Search Results for : Raspberry Pi Compute Module 4

Tech Giant, Geniatech, has launched a $90 “XPI-iMX8MM” Single Board Computer! The XPI-iMX8MM runs Linux on an i.MX8M Mini and is equipped with 1GB to 4GB RAM, 8GB to 128GB eMMC, and 40-pin GPIO. Geniatech’s XPI-iMX8MM is a Raspberry Pi sized SBC that has NXP’s 1.8GHz and...

Introduction Single-board computers based on the Raspberry Pi are powerful, low-cost, and compact. This makes them excellent for small tasks that require a real computer rather than a low-level microcontroller. However, they have a minor downside in that, they are compact but not...

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,...

Recent times have shown that an increased number of portable home entertainment streaming technologies with non - region specific circuitry have made access to TV shows, movies, and games easier and more exciting. With HDMI port and high computing performance of one of such devices like...

Recently, we have seen the launch of the Firefly ROC-RK3566-PC mini-computer built around the Rockchip RK3566 chip. To continue the emergence of RK3566-powered development boards, the Quartz64, a single-board computer (SBC) has been released by Pine64. With the integrated powerful...

Sunlight readable display may not be a new concept for most developers working on the Raspberry Pi single-board computers. For those who do not know how it works, then as the name suggests, a sunlight-readable display operates in direct sunlight or harsh light conditions. Those working...

Radxa launched the Rock Pi 4 Plus series of single-board computers with the Rockchip OP1 Processor, as an alternative to the Raspberry Pi. The new Rock Pi 4 Plus has been upgraded to a Rockchip OP1 processor, a powerful hexa-core ARM-based RK3399 SoC. Hence, it should be 11% faster than...

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...