Steatite’s new range of Open Frame Panel PCs offer a cost effective, ultra-slim & highly integrated solution, allowing you to select the screen size and operating system to best suit your application.
Fanless, Industrial, Powerful…
sales@steatite.co.uk +44 (0) 1527 512 400
All the latest news from Steatite
In our latest video an embedded industrial computer and monitor is put through a shock test to a huge 30G! Our computers are engineered, assembled and tested to withstand extreme environments. Such rigorous testing ensures that the computer can operate with great reliability for many years, in situations that demand the very best.
To view the video simply click here.
Steatite Antennas is pleased to announce its attendance at this years’ prestigious AOC Electronic Warfare conference taking place in Rotterdam 10-12 May, 2016.
The Company will be presenting its extensive wide-band antennas and subsystem solutions offering, including the supply of subsystem microwave components.
Steatite is the leading European supplier of ultra-wideband microwave antennas used in Electronic Warfare, SIGINT and Spectrum Management applications.
Please visit Steatite at stand number B09 for a review of the Company’s capabilities.
For further information please email us at: sales.antennas@steatite.co.uk
Matthew Richards joins Steatite as the company’s new Managing Director, taking over from John Lavery who has been with the company for 33 years. Mr Richards also becomes an executive director of Solid State PLC, the parent company of Steatite Ltd.
With an illustrious background spanning both private and public sector companies, most recently as Senior VP and Managing Director of API Technologies Corp, a Nasdaq listed company, Mr Richards brings with him a wealth of industry experience and business expertise.
John Lavery will remain as an executive director of Solid State PLC until 31 July before taking up a non-executive role.
Gary Marsh, CEO of Solid State PLC comments: “After an extensive search we are delighted to have secured the services of Matthew, who we have known and admired for a number of years, as the new Managing Director of Steatite. We consider his knowledge and experience, particularly in export markets will be valuable in the continued development of Steatite and the group.”
With the first phase of the project complete, today sees the official release of the pressure test results from NOC in Southampton. Using the test facilities at the NOC, Li-S cells underwent multiple pressure, temperature and discharge cycles equivalent to undersea depths of 6,000m.
To receive this update and future battery development updates please register your details HERE today.
Project Overview
In October 2015 a consortium of UK companies and academic partners, led by Steatite began an R&D project to develop a battery pack that will be pressure tolerant up to depths of 6000 metres.
Due for completion in October 2017, the project is looking to exploit the inherent benefits of Lithium-Sulfur battery technology. This presents some major advances for Marine Autonomous Systems looking to improve on neutral buoyancy, higher levels of safety and higher energy densities, delivering greater speeds, endurance and payloads.
To learn more please email mas@steatite.co.uk or visit www.steatite.co.uk/masupdates
A Steatite led consortium have been selected to present a paper on pressure tolerant Lithium Batteries for Maritime Autonomous Systems (MAS) at Oceanology International 2016, in London.
Roland Rogers, Maritime Sector Lead for the National Oceanography Centre, will be delivering the presentation during the Conference on the 17th March, the second day of the Unmanned Vehicles and Vessels Showcase organised with the Society for Underwater Technology (SUT).
This Steatite led consortium with OXIS Energy, National Oceanography Centre and MSubs together with Collaborative R&D funding from Innovate UK are working on a two year development project to develop the next generation of pressure tolerant Lithium Batteries for Maritime Autonomous Systems (MAS).
The project’s aim is the development of a pressure tolerant rechargeable battery based upon new, innovative Lithium Sulfur (Li-S) chemistry for use in MAS. Li-S cells have five times the theoretical specific energy of lithium ion cells, but as yet have not been used in underwater applications. The programme is designed to achieve greater performance characteristics using Li-S by integrating and testing the cells and a battery management system on MAS platforms in deep-sea applications.
One of the projects objectives is to reduce weight and increase energy for MAS providing improvements in operational efficiency resulting in fewer launches and recoveries. The decrease in weight will allow for greater payloads or provide vessels with an increased runtime, allowing vessels to run longer and further during missions. The battery packs will also be easier to handle due to weight saving. The chemistry is also much safer than existing solutions and able to withstand short-circuiting and even puncturing, decreasing the risk whilst out at sea.
For more information on this event please visit the event page or contact Steatite on +44 (0)1527 512400.
Key Features:
·All Round IP65 Protection
· Fanless & Rugged Design
· Intel Atom E3845 Quad Core CPU
· Up to 8GB Memory Supported
· Resistive Touch Technology
· 12″ / 15″ / 17″ / 22″ Screen Sizes
· 5 year availability
Rugged Metal Construction…
With a solid metal construction, these systems are heavy duty, robust and fully IP65 rated. This means that the system can easily be integrated into a wide range of applications as well as being deployed outdoors.
In addition to the base specification, Steatite also offers optional display configuration to further enhance the system capabilities. If your application is situated outdoors or in a high brightness area where glare will be an issue, then Steatite have a solution for you. With optical bonding technology, the SPC is available with a sunlight readable panel to avoid these troubles.
As well as anti glare protection, the SPC also gives you the option to incorporate glass on top technology to prevent damage to the front panel from sharp objects being ideal for use in an industrial environment where heavy machinery will be used.
Technical Specifications quoted are verified but do not indicate the maximum performance limitations of the equipment. Specifications are subject to change without notice, E&OE Issue A.
Steatite is pleased to be able to provide a 2 to 18 GHz dual linearly polarised open boundary quad-ridged wideband horn antenna in a compact package. The QWH-DL-2-18-S-SG offers polarisation diversity and the ability to measure two orthogonally polarised fields simultaneously. In the test environment, the antenna allows polarisations to be remotely changed without physically rotating the antenna. The antenna provides isolation of >30 dB between connectors and gain 3.9 to 15.9 dBi.
To complement the open boundary antenna, is a high power 0.8 to 18 GHz linearly polarised dual-ridged horn antenna providing maximum 500 Watt c.w. and gain between 2.8 and 18 dBi. Suitable for EMC radiation and immunity testing. Part number: QWH-SL-08.-18-N-SG comes with an N type connector and choice of mounting options.
Steatite Antennas has a significant portfolio of single and dual polarised multi-octave standard and high gain antennas providing consistent and reliable performance. The Company also supplies specialised HiRF Antennas operating over the frequency range 0.4 to 18 GHz, and two of its established antennas are Ford Motor Company recognised. The Company’s antennas satisfy EMC radiated and immunity testing applications. Please email: sales@q-par.com for more information or click this link http://www.steatiteqpar-antennas.co.uk/news/new-dual-polar-2-18.html
Steatite Antennas a UK designer and manufacturer of test and measurement antennas launches a new high performance multi-octave horn antenna with an operating bandwidth 0.17 to 4 GHz at the EMC UK conference being held at Newbury, 6th and 7th October, 2015.
The new dual ridged horn antenna with part number: QWH-SL-0.17-4-A-SG handles power at 1400 Watt c.w. and the connector type is 7:16 DIN. Gain ranges from 3.6 to 15.9 dBi. The antenna test report is downloadable from the Company’s website. www.steatiteqpar-antennas.co.uk
“Steatite Antennas has a significant portfolio of multi-octave standard and high gain antennas providing consistent and reliable performance. The Company also supplies specialised HiRF antennas operating over the frequency range 0.4 to 18 GHz, and two of its established antennas are Ford Motor Company recognised. Our antennas satisfy EMC radiated and immunity testing applications. We are pleased to be launching our new antenna at the EMC UK conference. It will be on show at our booth number 38 and Brian Smith, Sales Engineer will be available to discuss this exciting addition to the antenna product family”, said Robert Lowther, Steatite’s Sales and Marketing Manager. Please email: sales@q-par.com for more information.
QWH-SL-0.17-4-A-SG typical performance:
Frequency | 0.17 to 4 GHz |
Connector type | 7:16 DIN jack |
Power handling | 1400 Watt c.w. at 0.4 GHz and at 20°C ambient |
VSWR | 0.6 to 4 GHz <1.5:1 |
Gain | 3.6 to 15.9 dBi |
Antenna factor | 11.3 to 27.34 dB/m |
3dB beamwidth | 14 to 111 degrees |
6dB beamwidth | 26 to 226 degrees |
QWH-SL-0.17-4-A-SG
Steatite’s new range of Open Frame Panel PCs offer a cost effective, ultra-slim & highly integrated solution, allowing you to select the screen size and operating system to best suit your application.
Fanless, Industrial, Powerful…
Persistent Systems is proud to announce the release our of next generation Wave Relay Mobile Ad-Hoc Networking (MANET) product: the MPU5. The MPU5 is truly a revolutionary capability that will transform communications for unmanned vehicles. The MPU5 has extremely high throughput enabling multiple high definition (HD) video feeds while also transmitting vital C2 information as well as other sensor and voice data. The MPU5 also handles multi-path environments so well that unmanned ground vehicles will likely increase their ranges by an order of magnitude in both line-of-site (LOS) and non-line-of-site (NLOS) environments. The Wave Relay® MPU5 also includes a significant number of organic capabilities that will allow unmanned system integrators to remove current components from their systems to decrease the overall size, weight, power, and cost (SWAP-C) of their system while overall increasing the capability of the platform.
Showcasing the very latest Wave Relay® MANET Radios and next generation Lithium Sulfur battery solutions at DSEI 2015, Steatite is a market leader in the design, development and supply of custom and rugged computing platforms, custom lightweight lithium battery solutions, secure communications and microwave antenna systems ideally suited to mission critical operations.
Further details can be found at www.steatite.co.uk
We look forward to welcoming you on our stand at DSEI 2015.