Chipset family supports 6GHz spectrum for Wi-Fi 6E

Equipped with an architecture designed to maximise use of the 6GHz band, the QCS-AX2 chipset family is optimised for high-throughput Wi-Fi applications, such as access points, gateways, and mesh networking solutions for dense environments and under-served areas, says ON Semiconductor.

The QCS-AX2 supports the 6GHz spectrum band based on the enhanced Wi-Fi 6E standard. The chipset is built on an integrated baseband and RF architecture that supports key Wi-Fi 6E features, such as orthogonal frequency division multiple access (OFDMA), advanced multi-user, multi-input, multi-output (MU-MIMO), 160MHz channel support for faster speeds and SmartScan channel selection.

The family consists of the QCS-AX2-A12, tri-band (6GHz/5GHz/2.4GHz) with AdaptivMIMO technology. It supports flexible 8×8 or 4×4 configurations, the QCS-AX2-T12, a tri-band concurrent 4×4 operation for high performance, cost-effective router solutions, says ON Semiconductor, and the QCS-AX2-T8, a tri-band concurrent eight-stream configuration for mesh nodes and mainstream access points.

The Federal Communications Commission anticipates the opening of the 6GHz band in the US later this year, with up to 1,200MHz of newly available spectrum to be designated for Wi-Fi and other unlicensed use. With almost five times more spectrum than the current 2.4 GHz and 5GHz bands combined, the 6GHz band is accelerating the development of Wi-Fi 6 applications. The 6GHz client ecosystem will take time to build but the Wi-Fi infrastructure devices, such as gateways, routers, and access points will need to continue to support existing dual band (2.4GHz/5GHz) clients.

ON Semiconductor’s Wi-Fi 6E products accommodate the transition to the 6GHz band with AdaptivMIMO technology. A Wi-Fi 6E infrastructure device with AdaptivMIMO allows the network to operate in the 5GHz or 6GHz band depending on the clients present in a subscriber’s home network to maximise performance, coverage, and utilisation. The QCS-AX2 series provides the Wi-Fi performance and connectivity in congested environments to multiple devices that applications demand.

ON Semiconductor is now sampling the QCS-AX2 solutions to customers.

http://www.onsemi.com

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dSpace and Uhnder collaborate to develop radar for autonomous vehicles

Radar systems for automated and autonomous driving will be developed jointly by Uhnder and dSpace to ensure they keep pace with safety requirements. Both companies will support each other in the development of sensors and validation solutions.

Radar sensors must detect their surroundings reliably and in great detail. For road use, it is important to implement measures that minimise interference and disturbance signals. Based in Austin, Texas, USA, Uhnder claims to offer the industry’s first digital automotive radar. Its radar on chip (RoC) uses a combination of CMOS and digital code modulation (DCM) technology. Its 4D digitally modulated radar chip integrates 192 virtual channels onto a single chip. Its high contrast resolution (HCR) provides range and angular resolution and makes it possible to separate small radar reflectors from proximate large reflectors.

Uhnder used dSpace automotive radar target simulators to subject sensors whose signals are processed using this modulation method to the most realistic tests possible ahead of approval for series production.

“Digitally modulated radar signals offer significant advantages in advanced driving assistance systems (ADAS) and autonomous driving applications,” said Ralf Reuter, senior director of customer and application engineering at Uhnder. “The radar test solutions from dSpace made it easy for us to investigate interferences between radar systems and to advance our systems as realistically as possible,” he added.

According to senior product manager, Dr Andreas Himmler from dSPACE: “The co-operation with Uhnder provides us with new requirements in sensor development . . . This gives us a headstart in the development of suitable concepts for . . . reliable validation. This applies particularly to the fulfillment of our customers’ challenging requirements with regard to radar target simulation.”

Uhnder believes its approach and technology will transform the automotive industry by changing the way radars work and significantly improving performance with the additional benefits of smaller size, lower power and lower cost.

dSpace develops and distributes integrated hardware and software tools for developing and testing electronic control units. Development areas include electro-mobility to vehicle networking and autonomous driving. Its customer base includes virtually all major vehicle manufacturers and suppliers, says the company. Its systems are also used in the aerospace and other industries. The company has headquarters in Paderborn, Germany and three project centres in Germany and serves customers through regional companies in the USA, the UK, France, Japan, China, and Croatia.

http://www.dspace.de

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Bridgetek adds PanL relay to control smart devices

Bridgetek has added the PanL relay to its PanL home automation connectivity platform for the control of smart devices.

According to the company, it brings greater functionality to installed systems to increase levels of comfort. It can deliver smart switching capabilities, via one of the system’s PanL human machine interface (HMI) touch displays. Incorporating PanL relays in a home automation implementation will allow users to be able to activate or deactivate domestic appliances and other items of electrical equipment (like fans, lamps and outdoor heaters).

The relays are contained within compact, low profile enclosures, measuring 145.7 x 96.7 x 29.5mm. Each has a 100MHz-rated, 32-bit FT903 RISC microcontroller, four standard electromechanical relays for conventional control requirements and four solid state relays for controlling higher power electrical devices. All relays have corresponding status indicators, so that users can see what is being controlled.

PanL Relay units can be powered from a 16 to 24V DC supply. They connect directly, via RS485 interfaces to the PanL hub which is at the centre of the home automation system. It is possible to daisy chain multiple units together, for large-scale implementations where more capacity is required (such as residential complexes or office buildings).

The PanL relays are CE- and FCC-compliant.

Founded in 2016, Bridgetek supplies ICs and board level products. The company’s Embedded Video Engine (EVE) graphic controller ICs integrate display, audio and touch functionality in a single chip to reduce the time period and bill-of-materials costs associated with developing next generation HMI systems. These are complemented by its speed-optimised microcontrollers with augmented connectivity features.

http://www.brtchip.com

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Sub-compact board has desktop system flexibility, says Aaeon

Powered by eighth generation Intel Core processors, the Gene-WHU6 is the latest compact board from Aaeon. It is built for full-sized applications, says the company, with full-sized functionality and is able to deliver the flexibility of a desktop system in a compact form factor.

The GENE-WHU6 is powered by eighth Generation Intel Core i3, i5, i7 and Celeron processors (formerly Whiskey Lake) and combines this processing power with up to 32Gbyte of DDR4 SODIMM RAM.

It is designed for full-sized functionality, with a full set of I/O features, including four USB 3.2 Gen 2 ports, two Gigabit Ethernet ports, and up to two COM ports supporting RS-232/ RS-422/ RS-485. The Gene-WHU6 also offers flexibility with display ports, featuring HDMI 2.0, VGA and LVDS. A full-sized mPCIe slot and two M.2 slots (one 2280 B Key and one 2230 E Key) allow for expandability. The Gene-WHU6 supports artificial intelligence (AI) accelerator modules, such as Aaeon’s Kneron KL520 NPU modules or the AI Core X family featuring Intel Movidius Myriad X.

The Gene-WHU6 is built to power embedded applications and is designed for tough conditions, says Aaeon. It has a wide voltage input (9.0 to 36V) and a wide operating temperature range (0 to 60 degrees C). These attributes, combined with the compact 3.5-inch form factor, the Gene-WHU6 can be deployed in smart manufacturing and intelligent safety and security applications.

Aaeon can provide customers with custom configurations and end-to-end project support.

Established in 1992, Aaeon designs and manufactures intelligent IoT computing platforms, including industrial motherboards and systems, industrial displays, rugged tablets, embedded controllers, network appliances and related accessories, as well as integrated solutions. Aaeon also has the hardware and services for premier OEM/ODMs and system integrators worldwide.

As an Associate Member of the Intel Internet of Things Solutions Alliance, the company offers customised services from initial product conceptualisation and board product development to mass manufacturing and after-sales service programmes.

http://www.aaeon.com

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