EXPRESS-CONNECT CLOUD CONNECTIVITY
Our Express-Connect enables your enterprises to take control over the cloud applications and deliver corporate data anywhere, securely and efficiently. Its Delivery Platform is an enterprise-grade solution and trusted by advanced cloud adopters to deliver cloud services to hundreds of thousands of users globally.
Its connected with Equinix Cloud Exchange (ECX) in Equinix Data Center Singapore or directly connected to AWS, GCP or Alibaba Data Center which enables enterprises to do more in the cloud by providing secure, direct, flexible network connections to a wide range of cloud service providers globally. Our interconnection allows you to boost cloud application performance, reduce latency, scale and improve network control and visibility—delivering a quality cloud experience to your end users.
Benefit, Unique Selling Point and Business Driver
- Single connection to Moratelindo Network "Express Route"
- Secure, scalable, reliable, fast and cost-effective
- Simpler and easier to commission connectivity
- Immediacy of access bandwidth on near demand
- QoS and SLA guaranteed
Cloud Connection via DLC/Metro-E with Express-Connect
- Layer 2 ethernet
- 1G and 10G port options
- Single port to multiple cloud providers on seperate virtual circuits (VC)
- Portal for real time VC provisioning and management
- API integration into network and cloud service providers for authentication and provisioning


EIFL Open Access Programme Manager Iryna Kuchma will speak about research data management and open science at the Riga Technical University (RTU) 57th International Scientific Conference.
Kuchma will provide an overview of the Open Research Data Pilot in Horizon 2020, which was launched by the European Commission in 2015. The pilot aims to make research data generated by Horizon 2020 projects in eight programme areas widely accessible, while at the same time protecting sensitive data from inappropriate access.
From 2017, the Open Research Data Pilot will become the rule with the opt-out option. Kuchma will discuss what this means, and how to make data FAIR (Findable, Accessible, Interoperable and Reusable).
Conference sessions take place in 17 sections representing all research areas of RTU. Over 700 participants are expected to present research themes on Latvian and global issues, as well as discussing recent achievements in science and research.


The Fraunhofer Institute for Open Communication Systems FOKUS is researching and developing demand-orientated solutions for partners in industry, research and public administration in the fields of:
- communication technologies and services and their interoperability
- architectures and protocols of future communication networks and platforms
- interactive technologies for individual and community applications
- integration of processes and IT systems in eGovernment
- methods for automating and optimizing software and system development in the fields of telecommunication and automotive engineering
- measuring and testing of distributed telecommunication and software systems
Fraunhofer FOKUS supports innovative processes from the original concept to the (pre)product in companies and institutions – amongst others in the fields of telecommunication, automotive engineering, eGovernment and software development. Solutions developed by FOKUS and its partners are tried out, tested and demonstrated in laboratories.
With an expertise of more than 20 years, Fraunhofer FOKUS sees itself as a link between university research on the one hand and industry and public administration on the other.
The Competence Center “Modeling and Testing for System and Service Solutions” (MOTION) provides processes, methods and tools to enable a continuous end-to-end approach in the development of software systems and services from design models through testing to operation. MOTION thereby focuses on two major directions: development methodologies combined with infrastructures for integrated, tool-supported development and testing, as well as new middleware technologies and architectures to capture adaptiveness, autonomy and self-configuration.
The Competence Center MOTION is developing general and domain-specific test solutions for
- functional tests, conformance tests, interoperability tests,
- component tests, integration tests, system tests, acceptance tests, as well as for
- load tests and scalability tests.
MOTION is developing techniques and tools for efficient test design, test derivation, test specification, test implementation, local and distributed test execution and result analysis. The techniques and test development tools are used to develop advanced test suites for selected target systems in various domains such as telecommunication and automotive. Specifically, MOTION covers the complete test life cycle from test design to test specification, implementation, execution and result analysis. A test laboratory is used to perform test campaigns with varying test devices and test platforms in order to have the best test access to the tested systems. MOTION particularly focuses on the integration of test and system life cycle in order to reduce the efforts spent on test development. Efficient tools have been developed allowing reuse of the information and data from system development for the derivation of tests.
Fraunhofer FOKUS develops the Open Source Fuzzing Library Fuzzino that is published as Open Source under the Apache License 2.0 at GitHub http://github.com/fraunhoferfokus/Fuzzino. Fuzzino will be improved with the results from the MIDAS project.
FOKUS Office – Head of Institute – Kaiserin-Augusta-Allee 31 10589 Berlin (GERMANY)
Tel: +49-30-3463-7201 – Fax: +49-30-3463-8000


2022 is drawing to a close, leaving us to imagine what the future could bring. While there have been a lot of recent technical advancements, such as the launch of 5G and the Internet of Things, many other game-changing inventions, particularly in the field of information technology, were made during the COVID period. Telehealth services, digital and contactless payments, robot delivery, and internet shopping are a few examples of such technology. Artificial intelligence has grown, changed, emerged, and advanced greatly over time thanks in large part to technology.
We can’t help but wonder what cutting-edge technical innovations may emerge in the future to augment and expand our existing skills. These seven technological developments may or may not still be relevant in 2023. Artificial intelligence has developed since its conception into anything from marketing chatbots to smart assistants like Siri. Artificial intelligence has shown to be tremendously useful in the acquisition of data that is too large for humans to handle. In terms of the future, AI still has a ways to go before it improves work forces, improves quality of life, and—most importantly—creates new commercial and entertainment sectors.
Although it is mostly utilized in the financial sector at the moment, future uses are expected in other industries, including healthcare, government, and education. With blockchain tech such as bitcoin, it’s very simple to store, send, and pay for items. A value transfer that is recorded on the block chain as a transaction between Bitcoin wallets. Private keys, also known as seeds, are kept secret in a bitcoin wallet and are used to sign transactions, proving mathematically that they originated from the wallet’s owner.
The way healthcare is provided has the potential to raise reliability and security while simultaneously bringing down prices. The use of blockchain technology has the potential to change how we think about digital ownership and encourage more spending by consumers.
Virtual and augmented reality
Commonly known as AR and VR, they are both a part of the metaverse, which also includes virtual reality (VR). Although virtual reality is now particularly well-liked in the gaming sector, it is believed that it will have a significant influence on other sectors as well. Just a few examples include the disciplines of architecture and engineering, as well as healthcare, education, and transportation. As VR and AR advance, they may change businesses and possibly blur the lines between virtual and real worlds.
Zoom meetings might not be as effective as those done in virtual reality or augmented reality. The first few minutes of the 2014 film “The Kingsman” offer a peek of this type of future. Additionally, price reductions should make virtual reality (VR) and augmented reality (AR) technology more broadly accessible by 2023. These technologies would be utilized not just in the entertainment industry but also in business and education.
WiFi- 6 and 5G
We should expect to see a huge increase in how Wi-Fi is utilized moving ahead with the arrival of WiFi-6 and 5G because both technologies have the ability to supposedly deliver better speeds than WiFi’s previous version. It can function at a speed of up to 9.6 GB/s thanks to a wireless connection. Affordability is also likely to have an impact on its expansion. Thanks to the combination of 5G and Wi-Fi 6, the wireless industry seems to be on the verge of a future in which devices may roam safely and without difficulty across all sorts of wireless networks.
Bionic ear implantation
These devices, sometimes known as cochlear implants, are now used by adults and most likely soon by children. Bionic ears are predicted to be widely used by 2023. In addition to delivering hearing aids, the implant is expected to make it easier for persons with hearing loss to utilize headphones and other listening devices. Without a doubt, implants for hearing aids would be an effective way to lessen the stigma associated with the deaf or hard of hearing. The importance of sustainability in our environment has been increasingly clear in recent years.
Technologies that save energy and the environment are given priority across all industries. Technology developments have historically enabled higher levels of productivity and efficiency. One example of a renewable energy source that has reduced customers’ power expenses while simultaneously being ecologically beneficial is solar energy. Giving sustainable technologies high emphasis is essential to guaranteeing ecologically sustainable jobs in the future.
Quantum computing is, in the words of Mckinsey, “a new technology that harnesses the rules of quantum mechanics to achieve exponentially greater performance for some types of calculations and has the potential for huge advances across industries.” There is a probability that quantum computing may play a significant role in resolving the climate catastrophe. This is unquestionably a technology that national and international organizations may benefit from.
We are unable to determine with certainty what the application’s limit is at this moment due to the rapid advancement of technology. It is also crucial to recognize that the current industrial revolution has given rise to a wide range of cutting-edge technologies that have had, and continue to have, a substantial influence on several global sectors. Finally, given that change is continual and that time does not wait for anybody, national organizations like the Nigeria VRARA, the NCAIR, and even the Nigerian government should capitalize on these trends. The Nigerian government would benefit from this project in particular since it would pave the way for a more accessible and affordable education for that country’s ailing educational system.
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Innovative Teacher, software designer, scientist and digital technology
expert Michael Fenton shares ideas to support students, parents and
teachers engage with the new Digital Technologies curriculum.
Michael has a limited number of complete robots built at cost, first in
On this page, building a robot for the Sumo battle or Maze solving
There are two classes based on size; MiniBots and MegaBots
shall not be larger, either in length or in width, than 10 centimetres.
Mass (with batteries) 500 grams maximum. MegaBots:
shall not be larger, either in length or in width, than 20 centimetres.
Mass (with batteries) 3 kg. maximum.
All robots need to be checked in at the La Mer Lounge at a date and
time to be confirmed for 2019. No more than 2 students in a group entry
on the day.
The new Lost in Space series
on Netflix is the inspiration for a "Rescue the Robinsons" maze
This entry involves a scratch-built robot, the purchase of a kit to
assemble, or the purchase of a ready-made pre-assembled robot.
The robot MUST be autonomous...self-contained with NO remote control
YOUR MISSION: The
Robinson family is lost in space, stranded on a
strange new planet after their spaceship, the Jupiter 2, has
crash-landed. Two of the children, Will and Penny Robinson, have gone
out to survey the crash site, but have not returned.
Sumo robot competitions have been
prevalent in Japan, with the first competition being held in 1989 with
only 33 robots, by 2001, the number was over 4,000.
This entry involves a scratch-built
robot, as seen here on the right, or the purchase of a kit to assemble,
or the purchase of a
ready-made pre-assembled robot.
Sumo-bot wrestling requires robots to push or flip each
other out of a circular ring (dohyo). A robot that is flipped &
immobilized or pushed outside of the dohyo loses, the other robot wins
a yuko point. The first to gain two yuko points wins the match.
Robots may be remote controlled (r/c) OR
(self-contained, no remote controls).
R/c robots battle other r/c robots; autonomous robots battle other
The robot will start a battle when a button on its body is pressed to
begin movement after a 5 second delay.
Entrants will battle the robots on the day of the fair, and the robots
with the best performance will win monetary prizes.
dimensions for practice:
154 cmHeight: 5 cmEdge: 5 cm
cmHeight: 2.5cmEdge: 2.5 cm
Construction ideas - Edison V2
robot (Sumo or Maze entry)
Tim Carr from Mindkits.co.nz
kindly supplied two of these amazing robots, real
value-for-money and intuitive to use.
First of all, I hate looking at naked robots. C3P0 looked creepy
without his metal skin, and the T800 Terminator endoskeleton gives me
still. Robots should be "dressed" or be designed with a type of
"costume" in mind. Making and designing are creative acts so why not
functional machine that also looks interesting or inspiring?
Edison robots are LEGO compatible, so I decided to put my childrens old
bricks to good use;
How can you make your robot look more interesting with a body
modification or costume covering?
You could use card or other materials but keep in mind the Edison
sensors still need to do their jobs!
You could research some famous robots for ideas to make Edison a body
to be proud of!
Features of the Edison V2 robot:
introduction to robotics and coding for Primary / Intermediate students
straight out of the box, (once batteries inserted); no programming
needed to see results!
programmed by bar codes provided, for immediate obstacle avoidance,
programming interface simple to use for beginners - no language to
text-based programming for more advanced use to learn coding skills
to use universal programming lead that plugs in to any headphone jack
on any device
A great robot for
under $70 that works on any device (Apple, Windows, smartphone), grows
with the user from novice to expert and is very well constructed and
In the video above you will see I added a PICAXE 08M2 chip to flash the
lights in the chest cavity.
For experts or
advanced builders: It is
add a range of different sensors, such as temperature or colour
sensors, to the PICAXE chip and then programme the PICAXE to send an IR
signal to Edison.Edison can
programmed to move in response to the IR signal.
This opens the Edison
up to a much wider set of environmental conditions to monitor, moving
in response to the external sensors attached to the PICAXE.
You could have a heat-seeking Edison!
The spaceship prop for the Rescue
the Robinsons maze competition
Using an old
clock body and a PICAXE chip programmed in BASIC, I made the Jupiter 2
spaceship from Lost in Space. This
prop will be at the centre of the maze. The Jupiter 2 is paired with my
smart phone using the free Keuwlsoft Bluetooth Controller app and has 8
LEDs (4 pairs), 1 MP3 player module, and 1 Bluetooth module. Very cheap
very easy to wire up, and simple to code.
ideas - Arduino or
PICAXE robot (Sumo or Maze entry)
again it adds a lot of appeal to have a fully "dressed" robot. Rather
than letting people see the bare circuitry and gears, why not make a
body costume to make your robot look more interesting and appealing?
You could recycle parts from an old analogue TV like I did here in the
OP1 is a PICAXE-based robot with a L239D motor controller and a
Bluetooth module. He operates on 8 C-size cells (12 volts DC).
OP1 senses the environment for temperatue and static electricity,
sending the data back to my smartphone for graphing. I can also take
control of OP1 to drive the robot remotely. There is a MP3 player
module to produce sound effects. On the front is an ultrasonic range
finder module, an aid to avoiding obstacles when OP1 autonomously
explores his surroundings.
There are a number of suppliers of PICAXE and Arduino kits and parts.
or Jaycar or Surplustronics.
I have recently seen Arduino Smart Car kits at www.dx.com
who also provide motor controllers, bluetooth modules, ultrasonic range
finders, etc, often with free delivery. I have found them very
reliable, but some parts take a few weeks to arrive, depending on
- Arduino board
The Arduino Smart Car kit is a
dea from DX.com.
AND you can substitute easily a simpler breadboard with a PICAXE
18M2 chip to replace the Arduino board and sensor board.
Keep the Arduino and sensor board for another time!
I prefer to use one of the motor drive controller boards below; very
cheap, reliable and simple to control.
I have provided a test code below for you to learn from.
motor controller board.This sits on
top of the battery pack, breadboard nearby for connection of signal
extra battery pack to power the motors seperately from the PICAXE, definately for the larger MegaBot sumo
below for a H-bridge circuit from Andrew Hornblow for a
simple maze robot without the motor controller.
Digital Technology and STEM/STEAM project
Picaxe chips are low cost and extremely easy to programme! Here are
some ideas for projects...
Another cool project...
Something to set your heart on...
Picaxe flight simulator - RIGEL demonstration...do you have an old
exercycle gathering dust?
Picaxe movie prop....range finder rifle! Navigate in the dark? Find
Robots in movies and
Want to gain more digital technology skills? Make a movie using your
robots! See the Dalek battle a bear in our 48 hour film entry
"Collision course" by Jampot
Productions in Taranaki, winner of two local awards including
Original fun experiments &
technology to build for authentic maths and science investigations for


|Strategic and Project Management - Information Technology|
|Management and technical liaison|
|Systems Engineering process management|
|Data Communications and Message Switching|
|Training development and delivery|
In 1995, led a team in submissions to the Defense Industry Quality and Achievement Awards, achieving a Highly Commended Award.
In 1996, prepared the submission and led the team presenting the ANZAC Ship project for the South Australian Institute of Engineers Awards, winning the Engineering Excellence Award for Projects.
In 1997, was personally awarded the Colonel Light prize by the Australian Organization for Quality, South Australian division, for the best paper presented on Quality.
|Member - Institute of Electrical and Electronic Engineers (IEEE and IEEE Computer Society - USA)|
|Member - Association of Professional Engineers|
|Former Committee Member - Software Quality Association (South Australia)|
|Former member and committee advisor - Australian Software Engineering Institute|
|Former member - Australian Organization for Quality|


Posted on December 9, 2015
Having a well lit room can make a significant difference to work and home life. If a room isn’t significantly lit, it can become a hazard, therefore a number of measure put in place to check the efficiency in the lighting industry, which is often referred to as the lifespan of the light.
When manufacturers state that the lifetime of an LED light, this can often confuse consumers about how long they really last. When it states that a bulb will last up to 25,000 hours, many people assume that it will die out and no longer work after this point. This actually means that over the course of time the light will start to fade and by the end of the 25,000 hours the light will be 30% less than it was originally. This is also known as lumen depreciation. After this time it is generally considered that the light is no longer fit for purpose.
How are we able to measure the lifespan?
With traditional light sources, testing would involve using statistically valid samples tested at an ambient temperature of 25° Celsius using an operating cycle of 3 hours on and off. Once half the lamps in the sample have failed, this is the average rating for that lamp. For a lamp that has a 10,000 hour lifespan, it would take roughly 15 months to test an LED light. With the estimation of 50,000 hours, it would take a tremendously long time to test at 5.7 years. In addition to the time it would take, with the rapid technological advancements of LED lighting taking place, by the time it was fully tested it is inevitable the products will not be in use anymore.
What can affect the lifespan?
Another factor essential for this is the thermal maintenance of the lamps. Heatsinks are devices that allow the hot air to be pushed away. The heatsink is essential in order for the lights not to overheat. If the lights do not stay cool then they will not be able reach their full lifespan. If the heatsink is ineffective, the lamp will overheat and it will not be able to be used at the full capacity.
One important report is the LM-80, a Department of Energy approved method of measuring lumen depreciation. The LM-80 is a method for measuring the LED light source at various temperatures. LM-80 specifies a minimum testing period of 6,000 hours, with 10,000 hours being the preferred testing period. LM-80 also requires testing at a minimum of 1,000-hour increments and requirements stop at 10,000 hours in order to allow for faster LED product development by light source manufacturers.
From LM-80 reports we can see where lumen maintenance is higher at higher temperatures which results in a shorter lifespan.
Overall, we can see that the actual LED light is having a longer lifespan, however, it is equally important to have an effective heatsink in order to maintain a reasonable temperature for the lamps to last as long as they are supposed to.


Krasbit was founded at the end of 2006 based on a passion for computer graphics, automation, programming and photography. My experience in those fields however is based on a much longer period of work.
Everything began in the late 90s when I started with analog photography, experimented with retouching scanned images and did some graphical work as a hobby. The development of image sensors and digital photography was parallel to my studies (2001-2006) at the Institute of Automatic Control on the Silesian University of Technology.
During numerous laboratory classes on topics such as image recognition and digital signal processing, I managed to “figure out how it all works”: the moment of the image being captured by the camera’s lens and matrix, the analogue-to-digital conversion, as well as the sophisticated algorithms used to analyze and process the captured image. I had the opportunity then to write noise-reduction and edge-detection programs as well as software for the detection and recognition of objects, letters, faces and skin. In the meantime, computer graphics was my hobby thanks to certain related business agreements.
During my studies, my work focused mainly on exploring the regulation algorithms, methods of artificial intelligence and programming of automation systems. After classes however, I discovered the more market-oriented Macromedia/Adobe Flash technology. The object-like structure and the programming language of this application is very attractive for an Automation Engineer who is used to an object-like perception of reality.
During my work on the diploma thesis "Mobile algorithms of control with the use of internet", I fused my interests in automatic control, biotechnology, and internet technologies. The goal was to access and to visualize the state of a biological reactor placed in the laboratory of the Silesian University of Technology. It was also possible to enter settings and regulation algorithms. All this was conducted with a web-browser, remotely from any given place. I communicated and fused a number of various technologies: (OPC, Visual Basic, Macromedia / Adobe Flash, Apache HTTP Server, PHP, MySQL, XML). In 08.2006 I had successfully defended my thesis and become M. Sc. of Automation Control.
After completing my studies I opened my own business, fusing my interests in graphics, internet technologies, multimedia and automatic control. I am presently focused on enlarging the usefulness of some well-known graphical software, using my own scripts which are compatible with environment of those applications (eg. CorelDRAW and VBA) as well as their integration with external databases (eg. MySQL). For more details see products and services section of this site.
Jarosław Kraska, M. Sc.


Temperature & Humidity Mapping
Laboratory Instruments & Appliance Temperature & Humidity Mapping and PQ Testing
We conduct empty and full laboratory instrument and appliance temperature and humidity mapping loggers to assess temperature distribution front to back and top to bottom, including freezer temperature mapping. Power loss and open-door recovery studies are included.
Temperature & Humidity Mapping of Incubators, ovens and Chambers
We conduct empty and full temperature and humidity mapping of standard incubators CO2 and O2 incubators and chambers to assess temperature and humidity distribution. UV sensors are used to measure photo stability and Co2 sensors to verify Carbon Dioxide levels are maintained.
Temperature & Humidity Mapping of Fridges & freezers
We conduct empty and full fridge and freezer including ULT freezers for temperature mapping loggers to assess temperature distribution front to back and top to bottom, including freezer temperature mapping. Power loss and open-door recovery studies are included.
At UK Laboratory Services we use several systems for temperature mapping and validation. We do this to ensure the system we use is best suited to your application.
For CO2 Incubators we use CO2 sensors to map CO2. This sensor provides 21 CFR Part 11 compliant data and allows us to map CO2 for the duration of the validation. This allows our engineers to ensure your CO2 Incubator is optimised for your process. Alongside our CO2 sensors we also use Lab sensors to map Temperature and Humidity. With a clear and concise Pass/Fail report detailing acceptance criteria for temperature, humidity and CO2.
Stability and Humidity Cabinets Validation
We have extensive experience in technical problem solving, maintenance, servicing, and validation of climatic chambers, humidity, stability cabinets, ovens, Incubators, CO2 & O2 incubators, and plant growth chambers. Thermal Compliance provides onsite assistance in the validation of chambers including Installation Qualification (IQ), Operational Qualification (OQ), and Performance Qualification (PQ).
Humidity (RH) and Temperature Mapping
At UK Laboratory Services we use highly accurate Relative Humidity & Temperature or (RH and Temp) data loggers calibrated to national standards to map temperature and humidity for stability and humidity cabinets. We perform the following tests:
- Temperature Mapping
- Work closely with you to minimise downtime and adhere to individual requests
- RH Mapping
- CO2 Mapping
- O2 Mapping
- Alarm Testing
We can do mapping for 1 hour to 365 days. Typically, we are requested for 24 hours or 7-day mapping. All our data loggers are calibrated with calibration certificates.
Work can be performed to Thermal Compliance protocols or work to your own onsite protocols. We deliver a comprehensive validation package including calibration certificates, annotated detailed raw data reports, graphs, photographs, probe location diagrams, and detailed reports.


12 Apr 2019
CLAIM in CORDIS: Innovative light-induced chemical pathway to clean wastewater plants
CLAIM was featured with one of its 5 marine cleaning technologies in the CORDIS News section accommodating updates about the most important research developments from EU-funded projects.
“Supported by the EU-funded CLAIM project, researchers have proposed a new methodology that uses nanocoating and light energy for microplastics degradation.
Their findings were published in the journal ‘Environmental Chemistry Letters’. The researchers highlight microplastics’ “ubiquitous distribution, uncontrolled environmental occurrences, small sizes and long lifetimes.” They add: “Actual remediation methods include filtration, incineration and advanced oxidation processes such as ozonation, but those methods require high energy or generate unwanted by-products. Here we tested the degradation of fragmented, low-density polyethylene (LDPE) microplastic residues, by visible light-induced heterogeneous photocatalysis activated by zinc oxide nanorods.”
More in the original news item: https://cordis.europa.eu/news/rcn/131011/en?WT.mc_id=exp


In an interesting move, that could benefit a number of private space companies, NASA has released dozens of its patented technologies into the public domain.
The technologies, that were primarily developed for NASA's space missions, could help the space sector at large, which is seeing increasing growth in the private sector, not only from high profile companies such as SpaceX and Virgin Galactic, but from a whole host of SMEs involved in the supply chain.
However, as with cochlear implants, memory foam and freeze-dried food (to name a few NASA-originating technologies), some of the technologies may have terrestrial applications.
Among the trove of newly-public inventions is a method for manufacturing carbon nanotubes, which is apparently 20 times cheaper than current techniques, a super-efficient rocket engine, and a tougher type of aerogel, a futuristic material which Nasa uses to capture samples of comet dust. Another notable invention now open for manufacture by everyone is a 'smart' nozzle for turbine engines, which could drastically improve the performance and efficiency of aircraft.


A "call for papers flyer" (pdf) is available here.
We invite submissions of short papers addressing topics including:
- Foundations of learning of dynamics models
- System identification
- Optimization for machine learning
- Data-driven optimization for dynamical systems
- Distributed learning over distributed systems
- Reinforcement learning for physical systems
- Safe reinforcement learning and safe adaptive control
- Statistical learning for dynamical and control systems
- Bridging model-based and learning-based dynamical and control systems
- Physics-constrained learning
- Physical learning in dynamical and control systems applications in robotics, autonomy, biology, energy systems, transportation systems, cognitive systems, neuroscience, etc.
While the conference is open to any topic on the interface between machine learning, control, optimization and related areas, its primary goal is to address scientific and application challenges in real-time physical processes modeled by dynamical or control systems.


Industrial colour coding is a standardization method employed to improve industrial safety and efficiency. They are internationally recognized color codes that facilitate recognition of different conduits and electrical wires.
The essence of colour coding is to facilitate convenience, promote safety, and make the facility/equipment easy to maintain.
Colour coding for electrical installations
From the grid, the transformers step down the power to a voltage level that the final consumer can use safely. Consequently, a typical three-phase connection has R (red), Y (yellow), B (blue) and black (neutral) cables. However, the R, Y, and B cables are live.
The potential difference between any two of the R, Y, and B is 440 volts while the potential difference between the neutral (black) cable and any of the three ranges between 220 – 240 volts. Usually, the earth wire is green with/without a yellow stripe.
Colour coding for utility installations
Piped water: – sky blue color
Chilled water: – usually insulated and normally has a green arrow on the insulating material showing the direction of flow.
Hot water pipes: – also insulated and has a red arrow on the insulating material showing the direction of flow
Steam: – uses the ame colour coding as hot water (red arrow). The word steam is optional
Condensate/used steam: – black color
Compressed air: – light green color
Vacuum: – yellow color
Ammonia refrigerant lines: – dark red (maroon)
Other refrigerants (Freon/CFCs): – bare copper tubes


HD CCTV Systems
See the whole picture with a HD CCTV system from Clarion Security Systems
We believe that powerful HD CCTV systems don’t have to be complicated, that’s why our HD CCTV Systems are sophisticated but simple. They provide a way of being able to view High Definition (HD) CCTV recordings over an IP based local or wide area network. All recordings and analytics (real-time analysis of video for immediate detection and action of events of interest) are passed through as a digitised signal and transferred to either a computer or server and are stored ready to be reviewed at any point should you require it.
HD CCTV systems can be viewed and reviewed remotely when you require. Dependant on the level of analysis you require on your recordings, HD CCTV systems can allow you to monitor and review specific times, events, alarms and/or actions and also control pan, tilt and zoom cameras (camera dependant) customisable to your organisational needs. More modern systems such as those installed by Clarion, have audit capabilities to enable you to manage and control the above using the system.
IP based CCTV is fast becoming a popular choice for many different sectors where CCTV cameras and software can be integrated with existing computer networks or are even able to run stand alone on their own IP infrastructure. Our HD CCTV system software offers a range of flexible and scalable solutions to drastically improve the quality of CCTV recordings, imagery and usability.


“Digitizer” redirects here. This article covers the general concept of digitization- for other uses, see Digitizer (disambiguation). Digitizing or digitization is the representation of an object, image, sound, document or a signal by a discrete set of its points or samples. The result is called digital representation or, more specifically, a digital image, for the object, and digital form, for the signal. Strictly speaking, digitizing means simply capturing an analog signal in digital form.


I spent some time working for an AI chatbot company for a few years. Another company, OpenAI, recently launched a demo of it’s GPT-3 technology. I was quite impressed and interested since it was in the same space I previously worked in.
So, I decided to use GPT-3 to write a blog post about artificial intelligence to see how it would do.
Everything below this point is generated by the AI models and not edited by me in anyway.
How artificial intelligence is changing the way we work
Artificial intelligence (AI) is a hot topic right now. Many people are talking about it and wondering how it will change their lives. But what is AI, and what can it do for you?
Simply put, AI is a way to make a computer do things that ordinarily require human intelligence, such as understanding natural language and recognizing objects. This involves teaching the computer to learn from data, and then using that learning to make decisions or predictions.
One of the areas where AI is already having a big impact is the workplace. For example, AI can be used to automate tasks such as sifting through data to find specific information, or scheduling meetings. It can also be used to create chatbots, which are computer programs that can mimic human conversation. This can be useful for things like customer service, where the chatbot can answer common questions and direct people to the right person if they need more help.
AI can also be used to improve decision-making. For example, many companies are using AI to predict customer behavior, so they can make better decisions about what products to offer and how to market them. AI can also be used to improve productivity by automating tasks that would otherwise take up a lot of time.
Overall, AI can help to make the workplace more efficient and productive. It can automate tasks, make better decisions, and improve communication. So if you’re looking to improve your productivity, or you’re looking for a way to automate tedious tasks, AI may be the answer.
How artificial intelligence is changing the way we learn
In today’s technologically driven society, artificial intelligence (AI) is becoming more and more prevalent in our lives. AI is used in a variety of ways, from helping us with our day-to-day tasks to making life-changing medical diagnoses. AI is also changing the way we learn.
One of the most impressive ways AI is being used to help us learn is through the use of virtual assistants. A virtual assistant is a computer program that can perform tasks for you, such as scheduling appointments or making online purchases. Virtual assistants are powered by AI and can learn about your preferences and needs over time. This allows them to provide a more personalized experience for you and help you learn more efficiently.
Virtual assistants are not the only way AI is being used to help us learn. There are a number of AI-powered tools that can help us learn more effectively. For example, there are tools that can help us learn a new language more quickly or improve our memory. These tools use AI to track our progress and provide feedback on how we can improve.
AI is also being used to create educational content. There are a number of AI-powered platforms that allow you to create and share educational content with others. These platforms use AI to analyze and understand the content you create. This allows them to provide feedback on how well your content is understood and improve it over time.
AI is changing the way we learn, and this is just the beginning. As AI continues to evolve, it is sure to play an even bigger role in our lives and in the way we learn.
How artificial intelligence is changing the way we play
Games have always been a form of entertainment that allows us to escape the real world and experience different fantasies and adventures. However, with the advent of artificial intelligence (AI), games are starting to become more realistic and lifelike, offering players more immersive and engaging experiences.
One of the ways in which AI is changing the gaming world is by making it possible for games to learn and adapt to the player’s individual preferences. This means that the game can automatically adjust the difficulty level, the in-game environment and the characters’ behaviour according to what the player likes and dislikes. For example, if the player prefers fast-paced, action-packed games, the AI can adjust the game to be more challenging and exciting. Alternatively, if the player prefers games with a slower pace, the AI can adjust the game to be more relaxing and less challenging.
AI is also making it possible for games to be more social. For example, games can now include features that allow players to interact with each other in real-time, regardless of where they are in the world. This is done by using AI to interpret the player’s voice and facial expressions in order to create realistic and believable dialogue. This not only makes the gaming experience more social and immersive, but it also allows players to communicate with each other in a more natural way.
AI is also being used to create more realistic and lifelike characters. These characters can be made to look, sound and behave in a way that is realistic and believable, which helps to create an immersive gaming experience. For example, the character’s movements can be realistic, and their facial expressions can be adapted to match the player’s emotional state. This not only allows players to connect with the character on a deeper level, but it also helps to create a more believable and enjoyable gaming experience.
Overall, AI is changing the way we play games by making games more realistic, social and immersive. This means that players are able to experience different fantasies and adventures in a more realistic and engaging way.
How artificial intelligence is changing the way we communicate
Artificial intelligence is changing the way we communicate. The first change is the way we search for information. We are no longer reliant on search engines to find the information we need. We can now ask our digital assistant for help. For example, if I need to book a flight, I can ask my assistant to help me find the best deal.
The second change is the way we communicate with each other. We can now communicate with each other using digital assistants. For example, if I need to ask my friend a question, I can ask my assistant to ask my friend for me. This is a great way to avoid spam and keep our conversations private.
The third change is the way we communicate with machines. We can now communicate with machines using digital assistants. For example, if I need to ask my assistant to turn on the lights, I can ask my assistant to do it for me. This is a great way to avoid having to learn how to use different devices.
The fourth change is the way we communicate with our environment. We can now communicate with our environment using digital assistants. For example, if I need to ask my assistant for the temperature, I can ask my assistant to tell me. This is a great way to avoid having to learn how to use different devices.
How artificial intelligence is changing the way we think
As artificial intelligence (AI) continues to evolve, so does its impact on the way we think. AI has the ability to change the course of how we process information and make decisions.
There are many different ways that AI can impact our cognitive abilities. For example, AI can help us learn and remember information more effectively. In addition, AI can help us to be more creative and innovative in our thinking. AI can also help us to better understand and analyze data.
AI can also help us to make better decisions. AI can help us to assess risks and rewards more accurately. AI can also help us to identify patterns and trends that we would not have been able to see otherwise.
Overall, AI has the potential to significantly improve our cognitive abilities. With the help of AI, we can become faster, smarter and more efficient thinkers.


NOV8Tech 5-in-2 Aluminum USB-C Hub for MacBook
★ PROFESSIONAL DESIGN: Our USB-C Hub’s configuration and capabilities are modeled after the MacBook Pro 13“/ 15” 2016-2018 and MacBook Air 2018, thus offering the most adaptable USB-C hub, both in design and technology. Plus, it’s aluminum alloy casing and color options perfectly match Apple’s unique design and makes the USB-C Hub an unrivaled companion to your laptop!
★ MAXIMUM ADAPTABILITY: The 5 in 1 aluminum USB-C Hub comes in Space Gray, Gold, and Silver, matching the Apple product line colors. Its compact and smart design allows you to bring the complete capabilities of your laptop to the next level. Have your data completely secure and accessible, on the go. Start using your laptop’s full potential and enjoy maximum connectivity.
★ FASTEST CHARGE & FASTEST DATA TRANSFER: Thanks to its Thunderbolt 3 port, (Max 100W PD with 40GB/s data) our USB-C hub can provide this max power and max data speed transfer to both 13” and 15” MacBook Pro. In addition, you won’t need to download any software or wizard to start using it, just plug and play!
★ VALUE-ADDED PERKS: Buying the 5-in-2 USB-C hub will also get you: a welcome and setup guide, a 12-month warranty. We stand behind our products. If anything does not seem right, please contact us through Amazon messages. Our team will be happy to respond to your queries in 24 business hours or less through Amazon messages.
★ RELIABLE DATA TRANSFER: The NOV8Tech 5-in-2 Aluminum USB-C Hub allows you to seamlessly transfer your data whether it be photos, videos, music and other files through its memory card and thumb drive slots. Connect to your external storage, keyboard, mouse, headset, optical drive, and more. Backwards compatible with previous USB generations e.g. USB 2.0/1.x devices.
Out of stock
$22.99 – $29.99 Including Sales Tax
COMPACT & DURABLE
Thanks to the NOV8Tech 5-in-2 Aluminum USB-C Hub for MacBooks, now you will be able to connect 5 devices at once to your laptop.
Compatible Apple MacBooks:
- Apple MacBook Air 2018/2019
- Apple MacBook Pro 13-inch 2016/2017/2018/2019
- Apple MacBook Pro 15-inch 2016/2017/2018/2019
5 IN 2 USB C HUB
Start using your laptop’s full potential and enjoy maximum connectivity thanks to the NOV8Tech 5-in-1 Aluminum USB-C Hub for MacBooks now you will be able to connect 5 devices at once to your laptop.
STRONG POWER DELIVERY
With the NOV8Tech 5-in-1 Aluminum USB-C Hub now you can charge your devices at a high speed thanks to its Thunderbolt 3 port with a 100W power delivery and a 40Gbps Data transfer speed.
- Most returns stem from customers purchasing silver for their space gray MacBook device or space gray for a silver MacBook device. Please note the exact color of your Apple MacBook device prior to purchasing.
- Please note that the USB hub will NOT be able to connect to your Apple MacBook device if your Apple MacBook has a case on it. None of the pictures demonstrate that the USB Hub is compatible with an Apple MacBook device that contains a cover on it.
- Even if Thunderbolt 3 port and USB-C port look identical, they are different ports. Only Thunderbolt 3 port has power delivery feature. You can charge your device through Thunderbolt 3 port while you can use USB-C port for data transfer. (Thunderbolt 3 port is closer one to the HDMI port)
- This hub can only read an SD Card or a Micro SD card at one time. It doesn’t read them simultaneously.
- Please ensure you have a plugged-in power supply via Thunderbolt 3 port to get the HDMI output work properly.
- For best use, devices connected to NOV8Tech USB C Hub should not exceed the total current of 900mA maximum. If they exceed, the output current may become unstable or disconnected. Below devices are often rated as following: Mouse: 100mA/Portable hard disk: Max. 500mA/USB 3.0 portable hard disk: Max 900mA/Keyboard: Max. 500mA.
- This hub does not support Apple USB SuperDrive and cannot read hard drives more than 2TB.
- The temperature of the hub will raise up to 47 Celsius (116 Fahrenheit) when working, but IC Chips will be constant temperature. But it does NOT damage your devices.
- Please keep in mind that you should not hold the MacBook Pro USB C adapter for long periods of time and that it should be placed on the desk or in a well-ventilated area when in use, keep away from water, fire and corrosive liquids.
|5-in-2 USB C HUB||7-in-2 USB C HUB||11-in-1 USB C HUB||11-in-1 USB C Dock|
|USB 2.0 Port||x1||x1|
|USB 3.0 Port||x2||x2||x3||x3|
|3.5mm Audio Jack||✓||✓|
|HDMI Port (4K@30Hz)||✓||✓||✓|
|VGA Port (1080p@60Hz)||✓||✓|
|1 x SD Card 1 x MicroSD Card||✓||✓||✓||✓|
|USB C Port – 5Gbps Data Transfer||x1|
|Thunderbolt 3 100W PD / 40GBps Data Transfer||x1||x1|
|USB C Port – 100W PD||✓||✓|


Welcome to GSL ELECTRONICS
Whether travelling on remote outback trails, city roads or camping at your favourite recreational spot, you want your electrical and electronic components to work effectively and reliably. That's why Australian consumers and businesses rely on GSL Electronics' wide range of power conversion and control products to get the job done.
We have been designing and manufacturing products for the automotive and communications industries for 20 years. We take pride in delivering high quality, award winning power electronics with high Australian content at very competitive prices. Our commitment to ongoing research and development means we have a solid understanding of proven manufacturing technologies and can respond quickly to customer needs.
Today you will find GSL Electronics products distributed by leading wholesalers and dealers throughout Australia and New Zealand. With the introduction of a new range of low cost Solar Charge Controllers (MPPTs), now even more customers can experience the excellence of our products, built to work in Australia's diverse and challenging environments.
News and product updates
January - BMPPT Solar Boosters commence
January - New Solar Charge Controller
(MPPT) for lithium batteries
January - GSL Electronics celebrates 20 years
serving Aussie customers
December - World's first 24V Electronic Brake Controller
We design, manufacture and distribute a wide range of high quality and
robust automotive and related products for power conversion, control and
safety applications. So no matter what your power requirements, you'll
find the right products for your car, trailer, truck, caravan or camp
Using a revolutionary, patented and award winning design that reduces manufacturing costs while maintaining high performance levels, GSL Electronics has developed a range of affordable Solar Charge Controllers (MPPTs). They have a variety of features and power levels that let you select the best fit for your usage requirements.


From the heart of Africa to the Hardanger Glacier, the Apple approved powermonkey explorer portable charger has proved to be an invaluable piece of kit, providing essential power in the most remote locations. Incorporating a compact solar charger, the powermonkey explorer lets you charge wherever, whenever.
The powermonkey explorer is not just for adventure travellers. Compatible with the majority of smartphones including iPhone and BlackBerry, mobile phones, iPods, MP3 / MP4, PDAs and portable games consoles, the powermonkey explorer is a portable charger for your 5V devices - giving you 96 hours of standby on your mobile, 40 hours on your iPod, 5 hours on your games console, 48 hours on your PDA and 6 hours on MP3/MP4 players.
Make sure your powermonkey explorer's got full power at all times by charging one of three ways: via the included universal mains charger, via USB or via the included solar panel.
The solar panel draws power from the sun and coverts it into handy power to charge your device. The powermonkey explorer features state-of-the-art MPPT (Maximum Power Point Tracking) technology which enables more efficient charging of the powermonkey battery unit in low light conditions. You can even purchase a Y cable (see "other products" at the bottom of the page) which enables you to connect two explorer solar panels to one explorer battery unit - allowing for faster charging of the battery via the sun.
The kit includes a useful Velcro strap, enabling the solar panel to be attached to a rucksack or tent - perfect for charging the powermonkey battery unit when you're out and about in the sun.
Ultra compact, tough, powerful and works with iPhone & Made for iPod approved, the powermonkey explorer is water resistant and made from rubberised casing so can take whatever life throws at it, yet it remains the lightest, most versatile portable charger available today.
Will Also Work With
Number of Charges
iPhone/smartphone 1-2 times
GPS 1-2 times
iPod/MP3 players 2-6 times
Mobile phone 2-3 times
Milliamps Hour (mAh): 2200
Short circuit protection
Battery Capacity: 2200mAh
Input Interface: DC 3.5 x 1.1mm
Input Voltage: 5V 600mA
Output Interface: DC 3.5 x 1.1mm
Output Voltage: 4.5 ~ 5.5V
Output Current: 700mA max
Dimension: 90 x 35 x 36 m
Output Interface: 3.5 x 1.1mm
Output Voltage: 5V
Output Current: 200mA can vary depending on solar strength.
Dimensions: 110 x70 x 10mm when folded.


Metatheke developed for the Portuguese Parliament the new Parliamentary Debates information system. The web application allows to search and read the transcripts of the Parliament reunions since the Constitutional Monarchy (1821-1910) until the current Third Republic (since 1975).
The new application presents a renewed interface, adapted to mobile devices, and new search and reading features. It also interoperates with other Parliament's information systems, such as the Audiovisual Archive and the database holding the parliamentary activity the the legislative process.
From the technological perspective, the system's architecture and technologies were completely reviewed. The Debates application now runs on open source web server, programming language, and database.


Deep learning has become an integral part of artificial intelligence. It has enabled great leaps of progress in the domains of computer vision, robotics, finance, medicine, and more. However, deep learning has been demonstrated to be vulnerable to adversarial attacks. The goal of this workshop is to bring together researchers from the Nanyang Technological University and the Ben-Gurion University to exchange ideas and share progress on the topic of “Enhancing Cyber Resilience of Deep Learning Models against Adversarial Cyber Attacks”.
More specifically, the workshop discussions will be scoped around: (1) developing new methods for measuring a deep neural network’s resilience to all possible attacks with or without knowledge about the model structure and training set; and (2) exploring the resilience of deep learning algorithms to compromised hardware that is used for accelerating their performance. This workshop is sponsored by NRF and will be held annually. This year, the first instance of the series will take place at the Nanyang Technological University, Singapore from 17 to 18 October, 2019. All team members from the two affiliations will attend the workshop and give talks on their recent work.
Date & Location
09:00 am – 17:30 pm,
17 October 2019,
TR-04, The Arc,
63 Nanyang Drive, Singapore 636922,
Nanyang Technological University


21unity stands for innovative solutions that are aligned with the daily requirements of our customers and make everyday work easier. In doing so, we rely on state-of-the-art platforms that are designed to be open and interoperable, making cumbersome integrations and complex imports and exports a thing of the past. On this blog, I’ve often talked about our end-user-facing platforms 21unity Cloud and 21pro, but today I’d like to touch on another important topic: the backend, or hardware layer.
As a Silver Member of the OpenPOWER Foundation, we have decided to rely on open solutions for our infrastructure as well, in order to provide the most flexible foundation possible for our customers as an infrastructure that can be seamlessly integrated across the board to scale any application or requirement to where it is needed.
The Power architecture (“Performance optimized with enhanced RISC”) is a family of processors from the OpenPower Foundation. It was originally developed by IBM as a successor to the mainframe and midrange processors in bipolar and CMOS design. Through the OpenPOWER Foundation, this architecture is now being made available to all and the benefits of the formerly proprietary technology can now be leveraged by tech companies worldwide.
This brings the following benefits:
Through open sourcing and development based on the POWER ISA – one of the most sophisticated processor architectures on the market – the OpenPOWER Foundation democratizes access and extends the reach of the RISC-based architecture.
Open to all
With more than 350 members collaborating regularly, the entire semiconductor industry – from global organizations with deep expertise to individual developers with a fresh perspective – can innovate, build and develop across the hardware and software stack.
Open development of this scale enables unprecedented customization of applications, operating systems and firmware, driving hundreds of innovations in artificial intelligence, supercomputing, hyperscale and more.
Here’s the best part:
21unity not only builds its own infrastructure on OpenPOWER technology, but we can also provide you with all the components of our servers individually, or as an entire rack ready to go. We work together with well-known manufacturers, who produce parts for us according to our requirements and design, whith final assembly in Germany. Thus we can deliver the best possible quality to our customers.


Indigenous territories are facing threats of illegal activities, such as land grabbing and territorial boundary encroachments
Technologies such as drones facilitates mapping and...
Anyone interested in technology, particularly new ICTs, and agriculture would agree that the two are daily entangling very well. Despite advances in technology and farming practices, the Food and...
The drone technology is the new fad. Drones or Unmanned aerial vehicle (UAV) are revolutionizing agriculture, for example the use of remote sensing in agriculture. In essence, the use of drones for...


Diverse Directions is pleased to offer GPS navigation at no additional charge for all of our circuit tour itineraries. Please note that Diverse Directions does NOT supply the GPS device. We provide the route files that you will need to install onto your own GPS device. These files are provided at no additional charge.
Minimum GPS Device Requirements
To use GPS navigation for your Diverse Directions cycling tour it is critical that your GPS device meet the following minimum requirements:
- 10 routes. "Routes" are GPS files that provide the navigation for all or part of a tour stage. Your GPS device must support a minimum of 10 "routes".
- 500 route points per route. "Route points" are simply GPS latitude/longitude coordinates. Your GPS device must support a minimum of 500 route points per route.
- 8 hours of battery power (recommended). This minimum can be lower if the GPS batteries can be replaced rather than recharged (provided you can carry extra batteries during your cycling.)
- A map of Vermont, Massachusetts, and/or New Hampshire, depending upon your tour itinerary. Maps are typically loaded via a SD or microSD card because of the huge amount of disk space required of mapping software. Turn-by-turn instructions cannot be provided without such a map.
In addition to having a GPS device that meets the minimum requirements described above, your GPS device will ideally provide the following:
- The ability to provide turn-by-turn routing instructions.
- An audible indication of upcoming turns.
Selecting an Appropriate GPS Device
Most automotive GPS devices provide a maximum of 200 route points per route, which is insufficient for navigating our tours. The Edge 810 Cycling/Fitness GPS is the only device of which we are aware that imposes no restrictions on the number of route points per route. However, other such devices may have been introduced, so it is best to verify your current options with the GPS provider.
Though it is not Diverse Directions' intention to make specific GPS device recommendations, our testing and personal experience has shown the Edge 810 (or Edge 800 family of devices) to be the best all-around device for the purpose of cycling tour navigation.
Using the GPS Capabilities of your iPhone
You can use the GPS functionality of your iPhone (iOS 4.3+) to display your tour's routes, as well as your current location in relation to the route. However, the iPhone does not provide turn-by-turn instructions; nor does it provide an audible indication of upcoming turns. You CAN visually see where you are to turn by tracking your position relative to the route, which is nicely highlighted. Because of the limitations of the iPhone's GPS, you should plan to use it only in conjunction with your tour's written route instructions.
A special application is required to enable you to load your tour's GPS files onto your iPhone. One such application is Cyclemeter GPS, which is available from iTunes at no charge. Cyclemeter GPS is also available for Android devices at Google Play as a free download.


NOTE: Outgoing product! Only few remain in stock, please contact us for more information!
Problems with unreadable robot system floppy disks? Lost program disks? Boot disks nobody can find?
We developed a product to solve floppy disk problems; Disk Drive Replacement (DDR).
The DDR replaces all old floppy disk units in ABB robot systems (S2, S3, S4, S4C and S4C+ with DSQC540 computer)
The DDR comes at a price of 420EUR (excl. VAT).
- Program, backups, parameters and boot disks are stored on a single SD card and operate according to the same principle as a hard drive for the robot system. It is a major benefit having a boot pack that is always available.
- Backup and restore of the entire SD card to a PC or network. This was never possible before in S2 or S3 systems with old drives
- File management and editing of programs in S4, S4C and S4C+ (with DSQC540 computer) can be executed as usual in a PC using “DDR PC Software 2”
- Possibility of using the old floppy disk unit in parallel with DDR in S3, thanks to a special switch cable. This makes it easy when transferring programs and parameters
- Environmental endurance and safe storage of data in a CE-marked product
- Installation in just a few minutes
- Very low purchase price
DDR PC Software 2
The PC software is, among other things, used for
- Backup and restore of SD cards for S2, S3, S4, S4C, S4C+
- Program editing and file transfers for S4, S4C, S4C+ (w. DSQC540)
- Copying of entire boot disk packs to the SD card
- Printing of SD card contents
- Creating disk lists
Download DDR PC Software 2
DDR PC Software 2 Setup v2.5 (ZIP archive)
“DDR PC Software 2” supports WinXP, Win7, Win8 and Win10. Please read the release notes prior to installation!
Want to know more about our products?
Contact us and we will tell you more about how we can help you find the right products for your robot.


LED Taxi Top Display
Average Power Consumption
Working temperature ：
-20°C~80°C Life Span :100,000hours IP: 65
3G/ WiFi /USB Memory :4G
AVI, WMV, Mpg, MOV, Dat, Vob, MP4, Flv
Packaging & Delivery
1.The taxi top led display: Higher refresh rate 1200Hz
2.High brightness reach 4000 nits
Frequently asked questions
Q1: Where does the display get power supply from?
It will be connected with the engine of the car by power cable and get power supply from there .
Q2: Will the display fall off when the cab runs at high speed?
It will be fixed by screws to the taxi top so no need to worry.
Q3: 7000 nits? Police might tow my cab away for it's too bright at night.
Tell us about it and we will add a light sensor (charged). Brightness will be adjusted down automatically when it's dark.
Q4: What additional spare part can you choose ?
Light Sensor / GPS /Temperature Sensor
The plant / production flow chart of LightS


Mainstream multi gas analysis module
The mainstream mode can simultaneously measure the concentration waveform and data of carbon dioxide, nitrous oxide and anesthetic gas, as well as respiratory rate. The types of anesthetic gas measured include halothane, enflurane, isoflurane, sevoflurane and desflurane. The user can manually select the type of anesthetic gas.
Plug and play, the host does not need internal circuit, just a serial port.
The data can be measured within 4 seconds after power on.
It is suitable for adults, children and newborns, with excellent cost performance and low cost.
Automatic pressure compensation. There is an atmospheric pressure sensor inside, which is suitable for various altitude ranges.
Built in interference gas compensation algorithm.
high-precision. Careful selection of infrared devices, hardware design and software algorithm, to achieve high signal-to-noise ratio, to ensure that within - 5-50 ° The temperature range of C and the measurement accuracy in the range of 0 - 20% are given.
Oxygen battery, multi gas OEM solution, multi protocol, and fast upgrade and assembly of your products.


Read the instructions and use the device safely.
Size (approx.) 80.9×32.5mm
Capacity (approx.) 20ml
Input DC 5V/0.3A
Weight (approx.) 34.4g
Full Charge 1hour
Material ABS plastic
Accessory USB charging cable
How to Use:
Charge the device with the USB cable. Red LED light will flash and stops when it is fully charged.
Turn the lid counterclockwise and fill in the tank with water.
Press the button twice. Green LED light turns on and steam will come out.
To maximize the effect, spray on your skin from 15cm away for 30 seconds.
Press the button once to turn it off. The device automatically turns off after 3 minutes.
Device, USB Cable, User’s Guide
At the end of the day, empty the tank and wipe off the device. Dry the device thoroughly and put the lid back on.
When steam does not come out as it should, wipe the tip with a soft cloth or a swab.
The design or specifications might change without further notice.
Keep away from heat.
Keep away from small children.
The tank can only be filled with water.
Do not disassemble or try to repair unless you are an engineer.
Do not break the cable.
Do not throw the device into fire.
Do not touch the USB Cable with wet hands.
Do not clean the device with chlorinated, acidic, or alkalinity cleaner.
Do not use the device where it’s unstable.
Refrain from using the device around pets.
When you notice there is something wrong with the device, stop using it immediately.
Do not step on it or shake it hard.
Replace water in the tank everyday and keep it clean.
Only use the contained USB Cable to charge the device.
Do not leave the water in the tank.
Do not block the steam nozzle.
Empty the tank after every use and dry it thoroughly.
Empty the tank before charging the device.
Make sure the lid is on and locked before using.
Clean the steam nozzle with a soft cloth or a swab.
Do not use the USB Cable for other purposes.
Copying a part of or all of this user’s guide is expressly prohibited.
※ Content of this user’s guide may change without further notice.
We will not take responsibility for any damage or harm caused by any use except as instructed here.
Water doesn’t come out properly?
Water might be stuck around the steam nozzle. Clean the tip with a soft cloth or a swab.
Using the device without enough charging or long time of continuous use will result in water congestion. Dry the device thoroughly before using.
The device is not a humidifier. In order to moisturize your skin properly, do not use the device for a long time. (20-30seconds per use is recommended.)
Tilting or turning the device upside down might cause water congestion.
Steam will be pushed back into the nozzle when used under windy conditions. Clean the steam nozzle with a soft cloth or a swab and dry the device thoroughly.
Depending on air temperature and humidity, water congestion could occur.
Hiratsuka 255-1, Kawagoe city, Saitama, JAPAN


A comfortable Alpha Gel construction provides shock resistance along with 200 meter water resistance with a Super Illuminator LED light with afterglow and 10 year battery life.
- 30th Anniversary DW6900 watch.
- Shock and 200 meter water resistant.
- Super Illuminator LED light with afterglow.
- Alpha Gel construction.
- World time, full auto calendar and day/date display.
- Countdown timer, 1/100 second stopwatch, and flash alert.
- Adjustable resin band.
- Approximate battery life: 10 years.
- 57.5 x 53.9 x 20.4mm / 84g weight.
Item Quantity Updated
The quantity of an item has been updated based on available inventory at the selected store.


DELL Latitude Rugged Extreme (3)
Getac B300 (NEW) (3)
CF-19 Toughbook (Refurbished) (6)
CF-31 Toughbook (Refurbished) (8)
B300 Getac (Refurbished) (3)
Rugged laptops with a IP65 and MIL-STD-810g certification. Built to withstand a 6 foot drop. Waterproof but not submersible. Tough laptops built to be used in the toughest of environments.
Both Toughbooks have daylight viewable touch screen LCD that can be used with a stylus or your finger. The CF-19 has a 10.1 inch screen with up to a 6500 nit screen. The CF-31 has a 13.1 inch screen that features a Sunlight-viewable Touchscreen with Panasonic CircuLumin™ Technology.
These are fully refurbished laptops with all port covers intact. They come with tested batteries and chargers. You can configure up to 12 different features.


Are Xeon Cpus good for gaming
If you are a gamer looking for a new CPU, you might have heard of the Intel Xeon series. These are high-end processors that are designed for workstations, servers, and other tasks that require a lot of computing power. But are they good for gaming? And what are the benefits of using a Xeon CPU in a gaming PC? In this blog post, we will answer these questions and more.
If you love gaming and need a new CPU, you may be curious about the Intel Xeon series. These are powerful processors that are made for workstations, servers, and other demanding tasks. But can they handle gaming? And what are the advantages of using a Xeon CPU in a gaming PC? In this blog post, we will explore these questions and more.
What is a Xeon CPU?
A Xeon CPU is one of Intel’s top-of-the-line central processing units. It has many cores, which means it can do multiple tasks at once. It also has special features that make it more stable and long-lasting than the Intel Core series, such as error-correcting code (ECC) memory and higher maximum core count .
ECC memory is a feature that helps avoid data corruption and errors when the processor is reading and writing information. This is vital for tasks that involve sensitive data, such as scientific calculations, video editing, or database management. ECC memory can find and fix errors that might otherwise cause crashes or glitches.
Higher maximum core count means that a Xeon CPU can have more cores than a Core CPU. For example, the best Xeon CPU has 28 cores and 56 threads, while the best Core CPU has 10 cores and 20 threads. More cores mean more processing power, which can boost performance in applications that can use multiple cores.
What are the benefits of a Xeon CPU for gaming?
A Xeon CPU can offer some benefits for gaming, but only in certain situations. Here are some scenarios where a Xeon CPU might be helpful for gaming:
- You are building a low-cost PC or a workstation that also works as a gaming machine. In this case, you might be able to get an old or used Xeon CPU for cheap, which can still run well in games. However, you will also need to get a compatible motherboard and RAM, which might be hard to get or costly .
- You are playing games that need a lot of CPU power, such as simulation games, strategy games, or MMOs. In this case, a Xeon CPU might be able to handle the heavy load better than a Core CPU, especially if you are also running other programs in the background .
– You are streaming or recording your gameplay. In this case, a Xeon CPU might be able to handle the extra workload of encoding and uploading video without affecting your gaming performance .
What are the drawbacks of a Xeon CPU for gaming?
A Xeon CPU also has some drawbacks for gaming, which might outweigh the benefits in most cases. Here are some reasons why a Xeon CPU might not be ideal for gaming:
– They are expensive. A new Xeon CPU can cost more than $1000, which is way more than what most gamers need to spend on a processor. Unless you have a specific need for a Xeon CPU, you will be better off saving your money and getting a Core i5 or Core i7 processor instead .
– They are not optimized for gaming. A Xeon CPU is designed for tasks that require high computational power, not high speed. Most games rely more on speed than on cores, which means that a Xeon CPU might not perform as well as a Core CPU in games that are not well optimized for multiple cores .
– They have their own sockets. A Xeon CPU requires a different motherboard than a Core CPU, which means that you will have less options and flexibility when choosing your components. You will also have to buy ECC RAM, which is more expensive and less common than regular RAM .
A Xeon CPU is not worth it for gaming unless you have a specific need or use case for it. They are powerful processors that are designed for demanding computing tasks, but they are also expensive new, overkill, and incompatible with most gaming components. For most gamers, a Core i5 or Core i7 processor will offer better performance and value for gaming.


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Neuron: A Hidden/Output Layer Unit
An n-dimensional input vector x is mapped into variable y by means of the scalar product and a nonlinear function mapping
The inputs to unit are outputs from the previous layer. They are multiplied by their corresponding weights to form a weighted sum, which is added to the bias associated with unit. Then a nonlinear activation function is applied to it.


Skype is one of the most widely-used telecommunications applications of today. This virtual phone system allows you to chat, voice call, and video call using just about any mobile and computer devices. Although it differs from other virtual phone systems, it is considered one of the best tools for business use. Aside from that, it is affordable compared to others.
Skype is equipped with several features such as group calls, call forwarding to any mobile devices, caller ID system, and voicemail. Microsoft also added several features like one on one calls and group video calls. They have improved messaging to match the mood of its users. They have added video and instant messaging, group and mobile chats, and emoticons. Users can also share screens and send files for business purposes. They have also added group screen sharing and send contact features for business and personal conversations.
Today, many are using Skype to connect with family, friends, and colleagues from all over the world. With all its features, Skype is definitely one of the most reliable telecommunications systems, especially for people who are always on the go.


In this guide I will be going over how to use a third-party access point with a router running the Unifi controller. By using VLAN tagging to assign wireless devices their own network.
- Third-party Access Point
- For my third-party access point, I will be using the Asus RT-AX88U
- Unifi Controller
- For a Unifi controller, I will be using Ubiquiti’s Dream Machine Pro (UDM Pro)
Start off by setting up both devices according to their manuals. After setup is complete connect the AP to the UDM Pro through an ethernet cable. Make sure you set up the access point in access point mode, like my access point most can also be set up as routers. Do not do this or your devices will not appear on the controller, only the router will appear. In router mode, clients connected directly to the UDM Pro will not be able to connect to devices behind the router’s firewall. In access point mode the device will let the UDM Pro do all the routing for its wireless clients allowing the controller to see all the devices.
A network is needed in order to start assigning IP addresses to your new wireless devices. To create a network first, go to your controller’s portal. You can use the gateway IP or the Unifi Portal and click on your controller’s network settings. Next click settings > networks > add new network. Give the network a name, and select content filtering if needed. Under advance set a VLAN ID, gateway IP/subnet, DHCP range, and DNS server. Here are my settings to give you some ideas.
|DHCP Range||10.10.0.100 – 10.10.0.200|
|DNS Server 1||220.127.116.11|
A virtual local area network is needed when connecting the UDM Pro to a third-party access point otherwise issues will arise where the AP loses internet connection. Here are the steps to create the VLAN.
First, go to your controller’s portal. You can use the gateway IP or the Unifi Portal and click on your controller’s network settings.
Under Unifi devices click on your UDM Pro or other controller and select the ports tab. Select the port that you connected your AP to. If you used an unmanaged switch somewhere in the middle of your ethernet connection this may cause issues and mislabel other devices as being on your AP network. For me, I connect the AP directly to port 8. I’ll select port 8 and change the port profile to the name of the network I created specifically for this AP. This will resolve the issue of the AP losing network connectivity. By allowing the controller to properly assign the wireless devices a network.
If you would like to put a firewall between your new wireless devices and the rest of your networks this section is for you. While in the Network Unifi Portal as before, go to settings > security > firewall. Select the LAN tab and click create new rule. Make sure the type is set to LAN in and the action to drop. For source > source type, select network and then choose your AP network for the IPv4 subnet. For destination choose network and select the network you want to prevent your wireless devices from accessing. Click apply changes when you are done. If you also want to prevent the destination network from talking to your wireless devices you will need to create another rule reversing the source network and destination network. You will also need to repeat theses steps for however many networks you want to block your AP’s devices from connecting too.


Latest day cars and trucks now have some kind of Bluetooth integration. What this implies is always that as opposed to strapping on an earphone, you are able to get and make phone calls applying the car Bluetooth speaker. But in the event your vehicle is a little bit older or doesn’t have an in-built Bluetooth, you are able to normally invest in a Bluetooth speaker for vehicle that could totally free your palms and enable you to focus additional on the road, considerably less to the phone. www.campadelectronics.com.au/bluetoothportable.php
This is how this functions: should you have a get in touch with with your cellphone, you may use your Bluetooth headset to answer it. This is comparatively significantly less distracting than answering a cell phone immediately. But loads of folks either never like applying headsets, or see that it distracts them from driving. For that reason, latest vehicles come outfitted with car Bluetooth speakers. They’re normally built into your steering wheel. When you receive a connect with, you are able to possibly push a button (situated on the steering wheel), or utilize a voice command to answer or reject it. This frees your palms completely, and distracts you even fewer from driving than a regular headset.
In the event your car or truck doesn’t already have Bluetooth integration, it is possible to obtain these speakers individually and hook them as much as your steering wheel. The majority of these speakers will feature a microphone and a speaker (for phone calls), a Lcd exhibit (to show you that is contacting), a SD port (to save lots of MP3s) and also a USB port (for storing anything else). A Bluetooth speaker for car also can double up being an MP3 player or USB drive. Some even have a FM transmitter constructed in.
Quite a few Bluetooth speakers for automobiles are battery operated, while others rely upon a power source (generally the car’s cigarette lighter). The latter is just not a extremely suggested possibility since you will effectively be tethering your steering wheel using a wire, which, in spite of whatsoever safeguards you could possibly get, is certainly a safety hazard.


Beyond Network Discovery: Asset Panda Launches Device Data Agent For Improved IT Management And Audits
As of 9/17/2019, Asset Panda will no longer offer our device data agent; we pride ourselves on actively listening and applying customer feedback to our product updates and are focused on finding new solutions for auto-discovery.
Asset Panda's New Network Asset Discovery Feature
For over five years, Asset Panda has helped businesses worldwide track, organize, and manage their assets with its highly customizable, top-rated asset tracking and management SaaS platform. Now, the Frisco-based company is enabling business owners to take better control of their IT network assets with the launch of its device data agent for Windows.
This new tool from Asset Panda is an easier, more efficient way for customers to conduct audits of their internet-connected, Windows-based PCs (using operating systems XP or above) and installed software. The program, best suited for any business that maintains a sizable base of these computers, collects all the information from the devices and automatically syncs their data daily to the Asset Panda platform.
The tool will sync both hardware and software information hosted on each computer, including, but not limited to:
- RAM size
- Processor type/speed
- Computer username
- Computer model
- IP address
- Operating system
- Software installs
- Hardware upgrades
Asset Panda’s device data agent can be installed on all Windows-based machines connected to the internet. Customers can download and install the tool’s small file (under 2MB) to individual computers.
Easy Asset Auto Discovery with Asset Panda
The primary benefit of Asset Panda’s new device data agent for businesses is its time-saving factor. The tool speeds up a customer’s entire computer tracking process. And it eliminates the need for manual tracking, in-person check-ups of computers, and updates previously added by hand to the organization’s primary asset tracking platform. Additionally, because the device data agent does all this work automatically every day, the reliability and accuracy of data are increased as employees will no longer have to be held accountable for manually entering upgrades or changes to the network’s computers.
Finally, the device data agent enables companies to more quickly find which devices host specific pieces of software that were recently updated or may need upgrading.
“We are excited to offer the device data agent; this innovation will continue to help our users work smarter and more efficiently,” said Rex Kurzius, Founder and CEO of Asset Panda. “Our investment in this technology underscores our commitment to constantly improving our platform so it meets the needs of our users now and in the future.”
To learn more about Asset Panda’s device data agent and its asset tracking and management software, give our asset management software a try with a free 14-day trial (no credit card required)! You’ll receive full access to user guides, video tutorials, free mobile apps, and call-in and live chat support from our Asset Panda support team.


You can give big thanks to Sentry Security and dramatic improvements in home security technology, contact sensors have become a key part of building a Smart Home.
This technology continues to improve more and more. Contact sensors were originally designed to catch an intruder trying to enter the home, but with this new technology, this small device can also trigger smartphone alerts, turn your lights on, and even control a smart thermostat. With Sentry Security and Alarm.com’s Smart Home Platform, contact sensors are turned intelligent.
What does a contact sensor do?
The basic function of a contact sensor is to tell your system if something is opened or closed.
These sensors can be installed on doors, windows or drawers throughout your entire house. These sensors have two pieces – one piece on the door itself, and the other installed next to it on the jamb. This way, when the sensors separate because the door is open, the sensor signals that it’s open to your security system.
In a traditional system, if the contact sensor signals ‘open,’ the system will signal an alarm. The role of a contact sensor in a Smart Home Security System is much more important. The status of a door (opened or closed) can generate real-time alerts to your smartphone so you’re aware of what’s going on around your home. You can also easily customize these alerts so you receive the exact information you want, so you’ll know exactly what windows are open when you’re going to bed, or what doors were left open when you leave for work in the morning.
A contact sensor can protect you anywhere
Protect your valuables by placing a contact sensor on a safe or jewelry box so you always know if they’re being accessed or left open. Protect your yard and know if someone opens your backyard gate or accesses your pool. Protect food in your fridge because a contact sensor will let you know if your freezer drawer is open and your food is in danger of defrosting.
Your contact sensors can trigger other devices
With a Smart Home system, you can connect different devices to your contact sensor. This way, if a contact sensor indicates a door or window left open, Sentry’s smart thermostat will automatically set back to save energy until it’s closed. You can also set a contact sensor on your yard gate to trigger your porch light, that way you can see exactly who’s coming through your gate at night.
Want to make your home Smart? Learn about how Sentry can help.


The Impossible Flight
Season 45 Episode 3 | 1h 53m 12s
On March 9, 2015, Solar Impulse II took off from Abu Dhabi on one of the greatest aviation adventures of our time: the first solar-powered flight around the world. Together with a team of brilliant engineers, two visionary pilots—Bertrand Piccard and André Borschberg—designed and built Solar Impulse from scratch, even though top airplane manufacturers told them it would be “impossible to control.”
Expires: 01/30/21Video has closed captioning.
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Explore the hidden world of energy storage and how it holds the keys to a greener future.
Will perovskite solar cells hit the market in three years?
See how solar panels work to convert sunlight into electricity.
Engineers are building the next breakthrough in aviation.


IDN Featured News Story
The Global Precipitation Measurement (GPM) Core Observatory is a joint mission between NASA and the Japan Aerospace Exploration Agency. The Core Observatory was launched Feb. 27 from Japan and began its prime mission on May 29, just in time for the hurricane season. GPM flew over Hurricane Arthur five times between July 1 and July 5, 2014.
See full press release.
You may view descriptions of data sets and services below.


The OPI Unit can be installed in most CNC machine tools to enable network wireless access for DNC file transfer & machine monitoring.
The Green Light System is a wireless OPI-based stack light monitoring system that can be expanded to handle DNC, user input & energy monitoring.
The Nexas OPI Unit is designed to be connected to most CNC machine tool controls to enable DNC and machine monitoring on both wired & wireless networks. The latest version, called the OPI-2 allows for Gigabit Ethernet, dual serial ports and a Zoller zidCode bar code interface.
As well, the OPI can also work as a CNC network bridge. In that mode the CNC Ethernet port goes to the OPI LAN port, which then uses the OPI's Wifi connection to bridge to the corporate part program server.
The OPI Gateway can be act as a local internal data server or a Gateway Relay to our Cloud Server for secure Industrial Internet of Things (IIoT) applications with embedded SSH (port 443) & certificates. Our goal security-wise is to make an ITAR compliant wireless DNC & machine monitoring system.
The OPI enables almost any machine to be a node on the corporate network and we are almost always enabling wireless connectivity - so it can really be considered primarily a wireless DNC and machine monitoring solution.
The Nexas Green Light System is a simple technique to monitor the normal stack light production signals (or equivalents) - namely InCycle (Green), Idle (Amber) and Alarm (Red). Now with our Nexas "Tool Power Sensor", we can add Spindle Utilization and even Tool Life Management to the data that can be collected.
The OPI unit can also be used for DNC file loading and at the same time leverage the 8 optically isolated inputs to achieve this real time monitoring. Our goal is a simple economical MTConnect adapter that enables all your legacy machines to be compatible & online.
The OPI Gateway acts a data hub for multiple OPI Units (one in each machine tool). This Gateway can be act as a local data server (for browser support in the plant) or as a Gateway & Data Relay to a our Cloud Server for secure Industrial Internet of Things (IIoT) applications.
The staff at Nexas started over 20 years ago with CNC Memory Upgrades and helped design and install the first 3rd party Fanuc memory upgrades. We still have memory upgrades for all the Fanuc 6, 9, 10, 11,12, 0,15,16,18 etc controls and even have BTRs for the older Fanuc controllers if needed.
That said, we are the only company servicing the older supplying a Yasnac J300 Memory Upgrade end user installable kit below. We handle the Yasnac MX/LX1/2/3, i80 and J300 as well. We also supply many other upgrades for the CNC factory floor with leading edge products & service.
Add more capability and reduce setup times with the legacy memory upgrade that you always wanted. Call us before you call the OEM or even the Dealer.
Call our Nexas Sales line today at 905-581-3719 to learn about ways to optimize your factory floor with our IIoT - Industrial Internet of Things - technology.


The Nabishi 256-bit AES Digitally Encrypted Military Standard Hand held and Mobile radios are now available in VHF & UHF bands to ensure that all calls remain private and highly confidential. The radios are user selectable for both analogue (conventional) or secure digital radio operation.
Apart from the secure radio advantage against eavesdropping the audio of these secure radios is enhanced and becomes much clearer as it is digitised. There is also a dramatic reduction of interference from other radio traffic when in digital mode as interference from other users on the same channel is eliminated. Nabishi's world famous Digital Encryption is also available for other makes of radios.
Encrypted Digital Communications for Military, Government, Security & Utility Services
We also supply Encryption modules for other makes of radios


|Home||» Products||» Electric Rickshaw|
Electric rickshaws or E-rickshaws offer a range of benefits. These are economical battery-operated vehicles. They are non-polluting and convenient vehicles, ideal for local commutation. Brushless DC motor is used in the rickshaws, as well as a proven electrical system. The construction of the rickshaws is rugged, durable as well as lightweight. They have a compact size with sufficient space. Electric rickshaws are ideal for cities, towns, and allied locations. They are eco-friendly and cost-effective option for short to moderate distance travelling. They come in several designs, types and duties. We have an excellent range of battery rickshaws, engineered for today’s needs.


A lithium ion battery is a type of rechargeable battery which is commonly used for portable electronics, electric vehicles and for military and aero space applications. It uses an intercalated lithium compound as one electrode material, compared to metallic lithium used in a non-rechargeable lithium battery.
- It is light in weight and has high energy density, able to store 150 watt hours electricity per kg of battery.
- It is expected to save 10-15 percent of cost of e-vehicles .
- As ISRO has transferred its indigenous lithium ion battery technology to private industry for commercial use, industry can achieve self-sufficiency and increase in scale.
- Have 5000 cycles or more compared to just 400 – 500 cycles of lead acid batteries.
- Li – ion batteries also comparatively low maintenance and don’t require scheduled cycling to maintain battery life.
- Lithium ion batteries also have low self discharge rate off Aaron 1.5-2% per month.
- Lithium ion batteries have no memory effect, detrimental process where repeated partial discharge cycles can cause a battery to remember a lower capacity.
- They do not contain toxic cadmium which makes them easier to dispose compared to nickel cadmium batteries.


View on Floor Plan:Exhibit Hall - 2439
Calle Severo Ochoa 4
Tres Cantos, Madrid 28760
Key supplier of electromechanical components and systems, including actuators, steerable antennas and high precision pointing and scanning mechanisms. With 50 years’ experience in the development, testing and integration for critical equipment in space missions, and a track record of 100% reliability in it’s more than 270 devices of equipment supplied.
Product Categories (4)
- Antennas- Downlink
- Satellite Equipment Manufacturer
Wednesday, March 8


Trans FX Inc. 805-485-6110 2361 Eastman Dr. Oxnard CA 93030 M-F 7:00 AM to 4:00 PM
TFX is a custom fabrication shop focused on achieving results for our customers
We utilize our insight and experience in the following ways:
- Providing solutions: We borrow from the best practices and proven processes we’ve discovered and developed during our long history of working in various industries. This allows us to arrive at solutions rapidly and with a visionary approach.
- Offering more than fabrication: We are experienced designers and engineers well-versed in the language of digital design. For over 20 years, TFX has been drawing from its broad experiences by leveraging advanced technology to conquer complex design and engineering challenges with efficient and economical results.
- Achieving speed and flexibility: We develop solutions that increase our speed and offer additional flexibility for our customers. We refine the solutions and utilize them in a cross-functional way allowing for application across multiple industries. This opens possibilities for innovative approaches and also provides optimal efficiency for our customers.
THE TFX HISTORY:
TFX started in 1993. TFX’s founders leveraged their experience implementing emerging technologies acquired at General Motors’ California Advanced Design Studio. Although digital technology has revolutionized the workflow of just about every industry in the world, each industry has integrated the digital process into its workflow at its own pace. In the United States, the automotive industry was one of the first industries to embrace digital technology for product design and development.
We recognized that these new digital tools, revolutionizing the automotive design process, could be applied to other industries who would also significantly benefit. With a deep appreciation of how important these advancements in digital technology were, we embarked to bring these ideas to the forefront in other industries. We started by investing in the best technology and software available at the time.
As a new company with a purpose to advance the idea of designing and fabricating creative works utilizing emerging technologies coupled with CNC equipment, we were perfectly positioned to take on our first major project: the Batmobile. Our mission was the development of a new Batmobile for the blockbuster movie, Batman Forever. We utilized a digitally-driven design process that made it possible to concurrently engineer and fabricate the car’s chassis while we designed and fabricated the car’s body and interior. If implemented correctly, we knew that this digital process would eliminate many of the upstream labor-intensive development and fabrication tasks.Our intuition was correct and we successfully fabricated the first Batmobile using digital design and fabrication technology. This process led to several improvements: shorter design and fabrication schedules, higher overall quality, and better integration with the film’s visual effects. Most important: we successfully fabricated a world-famous iconic vehicle which exceeded our customer’s expectations and has delighted Batman fans everywhere. Fortunately, this project has led to countless other opportunities, including the development of another Batmobile and other recognizable film properties and vehicles.
Our new digital tools were game-changing but the real art was, and still is, understanding how to best utilize these tools for efficacy and speed, while sustaining design integrity and fabrication quality and recognizing our cients’ funding and schedule constraints. Our clients can be assured that this is the guiding principle of every project at TFX.
Copyright TransFX 2016