3D haptic touch ASIC
Project budget 8 915 000 kronor, granted funding 3 990 000 kronor
Partners in the project: MyVox AB, ShortLink, LiU, Autoliv
Objectives for the project: to develop an ASIC with the following characteristics:
- Possible to mass produce in IC Foundries (for example AMS Austria, X-Fab-Germany, STM-France, TSMC-Taiwan etc.) at cost of less than 5 USD,
- Less than 1 mW / channel in total power consumption thereby making possible its use in mobile units.
- A minimized ASIC form factor of ~50-100 mm^2 (5-7 x8-12 mm) with a thickness of less than 0.3 mm.
- Allowing both analog and digital Tx/Rx beam forming of 96×96 channels pMUT transducers
Higher-symmetric structures for future 5G communication systems
Project budget 5 000 000 kronor, granted funding 1 924 000 kronor
Partners in the project: KTH, Ericsson AB, Sunway, Digital Metal
Objectives for the project: Main goal of project is to produce a technological breakthrough based on the concept of higher symmetries for generating highly efficient antenna systems for 5G
Pilot study for improved traffic safety for emergency vehicles using EVAM transmit technology
Project budget 3 549 000 kronor, granted funding 1 774 000 kronor
Partners in the project: H&E Solutions AB, Inission Stockholm AB, Statens väg- och transportforskningsinstitut
Objectives for the project: The project aims to clearly investigate and evaluate the value chain and effects of EVAM Transmit to improve road safety for emergency vehicles
DIGEST: Digitalization of HVDC grids via smart data discovery
Project budget 9 165 000 kronor, granted funding 4 000 000 kronor
Partners in the project: ABB AB, Mälardalen University
Objectives for the project: To establish a framework of smart data processing to support monitoring and real-time analysis of HVDC grids. This framework will be equipped with new methods and techniques that are capable of:
- selecting the most discriminative features to describe HVDC cases
- discovering the most significant HVDC cases to build the smart case base
- incrementally updating the smart case base in real-time to adapt to varying operation conditions
- fast identifying the fault (together with the root cause) in real-time by similarity-based reasoning with the smart data
Smart multi-channel charge amplifier for x-ray spectrography
Project budget 5 900 000 kronor, granted funding 2 950 000 kronor
Partners in the project: Orexplore AB, Grepit AB, Luleå University of Technology
Objectives for the project: Based on the successful feasibility study, design and ASIC for a multi-channel spectrometer for X-Ray spectroscopy, adapted for an analysis machine for mineral samples.
Connect my body: from in-body communication to the health care system
Projektbudget 3 163 000 kronor, beviljat bidrag 1 486 000 kronor
Partners in the project: Box Play Alleato AB, Uppsala University, Akademiska sjukhuset, Intel
Objectives for the project: To reliably connect in-body sensor networks to health care systems
A Digital Pre-Distortion Power Amplifier for the NB-IoT Standard
Project budget 6 693 000 kronor, granted funding 3 347 000 kronor
Partners in the project: Xenergic AB, Lunds Universitet
Objectives for the project: Design of a PA (Power Amplifier) with “Digital Predistortion” (DPD). A transceiver will beintegrated with a DPD-algorithm developed by Lund University in cooperation with Xenergic AB.
Test-chip will be fabricated and measurements will be conducted in EIT’s electronics lab.
Millimeter-wave massive MIMO systems with smart beamforming
Project budget 4 080 000 kronor, granted funding 2 040 000 kronor
Partners in the project: Lund University, Sony Mobile Communications AB
Objectives for the project: Prototyping a millimeter-wave massive multiple-input multiple-output systems with smart beamforming capability for 5th generation new radio
INITIATE = InNovatIve acTIve integrATEd antennas
Project budget 8 600 000 kronor, granted funding 4 000 000 kronor
Partners in the project: Chalmers, Ericsson AB, Gapwaves AB
Objectives for the project: The goal of this project is to improve cost- and energy efficiency of 5G wireless communication transmitters through investigation of novel integrated active antenna concepts.
Advanced laser for industrial lithography
Project budget 3 060 000 kronor, granted funding 1 530 000 kronor
Partners in the project: KTH, Mycronic AB, Svenska Laserfabriken AB
Objectives for the project: To develop a compact and effective laser for Mycronic AB’s lithography system. The prototypes will be evaluated in the systems and be a starting point for productization
Development of a nano-plasmonic fiber optic sensing platform for battery monitoring
Project budget 3 402 000 kronor, granted funding 1 701 000 kronor
Partners in the project: Insplorion, RISE Acreo
Objectives for the project: To design, develop, and evaluate a low-cost, robust and efficient sensor system based on a fiber
Open ROADM-solution in Swedish metro/regional environment
Project budget 11 170 000 kronor, granted funding 4 000 000 kronor
Partners in the project: Smartoptics AB, RISE Acreo AB, Telia, IP-Only
Objectives for the project:
- Create a forum in Sweden regarding open disaggregated optical networks consisting of operators, suppliers and research institutes.
- Develop an open fiberoptic system solution with ROADMs for customers who intend to develop SDN-Controllers or buy Controllers externally.
- Develop or customize an existing SDN-Controller which will allow for configuration and monitoring of the ROADM-network.
- Develop Controller applications: A number of attractive applications in the SDNController that facilitate operation and maintenance of the optical networks.
Digital receivers that are extremely wideband
Project budget 5 736 000 kronor, granted funding 2 500 000 kronor
Partners in the project: Saab AB, Ericsson AB, Lund University
Objectives for the project: To design and demonstrate fully integrated extremely wideband digital receivers that will pave the way for future electronic warfare as well as mobile network products
Integrated LIDAR system platform for gas profiling in combustion and industrial processes
Project budget 5 676 000 kronor, granted funding 2 738 000 kronor
Partners in the project: NEOLund AB, Lund Universitet, RISE, Vattenfall
Objectives for the project: The objective is to develop a sensor technology platform based on the new Scheimpflug LIDAR concept, for profiling and monitoring of combustion and industrial processes.
Self-predicting and inter-communicating electric drives for industrial process optimization
Project budget 6 100 000 kronor, granted funding 2 918 000 kronor
Partners in the project: KTH, ABB AB, Ericsson AB, Imagimob AB, LumenRadio AB
Objectives for the project: Proof of concept of a new way of achieving industrial process reliability, flexibility and optimization through smart electric drives forming an edge cloud. In this cloud, local self-monitoring and health prediction of electric machines and drives is implemented, through improved hardware, artificial intelligence and direct inter-drive communication
Smart multifunctional glass
Project budget 8 000 000 kronor, granted funding 4 000 000 kronor
Partners in the project: RISE AB, RISE Acreo AB, ChromoGenics AB, Inwido Sverige AB, Hancap AB, Solibro Research AB, Vasakronan AB, Volvo PV AB
Objectives for the project: To develop smart multifunctional glass applications with an integrated electronic control system through industry-wide collaboration, including tests and evaluations in real-world environments
5G mmwave RFIC antenna in package for customer premises equipment (CPE) and gigabit fixed access (FWA)
Project budget 18 200 000 kronor, granted funding 3 991 000 kronor
Partners in the project: Sivers IMA AB, Uppsala University
Objectives for the project: Develop a 5G RFIC using in-packaged antenna for customer premises equipment. This solution will be used for FWA with the 5th generation mobile networks. The solution shall be a low cost RFIC using a packaging technology that secure an in-packaged antenna technology for the 5G mass-market providing high speed wireless data to the home also called FWA
140 GHz micromachined gap waveguide-based LOS MIMO antenna array
Project budget 8 200 000 kronor, granted funding 4 000 000 kronor
Partners in the project: Chalmers, Ericsson AB, RISE Acreo AB, Gapwaves AB, Mercene Labs AB
Objectives for the project: To realize wideband and high gain MIMO antenna module for 140 GHz which will be fabricated by low cost MEMS technology for use in backhauling links.
Water alarm label – ”thin film detector”
Project budget 4 066 000 kronor, granted funding 2 033 000 kronor
Partners in the project: Tollco AB, RISE Acreo AB
Objectives for the project: Develop a wireless water alarm label. The production and product costs must be low. The label is produced/assembled in Sweden and benefits Swedish industry. With support from Swedish research, ensure the end users’ need to protect their home against water damage. Practically implement the theoretical result from the feasibility study.