Category: Embedded World

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7layers #STPartnerProgram

Posted by Charbax – July 3, 2020

ST Booth Tour at MWC

Posted by Charbax – July 2, 2020

Virtual tour at ST Microelectronics MWC 2018 booth, checking out Smart Home demo using BlueCoin board and chats with Alexa and sees how motion and voice sensors can be used to automate your home. Also sees MEMS Micro-Actuators demonstrating ST's PETRA technology which is tipped to revolutionize headphones. Other demos include a water proof pressure sensor, touch sensors that can be used even with gloves, an NFC smart tile (ST25DV at http://bit.ly/ST25DV ) which can tell you whether your goods have been shaken, Deep convolution neural networks demonstration talking about artifical intelligence on microcontrollers and used on sensors as part of the IoT, super accurate Teseo GNSS ADAS sensor that works on all satellite constellations and more.

Cypherbridge #STPartnerProgram

Posted by Charbax – July 2, 2020

IoTize #STPartnerProgram

Posted by Charbax – July 1, 2020

Pathpartner #STPartnerProgram

Posted by Charbax – June 30, 2020

Percepio #STPartnerProgram

Posted by Charbax – June 28, 2020

Full Embedded World 2020 video coverage 40+ videos uploading now, Members get early access first

Posted by Charbax – March 4, 2020

The most awesome videos from Embedded World #ew20 are uploading now. Will be published at the rate of about 2 videos per day over the next 3 weeks, but $5/month members at http://youtube.com/charbax/join can watch all the unedited videos already at https://www.youtube.com/playlist?list=PL7xXqJFxvYvjNMXXqLA9PMBOZau8-Yx1J starting tomorrow (just need to complete uploading) thanks for your support!

Filmed at Embedded World 2020, watch all my Embedded World 2020 videos in this playlist here

NXP i.MX RT106A Arm Cortex-M7 MCU for Alexa

Posted by Charbax – October 28, 2019

Turnkey, low cost i.MX RT solution speeds time to market. Cloud-based voice assistants, led by Amazon’s Alexa, have become common in many homes, embedded in smart speakers like Amazon’s Echo products. Soon, the newly emerging trend to build voice assistants directly into smart devices such as light switches, ceiling fans, appliances, smoke detectors, and thermostats, will make voice control ubiquitous throughout the home. Voice assistants conveniently and unobtrusively located throughout the home enable a family’s entire network of connected smart devices to be controlled by voice commands from any room. For example, “Alexa, turn off all the lights,” or even more powerful routines can be created such as, “Alexa, good morning,” which can turn on music, start the coffee pot, adjust the thermostat settings, and more.

Today, a few smart home device and appliance makers are introducing versions of their products with built-in voice assistants. Until now, the technology required to embed cloud voice assistants has required a powerful multicore microprocessor unit (MPU), similar to the application processor in smart phones, with large Flash and SDRAM memories, and complex power management. Such implementations have not been a fit for cost sensitive consumer devices, which has impeded the proliferation of smart home devices with built-in voice.

At Embedded World this week, NXP Semiconductors announced the first MCU based implementation of an Alexa client, based on a new member of NXP’s popular i.MX RT crossover processor family of devices. This new solution enables device makers to build Alexa into products using a low cost, low power microcontroller unit (MCU), a device that is typically already required in any connected smart home product, meaning that OEMs can now add voice to their products at very low incremental cost (not much more than the cost of the microphones). Running on Amazon FreeRTOS, NXP’s new MCU-based AVS solution leverages the power of AWS IoT Core to minimize the processing resources needed to build Alexa into a product. Compared to previous implementations running Linux with large memory footprints, requiring more than 50 MB RAM and several Giga-Bytes of Flash, NXP’s MCU solution needs less than 1 MB of on-chip RAM and fewer than 16 MB of Flash, significantly reducing cost and size.

The i.MX RT106A (“ten-sixty-a”), has a 600 MHz Arm™ Cortex-M7™ processor, 1 MB of on chip SRAM, an LCD display, camera interface, advanced security and flexible communication, combined with a complete turnkey AVS software solution and a production ready hardware design, to enable OEMs to quickly and easily add Alexa to their product designs.

With this solution, device makers realize further benefits of shorter time to market, lower development and lifetime costs. It brings together the Alexa Voice Service, AWS IoT Core, and Amazon FreeRTOS to provide complete and best-in-class security, deployment, and device monitoring.

NXP’s i.MX RT MCU-based AVS solution is available as a complete kit for evaluation, development and prototyping. The hardware consists of two small, 30 mm x 40 mm (1.2” x 1.6”) boards. The MCU system on module (SoM) carries the i.MX RT106A processor, 32 MB of HyperFlash memory, a Wi-Fi/Bluetooth module and an optional NXP A71CH secure element. The audio board has three MEMS microphones and connects to a speaker driven by NXP’s TFA9894D smart audio amplifier. The hardware ships with software that includes everything necessary for a developer to, out-of-the-box, connect to the Alexa Voice Service and immediately start prototyping. This one-stop-shop software package includes far-field voice processing (echo cancellation, noise suppression, beam forming, barge-in), an Alexa wake word inference engine, an AVS client application, API and all necessary drivers.

Samples of the i.MX RT106A processor and the SLN-ALEXA-IOT solution kit are available to qualified early access customers now.

Renesas SOTB (silicon-on-thin-buried-oxide) Low Power ARM microcontrollers for energy harvesting

Posted by Charbax – October 28, 2019

Renesas Electronics Corporation (TSE:6723), a premier supplier of advanced semiconductor solutions, today unveiled an innovative energy-harvesting embedded controller that can eliminate the need to use or replace batteries in IoT devices. Developed based on Renesas' breakthrough SOTB™ (silicon-on-thin-buried-oxide) process technology, the new embedded controller achieves extreme reduction in both active and standby current consumption, a combination that was not previously possible to achieve in conventional microcontrollers (MCUs). These extreme low current levels of the SOTB-based embedded controller enables system manufacturers to take a step further and completely eliminate the need for batteries in some of their products through harvesting ambient energy sources such as light, vibration, and flow. The use of extreme low-power and energy harvesting gives rise to a new market of maintenance-free connected IoT sensing devices with endpoint intelligence for applications in industrial, business, residential, agricultural, healthcare, and public infrastructure, as well as health and fitness apparel, shoes, wearables, smart watches, and drones. Renesas has already begun supplying the new embedded controller to beta customer.

Renesas’ first commercial product using SOTB technology, the R7F0E embedded controller, is a 32-bit, Arm® Cortex®-based embedded controller capable of operating up to 64 MHz for rapid local processing of sensor data and execution of complex analysis and control functions. Consuming just 20 μA/MHz active current, and only 150 nA deep standby current, approximately one-tenth that of conventional low-power MCUs, these industry-leading characteristics make the R7F0E perfectly suited for extreme low-power and energy harvesting.

Geniatech Developer Board 8

Posted by juliusaugustus – August 21, 2019

The Geniatech Developer Board 8 is a Snapdragon 820e based development board designed for commercial and industrial applications. The product features a Qualcomm Snapdradon 820e, 4gb lpddr4 ram, 64GB UFS 2.0,
1x 96boards 40 pin, 1x 96boards 60 pin, full sized HDMI and SD 3.0. The product can run Linux Debian, Linux OpenEmbedded and Android. The Developer Board 8 sells for $350.