Network Specifications

Type

Router

Type

The devices we encounter are standalone routers, routers with built-in modems, and mobile routers.

A router requires a separate modem and distributes the connection to multiple devices via Wi-Fi or Ethernet, but cannot connect directly to the internet. A modem/router combines a modem and router in one device, connects directly to the internet provider, and distributes the connection to the local network. A mobile router, on the other hand, uses a SIM card and mobile data to create a portable Wi-Fi hotspot, ideal for use outside the home or in areas without a fixed connection.

Router

Plain router (without modem). The router is a device to which other devices (e.g. computer, mobile, TV) connect either wirelessly or with a cable, and it shares internet access with them. It receives internet access through a separate device called a modem.

Maximum Wireless Speed

3600 Mbps

Maximum Wireless Speed

Theoretical maximum speed with a wirelessly connected device primarily used for marketing purposes. 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.

Maximum LAN Speed

1000 Mbps, 2500 Mbps

Maximum LAN Speed

The maximum speed that the modem/router can offer to devices connected to it via ethernet cable.

1000

The 1000Mbps are mainly important in professional environments where the transfer of large files (e.g. high-definition videos) is a frequent occurrence. Note that all involved devices must support this speed, otherwise data transmission will be limited to the speed of the slowest device.

Portable Hotspot

No

Portable Hotspot

Mobile routers with built-in battery so you can use them anywhere.

These mobile routers have a SIM card slot for wireless internet access through 3G/4G mobile networks.

Wi-Fi Generation

Wi‑Fi 7

Wi-Fi Generation

The Wi-Fi generation is a more user-friendly term for networking standards that affect maximum Wi-Fi speed, distance, sensitivity to obstacles, etc.

Wi‑Fi 7

Same as Wi-Fi 6, with the ability to use additional frequencies at 6Ghz. For most users, there is no significant difference. Like Wi-Fi 6, it offers speeds up to 40% faster than Wi-Fi 5, coordinates communication with connected devices to consume less battery, and performs better in environments with multiple Wi-Fi devices. Ideal for homes with many smart devices. Compatible with all previous generations.

Network Standards

IEEE 802.11 b/g/n, IEEE 802.11a, IEEE 802.11ac, IEEE 802.11ax, IEEE 802.11be

Network Standards

The device supports various networking standards that affect the maximum Wi-Fi speed, distance, sensitivity to obstacles, etc. This information is also reflected in the more user-friendly Wi-Fi generation. It is recommended to choose a Wi-Fi 5 (IEEE 802.11ac) or Wi-Fi 6 (IEEE 802.11ax) device.

IEEE 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 according to their needs. Each newer generation is compatible with devices that support a previous one.

IEEE 802.11ac

The most common Wi-Fi standard, known as Wi-Fi 5, is significantly faster than Wi-Fi 4 (IEEE 802.11 a/b/g/n).

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.

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

IEEE 802.11ax

The most modern Wi-Fi standard, also known as Wi-Fi 6 (IEEE 802.11ax), offers speeds up to 40% faster than Wi-Fi 5, coordinates communication with connected devices to consume less battery, and performs better in environments with multiple Wi-Fi devices. Ideal for homes with many smart devices. Compatible with all previous generations.

Wi-Fi Frequency

Dual Band (2.4 & 5GHz)

Wi-Fi Frequency

The frequencies in which the device can transmit. Most modern routers transmit on two (2.4 & 5GHz) or even three frequencies. Additional frequencies allow for faster speeds on more devices, with the biggest difference observed from one frequency to the other.

Dual Band (2.4 & 5GHz)

They transmit signals on two frequencies. They offer higher speeds compared to singles and connect more devices.

Connectivity

Wireless network

Yes

Wireless network

The device has a wireless network to which we can connect wireless devices that support it. In case it doesn't, the connection can only be made through an ethernet cable.

Ethernet LAN connections

2

Ethernet LAN connections

The number of ethernet ports that the device has for direct wired device connections. Most routers offer 4 ports.

USB 2.0 connections

-

USB 2.0 connections

The device has a USB 2.0 port, which is an older version of USB with slower data transfer speeds (480Mbit/s) compared to newer versions, but still suitable for typical use (e.g. connecting a printer).

2. Depending on the device, the USB port can also be used to connect other devices so that all other devices connected to the home network can access them.

USB 3.0 connections

-

USB 3.0 connections

The device features a modern USB 3.0 port that offers faster data transfer (5 Gbit/s) compared to USB 2.0 but remains compatible with older versions. Depending on the device, the USB port can be used to connect other devices so that all other devices connected to the home network have access to them (e.g. USB stick, external hard drive, etc.).

ISDN Connection

No

SIM slot

No

SIM slot

The device has a SIM card slot for internet connection through a mobile network. The SIM card should have an active data plan.

Security

Firewall

NAT, SPI

Firewall

Protection mechanisms available on the device.

The NAT "hides" the addresses of all devices on your local network behind a unique address, while SPI controls data traffic for patterns of known attack types (e.g. DDoS). They can be used simultaneously.

NAT

NAT (Network Address Translation) is a mechanism that "hides" the addresses of all devices on your local network behind a unique address, increasing security.

SPI

SPI (Stateful Packet Inspections) is a mechanism that monitors data traffic for patterns of known attack types (e.g. DDoS). SPI is also known as dynamic packet filtering.

Encryption Protocols

WPA2-Enterprise, WPS

Encryption Protocols

The security protocols supported by the device for encrypting data transmitted wirelessly and protecting against third-party connections to your network.

The first protocol was WEP, which was replaced by WPA, which in turn evolves into generations with each generation having a corporate and home version. Anything older than WPA2 is not considered secure.

It is recommended that the device support at least WPA2-Personal (PSK) for home use.

WPA2-Enterprise

The WPA2 protocol replaced WPA in 2004 and uses AES (Advanced Encryption Standard) technology, which is approved by the US government for classified documents. It is considered safe for home use. 2. WPA2-Enterprise is intended for corporate use and provides increased security compared to WPA2-Personal.

WPS

WPS (Wi-Fi Protected Setup) offers an easy way to connect new devices to your network (e.g. by pressing a button), but it has been found to be vulnerable to attacks and is recommended to be disabled wherever possible. This security gap is considered a risk mainly for corporate applications as it is very rare for an individual to be targeted.

MAC Address Filtering

Yes

MAC Address Filtering

MAC (media access control) address filtering is the ability of a device to allow specific devices to connect based on their unique MAC address, while excluding any device with a MAC address that has not been defined as acceptable.

Extras

Virtual Private Network (VPN)

Yes

Virtual Private Network (VPN)

The device has the ability to set up a VPN (Virtual Private Network) so that traffic from all devices on our network passes through it. 2. The VPN acts as an intermediary between us and the rest of the internet. This way, we can give the impression that we are geographically located in another country and the pages we visit see the VPN address as the visitor's address, not ours. 3. This provides us with anonymity and access to content with geographic restrictions (e.g. some YouTube videos are only available in certain countries, the Netflix catalog is different depending on the country, etc.). 4. VPN services are usually paid for by subscription.

VoIP

No

Mesh

Yes

Mesh

It is a complete home WiFi system with multiple access points designed to eliminate dead zones and provide seamless WiFi throughout your home with higher speeds and more devices.