MPU6050 Gyroscope Accelerometer sensor interfacing with TM4C123G Tiva C Launchpad

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Highly-Reliable and Extended-Temperature Ethernet PHY Transceiver

Microchip Technology’s latest Commercial-Off-The-Shelf transceiver is suitable for avionics and military applications It allows system designers to reduce significant development time and cost and also complement high atmospheric temperatures Aircraft, military vehicle and ground-based systems that rely on intelligence, information and secure connectivity to support mission success are enabled by enhanced technology designed to operate […]

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Mesh Networking-Based Smart door with ESP 32 Cam

Mesh Networking is a wonderful technology in which multiple sensor nodes share data amongst each other. If somehow any one node or sensor nodes fails, then other nodes continue to transfer data in between themselves. Inspired by this, today we will make an IoT system with mesh network for smart homes. Bill Of Materials Prerequisite […]

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Level up your shell history with Loki and fzf

Loki is an Apache 2.0-licensed open source log-aggregation framework designed by Grafana Labs and built with tremendous support from a growing community. It is also the project I work on every day. In this article, rather than just talking about how Loki works, I will provide a hands-on introduction to solving real problems with it.

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How open source underpins blockchain technology

People are often surprised when they find out that blockchain technology, which is known for its security, is built on open source software code. In fact, this openness is what creates its security and reliability.

One of the core values of building anything as open source is gaining efficiency. Creating a community of developers with different perspectives and skillsets, all working on the same code base, can exponentially increase the number and complexity of applications built.

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Cellular V2X All-In-One Communication Module To Keep Up With 5G

For enabling connected vehicles with next-generation communication system, Alps Alpine has developed a Cellular V2X All In One Communication Module The module strengthens Cellular V2X platform and helps reduce the burden on the host CPU for the onboard unit Fifth-generation (5G) mobile communications technology featuring ultra-fast speeds, ultra-low latency and mass connectivity is expected to […]

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China, US, Canada Poised to Lead in 5G Spectrum

In the Strategy Analytics report “5G Bands, Operators and Regions for Radio Component Suppliers: Mid-2020 Update,” the author provides details on the spectrum allocated or planned for 5G in 69 countries, by operator, along with upcoming auctions. So far, nine countries have allocated millimeter wave bands to 5G, with more than 41 planning to make additional allocations over the next few years.

The bands coming up for auction for 5G provide an indication to OEMs, filter and RF (radio frequency) front-end component suppliers about specifications and demand for future cellular phone and base station products.

According to Christopher Taylor, Director, RF & Wireless Components and author of the report, “Interest in millimeter wave for capacity is on the increase. If Canada assigns the 28 GHz, 37 GHz, 39 GHz, 40 GHz and 60 GHz spectrum they have earmarked in 2022, Canada will lead the world with 9,800 MHz of millimeter wave spectrum available for 5G. In comparison, we expect the much more populous country China to allocate 8,250 MHz of 5G millimeter wave spectrum. The US, the first country to adopt 5G millimeter wave, has allocated 4,950 MHz.”

Stephen Entwistle, Vice President of Strategic Technologies at Strategy Analytics, added, “The report also shows surprising interest in the low bands, especially around 700 MHz, for the coverage and penetration that these bands can provide. More than 20 countries plan to allocate new spectrum for 5G in the low bands.”

The post China, US, Canada Poised to Lead in 5G Spectrum appeared first on EE Times Asia.

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