A powerful wireless site survey software and RF modeling tool

A network monitor and packet analyzer for wired networks

A network monitor and packet analyzer for wireless 802.11 a/b/g/n/ac/ax/be networks

Our new design and planning tool for 4G LTE and 5G NR private cellular networks

A utility for testing the performance of a wireless or wired network

Information about our products that have reached end-of-life

Download and install our products to experience the difference they can

make.

Explore product documentation, video tours, data sheets, and

specifications.

For those buying from us for the first time.

Special pricing for government agencies all over the world.

For those who want to upgrade an old product version.

Special pricing for schools, universities, and students.

Contact us whenever you have questions about products or orders.

Activate or reactivate your product online.

Want to buy from a local partner? Find one near you.

Join our partner network if you want to promote and resell our products.

Already a reseller? Log in here to access special pricing and manage your orders.

A powerful wireless site survey software and RF modeling tool

Our new design and planning tool for 4G LTE and 5G NR private cellular networks

A network monitor and packet analyzer for wired networks

A network monitor and packet analyzer for wireless 802.11 a/b/g/n/ac/ax/be networks

A utility for testing the performance of a wireless or wired network

Information about our products that have reached end-of-life

Download and install our products to experience the difference they can

make.

Explore product documentation, video tours, data sheets, and

specifications.

For those buying from us for the first time.

Special pricing for government agencies all over the world.

For those who want to upgrade an old product version.

Special pricing for schools, universities, and students.

Contact us whenever you have questions about products or orders.

Activate or reactivate your product online.

Want to buy from a local partner? Find one near you.

Join our partner network if you want to promote and resell our products.

Already a reseller? Log in here to access special pricing and manage your orders.

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Using CommView® for WiFi and TamoGraph® Site Survey on MacOS Computers

This short guide was written to help MacBook users utilize TamoSoft wireless 802.11 capture software on their laptops running macOS. You can install and use TamoGraph Site Survey or CommView for WiFi inside a virtualized Windows OS running as a guest operating system on a Mac. In order to do that, you will need virtualization software, such as VMWare, Parallels Desktop for Mac, or Virtual Box. Note, however, that TamoGraph Site Survey is now available as a native macOS application; you may want to run the macOS version of the application without virtualization.

Guest Operating System

As a guest Windows version, Windows 10 or Windows 11 are recommended.

Hardware

To use TamoGraph for passive surveys and to use CommView for WiFi, you need a compatible adapter. When you run our software on a Windows laptop, you can use any of the compatible adapters in different form factors. The list of compatible adapters can be found here. When you run TamoGraph or CommView for WiFi inside a virtual Windows machine, you can use USB adapters only. Please refer to the adapter list to find the USB adapter you are going to use. We strongly recommend that you choose an adapter marked "Recommended." They are also always available from us directly when you buy the boxed version.

Virtualization Software Configuration

If your virtualization software supports USB 3.0 emulation (which is the case if you are using VMWare or Parallels Desktop for Mac), be sure to use USB 3.0 emulation rather than USB 2.0 emulation, even if the USB port and the Wi-Fi adapter you are going to use are USB 2.0. Support for USB 3.0 requires at least Windows 8 as the guest OS. USB configuration in VMWare is illustrated below.

Virtualization Software Configuration

 

USB 3.0 emulation is preferable because it dramatically increases the communication speed between the Wi-Fi adapter and guest OS. For example, in some adapters, switching the Wi-Fi channel might take 500 or even 1,000 milliseconds if you use USB 2.0 emulation and only 100 milliseconds if you use USB 3.0 emulation. Considering the fact that TamoGraph typically switches channels every 250 milliseconds, this difference is dramatic. Using USB 2.0 emulation might slow down the application considerably.

For this reason, we recommend that you do not use VirtualBox as virtualization software. At the time of writing, VirtualBox has no USB 3.0 support. If you still want to use VirtualBox, at least use the Enable USB 2.0 (EHCI) Controller option; otherwise, your USB Wi-Fi adapter might not work.

Adapter Installation

Plug in the USB adapter into your computer. Once the adapter is plugged in, you will need to configure your virtualization software to use the detected USB device, i.e. disconnect it from the host OS and connect it to the guest OS. The configuration method depends on the specific virtualization software that you use; please refer to the related documentation. After the virtual machine takes control of the adapter, Windows will notify you that a new USB device has been found and will try to find the driver for the device. Click Help => Driver Installation Guide in TamoGraph or CommView for WiFi to find the instructions for installing our special packet capture driver. Once that driver has been installed, you can restart the application and use it, as shown below.

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