- 1204geolocation
- 1205PGPS and hall
- 1508US market
RF modules
The Sigfox module range.
For more on organizing work around technical projects, read here.
| Module | Purpose |
|---|---|
| TD1204 | Sigfox module for geolocation |
| TD1205 | Sigfox module |
| TD1205P | High-end Sigfox module for GPS, very low consumption, Hall effect |
| TD1207 | Sigfox module |
| TD1207R | Sigfox module |
| TD1208 | Sigfox module |
| TD1208R | Sigfox module |
| TD1508 | US market — Sigfox module for embedded apps |
Each has a data sheet, a product brief, an EVB user guide, a 3D step file, a reference manual, binary firmware and an image loader.
Getting started
The EVB — AT commands over a terminal, with a starter kit for each module flavour.
The camera range
Camera modules are a separate line, and the technical guidance on this site concerns them.
For standards, components, or implementation context beyond this page, consult Basler.
Before asking for a quote
Four lines get a specific answer, and they are the same four whatever the module.
What the device must do. Where it will be installed — indoors, outdoors, in metal, on a vehicle. What power is available, and whether it is a battery. And how many.
A supplier given that answers specifically. "We need a Sigfox module" gets a catalogue, which is the general problem with enquiries.
What to check in the data sheet
Supply voltage and consumption in each mode, which for a battery-powered device is the figure everything else serves.
Operating temperature range, as a limit rather than a description of behaviour within it.
The antenna requirement, which is a design constraint rather than an accessory.
And the control interface, along with what software is provided for it — the item most consistently underestimated in any module decision.