TamoGraph Site Survey Latest Free Download 2024

TamoGraph Site Survey Latest Free Download 2024

TamoGraph is a powerful and user-friendly wireless site survey software tool for collecting, visualizing, and analyzing 802.11 a/b/g/n/ac Wi-Fi data. Wireless network deployment and maintenance requires the use of a professional RF site survey tool that facilitates otherwise time-consuming and very complex tasks, such as ongoing analysis and reporting of signal strength, noise and interference, channel allocation, data rates, etc.

By using TamoGraph, businesses can dramatically reduce the time and costs that are involved in deploying and maintaining Wi-Fi networks and improve network performance and coverage in all kinds of environments: office buildings, airports, cafes, malls, or open space areas.

The reports generated by TamoGraph Site Survey are the proof your end user needs to have the confidence in your WLAN implementation. The reports include a signal strength overlay highlighting that each area in the building was verified to meet the coverage requirements. TamoGraph also runs performance tests throughout the duration of the site survey to help you design an incredibly fast modern WLAN with ubiquitous coverage.

As a stand-alone product, TamoGraph requires little to get going. Just run setup on any Microsoft Windows XP, Vista, 7, Server 2003/2008 (32 or 64-bit) PC with at least 2GB of RAM and 20MB free. Size matters for on-the-go tools. But since TamoGraph doesn’t run on iOS or Android, we conducted most of this review on an eeePC netbook.

TamoGraph can run without live Wi-Fi — for example, to analyze surveys on a desktop with a big monitor. But to conduct a new survey, TamoGraph needs at least one compatible 802.11a/b/g/n adapter. This supported list is solid — especially for Windows 7 and Vista. We tested TamoGraph on XP with an AirPcap NX USB and on Windows 7 with an Atheros 9285 PCIe.

Adapter selection is crucial, because a slow/weak adapter yields too-conservative results, while a fast/sensitive adapter produces overly-optimistic surveys. Using adapter(s) representative of your own WLAN is a survey best practice. TamoGraph can use multiple adapters to scan N channels simultaneously, but those adapters must be of the same type. To survey with different adapters, walkabouts must be repeated, but TamoGraph can export and merge independently-measured results for consolidated analysis and reporting.

GPS-enabled outdoor surveys require a TamoGraph Pro license ($999) and an NMEA-compatible receiver. We paired Pro with a Holux Bluetooth GPS receiver. Like most survey tools, Pro cannot be paired with non-NMEA GPS navigators. However, we found that a Pro license is needed only to create GPS-based surveys; those results can be imported into Standard.

More and more people rely on wireless networks in their own homes, so as to provide Internet access to all nearby devices, such as smartphones, laptops, tablets and desktop computers. However, depending on the adapter they use, the signal strength may decrease and even fall, so users can rely on TamoGraph Site Survey to analyze and evaluate the status of 802.11 Wi-Fi networks.

In order to make the most of the application, you first need to make sure it has correctly detected the type of wireless adapter you are using – if no compatible one is detected, you might need to download its appropriate drivers then try scanning for it again.

Once this step has been completed, you need to create a new project where you specify the type of building you are working or living in – such as indoor or outdoor, with high, low or medium attenuation. This is also the point where you get to mention the type of measurement unit you want to use.

Next, you can load the map of a building or you can find an online map of your location – you need to make sure it is as accurate and updated as possible, so as to make sure that the analysis you will perform is also accurate.

The main window of TamoGraph Site Survey enables you to calibrate your map, then initiate a passive or an active survey so as to determine which are the areas in your building that get a faulty Wi-Fi signal.

You can choose the visualization type you prefer, be it for passive surveys (signal level, AP coverage areas, signal-to-noise ratios, number of APs, channel bandwidth) or active ones (actual PHY rate, TCP upstream or downstream rates, round-trip time or associated AP).

All in all, TamoGraph Site Survey can prove to be a very reliable solution for all those looking to optimize their wireless networks as it can identify the vulnerable areas then generate clear and accurate reports.

It took just fifteen minutes to install TamoGraph and complete a quick two-floor survey. We weren’t tempted to consult the well-illustrated guide until we drilled into analysis. Even then, TamoGraph left little to the imagination. While not bare-bones, TamoGraph is a what-you-see-is-what-you-get tool, with few hidden knobs or nested screens, relying mostly on mouse-over detail.

TamoGraph divvies the screen into three resizable panels: scanned APs (left), site floorplan or map (center), and project parameters (right). Upon launch, clicking “New Project” runs a wizard which prompts for name/description, environment type, channel list, and map image (below). Then calibrate the floorplan or map and optionally tweak project parameters before walking the site to record passive RF measurements.

TamoGraph Site Survey can test the overall signal strength while simultaneously testing the throughput performance at every location automatically. Simply upload a floor plan or map to begin logging and testing the WLAN.

WiFi dead zones can be caused by high levels of interference from non-WiFi transmitters. TamoGraph conveniently supports spectrum analysis capture with a Wi-Spy to create a snapshot of interference in the 2.4 or 5 GHz bands to help you locate interference.