Hot on the heels of the UK government launch of their £10m IoT smart city competition and Qualcomm joining the Thread mesh networking initiative, two UK-based IoT start-ups are about to announce details of a collaborative product.
Cascoda and Vertizan, formerly known as Coveritas, have been collaborating on the development of a low power wireless transceiver that is compliant with the IEEE 802.15.4 standard.
Southampton-based semiconductor developer, Cascoda has developed a propriety radio architecture and to ensure the IoT platform can compete in global market, it worked with Vertizan of Bletchley to validate the software stack.
Cascoda’s bat radio technology uses new demodulation and detection techniques to improve receiver sensitivity to extend coverage in the home without additional power penalties.
The receiver design retains compliance with existing standards, including mesh networking.
The CA-8210 is the first chipset to incorporate technology for the 2.4GHz industrial, scientific and medical (ISM) radio band of the IEEE 802.15.4 wireless standard.
“We knew our patented bat radio architecture would stand out from the crowd and disrupt the market, but our target global customers would expect more than just compliance to the standard,” said Bruno Johnson, CEO, Cascoda.
“Our software protocol stack had to be tested for every conceivable functional use case, which is well above and beyond the compliance test case set,” said Johnson.
For this Cascoda used Vertizan’s Vitaq system functional verification tool and the work was completed in less than three months .
Vitaq allows users to specify parameter and action-based rules. The tool automatically generates exploratory tests that explore the possible use-case functionality of the software under examination, and also allows test runs to focus on the scenarios of greatest relevance.
“By combining stress testing with difficult-to-reach corner cases, Vitaq has automatically created millions of valuable tests. This allowed Cascoda to discover, fix and re-verify issues which would have been virtually impossible to find using predetermined test sequences,” said Sean Redmond, CEO, Vertizan.