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University of Reading
Polarmetrix
Whitfield Solar Ltd


University of Reading

Press Release - 26th September 2008

Cascade Fund invests in high performing Wireless USB technology developed at the University of Reading

Eur Ing Dr Simon Sherratt, Head of Electronic Engineering at the University of Reading, has received an investment from the Cascade Fund to commercialise his work within the University of Reading's Instrumentation and Signal Processing Group (ISP) in the area of WiMedia compliant (ECMA-368) Wireless-USB. This is a next generation international standard that can be used to wirelessly connect PCs and TVs to peripheral equipment. Designed to move huge amounts of data quickly, yet retain the ease of operation and set up associated with wired USB, Wireless USB can replace the quagmire of tangled cables behind for example, a PC or an HDTV system.

This is the ninth investment made by the Cascade Fund in technology from Reading and will enable an intensive licensing exercise to be carried out. The Cascade Fund, managed by Chord Capital Limited, was created to stimulate entrepreneurial activity and provide financial and business assistance to help commercialise the inventions and ideas arising from research undertaken in the five partner universities.

Dr Sherratt has developed a software model that details the complete physical layer (transmitter, receiver and propagations channels) of ECMA-368, which can be used to predict the performance of various receiver configurations and act as a reference for generating test data. Dr Sherratt has also developed a sophisticated signal processing technique that boosts performance of the data link over a 4 metre transmission distance to the full 480Mbit/sec needed for High Definition TV. This is complemented by a novel parallel convolutional coder that reduces the extremely high clock rates required by Wireless-USB chip-sets. This will allow implementation in FPGA (programmable ics) and will give a significantly useful reduction in power consumption. These techniques are the subject of a filed patent. Dr Oswaldo Cadenas, also from Electronic Engineering, has been working with Dr Sherratt to build the technology into an FPGA; this will give companies to opportunity to license a fully engineered solution.

Dr Sherratt's work was initially supported by a feasibility award from the University. This latest Cascade investment will support a programme of activities from market engagement through to negotiations with companies keen to utilise this leading edge technology.

Part of the University's School of Systems Engineering, the ISP research group works towards the development and use of new instrumentation and techniques for the acquisition and processing of information from both natural and man-made signal sources.

In particular, the group is concerned with the development and application of new instrumentation and techniques for use over much of the electromagnetic spectrum, from radio frequencies for communication, through the terahertz (millimetre and sub-millimetre wave), infrared and optical regions, to X-rays for medical imaging.

The group has extensive collaboration with over thirty other institutions, including the Georgia Institute of Technology, the European Space Agency and the Dublin Institute for Advance Studies and is supported by a number of industry and University funded state-of-the-art laboratories and an IBM supercomputer which is the most powerful academic computer in Britain.

The School leads the strategic field of computational science in areas of modelling of complex systems, scalable algorithms, collaborative tools and environments and is at the forefront of the most accurate research into air pollution modelling, climate change, financial modelling, drug discovery, computational biology and environmental modelling.

Note to Editors

The Cascade Fund

Cascade is an early stage or seed fund available to five partner universities in south east England: Brunel, Reading, Royal Holloway, Surrey and Sussex. It invests in activities that have moved beyond the scope of Research Council funding but which are still too early for conventional funding sources. The Cascade Fund has £4 million, 75% funded by the Office of Science & Technology (with contributions from the Wellcome Trust and the Gatsby Charitable Foundation) under the second round of the University Challenge Scheme, and 25% by the partner universities. The Cascade Fund is managed by an independent fund manager, Chord Capital Limited.

Web:www.cascadefund.co.uk

Chord Capital Ltd

Chord Capital Ltd is an independent fund manager that invests in technology-based opportunities to provide both early stage and development funding, with a particular emphasis on exploiting intellectual property and early commercialisation of new technologies. It invests across a range of technologies where it can bring commercial, technical and financial experience.Chord Capital is authorised and regulated by the Financial Services Authority.

Chord Capital helps with the commercialisation of technologies, both internally and through external collaborations with partners, to the stage where they can generate licence revenue or be transferred to a new business. In addition, the company has links to a wide range of independent collaborative partners to provide access to new funds, corporate finance skills, specialist technology development services and corporate development expertise.

The University of Reading

The University of Reading is rated as one of the UK's top research-intensive universities. The quality and diversity of the University's research and teaching is recognised globally and it is ranked among the top 200 universities in the world.

The University is home to more than 50 research centres, many of which are recognised as international centres of excellence. It takes a real-world perspective to its research and pursues an ambitious and innovative enterprise agenda. The University of Reading's work with both young and established businesses focuses on translating academic knowledge into real competitive advantage. Sharing the University's expertise and resources in this way contributes to the knowledge economy and brings benefits to the local community, employers, students and the University itself.

Web:www.reading.ac.uk

Eur Ing Dr R Simon Sherratt

Dr Sherratt is currently the Head of Electronic Engineering, at the University of Reading and is Vice President (Conferences) of the IEEE Consumer Electronics Society. Past employment includes Principal DSP Engineer for Panasonic Wireless Europe. He has been working on Multiband OFDM Alliance technologies since 2003 and has 8 patents and over 70 publications. He has a number of awards for this technology, including two first place Best Conference Papers and an International Outstanding Service Award from the Institute of Electrical and Electronic Engineers.

Dr Oswaldo Cadenas

Dr Cadenas is a lecturer in Digital Systems, Electronic Engineering at the University of Reading. His experience is in VHDL, Verilog, FPGA synthesis and Linux in FPGA. He has been working on the Wireless-USB project since 2005 and published topics in Hardware implementation of MBOA. He has also been a consultant to Industry (e.g. Schlumberger) and developed FPGA prototypes of innovative CPU's for the University.

For further information editors should contact:

Sue O'Hare, Head of Technology Transfer, University of Reading. Tel: +44 (0)118 935 7198, Fax +44 (0)118 378 4190, Email: s.c.ohare@reading.ac.uk



University of Reading

Press Release - 2nd September 2008

Cascade Fund invests in revolutionary peptide synthesis method developed at the University of Reading

Professor Laurence Harwood, Head of Organic Chemistry at the University of Reading, has received an investment from the Cascade Fund to commercialise his novel method of peptide synthesis, one of the University's most promising opportunities. This is the eighth investment made by the Cascade Fund in technology from Reading and will enable an intensive licensing exercise to be carried out. It represents a new step for the Fund, managed by Chord Capital Limited, which had previously focused primarily on the development of spin-out companies.

The novel technology, originally invented by Professor Harwood and his PhD student Ran Yan, allows peptide chains to be synthesised from the C-terminus, a process which until this point had been impractical due to loss of stereochemical integrity of the growing peptide chain. The new technology enables peptides to be synthesised in both directions in a process known as convergent synthesis, meaning that longer and more complex peptides can be produced much more efficiently and cheaply. This technology offers peptide manufacturers a unique competitive advantage at a time when peptides are becoming increasingly important in medical applications such as vaccines and therapeutic drugs.

Professor Harwood was supported in the initial exploration of his idea by a feasibility award from the University, followed by an investment for further commercial development from the CommercialiSE Proof of Concept Fund, managed by Finance South East Ltd,. This latest Cascade investment will support a programme of activities from market engagement through to negotiations with companies keen to utilise this exciting technology.

Professor Harwood, whose research focuses mainly on the development of new synthetic methods and their application to the synthesis of natural products, believes being new to the field of peptide synthesis gave him an advantage in tackling what is widely considered to be a common - yet insuperable - problem in the area. Professor Harwood explains: "Conventional peptide synthesis is always carried out in a very linear manner, building the peptide chain from the nitrogen terminus, as attempts to grow peptide chains from the acid terminus result in scrambling of the stereochemistry. This is such a profound problem that the impossibility of synthesising peptides from the acid terminus had become dogma in the field of peptide synthesis. We weren't steeped in this dogma, and didn't realise this reaction shouldn't be able to happen, so we just went away and did it."

The department of Chemistry at Reading is central to the University's Science Strategy and has benefited from investment of over £10 million by the University over the past ten years. In November 2007 the University agreed to invest a further £4.5 million to fund an internationally leading Chemical Analysis Facility that will be located within the Department. Researchers within Chemistry have established strong R&D links with many international companies representing all sectors of the chemical industry. The Department's research falls into four main areas: Nanoscience and Materials, Synthetic Methodology, Chemical Biology and Earth Systems Chemistry.

Note to Editors

The Cascade Fund

Cascade is an early stage or seed fund available to five partner universities in south east England: Brunel, Reading, Royal Holloway, Surrey and Sussex. It invests in activities that have moved beyond the scope of Research Council funding but which are still too early for conventional funding sources. The Cascade Fund has £4 million, 75% funded by the Office of Science & Technology (with contributions from the Wellcome Trust and the Gatsby Charitable Foundation) under the second round of the University Challenge Scheme, and 25% by the partner universities. The Cascade Fund is managed by an independent fund manager, Chord Capital Limited.

Web:www.cascadefund.co.uk

Chord Capital Ltd

Chord Capital Ltd is an independent fund manager that invests in technology-based opportunities to provide both early stage and development funding, with a particular emphasis on exploiting intellectual property and early commercialisation of new technologies. It invests across a range of technologies where it can bring commercial, technical and financial experience. Chord Capital is authorised and regulated by the Financial Services Authority. Chord Capital helps with the commercialisation of technologies, both internally and through external collaborations with partners, to the stage where they can generate licence revenue or be transferred to a new business. In addition, the company has links to a wide range of independent collaborative partners to provide access to new funds, corporate finance skills, specialist technology development services and corporate development expertise.

CommercialiSE

CommercialiSE links university knowledge with business expertise in the South East to deliver an integrated framework of funding and support. Academics, university staff, students, alumni, SMEs and entrepreneurs can turn innovative ideas into commercial realities.

CommercialiSE is a joint initiative between the Higher Education Funding Council for England and the Office of Science and Innovation. CommercialiSE is a collaborative partnership between eleven universities; Brighton, Buckinghamshire New, Chichester, Cranfield, Greenwich, Kent, Kingston, Oxford Brookes, Portsmouth, Reading and Sussex.

CommercialiSE acknowledges the commitment and support of the South East of England Development Agency, Finance South East, the South East Sector Consortia and the SEEDA Enterprise Hub network.

The University of Reading

The University of Reading is rated as one of the UK's top research-intensive universities. The quality and diversity of the University's research and teaching is recognised globally and it is ranked among the top 200 universities in the world.

The University is home to more than 50 research centres, many of which are recognised as international centres of excellence. It takes a real-world perspective to its research and pursues an ambitious and innovative enterprise agenda. The University of Reading's work with both young and established businesses focuses on translating academic knowledge into real competitive advantage. Sharing the University's expertise and resources in this way contributes to the knowledge economy and brings benefits to the local community, employers, students and the University itself.

Web:www.reading.ac.uk

Professor Laurence Harwood

Professor Harwood is an internationally renowned researcher in the field of Organic Chemistry and Head of Organic Chemistry at the University of Reading, with a group consisting currently of 9 members. During his 10 years at Reading he has raised over £1.25 million of external funding. He has published over 120 papers and review articles and 4 textbooks in a professional career spanning 25 years at the Universities of Manchester and Oxford prior to Reading.

Professor Harwood collaborates widely with national and international researchers in academia and industry and has won several prestigious industrial awards including the Pfizer Prize and a Syngenta Research Award. A fluent French speaker, Professor Harwood also holds visiting Professorships at the École de Chimie, des Polyméres et des Matérieaux in Strasbourg and the Institut Universitaire Technologique in Castres.

For further information editors should contact:

Sue O'Hare, Head of Technology Transfer, University of Reading. Tel: +44 (0)118 935 7198, Fax +44 (0)118 378 4190, Email: s.c.ohare@reading.ac.uk



Polarmetrix

Polarmetrix, a spinout from the University of Surrey which has developed fibre-optic sensing technologies, has been acquired by energy technology company Fotech Solutions. Venture funding was received by Fotech from Scottish Equity Partners, Energy Ventures and Saudi Arabia-based Shoaibi Group to commercialise its pioneering solutions for the monitoring and surveillance of oil and gas wells and pipelines. In addition to the acquisition of Polarmetrix, Fotech will use the funds to further develop and field test its monitoring systems and for the commercial launch of its products which will initially be targeted at the oil and gas market.



Whitfield Solar Ltd announces new CEO as further funding round reaches successful closure

8 January 2008

Whitfield Solar, the developer of low cost solar concentrator technology, has announced Stephen Bates will join as CEO, to help drive forward the company’s strategy for growth and development.

Mr Bates joins from ANGLE plc where he was UK CEO. He has an MBA from Cranfield and has also held senior positions with Sagentia, Arthur D. Little, and Marks and Spencer.

As the announcement is made, Whitfield can reveal it has closed an interim funding round of approximately $2M to enable it to complete its product development, take its solar concentrator through accreditation testing and install a grid-connected demonstration site in Spain.

The equity investment came from existing shareholders Carbon Trust Investments (CTIL) who partnered with new shareholder Kilsby Ltd.

In parallel with the intense product development work planned for 2008, Whitfield will complete its long-term growth plans and return to the investment community in the second half of the year to fund its expansion and diversification.

The company has also made a number of new hires to reinforce its board of directors, project management and engineering resources.

  • Ian Collins joins as Project Director from McLaren Automotive
  • Chris Lee joins the board as a non-exec director from his role as CEO of MicroGen, the CHP (Combined Heat and Power) spin-out from British Gas.
  • Sylvain Chonavel joins Whitfield to head-up the mechanical engineering function from ArvinMeritor

 

Stephen Bates, CEO said, “It is with great enthusiasm and excitement that I take up this role. It is rare that one gets the opportunity to join an organisation with such potential and where the proposition is so close to market. Now we have our team in place, I am looking forward to a year of rapid progress, growth and engineering excellence”

Jonathan Bryers, Investment Partner at Carbon Trust Investments, said, “We are delighted at the calibre of the commercial and product development team that is now in place at Whitfield to take their low cost solar concentrator product to market. We believe the market will increasingly focus on cost and simplicity within the solar sector and Whitfield is well placed to exploit this opportunity.

Archive of news and press releases

 

© Copyright 2003 The Cascade Fund  |  www.cascadefund.co.uk  |  Updated: October 17, 2008

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