nblocks:n-blocks_n-pro
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nblocks:n-blocks_n-pro [2019/12/25 13:31] engineer |
nblocks:n-blocks_n-pro [2020/02/20 06:18] (current) engineer |
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| =====n-Blocks PRO===== | =====n-Blocks PRO===== | ||
| + | ~~CLOSETOC~~ | ||
| + | *<fs medium>**n-Blocks** is a modular open source low power embedded systems platform based on a modular form factor. n-Blocks adopts a plug and play concept where computing, sensor, energy harvesting/powering, and communication boards can be plugged together to achieve particular embedded system platform capabilities.</fs> | ||
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| + | * <fs medium>A number of embedded processors are used based primarily on the ARM Cortex series. Wireless communication capabilities include boards with for example Bluetooth Low Energy, LoRa, WiFi, IEEE802.15.4/Zigbee, and NB-IoT. </fs> | ||
| - | *<fs medium> n-Blocks started in [[https://www.nimbus.cit.ie | Nimbus centre]] as a Low Power Wireless Sensor Node platform, a product for the niche academic WSN market, but due to its dynamic/modular structure and mbed code base, soon became a general IoT and embedded systems platform.</fs> | + | * <fs medium>The sensing capabilities include temperature, humidity, acceleration, light, VOC, CO2, air quality, and others.</fs> |
| - | * <fs medium>We have used n-Blocks in [[https://www.nimbus.cit.ie | Nimbus centre]] to develop and deliver innovative projects. As a result, we created [[https://www.n-blocks.net/nblocksWiki/doku.php?id=nblocks:list_of_n-blocks|many different n-Blocks]].</fs> | + | * <fs medium>The n-Blocks platform is built with the following principles in mind:</fs> |
| + | * <fs medium>**Modularity**- boards that can be plugged together like bricks in an efficient and seamlessmanner to create wireless nodes or industrial style controllers with varying computing, communication and sensing capabilities </fs> | ||
| + | * <fs medium>** Functional Scalability**- boards have 240 pins divided into four 60 pin standardized low profile connectors to expose as many functions as possible and create a scalable platform that is not limited by communication capabilities between boards</fs> | ||
| + | * <fs medium>**Processing performance scalability**- from the ARM Cortex M family of microprocessor to support a wide range of software applications starting from battery-powered ultra-low power wireless sensor applications running onCortex M0 to Linux OS based applications running on Cortex A8</fs> | ||
| - | * <fs medium>After using and testing the n-Blocks platform internally for our Nimbus centre projects for several years, we are migrating from the 24 pin connectors to unlock:</fs> | + | * <fs medium>Following these principles, we have created a range of [[https://www.n-blocks.net/nmodules/doku.php?id=start|n-Blocks PRO]] boards, initially for use within industry sponsored R&D projects in the Nimbus Research Centre..</fs> |
| - | * <fs medium>Modularity (cables create a mesh)</fs> | + | |
| - | * <fs medium>Scalability (need much more than 24 pins)</fs> | + | |
| - | * <fs medium>Use of larger/faster Microcontrollers and Linux supported Microprocessors</fs> | + | |
| - | * <fs medium>By the end of 2018 we decided to redesign the platform with dense connectors moving from 24 pins to **240 pins**</fs> | + | * <fs medium>The most important n-Blocks PRO boards are being assembled and are in the testing phase. We are migrating our standard [[https://www.n-blocks.net/nmodules/doku.php?id=nblocks:list_of_n-blocks| n-Blocks]] (about 100 different n-Blocks) to the new n-PRO form factor </fs> |
| - | * <fs medium>After several iterations, we designed the [[https://www.n-blocks.net/nmodules/doku.php?id=start|n-PRO series]]. The most important n-Blocks are being assembled and are in the testing phase</fs> | + | *<fs medium>n-Blocks has been evaluated in a number of academic-industry pilot projects for use cases covering: </fs> |
| + | * <fs medium>Wireless Sensor Networks</fs> | ||
| + | * <fs medium>Motion Control</fs> | ||
| + | * <fs medium>Industrial Control</fs> | ||
| + | * <fs medium>Environmental Monitoring</fs> | ||
| + | * <fs medium>Smart Buildings</fs> | ||
| + | * <fs medium>Healthcare</fs> | ||
| + | | ||
| - | * <fs medium>We are migrating most of our [[https://www.n-blocks.net/nblocksWiki/doku.php?id=start|standard n-Blocks]] (about 100 different n-Blocks) and the Reference designs to the new n-PRO form factor</fs> | ||
| - | *<fs medium>We can’t really control what the users will develop with n-Blocks, but we are creating well structured use case examples in the form of Reference Designs</fs> | + | =====Form Factor===== |
| - | + | ||
| - | * <fs medium>Reference designs are used to narrow-down to specific use cases</fs> | + | |
| - | * <fs medium>Wireless Sensor Networks</fs> | + | |
| - | * <fs medium>Motion Control</fs> | + | |
| - | * <fs medium>Industrial Control</fs> | + | |
| - | * <fs medium>Education</fs> | + | |
| - | * <fs medium>Science/Lab</fs> | + | |
| - | * <fs medium>Any new project requirements</fs> | + | |
| + | =====mbed Enable===== | ||
| + | |||
| + | =====Low Power===== | ||
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| + | |||
| + | =====Customization===== | ||
nblocks/n-blocks_n-pro.1577298672.txt.gz · Last modified: 2019/12/25 13:31 by engineer
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