It is becoming evident that the next level of advancement in chip-building can be achieved through open, modular and collaborative methodologies resulting in unmatched flexibility, ease of development and robustness of the end product. This approach is...
The already high numbers of IoT devices shipped worldwide are expected to reach staggering levels in the nearest future. Yet, for many years, there wasn’t a high quality, fully reliable and widely reported benchmark for embedded computers that would accurately...
Machine learning is still predominantly done in the cloud, which in many use cases may result in unnecessary latency, excessive power consumption and dependency on the availability of a wireless connection. Thanks to the recent developments in the area...
OPEN HARDWARE, OPEN FPGA, OPEN SOURCE TOOLS, OPEN OS
Our approach to FPGA development is quite unique, with a heavy focus on openness, portability and software-driven workflows. One element of this strategy is creating open source and portable IPs that can be reused across a range of projects and platforms...
OPEN SECURITY / SAFETY, OPEN HARDWARE, OPEN ASICS, OPEN OS
The increasing complexity of IoT applications comes with a bigger risk of potential cyber-attacks that can target multiple layers and components of a system. The ever-growing Common Weakness Enumeration (CWE) list, with thousands of entries related to both...
The flexible Thunderbolt standard is taking consumer devices by storm, and its availability beyond the x86 architecture is an interesting development that carries significant implications for industrial systems as well. Based on our experience in building...