OmniVision introduces ASIC ISP to support autonomous driving cameras

At AutoSens Detroit 2021, OmniVision will demonstrate its OAX4000 ASIC. This companion image signal processor (ISP) can be used for next-generation automotive single- and multicamera architectures, enabling OEMs to future-proof designs, says the company.

It can be used for automotive applications such as surround-view systems, e-mirrors, interior and autonomous driving cameras. The ASIC is capable of processing data streams from up to four cameras at 3MP or one at 8MP. It supports multiple colour filter array (CFA) patterns and provides the option to output stream for both machine vision and human viewing pipelines independently. The imaging pipeline has been upgraded to provide superior image quality, including a tone-mapping algorithm.

The OAX4000 ISP is compact to fit into a variety of camera architectures and has the processing capacity for a wide variety of camera use cases, said Andy Hanvey, director of automotive marketing at OmniVision.

“The mid- and long-term automotive vision processing market is expected to grow at double digits well into the next decade, however the market for vision processing in automotive is not a one-size-fits all,” observed Tom Hackenberg, principal analyst for Computing and Software in the Semiconductor, Memory and Computing division at Yole Développement (Yole). “The strategies for developing vision processing for advanced driver assistance serving the mass consumer market, shipping and transit, mobility-as-a-service or tomorrow’s autonomous vehicles are all on diverse paths. It can range from smart camera modules to a multitude of basic cameras attached to a single domain controller. It may require integrating other sensors to imaging. What is clear is that there are many paths to vision processing and image processing will need to be rich in features and adaptable to all of these scenarios.”

The OAX4000 is a companion ISP for the OmniVision HDR sensors, designed to provide a complete multi-camera viewing application with fully processed YUV output. It is capable of processing up to four camera modules with 140dB HDR, and is claimed to have leading LED flicker mitigation (LFM) performance as well as high 8Mpixel resolution. It supports multiple CFA patterns, including Bayer, RCCB, RGB-IR and RYYCy. Power consumption is 30 per cent lower than the previous generation.

The OAX4000 reduces the number of electronic control modules required from two to one, reducing design complexity and space, and improving overall reliability.

The OAX4000 complies with ASIL B advanced safety standards. It is available now for sampling and mass production.

OmniVision will present the OAX4000 ISP at AutoSens Detroit, a virtual conference (12 to 13 May, 2021).

OmniVision Technologies develops digital imaging solutions. Its award-winning CMOS imaging technology is used in many of today’s consumer and commercial applications, including mobile phones, security and surveillance, automotive, tablets, notebooks, webcams and entertainment devices, medical and AR, VR, drones and robotics imaging systems.

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Outsight delivers pre-processing software engine for lidar

Lidar technology is a strong emerging trend in the computer vision landscape but the focus of attention – and investment – has been in its hardware. Using lidar data in real-time is complex and costly, says Outsight. Assessing and selecting the right hardware without any standard makes it even more challenging and threatens to slow down market adoption, warns the company.

In terms of software, integrators and solution providers who are not 3D experts require a processing solution that solves the complexity of using lidar data regardless of the hardware supplier.

In response, 3D spatial intelligence specialist, Outsight has introduced what it claims is the first real-time lidar software engine which allows application developers and integrators to seamlessly use lidar data from any hardware supplier.

It is a lidar pre-processor – a real-time software engine that turns any lidar into a spatial intelligence device.

The augmented lidar software engine is delivered embedded in the lidar-agnostic edge computing device, the Augmented Lidar Box (ALB). The ALB provides a comprehensive set of features that are commonly required in almost every application (e.g., localisation and mapping, 3D SLAM, object ID and tracking, segmentation and classification). It only requires an Arm CPU and its artificial intelligence does not rely on machine learning, so it is power-efficient and does not need any training or annotation, says Outsight.

Raul Bravo, president and co-founder of Outsight, observed: “As it happened every time in modern-day history of technology adoption, we’re convinced that the key condition required for lidar to become mainstream is the emergence of enabling software.”

There is no lidar hardware that can fit all applications and contexts. The ALB is an enabling computing layer regardless of the end-user application and lidar supplier, so integrators and solution providers are not constrained by the limitations of specific sensors.

Outsight develops real-time 3D lidar perception solutions. It aims to make lidar-based spatial intelligence become ‘plug & play’, so it can be used by application developers and integrators in any market. Using any lidar with its pre-processing capabilities allows smart machines and smart cities to achieve “an unprecedented level of situational awareness,” says the company.

http://www.outsight.ai

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Front access fibre management system saves space in data centres

Scalable fibre management systems from Huber+Suhner now include the SYLFA HD front access fibre management system which is modular in design. It provides a space-saving structured cabling alternative for WAN/access network, central office and data centre use, and is easy to install and manage, says the company.

The front access system maximises space with high port density and patch cord overlength support. The module design allows access incoming cables from the front or from the rear, boosting efficiency. The modules also provide a distinctive routing channel that respects the minimal banding radius and enables front accessibility without losing density.

Front access also eliminates the risk of cable movement and damage, removing the need to repair and replace parts of the system over the long term. This also reduces the extra effort needed for moves, adds and changes, points out Huber+Suhner, and enables quicker access to fibre optic cabling.

SYLFA HD ensures safe and simple patching via a patented LC-XD push-pull connector that can be used in combination with all Huber+Suhner patch cords and cable systems. It has pre-terminated connectivity and is designed for ease of installation. It can be upgraded easily as demands increase to allow customers to optimise ownership and lifecycle costs, points out Huber + Suhner.

The high density SYLFA HD offers greater bandwidth possibilities while saving much-needed space, leaving more room for performance- and revenue-driving active equipment, said the company.

Huber+Suhner has headquarters in Switzerland and develops and manufactures components and system solutions for electrical and optical connectivity. With cables, connectors and systems – developed from the three core technologies of radio frequency, fibre optics and low frequency – the company serves customers in the communication, transportation and industrial sectors. The products are claimed to deliver high performance, quality, reliability and long life even under harsh environment conditions.

The company has a global production network, combined with group companies and agencies in over 80 countries.

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Bluetooth Low Energy 5.1 module quadruples BLE throughput

Using a serial peripheral interface (SPI) instead of a UART interface, the Proteus-III-SPI Bluetooth Low Energy 5.1 module is a variant of the established Proteus-III, released by Würth Elektronik.

It is based on the Nordic Semiconductor nRF52840 chipset, and has a payload of up to 964bytes, and offers four times the throughput of most Bluetooth low energy modules. The SPI allows a significantly higher data rate than the UART, explained Würth, with 1.5 times the end-to-end data throughput, allowing the SPI-enabled module to bypass potential bottlenecks on the application side.

The Proteus-III-SPI module is identical in terms of hardware to the UART version, making it suitable for applications in which no free UART interface is available, or if the data throughput of the UART interface is insufficient. It is also more power efficient than the UART version, said Würth and although the integration workload is slightly higher with SPI, Würth addresses this with the provision of a wireless connectivity software development kit (SDK).

The Bluetooth module measures 8.0 x 12 x 2.0mm, and has integrated antenna, encryption technology and six configurable I/O pins. It is therefore suitable for use for IoT and M2M applications in radio-based maintenance interfaces and sensor networks.

The Proteus-III-SPI is also an alternative to the SPP (Serial Port Profile) mode for serial data transmission, which is useful for industrial applications. A long range mode is included.

Proteus-III-SPI is available now, ex-stock without a minimum order quantity.

The Würth Elektronik eiSos Group manufactures electronic and electromechanical components. It is one of the largest European manufacturers of passive components and is active in 50 countries. Production sites in Europe, Asia and North America.

The company’s product range includes EMC components, inductors, transformers, RF components, varistors, capacitors, resistors, quartz crystals, oscillators, power modules, wireless power transfer, LEDs, sensors, connectors, power supply elements, switches, pushbuttons, connection technology, fuse holders and solutions for wireless data transmission.

The company offers all catalogue components from stock without minimum order quantity, and also offers free samples and extensive support through technical sales staff and selection tools.

Würth Elektronik is part of the Würth Group, which specialises in assembly and fastening technology.

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