Field Programmable RF FPRF
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App-­enabled open-­source software-­defined base station :: Radio-Electronics.com

App-­enabled open-­source software-­defined base station :: Radio-Electronics.com | Field Programmable RF FPRF | Scoop.it
Lime Microsystems has launched a new software defined base station. This concept enables base stations with a very wide variety of standards to be deployed using
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SoDeRa: An upcoming low cost app-enabled open-source 100 kHz to 3.8 GHz SDR Transceiver - rtl-sdr.com

SoDeRa: An upcoming low cost app-enabled open-source 100 kHz to 3.8 GHz SDR Transceiver - rtl-sdr.com | Field Programmable RF FPRF | Scoop.it
A new software defined radio called SoDeRa (SOftware DEfined RAdio) is currently under joint development by companies Canonical (the company behind the Ubuntu OS) and Lime Micro.
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SDR, FPGA and the IoT: an overview from Lime Microsystems

SDR, FPGA and the IoT: an overview from Lime Microsystems | Field Programmable RF FPRF | Scoop.it

A short video explaining the context and application of Lime field programmable chipsets. Chips, such as the LMS7002, deliver a means for cloud-based applications to capture and process this inform…...

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Digi-Key - Develop high-performance and logic-intensive digital and RF designs - Electropages (blog)

Digi-Key - Develop high-performance and logic-intensive digital and RF designs - Electropages (blog) | Field Programmable RF FPRF | Scoop.it
Microsystems' STREAM development board is now available from Digi-Key
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Lime Microsystems And ZyXEL Partner To Deliver Open Source Solutions For Next Generation Wireless Mobile Networks

Lime Microsystems And ZyXEL Partner To Deliver Open Source Solutions For Next Generation Wireless Mobile Networks | Field Programmable RF FPRF | Scoop.it
Lime Microsystems, the leading supplier of Field Programmable RF Transceiver (FPRF) ICs, and ZyXEL, a global leader in broadband networking...
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Flying mobile base stations

Flying mobile base stations | Field Programmable RF FPRF | Scoop.it
Lime Microsystems builds open source hardware chips to enable any type of wireless communication, called software defined radio.
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5G network defined by ITU as 20 GBs per second - Next Big Future

5G network defined by ITU as 20 GBs per second - Next Big Future | Field Programmable RF FPRF | Scoop.it
5G network defined by ITU as 20 GBs per second Next Big Future https://myriadrf.org/blog/open-source-lte/ · https://myriadrf.org/blog/open-source-lte/ An optimum 5G standard would be based on Linux running on the Shakti processor, with a strong...
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UK researchers aim to develop ways to control and charge robots remotely - Phys.Org

UK researchers aim to develop ways to control and charge robots remotely - Phys.Org | Field Programmable RF FPRF | Scoop.it
Researchers at three top UK universities are developing new ways to simultaneously power and communicate with robots and other digitally connected devices – commonly known as the Internet of Things.
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Government supports open-source RF initiative - ElectronicsWeekly.com

ElectronicsWeekly.com Government supports open-source RF initiative ElectronicsWeekly.com Universities and companies are being given the opportunity to use the open source RF hardware platform, MyriadRF and configurable transceiver technology...
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Internet of Things: Lime Microsystems

Internet of Things: Lime Microsystems | Field Programmable RF FPRF | Scoop.it
What happens when you combine Snappy Ubuntu Core with innovative and highly programmable radio solutions from Lime Microsystems?
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M2M & IoT Meet Asset Tracking - EE Times

M2M & IoT Meet Asset Tracking - EE Times | Field Programmable RF FPRF | Scoop.it
The advent of highly integrated and low cost Field Programmable Radio Frequency (FPRF) chips has provided the solution to many wireless issues.
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RF chip can be programmed for MIMO and 4G - ElectronicsWeekly.com

RF chip can be programmed for MIMO and 4G - ElectronicsWeekly.com | Field Programmable RF FPRF | Scoop.it
MyriadRF1 Lime Microsystems is shipping second generation of its field programmable RF devices, with dual radio transceivers that cover the frequency range
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Fully Programmable FPGA SoC and RF SDR and SatCom Development Kit

Lime Microsystems’ Fully Programmable RF Front End and Altera FPGA SoC on Nuand board for Fully Programmable SDR & SatCom Dev Kit
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Delivering the internet of the future - at the speed of light

Delivering the internet of the future - at the speed of light | Field Programmable RF FPRF | Scoop.it

The research by High Performance Networks (HPN) group in the University of Bristol’s Department of Electrical and Electronic Engineering has found, for the first time, a scientific solution that enables future internet infrastructure to become completely open and programmable while carrying internet traffic at the speed of light.


The current internet infrastructure is not able to support independent development and innovation at physical and network layer functionalities, protocols, and services, while at the same time supporting the increasing bandwidth demands of changing and diverse applications.


The research addresses this problem with a new high performance network infrastructure that is open and programmable and uses light to carry internet traffic.  It introduces new concepts of open source optical internet enabled by optical white box and software defined network technologies

 

Dr Reza Nejabati, Reader in Optical Networks in the HPN group, said: “Hardware and software technologies reported in this paper can potentially revolutionised optical network infrastructure the same way that Google Android and Apple iOS did for mobile phones. These technologies will hide complexity of optical networks and open them up for traditional programmers and application developers to create new type of internet applications taking advantages of speed of light.”

 

Dimitra Simeonidou, Professor of High Performance Networks and who leads the HPN group, added: “New internet technologies frequently emerge, but most of them rarely result in new and revolutionary internet applications. The technologies suggested could pave the way for the creation of new internet services and applications not previously possible or disruptive. The technologies could also potentially change the balance of power from vendors and operators that are monopolising the current internet infrastructure to wider users and service providers.”


Reference: Optical network democratization by Reza Nejabati, Shuping Peng and Dimitra Simeonidou is published in the Philosophical Transactions of the Royal Society A.


 

About the High Performance Networks (HPN) group
The High Performance Networks group (HPN) led by Professor Dimitra Simeonidou specialises in the application of advanced hardware and software technologies, targeting the future optical networks for Internet of Things (IoTs), data centres, grid/cloud-based applications and distributed technologies etc.  The group is equipped with world-class laboratories, including state-of-the-art optical transmission testbeds, and software-defined network experimental platform.

 

The group has been at the forefront of world research and development in the fields of:

 

Next generation optical transmission networks;Optical packet and burst switching;Optical data centre solutions and architecture;Grid and cloud networking;Software-defined networking (SDN) and optical network virtualization;Hybrid-network domains orchestration and service management;Smart City ICT Solutions.

 

The HPN laboratory has dedicated connectivity to both national and international research network infrastructures and forms part of the UK National Dark Fibre Infrastructure Service (NDFIS). This network infrastructure has enabled the development of close collaborations with leading research institutions and industry across the UK, Europe, USA, Brazil and Japan.



Via Dr. Stefan Gruenwald
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Marc Kneepkens's curator insight, January 26, 4:49 PM

Another giant step.

The Asymptotic Leap's curator insight, January 27, 11:43 AM

The global brain...operating at the speed of light. 

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Field-programmable digital and RF technologies driving innovation in wireless networks

Danny Webster of Lime Microsystems speaking at the 2nd Interlligent RF and Microwave Seminar, 14 October 2015 in Cambridge, UK. Wireless communication networ...

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Airbus Defence and Space and Lime Microsystems partner for the development of a | Satellite Evolution Group

Airbus Defence and Space and Lime Microsystems partner for the development of a | Satellite Evolution Group | Field Programmable RF FPRF | Scoop.it
Airbus D&S and Lime Microsystems partner for the development of a, Lime Microsystems and Airbus Defence and Space,... http://t.co/ERc6PyUQBY
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Swift project to combine wireless charging and data - Rethink Wireless

Swift project to combine wireless charging and data - Rethink Wireless | Field Programmable RF FPRF | Scoop.it
Swift project to combine wireless charging and data
Rethink Wireless
Lime itself will be providing the RF design kits, as well as flexible RF solutions to the project.
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Airbus, Lime Microsystems partner for GNSS receiver - Aerospace Manufacturing and Design

Airbus, Lime Microsystems partner for GNSS receiver - Aerospace Manufacturing and Design | Field Programmable RF FPRF | Scoop.it
Developing a robust timing receiver that exploits signals from the new Galileo satellite navigation constellation.
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Flying mobile base stations

Flying mobile base stations | Field Programmable RF FPRF | Scoop.it
Lime Microsystems builds open source hardware chips to enable any type of wireless communication, called software defined radio.
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Smooth operators - New Electronics

Smooth operators - New Electronics | Field Programmable RF FPRF | Scoop.it
How the face of wireless connectivity for compute intensive applications is changing. By Mike Fitton.
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Drew Fustini on Twitter

Drew Fustini on Twitter | Field Programmable RF FPRF | Scoop.it
My Open Source Hardware @novenakosagi laptop has 4x @Freescale #ARM, @XilinxInc Spartan6 #FPGA & even @MyriadRF SDR! pic.twitter.com/MEUGhMSHX3
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Pleasant Surprises for Field Programmable Radio Frequency Users - EE Times

Pleasant Surprises for Field Programmable Radio Frequency Users - EE Times | Field Programmable RF FPRF | Scoop.it
Field programmable radio frequency (FPRF) chips have the potential to drive a sea-change in RF similar to the impact that FPGAs have had on logic design.
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Assembling the Novena Laptop - Myriad

Assembling the Novena Laptop - Myriad | Field Programmable RF FPRF | Scoop.it
We were honoured and extremely privileged to have received the first Novena Laptop off the production line! In this post we take a look at the final assembly which needs to be done upon receipt of the laptop, including fitting the Novena-RF module and bulkhead mount RF connectors. Please note that this is not meant…READ MORE
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The HetNet Bible (Small Cells, Carrier WiFi, DAS & C-RAN): 2015 - 2020 ... - PR Newswire (press release)

DUBLIN, Jan. 06, 2015 /PRNewswire/ --Research and...
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