mu Space to participate in the Qualcomm Smart Cities Accelerator Program

Satellite and space technology company mu Space announced today its participation in the Qualcomm Smart Cities Accelerator Program from Qualcomm Technologies, Inc. The program, which Qualcomm Technologies launched in April, aims to connect cities, government agencies and enterprises with service providers offering Qualcomm Technologies-based smart city solutions. mu Space is the first Thai company to participate in the program.

“At mu Space, our mission is to develop the best quality products. As such, we only work with the best in the industry. We’re excited to be offering high-quality products utilizing Qualcomm Technologies’ cutting-edge tech for smart cities applications in Thailand and other countries in the future, and we are proud to join this program,” said Suwit Pruckwattananon, Chief Business Development Officer at mu Space.

“mu Space is a leader of innovative technologies in Southeast Asia,” said Sanjeet Pandit, senior director of business development and head of smart cities, Qualcomm Technologies, Inc. “The Qualcomm Smart Cities Accelerator Program provides a central hub for smart cities solutions across regions and verticals, and we are pleased to see mu Space participate as the first Thai company in our program.”

Aside from space and satellite technology, mu Space is also focusing on developing Internet of Things (IoT) solutions. Founded in 2017, the company has so far disclosed its plan to include two IoT devices — a smart apparel and a smart tracker — in their product line up.

In 2018, mu Space has first started developing the design of its own smart apparel that is capable of controlling internal temperature and equipped with a health monitoring system. In January this year, mu Space unveiled another IoT product, a smart tracker, that can provide a more accurate real-time location to track the whereabouts of a person, to find lost valuables or to monitor the movement of assets.

“Expect to have more and more IoT-enabled devices being developed every year as demand for IoT continues to increase in homes, big companies and smart cities. Spending is rising as people are starting to realize the benefits of IoT in making daily tasks easier and more automated,” Suwit added.

According to the International Data Center’s market research on IoT for 2019, the worldwide spending on consumer IoT this year is expected to reach $108 billion. The research further stated that the leading consumer use cases will be related to smart home, personal wellness, and connected vehicle infotainment.

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Power supply monitoring IC has self-diagnosis for functional safety

Designed for automotive application power supply systems the BD39040MUF-C, by Rohm Semiconductor, has built in self-test (BIST).

It supports functional safety and provides monitoring functions for the power supply systems of advanced driver assistance systems (ADAS) sensor modules. For functional safety, to meet the highest safety requirement level (ASIL) it is necessary to detect potential failures of the power supply monitoring function itself. In addition to voltage monitoring functions (power-good, reset) and a watchdog timer for monitoring the engine control unit, the BD39040MUF-C is the first to introduce a self-diagnostic function, claims Rohm. The IC makes it possible to detect a potential failure of the power supply IC itself without affecting existing systems. Both the reference voltage and oscillator circuits are multiplexed to enable continuous mutual monitoring between systems in order to improve safety during normal operation.

The BD39040MUF-C easily supports functional safety in existing systems without any changes of power supply sequences. Additionally, the watchdog timer for the ECU can be adjusted via external resistance and the effective monitoring timing arbitrarily set to on/off.

The BD39040MUF-C has an input range of 2.7 to 5.5V and is supplied in a compact, 3mm square package.

Applications include radars, cameras and sensors for ADAS/automated driving, ECUs, electric power steering, dashboard cluster, LCD panels, infotainment, lamps
and other power systems requiring functional safety measures beyond ASIL-B.

Rohm Semiconductor develops and manufactures low power microcontrollers, power management and standard ICs, SiC diodes, MOSFETs and modules, power transistors and diodes, LEDs and passives components such as resistors, tantalum capacitors and LED display units and thermal printheads in manufacturing plants in Japan, Korea, Malaysia, Thailand, the Philippines, China and Europe.

Rohm Semiconductor Europe has its head office near Dusseldorf, Germany serving the EMEA (Europe, Middle East and Africa) region.

http://www.rohm.com

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Xilinx ships Versal ACAP devices

Xilinx has announced that it has shipped Versal AI Core series and Versal Prime series devices to multiple tier one customers through the company’s early access program.

Versal is the industry’s first Adaptive Compute Acceleration Platform (ACAP), described as heterogeneous compute devices with capabilities that far exceed those of conventional CPUs, GPUs, and FPGAs.

The integrated, multi-core, heterogeneous compute platform can be changed at both the hardware and software levels to dynamically adapt to the needs of applications and workloads in data centre, automotive, 5G wireless, wired and defence markets.

The Versal ACAP is natively software programmable and its architecture features a flexible, multi-Tbit per second network on chip (NoC). By seamlessly integrating all engines and key interfaces, the NoC ensures that the ACAP is available at boot and easily programmed, whatever a developer’s specialism, be they software developers, data scientists or hardware developers, says Xilinx. Tools, software, libraries, IP, middleware, and frameworks are available to dynamically customize accelerated computing using industry-standard design flows.

The Versal ACAP portfolio is based on TSMC’s 7nm process technology ad is claimed to be the first platform to combine software programmability with dynamically configurable domain-specific hardware acceleration. It includes a mix of next-generation scalar engines for embedded compute, adaptable engines for FPGA silicon programmability, and intelligent engines for AI inference and advanced signal processing for advantageous raw performance and performance per Watt capabilities compared to CPU and GPU implementations, adds Xilinx.

The Versal AI Core series delivers the portfolio’s highest compute and lowest latency, for AI inference throughput and performance through the AI Engine. This core is optimised for cloud, networking and autonomous technology and is claimed to offer the highest range of AI and workload acceleration available in the industry.

The Versal Prime series is optimised for connectivity and in-line acceleration to operate across multiple markets and a diverse set of workloads, continues the company.

Both the Versal AI Core series and Versal Prime series include multiple devices, each with dual-core Arm Cortex-A72 application processors, dual-core Arm Cortex-R5F real-time processors, over 2m logic cells of adaptable hardware, and over 3,000 DSP engines optimised for high-precision floating point and low latency. The Versal AI Core devices offer up to 400 AI Engines optimised for AI inference and advanced signal processing workloads.

The Versal portfolio includes four additional series of devices, architected to deliver scalability and AI inference capabilities for diverse applications, from cloud and networking to wireless communications, edge computing, and endpoints.

The Versal AI Core and Versal Prime series will be generally available in the second half of 2019.

http://www.xilinx.com

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