[oshug] OSHUG 56 — An introduction to software-defined radio with LimeSDR (workshop), Fri 24th March.

Andrew Back andrew at abopen.com
Sun Feb 12 22:18:06 UTC 2017


Hello,

Registration is now open for the fifty-sixth meeting, which will be a
one day workshop, providing a hands-on introduction to software-defined
radio with the LimeSDR. This will cover key concepts and LMS7002M FPRF
IC architecture, and include simple digital radio examples along with a
demonstrations of advanced systems, such as 4G femtocell.

//

OSHUG #56 — An introduction to software-defined radio with LimeSDR

On the 24 March 2017, 09:00 - 17:00 at BCS London, 1st Floor, The
Davidson Building, 5 Southampton Street, London, WC2E 7HA.

  Registration: https://events.bcs.org/book/2451/

A Software-Defined Radio (SDR) is a highly reconfigurable radio that can
be used for many different radio applications through simply changing
the software that links with it. An example of such a reconfigurable
radio is the LimeSDR, which can both transmit and receive data and
voice, using just about any wireless system.

The LimeSDR was launched by Lime Microsystems in May 2016 via a
crowdfunding campaign, and is now shipping to over 3,500 customers
worldwide. It is based on the Lime Microsystems LMS7002M Field
Programmable RF (FPRF) 2x2 MIMO transceiver, which continuously covers
frequencies from 100kHz to 3.8GHz. The LMS7002M has been successfully
used in a wide range of digital radio applications, including 2G/4G
Femtocell base stations, GNSS, DAB, DVBT receivers and RF test and
measurement equipment. The LimeSDR also includes an FPGA and USB 3.0 to
provide host connectivity.

— Workshop scope

The heart of the day is to provide a practical ‘hands-on’ afternoon
session using the LimeSDR with the Lime Suite GUI and FFT Viewer. Then
to use GNU Octave and Pothos to make some very simple digital radio
examples.

To facilitate this, the morning will include introductory talks
explaining the purpose of the various analogue and digital blocks
included in the LMS7002M. It will also include tutorial material
covering the key concepts required to understand modern digital radio
transceivers, and how to use them, as well as practical issues
associated with radio reception.

In addition the day will feature some advanced demonstrations showing
the full capabilities of the LimeSDR and its LMS7002M transceiver,
including 4G Femtocell, as well as educational examples such as a simple
OFDM transceiver data link.

— Participant requirements

** Participants are required to bring a laptop computer with USB 3.0 **

Minimum computer hardware requirements are USB 3.0 capability and 2GB RAM.

Although no prior knowledge of radio is required, an awareness of basic
terminology will be very helpful. Basic computer programming and
administration skills will also be helpful.

The software that will be used must be installed prior to the event. For
details see:

https://wiki.myriadrf.org/LimeSDR_Workshop

— What is provided

* LimeSDR hardware will be provided for use during the workshop
* A light lunch will be provided and please ensure that any dietary
requirements are made clear during registration

— Hosted by

The workshop will be led by Dr. Danny Webster, who has over 25 years of
experience in the field of RF design covering varied applications from
military radio to cellular infrastructure. Danny Graduated from Swansea
University in 1988 and was awarded a PhD from University College London
in 1995. From 1995 he worked as a Research Fellow at University College
London and was a consultant to companies such as Nokia, Roke Manor
Research and Agilent in Santa Rosa. From 2001 he was with Hipertech and
joined Lime Micro in 2005 as Principle Design Engineer (RF) working on
Field programmable RF ICs. Danny is a senior member of the IEEE.

This workshop is free to attend and hosted by Lime Microsystems in
partnership with the BCS Open Source Specialist Group and the Open
Source Hardware User Group.

Note: Please aim to arrive by 08:45 as the workshop will start at 09:00
prompt.

-- 
Andrew Back
http://abopen.com



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