Analog Devices and Marvell unveil 5G massive MIMO radio reference design

Analog Devices (ADI) and Marvell Technology have collaborated to deliver a 5G massive MIMO (mMIMO) radio reference design which will be showcased at MWC 2023. It combines digital beamforming and transceiver silicon with support for Open RAN (O-RAN). 

The collaboration combines ADI’s latest RadioVerse transceiver SoC and the Marvell Octeon 10 Fusion 5G baseband processor. The latter is claimed to be the industry’s first 5nm digital beamforming solution for 5G. The reference design has been created to improve the time to market for advanced mMIMO radio units and O-RAN support with up to 40per cent lower energy consumption, smaller size and lower weight. The Octeon 10 Fusion baseband processor also provides flexible L1 implementation, with hardware and software reuse across the radio unit and distributed unit to facilitate evolving L1 splits among operators worldwide over the coming years. The RadioVerse SoC provides extensive digital RF front end capabilities including field proven digital pre-distortion (DPD). 

“As mMIMO radio functionality grows in complexity, more specialised silicon approaches are required,” said Alex Jinsung Choi, chairman of the O-RAN Alliance. He said that reference designs such as this one can help catalyse the O-RAN market for 5G mMIMO radio units “by enabling advanced configurations that meet network operators’ high expectations for power efficiency and performance.”

Together, the RadioVerse transceiver SoC and the Octeon 10 Fusion processor support the entire signal chain with unmatched radio unit system efficiency, said Analog Devices. The ADRV9040 RadioVerse transceiver SoC includes linearisation algorithms for boosting power amplifier efficiency and performance, as well as digital channel filters which reduce interface rates. The Octeon 10 Fusion 5G baseband processor has specialised accelerators optimised for processing complex beamforming algorithms, along with dedicated processors for the low PHY baseband which can be configured for the various O-RAN split 7.2x configurations. 

“Infrastructure vendors face many challenges when developing O-RAN mMIMO radio units, including access to optimised semiconductors,” said Joe Barry, vice president of marketing, systems & technology in the communication and cloud business unit at ADI. He said the platform “makes industry-leading technology available to both established and emerging vendors”.  

Will Chu, senior vice president, processors business group at Marvell, said that the combination “provides OEMs a 5G open radio unit reference design that scales the capabilities and performance of next-generation mMIMO beamforming at the lowest possible power”.

The reference design is expandable to support a 64T64R configuration. It supports 32 transmit and receive antennas (32T32R) with 400MHz of operational bandwidth and 300MHz of instantaneous bandwidth. The Octeon 10 Fusion 5G baseband processor and RadioVerse SoC leverage hardware accelerators as well as the 16nm RF and 5nm digital baseband process nodes shipping commercially, delivering up to 40 per cent reduction in energy consumption per bit compared with the previous generation. The platform enables network energy savings (NES) modes, for additional power savings. 

The platform is on display at MWC 2023 (27 February to 02 March), at ADI’s booth (Hall 2-2B18) and Marvell’s booth (Hall 2-2F34).

http://www.analog.com  

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Farnell takes a global view for ams-Osram

Optical products for automotive, consumer, industrial and healthcare products by ams-Osram are available from Farnell.

New proximity, temperature and vital sign monitoring sensors and a comprehensive range of LEDs, photodiodes and infrared (IR) emitters by ams-Osram are available from Farnell. 

The manufacturer has extended its distribution agreement with Farnell to offer optical products for sensing, visualisation and lighting applications from a single source. 

The enhanced range of solutions from ams-Osram available for fast delivery from Farnell includes the AS621X series of temperature sensors which are claimed to deliver the industry’s best combination of accuracy and low power consumption in a tiny wafer-level package. It is suitable for a range of consumer electronic devices and wearables, heating, ventilation and air conditioning (HVAC) systems and health-related monitoring systems. The series consists of three models, including AS6212, AS6214 and AS6218, providing measurement with different temperature accuracies and low power consumption, said Farnell. The compact size of each sensor ensures ease of integration and can feature up to eight different I²C addresses, which permits eight AS6221T devices to be used on one bus with no calibration or linearisation needed. 

The TMD3725 light, colour and proximity sensor offers reduced power consumption with design flexibility for dark room or full sunlight operation. Key features include advanced proximity measurement, colour sense (RGBC+IR) and digital ambient light sensing. The senor also compensates for unwanted IR energy system crosstalk reflection and undesirable ambient light photodiode current. The slim module incorporates an IR LED and factory calibrated LED driver with RGB + IR filters, high sensitivity down to mLux levels, a 1M:1 dynamic range and 0.18 micron processing technology with 1.8V I²C. The MD3725-EVM evaluation kit for the TMD3725 sensor provides everything required to evaluate the sensor.

There is also the TMD27553M ambient light / proximity photo sensor is optimised for narrow bezel mobile phones and offers industrial design flexibility, said Farnell. It has accurate ambient light sensing, superior proximity sensing and reduced power consumption. The proximity detection feature includes object recognition using photodiode detection of reflected IR energy (sourced by the integrated VCSEL). Detect and release events are interrupt driven and occur when the proximity result crosses the upper and / or lower threshold settings. The proximity engine features a wide range offset adjustment to compensate for unwanted IR energy reflection at the sensor. Moreover, the automatic ambient light subtraction with ALS (ambient light sensor) and IR photodiodes features dedicated data converters which have the capacity to produce 16-bit data. The extremely narrow 1.1mm module incorporates an IR VCSEL and factory calibrated VCSEL driver. 

The AS7056 bio-signal analogue front end (AFE) sensor is the next generation of vital sign sensors enabling users to detect bio-signals such as PPG (photoplethysmogram) and PTT (pulse transit time) as well as proximity measurements. The AS7056 is an analogue front end optimised for size and performance to support space-limited applications, such as in-ear vital sign monitoring, hearables, optical sensor platform, fitness band, smart watch, smart patches and heart rate monitors. Optical blood pressure measurements and SpO2 are enabled by the two independent working photodiode inputs of the AS7056. The AS7056 also provides two LEDs and one VCSEL driver outputs and samples up to three photodiode inputs. 

Customers can now buy the full range of ams OSRAM’s optical solutions with fast delivery from Farnell in EMEA, Newark in North America and element14 in APAC.

https://uk.farnell.com/

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Compact, low power, NB-IoT industrial modules have GNSS geo-location capability

Programmable, certified LTE Cat NB2 NB-IoT industrial modules, the SR87M01 series announced by STMicroelectronics, cover worldwide cellular frequency bands and integrate advanced security features. 

The low power modules combine reliable and robust NB-IoT data communication with accurate and resilient GNSS geo-location capability for IoT devices and assets. 

According to ST, the ST87M01 is one of the first IoT cellular products worldwide offered in accordance with the latest 3GPP Release 15. It provides extended multi-regional LTE coverage. The integrated native GNSS receiver with multi-constellation access delivers localisation with power saving features while operating during NB-IoT sleep time slots.

The module has dimensions of just 10.6 x 12.8mm and is in an LGA package.

It is qualified over the industrial temperature range (-40 to +85 degrees C), with low power consumption of less than 2.0 microA in low power mode. Output power is up to +23dBm. The ST87M01 targets wide-ranging IoT applications that require reliable low power wide area network (LPWAN) connectivity, such as smart metering, smart grid, smart building, smart city and smart infrastructure applications, as well as industrial condition monitoring and factory automation, smart agriculture and environmental monitoring. It is also suited to tracking applications such as locating pets, children, and elders, safety monitoring for remote workers, asset tracking for equipment such as power tools, and general intelligent logistics.

The STM8701’s programmable IoT platform lets users embed their own code directly in the module for simple applications. Alternatively, the module can be combined with a separate host microcontroller, for more sophisticated use cases. A variety of protocol stacks is available to handle popular IoT use cases, including IPv6, TCP/UDP, CoAP/LWM2M, MQTT, HTTP/HTTPS and TLS/DTLS. The ST87M01 is designed to support both standardised 3GPP AT commands and ST enhanced AT commands.

An ST4SIM embedded SIM (eSIM) is integrated in the module. This is certified according to the latest industry standards, including GSMA eSA (Security Assurance) certification and includes an embedded secure element (eSE).

The ST87M01 is sampling now to major customers worldwide.

http://www.st.com

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NXP integrates NFC in lock for Matter devices

The EdgeLock SE051H is a secure element designed for the Matter protocol by NXP Semiconductor. It integrates NFC (near field communication) functionality to simplify secure onboarding of Matter devices in the smart home, said the company.

The latest addition to NXP’s portfolio of Matter devices, the EdgeLock SE051H is a single chip with integrated NFC, designed to simplify the secure and seamless onboarding of Matter devices. It can also enable new smart home user experiences, such as suggested automations, installation videos and other content with just the tap of an NFC-enabled phone. 

The Matter standard, designed by the Connectivity Standards Alliance (CSA), is designed to ease device interoperability challenges within the smart home network. It raises smart home security with features such as cryptographic keypairs, digital certificates, and other security-related hardware and firmware requirements to protect smart home devices. The EdgeLock SE051H is optimised to support these requirements.

“The single-chip EdgeLock SE051H makes it easy for developers to secure their Matter-certified smart home devices, while integrated NFC improves the end user Matter experience and allows device makers to differentiate based on that user experience,” observed Philippe Dubois, senior vice president and general manager, secure transactions & identification, NXP.

The EdgeLock SE051H is Common Criteria EAL 6+ certified and supports the cryptographic operations needed for a Matter-certified smart device. This includes Matter device attestation and certificate-based authentication with ECC cryptography and NIST P-256 curve, as well as the SPAKE2+ algorithm for password authenticated key exchange. It also includes key security functions such as ECDSA, ECDH, and True Random Number Generator to protect the Matter protocol. In addition, the EdgeLock SE051H has an integrated NFC interface and Type-4 Tag capability.

Matter’s security requirements include a device attestation certificate, which confirms device authenticity, demonstrates trustworthiness and establishes an authenticated connection with the larger Matter network. NXP is one of the first semiconductor manufacturers to have been granted trusted Product Attestation Authority status by the CSA, with its EdgeLock 2GO service for securely provisioning IoT devices. EdgeLock 2GO, combined with EdgeLock SE051H, can pre-inject credentials directly into silicon at silicon manufacturing or can deliver the credentials securely over-the-air (OTA) with end-to-end security to simplify supply chain management and in compliance with the Matter standard.

http://www.nxp.com

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