Internet connection speed of Mac

When you have a computer, whether it has macOS or not, the Windows operating system, the most common action you take is to connect to an internet network. Through a browser or using various programs such as email, instant messaging, and other programs. In this article, we will analyze the Internet speeds of various hardware installed in commercially available Macs.

The type of connection we found

Before analyzing each model, it is important to emphasize the different types of connections. Working on Apple . Colloquially, the term “wired” can be used to refer to a connection to an Ethernet cable, and the other  type is wireless over Wifi. Analyze all these details.

Code vs Wifi, do they work the same?

As mentioned earlier, any computer can find a connection via Ethernet and Wifi in the usual way. And obviously, there are many differences between the  methods. The first of these is the freedom provided by the router, as the physical connection must always be close to the router in order to connect and send information. This does not happen if you are using Wifi. It doesn’t work with any type of cable. This way, you are free to move your computer, especially when connecting to laptops such as: Of MacBook. The iMac or Mac Pro, the device is installed in a fixed way, so having a physical connection can be interesting.

But the big difference that exists is in one of the most important aspects of the connection, That’s the reality Wireless connections are more inefficient than running over cables. According to various studies, the difference does not reach everything that has a Mac contract in terms of 65% speed. This is definitely a big problem if you are downloading or uploading a very large file. Obviously, this is a value that has improved over time thanks to the development of higher quality hardware.

This means that the connection will be made over the Ethernet cable whenever possible. However, as described below, it can be difficult to use the physical system due to the lack of native connections, and you may be forced to use an adapter.

Various Ethernet ports available

Internet connection ports may look like really simple hardware, but the truth is that there are different types. Within the RJ45 standard, various speed compatibility can be seen. This is essential to adapt to the intended use and to be able to transfer data up and down at high speed. In this case, Apple has the following models:

  • 1 GB Speed: Gigabit Ethernet 100/1000 / 1BASE-T (45 GB) over the RJ-10 connector that provides the base speed. This is more than enough for many users, as telemarketers offer this top speed.
  • 10GB speeds: Provides 10 faster connections that support standard NBASE-T network speeds of 10GB, 1GB, 2.5GB, and 5GB. It provides high bandwidth connectivity for sharing files between desktop teams, working with high-performance network-attached storage (NAS), and processing large amounts of data.

Some historical Wi-Fi connections

Like physical connections, wireless connections can be found on a variety of hardware. Each technology included tries to meet the needs of its users in the face of the dependency of fast download and upload on the Mac. Similarly, as more devices are connected, it is necessary to cope with the saturation of existing wireless networks. In this case, you can find two types of standards.

  • Wifi 802.11ac (Wifi 5): In this case, Wifi operates in a less common band, 5GHz. This is a way to free up the currently saturated 2.4GHz band. In this case, it may become compatible with connections that exceed  per 1300 seconds. Obviously, there are many restrictions on environments that do not provide the maximum possible, such as the distance to the emission point.
  • Wifi 802.11ax (Wifi 6): Compatible with all previous protocols. In this case, it is possible to have a receive and release speed of 10 GB. This clearly offers very good speeds and is supported by the latest generation routers. But what you really get in this case is the fact that you have a much more stable connection and a wider range. This is due to the higher modulation, among other factors.

Breakdown of each Mac

Once you understand all the technical data related to your internet connection, analyze each computer and its components. This is very important so that you can wisely choose the best one to adapt to the work you have to do. For example, when transferring data using NAS, it is done locally, so it is important to get the fastest possible speed. However, if you’re looking for great mobility at home, you should prioritize Wi-Fi connectivity. In particular, you need to adapt to the speed of your router.

Mac 24 ″

24 of the most powerful teams you can find within Apple, and above all with groundbreaking designs. With a 10-inch screen, the team is especially aimed at professional editing. Processing this type of heavy file normally includes a wide range of internet connections, reaching 1 GB on cable and XNUM X GB on Wifi. Specifically, the specifications to be integrated are:

  • Wireless connection: Wi-Fi 802.11ax (6th generation) wireless connection (compatible with IEEE 802.11a / b / g / n / ac standard)
  • Physical connection : Ethernet 1GB and Gigabit Ethernet.

iMac 27 inch

Largest in the entire iMac family and all Apple computers. As before, it’s especially dedicated to processing large amounts of data. In this sense, because it is a large device, it must be taken into account that it will be placed in a fixed location. Therefore, it is especially important to connect to a fixed network. The connection specifications are as follows.


  • Physical connection : Ethernet 1GB and Gigabit Ethernet.

Mac mini M1


 device that may seem small at first, but can significantly speed up the Internet. This can be achieved thanks to competent hardware with an M1 chip that can handle anything. Ventilation may be limited, but thanks to the following hardware, up to 10 symmetric GB of data can be transferred.

  • Wireless Connection: Wi-Fi 802.11ax (6th Generation) Wireless Connection (Compatible with IEEE 802.11a / b / g / n Standards)
  • Physical connection: Gigabit Ethernet port (configurable with 10Gb Ethernet)

Intel Mac mini

Similar to the team I commented on earlier, but with differences. This is an Intel processor and it offers a lower connection speed. What’s interesting about this device is the network connection, so it may still be ideal, but choose low-quality Wi-Fi, which isn’t very stable.


  • Physical connection: Ethernet 1GB and Gigabit Ethernet.

MacBook Air and MacBook Pro (M1)

If you need mobility, this is definitely a laptop that everyone would recommend to you. It offers great advantages in terms of power and autonomy. But most importantly, in terms of connectivity, it’s shining for fast, especially stable integration of the latest technologies on the market. The problem is that to use a physical Ethernet connection, you have to choose to use an adapter, which has its limitations. Therefore, the specifications are as follows:

  • Wireless Connection: Wi-Fi 802.11ax (6th Generation) Wireless Connection (Compatible with IEEE 802.11a / b / g / n Standards)
  • Physical connection: Requires an external adapter.

MacBook Pro (M1 Pro / M1 Max)

As before, we have a portable computer that allows you to work from anywhere. The changes it presents are related to much more developed hardware CPUs , but the connectivity aspect remains the same. The same connection hardware is still maintained, but with the same limitation of having to use an adapter to be able to use the Ethernet connector.

  • Wireless Connection: Wi-Fi 802.11ax (6th Generation) Wireless Connection (Compatible with IEEE 802.11a / b / g / n Standards)
  • Physical connection: Requires an external adapter.


It’s the most powerful computer Apple has ever created and one of the ten most expensive computers. Therefore, we need to provide the best possible service with the highest quality and are definitely compliant with internet speeds. Specifically, you can find and GB Ethernet ports. This is intended to be able to handle the flow of information with considerable weight. Specifically, the data on these benefits are as follows:


  • Physical connection: 45 XGB Gigabit Ethernet ports using copper cable and RJ-10 connector.

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