Open source toolchain
The DPT-Board OS is based on OpenWRT Linux and available on our github page. There is no need to acquire any expensive
toolchain to develop software for the DPT-Module v1. We can even provide you with a virtual Ubuntu machine wich contains
the complete development environment pre-installed.
Atheros Qualcomm SoC
The module is designed around the Atheros Qualcomm AR9331 System-on-Chip. This SoC was especially designed for 24/7 operation
and secure networking applications. By using the DPT-Module you can rest asured your device will have the robustness needed for
your application.
CE & FCC certified
The DPT-Module V1 has both CE and FCC certification for both home and industrial use. As the module contains all high speed
circuitry this makes it a lot easier to design your next smart IoT product. On top of that our engineers can review your design
to help you pass your CE and FCC tests as fast as possible.
Ultra low power
Power usage becomes ever so imporant. The DPT-Module integrates many peripherals on the same module which keeps power usage
and heat development extremely low. Typically the module consumes about 0.3 Watts of power when the WiFi connection is
associated with an accesspoint.
Designed for manufacturing
We can deliver the DPT-Modules in plastic trays ready for the pick-and-place machine. It's also no problem to make the module
pass the reflow oven again. This means the production costs for boards using the DPT-Module remain low and the quality is
consistent.
Big user application space
The Linux distribution which is installed on the DPT-Module leaves more than 10MiB flash to be used by the end user application.
When booted only 30MiB of RAM memory is used, so the smart applications which run on the board have access to more than 34MiB
of RAM memory.
