The idea behind our RUSTY lamp series was to connect the natural aspect of a controlled surface rusting with modern energy saving technology in a very strong light fixture. All lamps of the RUTSY series are made of FeCSi-steel cast steel and are extremely weather proof.
The four-headed pendant luminaire LEFA 4 is characterized by its high performance warm white COB LEDs. Fitted into an ultra-slim, sophisticated design housing the installed LEDs are powered by the incorporated constant current driver. Thus, the electrical connection can be made directly to 230V mains supply. To extend the series, we offer a wall and ceiling lamp as well as a downlight version. This luminaire contains built-in LED lamps. EEK: A - A++. The lamps cannot be changed in the luminaire.
Consisting of two downlights, one surface-mounted downlight, a 3-circuit system spot and a pendant lamp our lighting series Supros convinces by versatility, outstanding LED technology and a harmonious design. With its very high luminous flux the product family Supros is ideally suited for the exchange of high-powered, conventional lighting systems. The integrated and wide flooding reflector can be exchanged with separately available reflectors with smaller beam angles without the use of any tools. Thanks to the incorporated LED drivers, all fittings of this series are suitable for direct connection to 230V mains supply. This luminaire contains built-in LED lamps. EEK: A - A++. The lamps cannot be changed in the luminaire.
High quality LED table luminaire MECANICA. A minimalist design combined with three joints and twelve powerful, warm white SMD LED make it a perfect desk lamp. By the potentially large reach and a stable base the light reaches even the most distant corners of the table. The lamp-base incorporated switch facilitates the operation of MECANICA. The power supply is included and allows direct connection to 230V mains supply. This luminaire contains built-in LED lamps. EEC: A - A++. The lamps cannot be changed in the luminaire.
The round version of our popular XL NEW TRIA downlight color range is opaque white, black and alu brushed. The generously chosen rotating and pivoting area of the radiator mounting guarantees the individual beam orientation. Thanks to the built-in high-voltage GU10 version of the ceiling recessed ring is ready for direct connection to 230V mains voltage.
Which can be retrofitted with the suspension set optional easy to pendant light. With a base for T16 fluorescent tube optimal light effect. Thanks to the already built-in ballast components which MEDO PRO 90 ceiling light.
Since November 26th, 2014 onwards the SLV DIALux plug-in is available for download, free of charge. To install this plug-in on your computer, please click here for download, unpack the zip file and start the attached .exe file for installation. After the installation the plug-in now offers a comprehensive range of luminary data available for visualization, light calculations and- design. The plug-in has been programmed and is in full alignment with the design and structure of our new corporate website which assures intuitive usability and user-friendly handling. Be inspired by the numerous options and features this planning tool offers you!
The puristic design of the wall and ceiling lamp KALU is a guarantor for absolutely individual alignment of lamp heads, optionally equipped with QRB halogen or suitable LED lamps. Equipped with soft-start function, the incorporated electronic transformer protects the bulbs from potential damage from overvoltage. The dimmability of light offers even more installation possibilities. Available in matt white, matt black or brushed aluminum colour, KALU is supplied ready for direct connection to 230V mains supply. This luminaire is compatible with bulbs of the energy classes: D - A+.
WAVE WALL. A new product range inspired by the forms, shapes and moods of the ocean. Due to its subtle, gentle shapes and dimming technology, this luminaire series inspires your senses by creating an attractive and relaxing atmosphere.
We are fully committed to offering our customers modern and energy-efficient lighting solutions. Technological leadership is secured through continuous innovation, extension of our wide product range as well as the expertise and engagement of our highly skilled technicians.
With the SLV SMARTTOOL we offer a new and innovative tool which gives you the opportunity to configure and purchase our partially complex and sophisticated lighting systems in an easy, intuitive and quick manner!
Start the SMART TOOL by clicking here!


How a UV Panel Can Be Used For Special Effects Productions
A UV panel is a solar power source that emits visible light. This type of light is known as ultraviolet. It can be used for a variety of uses, including special effects productions. This article will show how a UV panel can be used in such a way. There are several different types of UV panels, each with their own benefits and disadvantages. For example, there are panels designed to convert food waste into visible light. You can use this type of panel to build a vertical solar farm and create special effects in films.
AuREUS solar panels
The new technology, dubbed “Aureus,” is a flexible coating that can be applied to the outside of a building. This technology has many potential benefits. It can produce more than 50% of the energy output of regular solar panels – a significant difference when compared to what they currently produce. In addition to generating electricity, AuREUS panels can also be used for other applications, including architectural pieces, e-vehicles, and clothing. With its flexible manufacturing process, AuREUS solar panels are a more adaptable energy source than conventional solar panels. In addition to generating energy, they can also be used to repair crop damage caused by climate change.
The AuREUS solar panel was developed by a scientist named Jean-Luc Maigue, who harvested luminescent particles in plant waste and mixed them with resin and solar film to make a panel that absorbs and converts sunlight. Its prototype is three by two feet in size and uses an ultraviolet-absorbing material that converts UV rays into light. Its technology could help more people adopt renewable energy solutions.
AuREUS panels turn food waste into visible light
The technology behind AuREUS panels turns food waste into a valuable resource. The system is based on two core ideas: solar energy and renewable energy. The first idea is to harness the power of the Northern Lights, or the Aurora borealis. Luminescent particles absorb high energy particles like UV light and re-emit them as visible light. In this way, they can generate electricity and save the planet from a growing food waste problem. The second idea is to make use of the protein-rich side-streams of food waste.
Unlike other solar energy systems, the AuREUS panels use the ultraviolet light from the sun to produce clean, renewable electricity. They even work when the sky is overcast. The system looks great and is backed by a prestigious prize – the Sustainability Award, worth $55,000 AUD. It was also awarded the overall James Dyson Award 2020. The award ceremony celebrates innovative technologies in a variety of fields, including technology, sustainability, and social impact.
The technology is based on a phenomenon known as the Aurora Borealis, where luminescent particles absorb high-energy UV rays and re-emit them as low-energy visible light. It is similar to the physics behind aurorae, except that the panels are made from food waste. This means they will be useful in the Philippines, especially in repairing the damage that climate change has done to crops.
AuREUS panels can be used to build vertical solar farms
AuREUS solar panels are able to generate electricity even when the sun is not shining. AuREUS panels can be used to build vertical solar farms. One such project is planned for a medical clinic in Jomalig, Philippines, which often experiences power outages after storms. These panels can produce surprising amounts of electricity. In fact, they can produce electricity for nearly 50 percent of the time. By comparison, standard solar panels only produce electricity for about 15 to 22% of the time.
AuREUS is a new type of material that absorbs UV light and converts it into electricity. It also allows for the creation of skyscrapers, even on small plots. It is a green and sustainable material made from waste materials. Unlike the traditional PV panels, AuREUS absorbs the ultraviolet rays and breaks them down to visible light. When used in tandem with photovoltaic cells, it can produce solar power even when there are clouds.
AuREUS can be applied to buildings as facades and windows. This allows any building to become a solar farm. The panels absorb the uv rays from surrounding surfaces, allowing maximum energy production. The company has not revealed the power output of AuREUS solar panels, but the panels are made from plant waste from local farmers. They can also be applied to aeroplanes and boats.
AuREUS panels can be used for special effects productions
The technology behind the AuREUS panels is simple, yet powerful. The panels are made from vegetable and fruit waste and are made to capture stray UV rays. They then convert the energy into electricity. The system is not limited to special effects, and it can be used in any building, including skyscrapers. The technology is also green because it is made from recycled materials, including surplus fruit and vegetable scraps.
The technology behind AuREUS is based on the principles of photosynthesis, which is a form of natural energy. The system converts UV light to renewable electricity. In order to create this electricity, the system uses non-toxic dyes. This process is sustainable, as it doesn’t harm the environment or the air we breathe. And the panels are designed to be flexible. So, if you’re in the special effects industry, the technology can be used on set.
AuREUS is a green renewable energy technology that makes use of waste products. It enables solar panels to collect energy from ultraviolet rays and convert it into usable electricity. The technology was developed by engineering student Carvey Ehren Maigue in the Philippines and has been used by companies in the film industry and special effects productions. This technology can work even when there are clouds or rain. It can even generate solar power when it’s overcast.
AuREUS panels are 5% more efficient than ordinary panels
Compared to regular solar panels, AuREUS panels have significantly higher efficiency than the conventional ones. They generate up to 50% more energy. Unlike conventional solar panels, AuREUS uses plant materials as its source of electricity. Because the panels do not need direct sunlight, they are environmentally friendly. In addition, they can be used to repair crops that are damaged by climate change. The company behind AuREUS claims that its panels are 5% more efficient than ordinary UV panels.
Ultraviolet light is everywhere, but conventional solar cells cannot capture it. Instead, AuREUS panels use UV light that bounces off pavements and glass buildings. This excess UV light is not collected by conventional solar panels, so they don’t produce any energy. The founder of AuREUS, Carvey Ehren Maigue, came up with the idea while observing that his glasses became dark when the sun was overcast.
As a result, AuREUS panels are 5% more effective than ordinary UV panels. Although they are less effective than ordinary panels, they are still much more efficient than the ordinary ones. The technology is also cheaper than ordinary panels, and it could be used to create lightweight solar panels. It could also be used for other applications. AuREUS panels could be used to cover aircrafts, vehicles, clothes, and even buildings.
Nano-phosphors convert UV light into visible light
This project aims to develop a novel material that can upconvert ultraviolet (UV) light to visible light. The ultimate goal of this research is to produce nanophosphors with high upconversion efficiencies for biocidal surfaces. This material will be synthesized via hydrothermal and sol-gel decomposition processes and will feature a variety of host crystals. The nanocrystals will then be characterized by X-ray diffraction and their biocidal efficacy will be evaluated through kinetic viability assays and scanning confocal laser microscopy.
The development of this material has opened many doors for new applications in photonics. In particular, nano-phosphors can transform UV sunlight into visible light, which can be a boon to the energy crisis. Furthermore, they do not pollute the environment and are capable of solving the food and energy crisis of our day. While the materials are still far from perfect, they are a significant step in helping us harness the sun’s energy.
These new nano-phosphors are transparent. The nano-sized particles are aligned along the first surface of a semi-transparent substrate. The second surface passes through these nano-phosphors and enables enhanced visible light to pass through. They are an excellent alternative for solar panels, and are a promising solution for many industrial applications. And because nano-phosphors are biocompatible, they can be used in solar energy conversion.
UV-C wavelength provides cleaner, healthier air
UV-C wavelength air purifiers have a number of benefits for your health. Their main disinfectant activity comes from the extra energy UV-C light carries. This energy can change molecules it hits, especially DNA. As UV-C light bombards microorganisms in their environment, it damages the DNA they need to survive. This process is similar to the damage done by UV radiation on our skin, which results in inflammation and eventually cancer.
UV-C lighting can help to keep your air safe by killing the germs on surfaces and in your home. The energy-efficient nature of UV-C lighting means you can save money by installing more systems. Using one of these systems in your home or workplace will help you save money while improving your indoor air quality. Moreover, UV-C lighting is easy to install, and it makes good business sense for your business.
Another important benefit of UV-C technology is improved air quality. The energy from the UV-C wavelength destroys bacteria and viruses that cause a wide range of health problems. By making your home and workplace safer for you and your family, you can avoid becoming sick or spreading germs throughout the home. Those with compromised immune systems can benefit from UV-C technology. But these devices can only provide these benefits if they are installed correctly. The energy from UV-C light must be long enough for the bacteria or viruses to inactivate.


Innovating the future
Phenomenal changes in the world demands out of the box extended innovative technologies to meet the needs and comforts of the society.
Aibot Ink continuous efforts and research towards these innovative solutions and products is a game changing in the field of Aviation, Robotics and Renewable Energy technologies.
Internet of Things
Aibot Ink’s in-house developed advanced middle ware and tools are highly efficient and easily integrated into the various devices domestic or industrial. These intelligent bots enables the tools to communicate efficiently and make decisions as per the needs of the user.
Our devices are secure and highly reliable and get the work done without any worries.
Robotic Process Automation
Aibot Ink advanced process automation involves intelligent software combined with machine automation tools that can seamlessly integrate into the existing systems and make them highly efficient and productive. It is the combination of both software system and the hardware be it the computers, machinery that makes the automation effective for a better outcome.
Our RPA integrating platforms are highly efficient and precise to the human actions whereby the automation of the processes are more accurate. Aibot Ink’s RPA processes are highly scalable, cost effective and faster ROI for any organisation.
Aibot Ink advanced innovation labs are constantly in search of efficient and more rapid transport systems that are capable of handling the ever growing needs of society.
Our innovative and highly efficient UATV's are designed making them light weight, more luggage carrying capacity and longer distances. Driven of advanced artificial intelligence our vehicles are equipped with latest in-house developed batteries that can be recharged mid-air without the need to halt for recharge or replacement of batteries.
Alternate Energy Resources
Aibot Ink scientists are in constant research and development of efficient alternate energy resources and our new energy storage technology is a innovation in the future needs. The new technology energy storage cells are integrated with built in AI technology that would enable them to intelligently store and deliver the energy based on the environment and the application.
It is a revolutionary innovation which is proven and awaiting commercialisation.


1. ANY piece of conducting material will work as an antenna on any frequency.
Even a straightened paper clip will work on 160 Meters. All we have to do is properly match the the transmitter to the the paper clip, and the paper clip will radiate ALL of the power fed to it! The aperture of this antenna will have a radius of 5/32 wavelength (.079 sq. wavelengths cross section area); essentially this is close to the theoretical "Isotropic" source. If this antenna is located in "free space", the radiation will be almost equal in all directions.
2. The ONLY reason for building sophisticated antennas is to allow us to CONTROL THE RADIATION PATTERN.
The radiation pattern is controlled by focusing the radiated energy. The geometry of the antenna and the proximity of near-by objects are the main controlling factors.
The total amount of energy radiated remains constant for a given transmitter output power. When this energy is focused, the energy radiated in one or more directions will be increased, and the energy radiated in other directions will decrease. This is what gives an antenna "gain".
3. An antenna has an aperture similar to that of a camera lens. The aperture of an isotropic source is a circle with a diameter of 5/16 wavelength.
The aperture of a dipole antenna is roughly the shape of a rugby ball (elliptical) when viewed from a point 90 degrees from the line of the conductor.
The cross section area of the aperture of a dipole is 1.64 times that of an isotropic source.
When A1 = aperture of a dipole and A2 = aperture of an Isotropic Source:
4. The Dipole antenna.
Contrary to popular belief, the dipole is so named because it has two electrical poles, not two physical poles; it also has two zeros and could have been called a di-zero antenna. When the length is such that the poles are at ends of the conductor and the zeros are at the center, the antenna will be exactly 1/2 wavelength long.
A dipole antenna is exactly 1/2 wavelength long.
A dipole is most commonly fed at the center, where it presents a pure resistive, balanced, 68 Ohm (R68j0) load to the feed line (this is why the popular misconception of two physical poles).
A dipole can be fed anywhere along its length, however CENTER FED and END FED are the most common, and the easiest.
5. The effects of APERTURE INTERFERENCE.
Anything that enters into the aperture of an antenna will affect the operation of the antenna. The effects are pattern distortion, skewing of balance, change of feed impedance and resonant frequency shift; in other words - everything we want to control.
Sometimes it is desirable to cause intentional aperture interference. Placing other conductors into the aperture will cause severe pattern distortion. This can be beneficial when this distortion takes place in such a manner as to focus the radiated energy into a tight beam. This is the basic operating principle of parasitic beam antennas.
6. Ground mounted vertical antennas.
One common practice is to mount one half of a dipole vertically on a conducting surface (ground plane). This reduces the size of the aperture by 50%, resulting in a 3 dB loss. As we have seen, a dipole has 2.15 dB gain over an isotropic source; if a 1/4 wavelength antenna on a ground plane has 3 dB loss as compared to a dipole, that means that the "1/4 wave" antenna has 0.85 dB loss as compared to an isotropic source. Some antenna manufacturers express the gain of their products as "gain over a 1/4 wave". An antenna advertized as having 3 dB gain over a 1/4 wave is the same as as an antenna having 2.15 dBi gain or 0 dBd gain. It's the same antenna - the bigger numbers are just that - bigger numbers!
A somewhat less common practice is to mount a vertical dipole directly on the ground. This practice is fraught with problems. A portion of the aperture is beneath the ground. This induces large currents into the ground surrounding the antenna. With the high (and uncontrollable) ground resistance, these currents result in substantial voltage drops. The power lost to heating the ground does nothing more than make the worms uncomfortable. These losses can be reduced to acceptable levels by installing an extensive ground system (90 - 1/2 wavelength long radial wires placed on the ground at 4 degree spacing is about minimum). The severe aperture interference also causes the antenna to exhibit a high angle of radiation. It would be easier (and cheaper) to elevate the antenna far enough so that the aperture does not touch the ground.
7. Elevated vertical antennas:
One attempt at elevating a dipole antenna resulted in what is commonly known as the 5/8 wavelength vertical antenna. The theory goes something like this:
Alas, it does not perform as expected. There is considerable mismatch between the antenna and the high impedance, single conductor feed line, resulting in radiation from that line. This would not be all bad except that this radiation is in the wrong direction (30-45 degrees up depending on ground conductivity). This approach also did not eliminate the need for an extensive grounding system. Because this antenna does exhibit some gain (approx. 2.9 dB) over a 1/4 wave whip, it has become a sort of de-facto standard for VHF and UHF mobile operation.
Another approach to the problem is the "J-Pole" antenna. In this design, the antenna is elevated at least 1/4 wavelength above ground, thus eliminating the ground losses and "normalizing" the radiation pattern. The Impedance matching between the low impedance feed line and the high impedance of the end of the dipole is accomplished with an open wire stub matching network. A shorting bar is placed at one end of a 1/4 wavelength of open wire line, the dipole is then connected to the open end, and the feed line is connected at the point where the impedance of the feed line matches the impedance of the stub. If Co-axial cable feed line is to be used, a BalUn MUST be used. Attempts to feed this antenna directly with co-ax have met with disastrous results. The 0 Ohms reference point is at the center of the short, NOT somewhere up the side of the "J".
Yet another workable solution to the problem is to use a co-axial stub matching network. The advantages of this approach are that it can be fed directly with co-axial cable, a large reduction in wind resistance making it suitable for mobile operation and its total independence from ground. The major disadvantage is the extreme difficulty of construction. Unless special (expensive) tooling and fixturing is available, it is almost impossible to assemble the matching network! Although it can be done, this antenna is easier (and much cheaper) to purchase (mass produced) than it is to build just one!
8. The PROPER and COMPLETE match.
The match between an antenna and its feed line is only proper and complete when the following conditions are met:
a. The antenna impedance is matched to the feed line impedance. The only "right way" to do this is to use a matching network between the feed line and the antenna. ANY adjustments made to the antenna in order to achieve impedance matching will change the radiation pattern of the antenna.
b. The antenna balance is matched to the feed line balance. When feeding a balanced antenna, a balanced feed line MUST be used. Conversely, when feeding an unbalanced antenna, an unbalanced feed line MUST be used. When it is necessary to mix balances, a BalUn MUST be used. This can be incorporated into the design of the matching network.
9. 1:1 VSWR does NOT indicate resonance.
The Voltage Standing Wave Ratio (VSWR) is only the ratio between the impedances of the feed line and the load.
If we connect a 50 Ohm resistor at one end of a piece of 50 Ohm co-axial cable, and connect a transmitter and SWR meter at the other end, the VSWR will be 1:1. The resistor is NOT, by any means, resonant.
If we connect a resonant antenna that has a feed impedance of 272 Ohms to the end of that piece of co-ax (ignoring any resonance effects of the co-ax), the VSWR will be 5.44:1.
It is possible to cut a piece of feed line to just the right length, and measure a 1:1 VSWR at the transmitter end of that feed line -- the actual VSWR on this line is (infinity):1.
The only practical way to measure the resonant frequency of an antenna is to use a DIP METER at the antenna.
10. High VSWR does NOT cause feed line radiation.
Most radiation from co-axial cable is caused by terminating this unbalanced feed line with a balanced load. The remainder of the radiation is due to other problems such as: dis-continuities in the outer conductor (braid corrosion is a major factor), improperly installed connectors and signal pickup caused by routing the feed line too close to, and parallel to the antenna.
Contrary to popular belief, properly terminated and installed open wire line does not radiate. Even with infinite SWR, the fields surrounding each wire cancel each other at a distance roughly equal to the wire spacing distance away from the line. Terminating the line in an unbalanced load, or causing anything to come within the "field space" will cause unbalance in the line, thus allowing the line to radiate.
11. Antenna Gain Information.
There are four ways of expressing antenna gain. These are:
|dBi||Gain over an isotropic source (a theoretical antenna having no dimensions: a geometric point).|
|dBd||Gain over a dipole (0 dBd = 2.15 dBi).|
|dBq||Gain over a quarter wavelength whip (bigger numbers than dBi).|
|dBadv||LARGE RANDOM numbers generated by the advertizing and marketing departments at some antenna companies. These departments are sometimes known as the "S and M" (Smoke and Mirrors) groups.|
Sad to say, but the advertized gain claims of most large antenna companies are out and out fraudulent. Because most users of antennas can't separate the real numbers from the phony, they wind up paying big money for junk and the honest antenna companies suffer. With lower sales, the honest companies have smaller R&D budgets. New and better products don't get produced. Everyone loses.
This antenna gain chart shows the maximum theoretical (minus a small allowance for system losses) gain achievable from arrays of closely spaced co-linear dipole elements. Dimensions shown are for elements almost touching; the actual heights may be slightly more due to phasing networks used between the dipole elements.
Number of Overall Height Co-Linear Gain Gain 2 Meters 70 Centimeters Elements dBd dBi Meters Feet Meters Feet
1 0.00 2.15 0.98 3.2 0.32 1.0 2 2.15 4.25 1.95 6.4 0.64 2.1 4 4.25 6.35 3.90 12.8 1.28 4.2 8 6.35 8.45 7.81 25.6 2.56 8.4 16 8.45 10.55 15.62 51.2 5.11 16.8 32 10.55 12.65 31.23 102.5 10.22 33.5 64 12.65 14.75 62.47 204.9 20.45 67.1 128 14.75 16.85 124.93 409.9 40.90 134.2 256 16.85 18.95 249.86 819.8 81.79 268.4 512 18.95 21.05 499.73 1639.5 163.59 536.7 1024 21.05 23.15 999.45 3279.0 327.17 1073.4


About This Product
V8 Sound Card with BM-800 Condenser Microphone Bundle is designed for those who are looking for the best solution at an affordable price. This bundle is perfect for Live streaming using your mobile phone. The bundle includes the following.
V8 Sound Cards with Cables.
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professional BM-800 Condenser Microphone Studio Recording Kits for Computer and mobile Phone.
- V8 Sound Card with BM-800 condenser microphone is suitable for the occasions such as voice recording, Karaoke Entertainment, Radio Broadcasting and so on.
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V8 Sound Card Audio Interface External USB Live Microphone Sound Card for Computer and Mobile Phone.
- This multifunctional live sound card has 12 kinds of electric sound, 12 kinds of sound effects, 10 kinds of effect modes.
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As Marc Farley pointed out in his recent post (FCoE: Run Away, Its the Monster), new storage protocols are not new. Although FCoE was announced with great fanfare, the first draft of the specification is not expected to be ready until the second half of this year. The only real information that has been published are proposals made to the T11 committee; Convergence of FC and Ethernet: Host-side view, FCoE: Enabling Fibre Channel over Lossless Ethernet Fabrics, Call for participation on FC over ConvergedEnhancedEthernet
I like FCoE because the new name has two brand name technologies in its title- Fibre Channel and Ethernet :-)
Seriously, for any new protocol to survive in the mature (maturing?) storage environment, solutions featuring the new protocol must provide three things to its constituent consumers- 1) a feature advantage, 2) a cost advantage over the technology it is replacing and 3) it must integrate well with the existing infrastructure. I’ll address each one of these points individually.
A solution based on a new protocol must provide a feature advantage. A feature advantage is more than an incremental improvement, a feature advantage is not Fibre Channel moving from 4G to 8G. It must provide something that process technology along cannot provide. A feature advantage is an enabling feature- less complexity is a feature advantage. Ease of use is a feature advantage.
A solution based on a new protocol must provide a cost advantage over the technology that it is replacing. Cost is the total system cost, this includes management software, HBAs, switches, infrastructure and the trained team that implements and manages the solution everyday. Reusing existing infrastructure helps lower the the solution cost. A forklift upgrade does not.
A solution based on a new protocol must integrate easily with existing infrastructure. Greenfield deployments are rare. Most installations of a new technology will have to integrate with existing storage and storage management systems. You can’t force data to be migrated enmass to the new solution. A solution based on a new protocol must provide access to the legacy storage while providing the feature and cost benefits of new storage. A great storage solution will also extent those features and cost benefits to legacy storage.
FCoE, if done correctly, has a chance to meet the above criteria. If it does, it may not be just yet another storage protocol, it may be part of a real storage solution. I’ll address how I think FCoE can accomplish this in future posts.


Border Grill Restaurants has worked with Scott Rousso and Sound Decision on every project for over 10 years. He is always the first person we call. Scott is simply the best in the business.
Are you always tired of looking for the right light switch for a particular light bulb? What about keeping track of all the different remote controls you own for your home entertainment and gaming systems? Wouldn’t it be nice if you could control all of it from one single device? At Sound Decision, Los Angeles Home Automation is exactly what we can give you. We have made installing automation systems in homes a breeze. Not only can you control lights, temperature, security, and TV volume all from one device, but also you don’t even have to buy a new device to do it. You can get a fully customized home automation control system right on a convenient device that you already own and love: your iPad. Let Sound Decision organize all of your controls in one easy place, making your house a smart home.
Have you ever wanted to adjust the temperature in the room without having to get up to find the thermostat. Sound Decision brings the thermostat to you – or, more exactly, to your iPad. Since you are likely using your iPad already, it is usually nearby. Next time you need to adjust the temperature up or down, just access our Control 4 interface right on your iPad, select the comfort system, and adjust the temperature to your liking. It’s so easy, everyone in your house can do it and you will forget what it was like you had your home automation system.
Your home automation control system is also ideal for watching movies at your own home. You haven’t experienced the best of home entertainment until you’ve tried it with Sound Decision’s automated controls. Are you ready to turn your home entertainment system into a completely automated home theater? That’s what we do. Not only can we design and install a professional, unbelievable entertainment system including video, audio, and all the electronic capabilities you need, but we’ll also give you the home automation controls. Watch TV, play party music, and much more anywhere within your house using the Control 4 or Crestron home automation system on your iPad.
Home automation isn’t only about fun and games, though it is one of our specialties. At Sound Decision, we also make our amazing automated technology for security purposes. You can control the lighting around your house, the alarm systems, and more with our specially designed home automation in Los Angeles. We know that once you’ve tried Control 4 or Crestron, you won’t know how you ever lived without it. We can take on any challenge including commercial and residential buildings and even difficult architectural buildings. Contact us today for amazing home automation in Los Angeles features.


Gulf Traffic Conference
And we will be celebrating the 20th edition of the GCC’s largest intelligent transport and future mobility summit “GULF
TRAFFIC” this year to leverage on the bountiful of knowledge and opportunities the platform will bring for transformation.
Cutting edge technologies and innovations are changing the lives of people in unprecedented ways; and the 3c’s - Connection, Communication and Commutation have been the major drivers of socio-economic progress in the region. The “Gulf Traffic” conference and exhibition is a mega event that will focus on the 3c’s and let you see and experience the transformation; intelligent transport and mobility has brought in the region. You can also have a sneak-peak into the future of humanity!
With a promise to deliver the best, the conference will bring together thought leaders and industry-stars for education and collaboration in the field of intelligent transport and mobility industry. The exhibition will provide industry players with a platform to showcase their products & innovations and discuss on the intelligent transport and mobility trends that will dictate the future. About 3000+ attendees will be present at the event to meet an interesting mix of experts, witness man’s greatest feats in the mobility industry and know about the groundbreaking plans.
Stick with us from 6th – 8th December 2021, to know all about the 21st century demands of megacities - Autonomous Vehicles (AV), Unmanned Aerial Vehicles (UAVs), Sensors & Biometrics, Artificial Intelligence, Machine Learning, IoT and Big Data in the transport and mobility industry