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Aetina integrates InnoAge to Jetson edge computing

Mon, Mar 30, 2020

World-leading out-band management for edge artificial intelligence (AI) devices, is claimed by Aetina as it unveils how it has integrated Innodisk’s InnoAge into its Jetson edge computing platform.

Management is critical in edge devices used in vertical applications, says Aetina.

It has integrated what is believed to be the industry’s first out-of-band management solid state device (SSD) InnoAge with the Aetina Jetson edge computing platform. The result reduces the cost of manually repairing the edge device and primarily reduces the downtime of the equipment, says Aetina, for convenient control of edge devices.

The integrated system effortlessly restarts and restored in the event of the edge device crashing, reports Aetina.

Its Jetson edge computing platform has a small form factor and low power consumption, making it suitable for embedded edge devices.

To maintain numerous edge devices, in-band management could be limited if an unpredictable issue occurs which makes it more expensive in terms of labour costs as well as possibly extending the downtime of edge devices.

InnoAge SSD equipped with an Azure Sphere chip can cut a separate space in the solid state hard disk and install a separate operating system. InnoAge connected with Azure Cloud and the system of the device can automatically be stored in the solid state hard disk. Once the operating system or software of the edge device crashes, the user can reset or restore the system of edge devices through the management platform on Azure Cloud. The real-time status of edge devices can also monitor the cloud management platform, which facilitates remote control and management of many edge devices.

Aetina says that the Azure Sphere provides the world’s premier data security ability, making the inference results of edge AI computing secure for uploading to the cloud database without security risks.

Aetina was founded in Taiwan in 2012. It provides support for general purpose graphics processing units (GPGPU) and Jetson edge AI computing solutions for embedded applications.

http://www.aetina.com

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Foremost prepares for multi-band network PIM test

Mon, Mar 30, 2020

A rugged enclosure for PIM testing in complex multi-band 4G and 5G networks has been developed by Foremost Electronics, working closely with customer, AceAxis.

AceAxis creates intellectual property rights (IPR) and technology to build, test and analyse the telecomms networks of the future. The company says it is a pioneer in the development of remote radio head (RRH) and embedded test and measurement technology for the telecomms market. Its technology is changing the way cell-site radio equipment is designed and tested and introducing products with a focus on innovation, value, time to market and quality.

AceAxis required a case for a single board device for passive intermodulation (PIM) testing in complex multi-band 4G and 5G networks. The test system analyses the digital bitstream (I/Q data) on the fibre interface between the base band unit (BBU) and remote radio head (RRH) to measure the effects of PIM.

There were a number of very specific requirements for the enclosure. It had to be a compact customer-specific form factor with a maintenance-free conduction cooling concept for a high thermal performance without the use of fans. It also required comprehensive EMC shielding and the integration of custom-developed rubber frames to protect the surface of the case, eliminating the use of conventional rubber feet, while ensuring a firm grip even when the enclosures are stacked or placed on a workbench or table.

Foremost is an added value channel partner for nVent Schroff and therefore has access to a wide range of standard, customisable and complete custom enclosure solutions and accessories.

To shorten the development time for a non-standard case Foremost used products from the nVent Interscale case range for the AceAxis design. The Interscale enclosure range provides a choice of enclosures with heights of one, two or 3U and with various widths and depths. It offers a range oof matched accessories such as mounting plates for PCBs or fan kits if required.

The Interscale components selected provided customisation and guarantees EMC protection with a special locking mechanism of the side panels. Fan cooling was not permitted, so a heatsink with a thermal pad to the processor was used. The custom rubber frame assembly is screwless and easy to remove and the cases have been painted to meet AceAxis’ requirements.

Foremost is a specialist distributor of electromechanical components.

http://www.4most.co.uk

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Analyser conducts RF interference measurements and PIM troubleshooting

Fri, Mar 27, 2020

Reducing test time and costs, the IQ Fiber Master MT2780A is a multi-port CPRI-based RF and PIM analyser, claimed by Anritsu to be the first instrument to perform true passive intermodulation (PIM) analysis over fibre and present RF spectrum results derived from IQ data.

The MT2780A reduces test costs and time by providing field engineers, field technicians and third-party contractors with a single instrument to conduct RF interference measurements and PIM troubleshooting on LTE-based systems using CPRI front haul infrastructure.

The IQ Fiber Master uses patented PIM over CPRI and RF over CPRI measurement capabilities that allow tests to be conducted on the ground. This reduces tower climbs, reports the company. Field engineers and technicians can use the MT2780A to scan the uplink RF signals of a remote radio head (RRH) for in-band interference while simultaneously conducting PIM over CPRI measurements. It supports all Tier 1 LTE basestation radio manufacturers, reports Anritus and can determine if key performance indicators are being affected by interference or PIM.

Analysing CPRI IQ data allows users to view a radio’s uplink spectrum for interference troubleshooting. The IQ Fiber Master measures PIM over CPRI with four small form factor pluggable (SFP) inputs, enabling users to compare multiple bands and sectors. Measurements are performed on live cell tower traffic signals, enabling real-world testing to be conducted with no system downtime. As measurements are derived from baseband IQ data, the IQ Fiber Master can make measurements on any frequency RRH, or combination of frequencies.

The IQ Fiber Master analysis results provide a full PIM diagnosis. It will report the presence of PIM, whether it is internal or external, and the distance to PIM. In addition, the proprietary PIM heat map displays which transmitter contributes the most PIM. This collective diagnosis data shortens the entire PIM hunting exercise by directing field engineers and technicians to the most probable location and cause of the issues.

For on-going monitoring, the IQ Fiber Master can be installed at cell sites to conduct long-term PIM over CPRI measurements and provide analytical information. PIM-related problems, such as intermittent PIM occurring on specific days and times or changes in PIM due to basestation load during the day, can be measured in this configuration. Reports of the measurements can be generated and used for comparative analysis.

The IQ Fiber Master MT2780A also serves as a band-less PIM testing solution that can be a carrier’s first test tool when identifying an interference problem and its location.

All LTE bands are supported. The IQ Fiber Master MT2780A is compact and lightweight; it can fit in to the palm of the hand, says Anritsu. It weighs 1kg (2.2lbs) and measures 185 x 133 x 55mm (2.1 x 7.3 x 5.2-inches).

http://www.anritsu.com

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Harman’s development tool enhances vehicles’ in-cabin experience

Thu, Mar 26, 2020

To support innovation in vehicles’ in-cabin experiences, Harman’s AudioworX is an open-framework unified audio platform that enables rapid design using either Harman’s software or proprietary tools. Using the platform, vehicle manufacturers can differentiate brands yet also quickly adapt to the latest consumer preferences.

It is built on Harman’s acoustic, signal processing to provide personalised in-vehicle audio and entertainment in entry level to luxury vehicles, with Individual Sound Zones (ISZ), virtual venues, Clari-Fi and quantum logic immersion (QLI).

AudioworX has combined with networking, software comms and cloud computing technology company, NTT and collaborated to customise its beam forming, echo cancellation and other communications technologies to create personalised in-cabin communication and noise management solutions.

“NTT brings a level of telecommunications expertise and experience that, when combined with the power and flexibility of the AudioworX platform, helps to unlock an elevated environment for in-car communication,” said Chris Ludwig, vice president, EPIC experience team, Harman Lifestyle Automotive.

Harman AudioworX is available now to OEMs and software developers.

Harman designs and engineers connected products for automotive makers, consumers, and enterprises worldwide including connected car systems, audio and visual products, enterprise automation solutions and services supporting the IoT.

More than 50 million automobiles on the road today are equipped with Harman audio and connected car systems. Its software services power billions of mobile devices and systems that are connected, integrated and secure across all platforms, from work and home to car and mobile. Harman’s workforce extends across the Americas, Europe, and Asia.

http://www.harman.com

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Aetina integrates InnoAge to Jetson edge computing

Foremost prepares for multi-band network PIM test

Analyser conducts RF interference measurements and PIM troubleshooting

Harman’s development tool enhances vehicles’ in-cabin experience

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