Search Results for : OpenWRT

In the last decade, RISC-V has seen an exponentially increased adoption from manufacturing, designing a wide range of boards under its ecosystem, offering high performance. A Chinese open-source community working on the real-time operating system (RTOS) has designed a RISC-V-based...

Building a simple and cost-efficient system for BLE and cloud server communication can be quite tasking considering the availability of network environments requiring either BLE, WiFi, Ethernet, or a combination of these input/output protocols. That is why GL.iNet, known for OpenWrt...

Just about a year ago, Shenzhen Xunlong Software updated its Orange Pi range of boards with an Orange Pi R1 Plus SBC powered by a Rockchip RK3328 quad-core Cortex-A53 processor running @ 1.5 GHz, coupled with 1GB RAM, dual Gigabit Ethernet ports, and one USB port for router...

Cost and size are two things you consider when choosing components for portable systems, after functionality and performance. Not too long ago, we saw the Sipeed's Lichee RV that was launched for about $20 and designed to compete with the $99 Nezha SBC. Now, MangoPi has released an...

Open-source embedded system framework has made processor and SBC innovation more fun and easy, offering many configurable architecture implementations. The RISC-V ISA based hardware, though not very economical, is still very much celebrated even after more than a decade of its...

Efficient routing applications require effective bandwidth management, reduced network management cost, flexible function selection, friendly management interface with a fast boot time amongst other features which are usually tedious with hard routers. This is why a Shenzhen,...

Sipeed has been busy releasing several new boards, with some still into the production and testing phase. The manufacturer has now released an R329 camera board for the Chinese community only for free trials because the software environment is not fully ready for mass production. The...

Linux capable IoT boards are considered a better option over embedded C boards by many makers and hackers due to rapid prototyping. One can build a lot of IoT projects effortlessly on Linux-based boards within minutes. IoT-specific boards that run Linux are, however, costlier and...