of the previous ones.

IEEE Networking Standards

802.11 b/g/n, 802.11a, 802.11ac

IEEE Networking Standards

The networking standards describe the frequencies and maximum speeds supported by the device. This information is also reflected in the more user-friendly Wi-Fi generations, such as Wi-Fi 5 (IEEE 802.11ac) or Wi-Fi 6 (IEEE 802.11ax).

802.11 b/g/n

The older Wi-Fi standard, known as Wi-Fi 4, is significantly slower than Wi-Fi 5 (IEEE 802.11ac) and Wi-Fi 6 (IEEE 802.11ax).

It is recommended for use with few devices and for applications that do not require high speeds. For most users, it would be preferable to choose a Wi-Fi 5 or 6 device depending on their needs.

Each newer generation is compatible with devices that support a previous one.

802.11a

The older Wi-Fi standard is even older than Wi-Fi 4 (IEEE 802.11 b/g/n) which is significantly slower than Wi-Fi 5 (IEEE 802.11ac) and Wi-Fi 6 (IEEE 802.11ax).

All subsequent generations are compatible with devices that support a previous one, so it is recommended that the repeater also supports more modern standards.

802.11ac

The most common Wi-Fi standard, known as Wi-Fi 5, is significantly faster than Wi-Fi 4 (IEEE 802.11 b/g/n). 2. Wi-Fi 5 can currently meet the needs of most users, but there is now the next generation Wi-Fi 6 (IEEE 802.11ax) which offers the ability to connect many more devices to serve the increasingly smart devices in a home. 3. Each newer generation is compatible with devices that support a previous one.

Features & Functions

Mesh

No

Mesh

What is Mesh WiFi?

Mesh technology eliminates the “dead” spots in the home by creating a single network with the same name (SSID) and password everywhere.

Why is it important?

• Automatic switching (Seamless Roaming): As you move around the house, your phone automatically connects to the strongest signal without dropping the connection (e.g. during video calls or gaming).

• Maximum speed: Unlike simple extenders, Mesh maintains consistently high speeds without losses.

***Note: For it to work, your Router must also support the same Mesh technology (e.g. EasyMesh, OneMesh).

WPS Button

Yes

WPS Button

Allows quick and easy connection of devices to WiFi without entering a password, by pressing a button on the router and the extender.

Security Protocol

WPA, WPA2

Security Protocol

WPA (Wi-Fi Protected Access)

Older security protocol for protecting WiFi networks. It offers basic encryption but is now considered outdated.

WPA2

The most widespread WiFi security standard, with stronger encryption compared to WPA. Suitable for most home and business uses.

WPA3

The newest and most secure WiFi standard, with improved protection against attacks and better security for public and private networks. Recommended for modern devices.

Installation

Socket

Yes

Socket

It connects directly to the power outlet without cables, offering a compact and easy solution for quickly extending WiFi indoors.

Desktop

No

Desktop

It is placed on a surface (desk, shelf) and usually offers better performance and coverage thanks to larger antennas and more powerful hardware.

Outdoor

No

Outdoor

Designed for outdoor use, with resistance to weather conditions (humidity, dust, temperature), ideal for yards, gardens, or commercial spaces.