Stamped metal antennas meet need for lower cost, high performance IoT

Two stamped metal antennas for Wi-Fi 6/6E and 2.4GHz ISM (industrial, scientific and medical) applications are available from Linx Technologies. The stamped metal antennas improve performance in a range of applications, including IoT devices, smart home networking, sensing and remote monitoring and handheld devices.

The ANT-W63-MSA-TH1 is designed for Wi-Fi 6/Wi-Fi 6E applications in the 2.4, 5.0 and 6GHz bands. The ANT-2.4-MSA-TH1 is for use in 2.4GHz ISM applications including Bluetooth and Zigbee, as well as single-band Wi-Fi. 

Both antennas are compact and designed for through-hole mounting directly to a PCB. They are available from Linx Technologies’ distributor and manufacturer representative networks. 

Linx Technologies manufactures wireless components including antennas, RF connectors and cables, RF modules, and remote controls. The company is part of TE Connectivity.

TE Connectivity is an industrial technology leader providing a range of connectivity and sensor solutions which are proven in the harshest environments and which enable advances in transportation, industrial applications, medical technology, energy, data communications and the home.

https://linxtechnologies.com

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MCX N microcontrollers usher in new era of edge processing, says NXP

Initial families in the N series of the MCX microcontroller portfolio have been released by NXP. The MCX N microcontrollers include what is believed to be the industry’s first instantiation of a specialised, NXP-designed NPU (neural processing unit) to enable high performance, low power secure intelligence at the edge

The MCX N94x and MCX N54x are the first families in the N series. According to NXP, they simplify design for secure intelligent edge applications, including IoT and industrial applications. They are based on NXP’s proprietary NPU and have an integrated EdgeLock secure subsystem. 

According to NXP, the MCX N series converts edge data into edge intelligence, for increased processing, while minimising the power budget. The microcontrollers have a choice of analogue and digital peripherals.

“Developers are increasingly looking to push the boundaries of what’s possible at the edge as they create new devices that can better anticipate and automate in smart homes, smart factories and smart cities,” commented Rafael Sotomayor, executive vice president and general manager of edge processing and connectivity and security at NXP. “This requires advanced MCUs that are more efficient, simplify edge intelligence and do all of that securely,” he said.

The MCX N94x and MCX N54x are based on dual high-performance Arm Cortex-M33 cores running up to 150MHz, with 2Mbyte of flash with optional full ECC RAM, a DSP co-processor for audio and voice processing and integrated NPU. The integrated NPU delivers up to 30x faster machine learning throughput compared to a CPU core alone, as well as multiple co-processors and accelerators, enabling it to spend less time awake and reducing overall power consumption. 

In addition, NXP’s eIQ machine learning software development environment provides tools to train and support machine learning models using the integrated NPU.

The MCX N94x features a wide variety of analogue and motor control peripherals, while the MCX N54x includes peripherals ranging from high speed USB with PHY to SD or smart card interfaces suitable for IoT and consumer applications.

Both are built following NXP’s secure-by-design approach, offering secure boot with an immutable root of trust, hardware accelerated cryptography and a built-in EdgeLock secure subsystem. This architecture provides support for in-field updates, online transactions, and protection against over-production at remote original design manufacturers (ODMs).

The MCX N devices are supported by the MCUXpresso suite of software and tools.

The suite includes tools for simple device configuration and secure programming. Developers can choose to work with the MCUXpresso IDE (integrated development environment) or with IDEs from IAR and Keil. NXP provides drivers and middleware with extensive examples and support for a range of RTOS choices, with a wide range of compatible middleware from NXP’s partner ecosystem.

The MCX N series is expected to begin sampling in Q1 2023.

http://www.nxp.com

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ASIL B PMIC powers automotive camera applications

Providing universal power for automotive cameras, the RAA271082 is a versatile ISO-26262 compliant multi-rail power IC with a primary high voltage synchronous buck regulator, two secondary low voltage synchronous buck regulators, and a low voltage LDO regulator. The IC from Renesas offers four over-voltage and under-voltage (OV/UV) monitors, I2C communications, a configurable general purpose I/O pin and a dedicated reset output/fault indicator. To meet ASIL B metrics, the RAA271082 includes a second independent reference for OV/UV monitors, built-in self-test at power-up, independent OV/UV monitoring, and continuous CRC error checking on internal registers and I2C communications. 

The integrated RAA271082 is a companion for Renesas’ automotive high-definition link (AHL) technology that enables car manufacturers to deliver high-definition video using inexpensive cables and connectors. The PMIC simplifies power supply design for automotive camera applications requiring functional safety compliance, modules that include surround view/satellite, rear view, driver monitor and e-mirrors. The RAA271082 supports the power requirements of almost any combination of image sensor, image signal processor (ISP) and encoder technology, while also supporting direct-from-battery as well as power-over coax supply.    

The RAA271082’s integration and comprehensive safety features make it suitable for 16- and 32-bit automotive MCUs in a variety of applications, advised Renesas.

The RAA271082 is available today, along with the RTKA271082DE0000BU evaluation board. 

Renesas Electronics combines expertise in embedded processing, analogue, power, and connectivity to deliver semiconductor solutions in the automotive, industrial, infrastructure and IoT market sectors.

http://www.renesas.com

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ADXpress redefines vehicle connectivity, says Inova Semiconductors

Architecture to enable data transmission in vehicles to a completely new dimension has been presented by Inova Semiconductors. The ADXpress, Automotive Data Express, transmits all raw sensor data via sensor-specific, virtual data paths with deterministic latency to one or more evaluation units. The sensors can be connected to an ADXpress node via PCI Express, Ethernet or SPI, whereby the data transfers are currently carried out electrically with 30Gbits per second or with optical media, with 4 x 24Gbits per second. The data rate is essentially only limited by the physical layer medium and the capability of the technology node.

ADXpress replaces the familiar point-to-point or point-to-repeater concepts with more integrable and flexible topologies, said Inova Semiconductors. This also opens up new possibilities in all aspects of sensor data fusion for advanced driver assistance systems (ADAS) and autonomous driving (AD). The number of displays that can be controlled and maximum resolutions will continue to increase significantly,” said Roland Neumann, CTO of Inova Semiconductor.

The ADXpress technology bundles different data paths on a serial 30Gbits per second data link (already used in APIX, the Automotive Pixel Link from Inova Semiconductors). ADXpress is a universal mass data transport system that electrically transmits any type of data – whether pixel, Ethernet or sensor data from camera, lidar and radar. This opens up new possibilities for network architecture and topologies including new approaches to the implementation of video interfaces, for example via PCI Express.

ADXpress technology is based on virtual data paths, which are realised by transmitting data cells of constant size. All cells take the same path through the network. Unlike IP (Internet Protocol), where a packet can reach its destination via a different path than previous and subsequent packets, ADXpress latency and jitter are constant on a virtual path. Virtual data paths based on data cells have the great advantage that multiplexing, repeating and duplicating can take place on the layer processing the data cells independently of the service. Particularly with multiplexing, it is possible to control or steer the bandwidth allocation and the latency of the individual data paths. The 128 virtual data paths of ADXpress only consume bandwidth when user data is being transmitted

Generic application adaptation units for burst and stream data implemented in hardware enable software-free packaging and de-packaging of continuous (radar, lidar, video) or burst-oriented data (PCI Express, Ethernet, SPI) into a uniform cell format with ADXpress. This allows burst and stream data to be combined with particularly low latency, explained Inova Semiconductors. This, in turn, enables simultaneous bundling of a large number of interfaces across multiple functional units due to the bi-directional structure of ADXpress – in any direction and with any input and output points. These features enable universal network topologies that can be adapted to any conceivable interface.

Inova Semiconductors will present the ADXpress concept at electronica 2022 in Munich (15 to 18 November) at the Inova Semiconductors stand in Hall B4-301.

https://inova-semiconductors.de/main.html

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