13th Gen Intel Core mobile processor includes “world’s fastest”

The 13th Gen Intel Core mobile processor family has been introduced and includes the flagship Intel Core i9-13980HX, claimed to be the first 24-core processor for a laptop and world’s fastest mobile processor.

A total of 32 new 13th Gen Intel Core mobile processors were announced at CES 2023. The Intel Core H-, P- and U-series mobile processors power the latest thin, lightweight laptops and IoT devices.

The 13th Gen Intel Core H-series mobile processors include the first 24-core processor for a laptop. The HX processors support both DDR4 and DDR5 memory, are claimed to have best-in-class connectivity and feature PCIe Gen 5 for mobile gaming applications.

The HX family offers up to 5.6GHz turbo frequency, believed to be the highest clock speed available for the laptop market, delivering up to 11 per cent faster single-thread performance and 49 per cent faster multi-task performance over the previous generation.

It also features processors with up to 24 cores (eight Performance-cores, 16 Efficient-cores), 32 threads and enhanced Intel Thread Director. Memory support is up to 128Gbyte for DDR5 (up to 5,600MHz) and DDR4 (up to 3,200MHz).

The Intel Killer Wi-Fi 6E (Gig+) provides up to six times faster internet speeds with no legacy Wi-Fi channel interference. The processor family also features Bluetooth LE Audio and Bluetooth 5.2 supporting up to two times faster speeds and multiple device connections with lower power consumption.

Thunderbolt 4 support delivers transfer speeds up to 40Gbits per second and PC connectivity to multiple 4K monitors and accessories.

Leveraging work with discrete graphics, the processors improve the integrated graphics experience based on improved driver stack and key learnings, said Intel.

The HX and HK processors all have overclocking capabilities.

The Intel Core P-series and U-series mobile processors offer up to 14 cores (six Performance-cores, eight Efficient-cores) and enhanced Intel Thread Director.

There are new Intel Iris Xe Graphics features including endurance gaming, XeSS Super Sampling and Intel Arc Control.

  There is also broad memory support for DDR5 and DDR4 and LP variants and integrated Intel Wi-Fi 6E (Gig+) and new wireless features like Intel Connectivity Performance Suite, Intel Wi-Fi Proximity Sensing and Intel Bluetooth LE Audio.

There are up to four Thunderbolt 4 ports for the fast, simple and reliable dock, display or accessory cabling.

For the first time, select designs based on 13th Gen Intel Core processors will feature the Intel Movidius vision processing unit (VPU). AI-heavy tasks required can be offloaded to the VPU, freeing up the CPU and GPU for other workloads or multi-tasking.

Target applications are retail, education, healthcare, aerospace, industrial and smart cities, where the new processors provide better workload consolidation with more cores and threads, enabling applications to run on a single device for IoT edge computing, said Intel.

For the IoT edge, 13th Gen Intel Core processors deliver extended temperature operation and higher performing CPUs, with more graphics capabilities and AI performance, said Intel. 

http://www.intel.com

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NXP packages automotive radar in single chip 

Claimed to be an industry-first, a family of 28nm RFCMOS radar one-chip ICs has been introduced by NXP for advanced driver assistance systems (ADAS) and autonomous driving systems. 

The SAF85xx family combines NXP’s radar sensing and processing technologies into a single device. They integrate four high-performance transmitters, four receivers, a multi-core radar processor with hardware accelerator, Gigabit Ethernet communication interface and memory into a single device. NXP said, the ICs offer Tier one companies and OEMs flexibility in addressing short, medium and long range radar applications for challenging NCAP safety requirements. 

The SAF85xx family targets the Automotive Safety Integrity Level B (ASIL B) requirements, according to the ISO 26262 functional safety standard and the automotive cybersecurity standard ISO/SAE 21434 to meet the requirements of the automotive industry for safety and security.

The family of automotive radar SoCs is comprised of radar transceivers integrated with multi-core radar processors which are built on NXP’s S32R radar compute platform. The SAF85xx offers twice the RF performance and accelerates radar signal processing by up to 40 per cent, compared to NXP’s previous generation. 

The one-chip family enables 4D sensing for corner and front radar, for ADAS applications such as automated emergency braking, adaptive cruise control, blind-spot monitoring, cross-traffic alert and automated parking.

The single chip radar ICs enable “the reliable long range detection of objects and separation of small objects next to larger ones, like a fast-moving motorcycle next to cars and trucks on a busy multi-lane highway,” said Torsten Lehmann, executive vice president, NXP Semiconductors. “Its small form factor allows our customers to build radar sensor modules that are up to 30 per cent smaller,” he added, which is expected to expand the potential of radar safety.

The SAF85xx one-chip family is sampling now for alpha customers. 

http://www.nxp.com

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Optical gyroscope with GNSS/INS evaluation kit tracks autonomous vehicles

Tracking technology developed by Anello uses an on-chip waveguide manufacturing process, integrated with a patented silicon photonic IC to enable fibre optic gyro performance with a standard silicon manufacturing process.

The SIPHOG (Silicon Photonics Optical Gyroscope) is intended for the autonomous navigation market and Anello’s evaluation kit is expected to be used for mapping, surveying, robotics, construction, defence, aerospace and autonomous vehicle applications.

The SIPHOG’s principle of operation is the same as that of the classical interferometric fibre optic gyroscope where the phased modulated light is launched into a waveguide where the light experiences equal but opposite additional phase shifts during rotation. This additional phase shift, due to rotation, is known as the Sagnac effect. The return light from the waveguide is coupled into a photodetector, where the two return beams produce an interference signal that is linearly proportional to the angular rate.

Anello’s low loss on chip waveguide manufacturing process allows the “fibre” in a FOG to be directly replaced by the patented SIPHOG waveguide IC. The IC replaces the discrete optical components (couplers, modulators and detector) found in a FOG. The integrated SIPHOG therefore reduces component costs and dimensional volume compared to an equivalent high performance traditional fibre optic gyro (FOG) implementation.

 The manufacturing process is being developed at a large USA-based commercial semiconductor foundry.

Powered by Anello’s optical gyroscope and sensor fusion engine, the evaluation kit can maintain centimetre accuracy in conditions where more expensive ground-truth positioning and localisation systems degrade, said the company. The kit is also accurate in extended full GNSS loss operation. Unlike other positioning and localisation systems, the evaluation kit is more stable over wide temperature ranges and under extreme vibration, said Anello.

The kit has been designed to be easy to use while enabling seamless navigation and positioning in challenging GNSS-denied environments where accuracy is paramount.

Anello reported that it is currently engaged in trials with customers in the automotive, robotics, autonomy, construction, heavy vehicles, defence, aerospace, mapping and surveying markets.

Anello Photonics is based in Santa Clara, California, USA. It has developed an integrated photonic SoC technology for next generation navigation. Its SiPhOG gyroscope is based on its proprietary waveguide process that mimics the properties of optical fibre in an on-chip waveguide. 

http://www.anellophotonics.com

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Smart lock and energy harvesting secure wireless power

Infineon Technologies has announced that wireless power system company, NuCurrent, is an Infineon Preferred Partner. The partnership launches with a focus on Infineon’s energy harvesting actuator and sensing ICs. With NuCurrent and Infineon technology, devices will implement optimised, contactless access and entry, eliminating or minimising the need for batteries in many applications. 

NuCurrent’s design tools enable IP and development services which allow OEMs a faster route-to-market.

Infineon’s NFC tag-side controllers with integrated H-bridge and energy harvesting modules are a single-chip solution for developing cost-effective, miniaturised actuation or sensing applications operating in passive or active mode. The partnership will incorporate NuCurrent’s wireless power systems technology and design capabilities.

“NFC wireless energy harvesting and charging are game-changing technologies from various perspectives: product design, environmental sustainability, and user experience,” said Jacob Babcock, CEO of NuCurrent. As the capabilities of energy harvesting expand NFC is expected to deliver new features to product developers.

“Infineon and NuCurrent are bringing together complementary capabilities that are paving the way for new solutions eliminating batteries in locks, sensors, and other applications via contactless energy transfer,” explained Doris Keitel-Schulz, vice president of Contactless Power and Sensing at Infineon. “We are providing a reliable, low-maintenance, and secure replacement to batteries that significantly reduces e-waste. Our energy harvesting technology via mobile phone NFC field enables the digitalisation of the passive world and connects them into the mobile phone ecosystem,” she said.

Over time, the partnership is expected to produce solutions for varied applications, particularly locks in industrial, office, and hospital settings. 

For sensor applications, the partnership enables new categories of applications where sensors do not require batteries and are triggered by NFC energy harvesting. An example of potential applications is a smart lock with energy harvesting features, showcased at CES 2023 in Las Vegas.

NuCurrent supplies wireless power technologies and product integration, spanning  span magnetics, software and systems simulation. The company holds over 300 patents and systems integration expertise which supports manufacturers of appliances, smartphones, wearables, hearables, consumer electronics, medical devices, robotics, IoT, sporting equipment and other emerging product categories.

http://www.nucurrent.com

http://www.infineon.com

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