Capture and combine scanning, imaging and surveying deliverables with the singular solution designed for surveyors.
Integrating the technologies of advanced optical surveying, metric imaging and 3D scanning, the Trimble® VX Spatial Station is the only surveying instrument that does it all and does it with ease.
Expectations from surveying customers are evolving. To improve the efficiency of capturing advanced Spatial Imaging deliverables, Trimble provides an integrated solution for bringing these technologies together within the traditional workflows surveyors already use. So you have the flexibility to perform feature-rich scans every day, without the complexity of setting up a separate scanning system or switching to specialized field software.
With the Trimble VX Spatial Station, you can efficiently capture the information you need to create digital terrain models (DTMs), volume calculations, and perform topographic measurements faster than with traditional surveying methods.
Advanced 3D models and image-rendered 3D surfaces are within your reach with the rich data delivered by Trimble Spatial Imaging sensors. With the ability to capture metric images with the Trimble VX in the field, you are also able to make additional measurements and attribute the data back in the office. It’s all accessible to surveyors with the Trimble VX and Trimble RealWorks® software. Your clients will immediately see the detail of your work via3D walkthroughs of the job site using your survey data, images, and scanned information all from the Trimble VX.
Trimble VISION gives you the power to see everything the instrument sees. Direct your work with live video images on the controller. Now you are free to capture measurements to prism or reflectorless surface with a point and click.
Take your productivity even further by adopting Trimble Integrated Surveying workflows – simply add your GNSS receiver to your robotic rod and powerful Trimble field software will seamlessly take care of the rest. This allows you to collect GNSS and optical data while simultaneously scanning a surface or site. With the built-in imaging and 3D scanning capabilities, you can capture the shape of objects of interest, such as a nearby building or power lines while you perform your traditional survey work.
With the long range capabilities of the Trimble DR Plus EDM, you measure further with fewer instrument set-ups and enhance your scanning performance.


Given that the late 1800s, scientists have imagined achieving cordless power transmission– the delivery of power to a distant area without cables. Laser power beaming utilizes a laser to send out concentrated light with the air or fiber optic cable television to a distant receiver that converts the light to electrical power. It functions just like solar energy, where sunshine shines on solar cells that create electrical energy, but rather it uses high strength laser light aimed at specialized photovoltaic (PV) cells that transform the laser light into electrical energy. Secret differences from solar power are that the laser is a lot more extreme compared to the sunlight, it can be intended anywhere in line-of-sight of the transmitter (including with the aid of a telescope or mirrors), and it can run 24 hours/day. Subsequently, laser power beaming has various benefits over solar energy.
The cordless power system starts with a laser operating on power supplied from a basic industrial electrical outlet or a generator. The laser light is shaped by a set of optics to define the beam dimension at its location. This light after that propagates through air, the vacuum of space, or through fiber optic cable until it gets to the PV receiver. This range of PV cells then converts the light back right into power.
Power is generally transmitted utilizing wires (often made from copper). Amongst their less preferable qualities are that electrical high-voltage line are expensive to set up ($20,000 or more each mile for low power domestic lines, and $250,000 or more each mile for high-voltage transmission lines), can need substantial time prior to an installment is completed, could fail at any factor along their whole length, and also cannot be transferred to a various area when set up. Maybe most notably, however, there are lots of locations where electric high-voltage line are unwise (e.g., to an aerial ride), expensive (e.g., to distant, distant locations), or simply difficult to mount (Earth to Moon).
Wireless power distribution, on the other hand, needs bodily setups at just the transmitting and also receiving points, and also absolutely nothing between (an “invisible expansion cords”). The receiver could be relocated to a various place, closer or even more away, without altering the cost of the system. Power can be offered as soon as the aspects are put as well as switched on, as opposed to needing to await cables to be buried or hung from poles.


Be prepared to be impressed; the EH-TW6700 delivers on all fronts with a range of high-end features to generate bright, colourful and high contrast Full HD images, all at an affordable price.
Using Epson's 3LCD technology, this Full HD projector features high White and Colour Light Output of 3,000 lumens and 70,000:1 dynamic contrast ratio. This technology ensures bright, vivid colours and deep blacks. Frame interpolation and Detail Enhancement provide sharper and smoother motion pictures and great detail, for greater clarity, and the EH-TW6700 can also convert standard 2D video into 3D.
|Brilliant image quality requires high colour brightness (colour light output), and Epson® 3LCD projectors have 3x Brighter Colours than leading competitive projectors*.
One brightness measurement (lumens) is not enough. A projector‘s specification needs to show both high colour brightness and high white brightness. If colour brightness is lower than white brightness, images may be dark, dull and lose detail. Be sure to ask for a projector’s colour brightness specification.
* Compared to leading 1-chip DLP business and education projectors based on NPD data, July 2011 through June 2012. Colour brightness (colour light output) measured in accordance with IDMS 15.4. Colour brightness will vary depending on usage conditions.
|All Epson projectors are based on 3-chip LCD technology for amazing colour, incredible detail and solid reliability. 3LCD 3-chip architecture dedicates an entire chip to process each primary colour – red, green and blue, continuously. Unlike single-chip technology that delivers colour sequentially, you get full-time colour. The result is vibrant, realistic images and video all delivered with 3LCD’s true-to-life colour.|
C2Fine offers smooth, uniform images with exceptional contrast for better image quality. Based on this new phase-compensation technology, light leakage is eliminated. When combined with the auto iris, this technology allows for contrast ratios of up to 70,000:1.
For the best quality images, look for projectors where the colour brightness and white brightness are equal. If colour brightness is lower than white brightness, photos, videos and graphics can look dull and washed out. The Epson EH-TW6700 delivers 3,000 Lumens of colour brightness and 3,000 Lumens of white brightness (light output) for rich, colourful images.
|Enjoy thrilling 3D adventures right in the comfort of your living room. Featuring Bright 3D Drive technology, the TW6700 puts you right in the middle of the action. Epson’s drive system minimises the blackout time of 3D glasses and provides greater brightness when viewing 3D content.|
Transform any 2D movie, from the latest science-fiction adventure to your favourite classic, into spectacular 3D or watch the big game in exciting 3D. The TW6700 makes it easier than ever with convenient 2D-to-3D conversion. With just the touch of a button, you can watch your favourite shows and movies in eye-popping 3D. With no special discs required, the possibilities are endless.
|Enjoy 3D adventures from any seat in the house. Line of sight is not required with the included RF 3D glasses. Rechargeable for up to 40 hours of battery life, these innovative glasses have a 3-minute quick-charge feature for up to 3 hours of battery life.|
|Connect to your Bluetooth speakers for complete flexibility and portability without the messy wires.|
1aptX speakers are recommended for Bluetooth connectivity.
With a Full HD 1920x1080 panel, you can fully enjoy your favourite high definition entertainment on the big screen.
Makes DVDs and standard definition content come alive via its mixed colour separation techniques and imaging simulation. It delivers crisp, clear images with super high-quality resolution. It also sharpens blurry images that have been enlarged by a general upscaling process.
Display and control content from your smart devices with the Epson iProjection App. This free application allows you to easily share pictures from your mobile devices. The app is easy to use and navigate with intuitive menu options that make it simple to bring your content to the big screen.
You can now also use your smart device as a remote while QR codes allow you to quickly and easily connect and share your content through iProjection.
Enjoy bright, vibrant pictures and excellent shadow detail, so you can view the true brilliance of full HD images.
Connect from virtually any device, making your entertainment simple and more accessible.
Lens shift allows you a wide range of placement possibilities, with a broad shift range of 60% vertically and 24% horizontally. Combined with a 1.6x zoom lens, projector placement is a breeze.
Enjoy amazing audio with two built-in 10W speakers.
|PRODUCT NAME||Epson EH-TW6700|
|WHAT'S IN THE BOX|
|EH-TW6700 Projector, Power Cable, Remote Control + Batteries, 3D Glasses + USB cable for charging, User Manual|
|Projection System||RGB liquid crystal shutter projection system|
|LCD Panel||0.61-inch wide panel (D10, C2Fine, 10Bit)|
|Screen Size||30" to 300" [0.87 to 8.9m] (Zoom: Wide)
30" to 300" [1.42 to 14.5m] (Zoom: Tele)
|Projection Distance||100" screen 2.95 - 4.8 m|
|Throw Ratio||1.32 (Zoom: Wide), 2.15 (Zoom: Tele)|
|Projection Lens F Number||1.51-1.99|
|Projection Lens Focal Length||18.2mm-29.2mm|
|Colour Light Output||3,000 Lumens|
|White Light Output||3,000 Lumens|
|Native Aspect Ratio||16:9|
|Lamp Type||250 W UHE|
|Colour Reproduction||Up to 1.07 billion colours|
|Colour Processing||10 bit|
|Keystone Correction||Vertical : -30 to +30 degrees
Horizontal: -30 to +30 degrees
|Lens Shift||Vertical: -60% to +60%
Horizontal: -24% to +24%
|Input: Digital||2 x HDMI (1 x MHL)|
|Input: Computer||1 x D-sub 15-pin (RGB)|
|Input: USB||1 x USB A (Photo Viewer)|
|Output: Audio||1 x 3.5mm (Stereo), Bluetooth (aptX)|
|3D Formats||Top-and-Bottom, Side-by-Side, Frame Packaging|
|2D to 3D Conversion||Off / Weak / Medium / Strong|
|Internal Speakers||2 x 10W|
|Direct Power On||Yes|
|Security||Kensington®-style lock provision|
|Colour Modes||2D: Dynamic, Living room, Natural, Cinema, Auto
3D: 3D Dynamic, 3D Cinema
|Dimensions D x W x H (Maximum Including Feet)||310 × 410 × 163 mm|
|Lamp Warranty||1 Year or 750 hours*|
|Projector Warranty||2 Years|
|Power Consumption: Lamp on||364W|
|Power Consumption: Standby||0.40W|
|Noise Level||Normal/Eco: 35/24 dB|
|* Which ever comes first. For more information visit Epson Projector Warranty|
|PRODUCT OPTIONS||Item Code||Description|
|V13H010L85||ELPLP85 Projector Lamp|
|V13H134A39||ELPAF39 Air Filter|
|V12H003B22||ELPMB22 Ceiling Mount|
|V12H526040||ELPMB30 Flush Ceiling mount|
|V12H003P13||ELPFP13 Extension Pole – 450mm|
|V12H003P14||ELPFP14 Extension Pole – 918mm to 1,168mm|
|V12H548001||ELPGS03 3D Glasses|
|V12H564C12||ELPAC01 Charger for 3D Glasses|
|V12H002S2Y||ELPSC21B 80" Portable tripod screen|


SAN FRANCISCO, CALIFORNIA, UNITED STATES, June 17, 2021 /EINPresswire.com/ — Researchers at the California State University Monterey Bay, The Ocean Cleanup, and the University of California San Diego have developed an open-source application named “DeepPlastic” that utilizes deep learning techniques to detect and quantify subsurface marine plastic via underwater cameras.
Oceans all around the world face a pertinent issue. The increasing amount of subsurface plastic debris poses a severe threat to marine life and the environment–as plastics cause damage to marine life via ingestion, suffocation, or restraint.
Quantifying and tracking marine plastic plays a critical role in restoring the oceans. Large-scale clean-up operations do not have sufficient logistical data to remove marine plastic from an operational perspective. For plastic to be removed efficiently, we need to know where it is located.
Current plastic monitoring methods require manual, labor-intensive collection via human manning surface devices such as Manta Trawls. Since sampling requires physical removal before quantification can occur–it prevents scalable solutions capable of monitoring plastic across vast waterways.
“DeepPlastic” solves this problem by circumventing the need for extracted physical samples and automating the process of detecting subsurface plastic via computer vision. Now, autonomous underwater vehicles (AUV’s) equipped with underwater cameras can quantify marine plastic debris throughout the water column.
In the words of Gautam Tata, the team’s principal investigator, “Underwater imaging combined with analytical deep learning algorithms presents a more reliable, faster, and efficient way to monitor marine plastic automatically.”
The “Deep” in “DeepPlastic” stems from the primary technology powering it–deep convolutional neural networks–which imitate the way the human eye processes visual information. This technology recently emerged from a branch of computer science that combines artificial intelligence with computer vision known as deep learning.
The researchers went to the field to hand-collect and annotated more than 4000 images of marine plastic to train the model. The algorithm was then tested and validated on images “DeepPlastic” had never seen before.
The results were significant–85% mean average precision, which means that the model accurately detects subsurface plastic around 85% of the time.
THE WAY AHEAD
While the team works to get their paper published into a journal, they concurrently develop methods to synthesize images without needing to go into the field. They’ve also begun working with other researchers at the Monterey Bay Aquarium Research Institute to test the expansiveness of “DeepPlastic.”
Jay Lowe, a research engineer working on “DeepPlastic,” explains that, “In terms of visual detection, the ocean presents extreme factors not found in many environments such as occlusion, turbidity, and noise. This makes developing automatic methods to detect marine plastic particularly challenging. For this reason, only a handful of studies focus on automated detection applications such as ‘DeepPlastic.’ Our team feels confident that with future work, ‘DeepPlastic’ can be deployed worldwide in a variety of real-world scenarios”.
Watch their model in action: https://www.youtube.com/watch?v=QK2YZL3TCZ0
Source: EIN Presswire


How to Choose the Best LED Lighting for Your Needs
Nowadays, you may have noticed that there are many different types and models of LED lights to choose from. You can now buy LED lights almost anywhere (although the best place to find them is still in electrical supply firms), and you only need to choose the most ideal LED lighting based on what it is that you need and require.
Image Source : ReconElectrical.Co.Uk
But whether you are on the lookout for a simple LED light bulb or an LED tube light or floodlight, there are still some essential factors to think about. Here’s a rundown on what you should consider when it comes to LED lights:
Of course, the very first aspect to consider when you are purchasing LED lighting is its level of brightness. But for those who are unaware of the levels of brightness of LED lights, this can become quite confusing – after all, the brightness of a typical LED bulb will be different from a typical incandescent bulb.
You can, however, make use of the wattage stated on the LED package simply to compare the illumination of the bulb. For instance, if you see a 9-watt LED light, its output is equal to a 45-watt incandescent light. This is the simplest way to compare. But if you want to be doubly sure, you can look at the LED’s lumen value. Lumens are the measurement units used to indicate a light’s brightness and what you need to remember is that the higher the lumen value, the brighter the light is.
The difference between ‘cool’ and ‘warm’
Another aspect you need to consider when selecting LED lights is their warmth or coolness. Today, there are many LED lights which are categorised as having ‘cool’ light, which is white. The ‘warm’ LED lights often have a yellow-coloured light.
To differentiate and know which one is better for your requirements: cool light is better if you are looking for lighting that can make various specific tasks easier (such as cooking, working on the computer, or working on machinery), while warm light is more ideal for lighting up a small space or area or accentuating a particular space or object (accent lighting).
The difference between a dimmable and a standard LED light
Now, you also have a choice between standard LED lights or LED lights which have the capacity to be dimmed. These dimmable lights are ideal for reception areas, conference rooms and meeting rooms, or a living area or bedroom. Note that these dimmable LED lights should be able to operate on a standard switch for dimming.
Pin-base LED lights or standard or ordinary base LED lights
Yet another factor to consider when you are choosing your LED lighting is whether you should opt for pin-base LEDs or ordinary (standard) base LEDs. LED lighting today is available in different varieties of pin bases or sockets or the standard screw-on base (also known as the Edison base), which is also more ideal for track or recessed lighting.
When it comes to your LED lighting needs and your other requirements in regards to electrical supplies, you can always turn to electrical wholesalers like Recon Electrical, which not only features the most competitive pricing – it also makes searching for whatever you need easier and more convenient as well.
Image attributed to pixtawan/FreeDigitalPhotos.net
Article Submitted By Community Writer


Flat Metasurface Alvarez Lens for Eyewear
Metasurface freeform optics: The function of an optical element is intrinsically tied to its geometry. While manufacturability has often constrained optical elements to have rotational invariance, the emerging field of freeform optics leverages more complex curvatures, often involving higher order polynomials of the spatial dimension, to enable novel functionalities and simplified compound optical systems. These elements have been shown to be capable of correcting aberrations, off-axis imaging, expanding field of view, and increasing depth of field. Recent interest in freeform optics has been driven by potential applications in near-eye displays as well as compact optical systems for medical, aerospace, and mobile devices where there are stringent constraints on the size and weight of the optical package. One surface of particular interest is the cubic profile, where the surface of the optical element is defined by a cubic function. These elements have been shown to exhibit increased depth of focus, and in tandem, they can form an aberration-correcting lens with adjustable focus called the Alvarez lens. Unlike conventional optics, metasurface optical design is curvature agnostic, readily accepting both conventional spherical curvatures as well as complex freeform surfaces with no additional design difficulties, while maintaining a thickness on the order of the optical wavelength. Moreover, well-developed semiconductor nanofabrication technology can be readily employed to fabricate such structures.
Metasurfaces are two-dimensional arrays of sub-wavelength scale scatterers arranged to arbitrarily control the wavefront of incident electromagnetic waves. Rather than relying upon gradual phase accumulation, metasurfaces impart an abrupt, spatially varying phase profile on the incident light. This allows us to map complex curvatures onto a flat, wavelength scale thick surface by converting them into a discretized spatial phase profile. In addition to their compact size and weight, metasurfaces are fabricated using a single step lithography procedure with mature, highly scalable nanofabrication technology developed by the semiconductor industry.
Figure: Different metasurface optical elements fabricated in our lab: (a) Lens; (b) Vortex beam generator and (c) cubic and Alvarez metasurfaces
Alvarez Lens: Two cleverly designed cubic lenses, placed in front of each other
Figure: Operation of Alvarez lenses. Two cubic surfaces, when displaced laterally provide the phase profile of that of a lens, whose focal lengths change depending on the displacement.
Image creation for objects placed at different distance: Depending on eye conditions, different focal length lenses (or optical power, which is inverse of the focal length) will be necessary, as shown here.
Figure: Depending on the object distances, different focal lengths are required to create the image.


Microtoroid optical resonators, when combined with frequency locking, balanced detection, and data processing techniques, are capable of label-free single molecule detection at attomolar concentrations in under 30 seconds. Dr. Su has developed such a system called FLOWER (frequency-locked optical whispering evanescent resonator). We discuss the principles of FLOWER, including noise analysis, and how, at such low concentrations, she can achieve sensing times on the order of seconds. In addition, she will discuss her ongoing work on using FLOWER for fundamental studies on taste, and a variety of applications including drug screening, medical diagnostics for ovarian cancer, and chemical threat sensing. She validates her technology against existing approaches and performs detection in complex biological fluids. Finally, Dr. Su discusses her next-generation sensing platforms, including how she combines FLOWER with frequency comb technology to enable simultaneous detection and absorption spectroscopy, our work on high-sensitivity photothermal spectroscopy, and our work towards a robust, portable, translatable device.
Judith Su is an assistant professor in biomedical engineering and an assistant professor in optical sciences at the University of Arizona. Judith received her B.S. and M.S. from MIT in mechanical engineering and her Ph.D. from Caltech in biochemistry & molecular biophysics. Her background is in sensing, imaging, microfabrication, and optical instrument building for biological and medical applications. She is a recipient of an NIH R35 Outstanding Investigator Award and an American Society of Laser Surgery and Medicine Young Investigator Award. She was a Siegman International School on Lasers Lecturer and a Scialog: Chemical Machinery of the Cell Fellow. She is on the Board of Scientific Counselors for the National Institute for Occupational Safety and Health (NIOSH). She gave a keynote talk at SPIE Photonics West 2022 and is an incoming general chair for OSA’s 2023 Advanced Photonics Congress, Integrated Photonics Research (IPR) Conference.


- ADR & ECE Compliant
- Patent Pending
- Fully Submersible
- Marketing within the light provides increased Brand Exposure to thousands of road users everyday. The only marketing that road users are forced to look at as brake and indicator lights are engaged.
- Clearest Light on the Market. Uses advanced, Innovative LED Technology never seen before to provide widespread seamless light.
- Advanced L.E.D Technology uses the L.E.D to project light at an angle that meets ADR standards rather than the conventional Trailer Light which relies on the patterns in the outer casing.
- Virtually Indestructible Clear Polycarbonate Lens.
KT SIGNATURE TRUCK & TRAILER LAMPS FEATURE SUPERIOR L.E.D TECHNOLOGY
The KT Trailer Lamp range was developed with the specific goal in mind of producing the very best performing trailer lamp available in the global market. It was determined that to do this, the output of the light had to be superior to any lamp currently available.
It was noted by the KT team that interior lighting for homes and buildings is very bright, smooth and soft. Yet for vehicle lighting, the light output is always oddly shaped, streaked with patterns and essentially not as effective as it could be.
This is generally because trailer lighting requires specific size housings which limits design techniques and the passing of ECE and ADR, further restricting what can be achieved.
Working within this framework, the strategy became about re-creating the light source itself, not the housing or the lens. The KT team then set about designing an all new Light emitting Diode, that, although all looking the same, can be changed internally to create different angles of light. This allowed us to step away from the use of lens optics and reflectors to direct the light.
The results in light output can be seen below, with the KT lamps delivering the most incredibly even light output. The performance gains of this technology ensures that the lamps pass ECE and ADR with ease, they are more noticeable from all angles on the road, making them safer. Another safety benefit is the use of clear lenses and housings, as the transition from clear to red or amber is so dramatic, the attention these lamps demand from road users is far greater than that of traditional lamps, further increasing road safety.
VIEW OUR RANGE OF LIGHTS AVAILABLE BY DOWNLOADING OUR CATALOGUE:
For any inquiries, contact us on 1300 559 953 or email firstname.lastname@example.org


It’s actually a bit of a tired old joke: See something that needs a little lift? Maybe it could use a cup of coffee. Hilarious.
But when engineers at the University of California-Los Angeles (UCLA) made the same quip, it led to a breakthrough in solar technology.
“One day, as we were discussing perovskite solar cells, our colleague Rui Wang said, ‘If we need coffee to boost our energy then what about perovskites? Would they need coffee to perform better?'” recalled Jingjing Xue, a UCLA PhD candidate at UCLA.
As it turns out, the caffeine in coffee is an alkaloid compound, which can be used to improve the thermal stability of the perovskite crystal layer that actually harvests light in some solar cells. Researchers have tried introducing other compounds to the precursors of perovskite materials, but no one had worked with caffeine before.
The result was that caffeine interacted with lead ions in the layer to create a “molecular lock” that boosted the solar efficiency of the cells from 17 percent to 20 percent. The lock even persisted when the material was heated.
The team has published a study in the journal Joule.
“Caffeine can help the perovskite achieve high crystallinity, low defects, and good stability,” said Rui Wang, who is also a PhD candidate in UCLA professor Yang Yang’s lab. “This means it can potentially play a role in the scalable production of perovskite solar cells.”
The researchers believe caffeine will likely only work with perovskite cells, which may give them an edge in the marketplace on top of the fact that the variety is already less expensive and more flexible than many other options.
“We were surprised by the results,” says Wang. “During our first try incorporating caffeine, our perovskite solar cells already reached almost the highest efficiency we achieved in the paper.”
This article originally appeared on


Here are some key features and characteristics of CMOS cameras:
- Image Sensor Technology: CMOS cameras use CMOS image sensors to capture light and convert it into digital signals. Each pixel on the sensor contains a photodetector and an amplifier, allowing for individual pixel readout.
- Low Power Consumption: CMOS sensors consume less power compared to CCD sensors, making them more suitable for battery-operated devices like smartphones and portable cameras.
- Fast Data Readout: CMOS sensors can read data from individual pixels quickly, making them suitable for high-speed imaging applications such as sports photography or video recording.
- On-Chip Signal Processing: CMOS sensors often include on-chip processing capabilities, such as noise reduction and image enhancement, which can improve image quality.
- Cost-Effective: CMOS sensors are generally less expensive to manufacture than CCD sensors, making CMOS cameras more affordable for consumers.
- High Resolution: CMOS cameras are available in various resolutions, from low to high, making them versatile for different applications.
- Versatility: CMOS sensors can be used in a wide range of applications, including digital cameras, camcorders, webcams, medical imaging devices, security cameras, and more.
- Rolling Shutter: Many CMOS sensors use a rolling shutter mechanism, which means they capture images row by row rather than all at once (global shutter). This can lead to certain artifacts in fast-moving scenes.
- Dynamic Range: CMOS sensors can have good dynamic range, allowing them to capture both bright and dark areas in a scene without losing detail.
- Backside Illumination (BSI): Some CMOS sensors feature BSI technology, which improves light sensitivity and reduces noise, particularly in low-light conditions.
CMOS cameras have evolved significantly over the years, and advancements in technology continue to improve their performance, making them a popular choice for various imaging applications. However, the choice between CMOS and CCD cameras often depends on specific requirements, such as cost, power consumption, and the intended use case.
The #1 source for QHYCCD astronomical and scientific CMOS cameras is ASTROFACTORS. They offer extensive knowledge of these cameras and the common software need, and when necessary, arrange for custom camera configurations.


Application of Remote Sensing and GIS to monitor Peatland multi-temporal in Central Kalimantan, 11-1999
Proceedings of the International Symposium on Tropical Peatland TROPEAT,
LANDSAT TM images. Several neighbouring nearly cloud free Landsat scenes (118-61 and 118-62) acquired in 1991, 1994, 1996, 1997, 1998 and 2000 which cover 65000 km2, are available to the Kalteng Consultants team.
Furthermore other LANDSAT TM images are also available. Some areas covered by these images are evaluated and classified during an ongoing project. LANDSAT TM images offer the highest quality available in terms of vegetation classification and land use affordable mapping. The images have a ground resolution of 30 m (res. 15m) and 7 different spectral channels covering the whole range from the visible light to infrared and a thermal channel. Since the data are stored in a digital format it can be analysed by computer techniques.
All LANDSAT TM scenes are partly evaluated and classified. Change detection shows the development of this area. The channels of the Mega Rice Project are in this scene and the huge burned scars from the fires in autumn 1997. Radar Images: ERS-1 and ERS-2 SAR images. Major disadvantage of optical LANDSAT TM images for operational planning and monitoring is the frequent cloud coverage in tropical regions. The all-weather-capacity of SAR allows land surface mapping and monitoring under these conditions. ERS SAR images have the same spatial resolution as LANDSAT images (30m), however only one spectral channel. This limits the number of land use classes, which can be detected by this system to 8-12 classes. The ERS-1/2 receiving stations in Indonesia (Pare-Pare), Singapore (CRISP) and Thailand have recorded a set of ERS images covering the whole province of Kalteng, which allows mapping of regions about which no recent optical information is available. Kalteng Consultants has many ERS images on stock. Remote sensing processing Image processing Image classification Signature analysis Sensor fusion Geographical Information System (GIS) Recommendations, Thematic Maps, Reports, Workshops Ref.: Boehm, H.-D.V., F. Siegert (1999) Application of Remote Sensing and GIS to monitor peatland multi-temporal in Central Kalimantan, presented at TROPEAT, JSPS-Symposium, in Bogor 22-23 Nov 1999


The ACTi E77 Outdoor IR Dome 10MP IP Security Camera with Fixed lens is an outdoor dome camera, with a day and night function and a resolution of 10 megapixels. It offers 1080p HD images of 1920 x 1080 at 30 frames per second. It is IP66 and IK10 rated, weather-proof and vandal-proof, making it the perfect choice for outdoor surveillance. It uses a mechanical IR cur filter and 10 IR LEDs, giving it the ability to shoot in areas with intense back-lighting. It also offers a micro SD card slot for additional local storage along with a host of other advanced features.
The ACTi E77 Outdoor IR Dome 10MP IP Security Camera has a wide dynamic range of 65.2 dB, capturing images at varied light conditions. It has a progressive scan CMOS sensor that captures even moving images, and records in a minimum illumination of 0.1 lux color, and 0 lux in black and white. The camera can be board mounted and has a horizontal viewing angle of 101.4°, and its viewing angle can be adjusted to pan, tilt or rotate, according to your requirements. Its fixed iris lens has a focal length of f3.6mm/F1.8. Its efficient H.264 image compression reduces the requirements for storage compared to traditional surveillance technology, and makes it an important cost-saving feature. ONVIF compliance, white balance, auto gain control, flickerless, digital noise reduction, privacy masking, video motion detection, and PoE technology are the other useful features. The ACTi E77 Outdoor IR Dome 10MP IP Security Camera with Fixed Lens truly integrates premium solution in the IP surveillance market.
- Progressive scan CMOS: captures still and moving images
- WDR: captures images in varied light conditions
- IP66 rated: protection against ingress of dust and powerful jets of water
- Automatic Gain Control: maintains constant brightness level
- Video Motion Detection: triggers alarm when activity is detected
- Privacy Masking: allows concealment of private areas
- Blue Iris Compatible


Made with premium materials, these glasses are durable and wear-resisting. The frame will leave you a deep impression at first sight. Designed with spring hinges and intertwine arms, this pair of eyeglasses is extremely versatile and comfortable.
Gender: Men RX Range:-20.00~+12.00
PD Range:54~78Materials: Acetate
Hinge:Spring Shape: Geometric
Frame Width: 140 mm Lens Width: 52 mm Bridge: 19 mm


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Super Retina display is a trademark registered exclusively by Apple, used for the series of OLED screens on Apple products, which have a higher pixel density than traditional screens. In this article, we will learn what Super Retina screen technology has the highlights or limitations in the article below!
firstWhat is a Super Retina display?
Introduced for the first time with the release iPhone X in the year 2017. Instead of using background panels LCD As on previous products, this time Apple use technology diode organic glow (OLED) emits light through each pixel (without backlight) to deliver a particularly higher contrast ratio and better resolution and named this new display type Super Retina.
As of now (August 2021), the screen Super Retina fitted on the product Applee like: iPhone X, iPhone XS and iPhone XS Max. On the iPhone XR is again equipped with a screen Liquid Retina.
2Highlights on Super Retina display
Because it does not use the backlight on the screen like other types of screens LCD usually, instead Apple used screen technology OLEDcan emit light through every pixel. Help save power consumption while maintaining high brightness and good contrast.
Better picture quality
Using technology OLED on the screen Super Retinashould bring deeper black, has a higher contrast ratio, wider viewing angle, and naturally faster refresh rate than monitors IPS LCD and technology generation LCD before.
Has an increased contrast ratio up to 1,000,000:1using emission display technology makes the screen higher contrastblack is displayed by turning off individual pixels, making the displayed image more depth, providing an immersive experience when watching movies or playing games. more real.
Wider viewing angle
Screen Super Retina provides a wide viewing angle without sacrificing image quality and sharpness relative to the screen LED Traditional by equipping screen technology OLED.
Customization in design
Removing the backlight and shutter layer means that manufacturers replace the fragile and heavy background glass on screens with panels OLED thin and light, making it easy for manufacturers to create thin and light phone.
3Limitations on the Super Retina display
Limited outdoor visibility
Because the backlight plate is removed and replaced by individual self-illuminating diodes that make the screen Super Retina Limitations on screen brightness compared to other I . display technologiesPS LCD before.
Color displayed is not accurate
User rated this monitor pretty brilliant than normal, making the color not be accurate. Users often encounter situations like: You post a brilliant photo on social networks, edited on a product equipped with a Super Retina display, but your friends cannot see the brilliance as above. your device.
Because it is equipped with screen technology OLED, making this type of screen quite sensitive to humid environments, Apple has also improved its monolithic design, so this problem is not too worrisome. The concern here is technology OLED is that the organic diode degrades faster than most LCD and inorganic diode do reduce life expectancy of this display.
4Compare Super Retina display with Liquid Retina display
The Liquid Retina display is also a screen exclusively released by Apple that uses LCD panels. Liquid Retina first appeared on the iPhone XR and iPad Pro in 2018.
Super Retina is the screen OLEDwhen Liquid Retina is the screen LCD. Screen pixel ratio Super Retina to be 458 PPI on both iPhone XS and XS Max, while the pixel ratio of Liquid Retina to be 326 PPI billionon iPhone XR and 264 PPI on iPad Pro 2018.
Screen Super Retina technology equipment OLED with high contrast, high brightness and wide color support in the mobile industry. Display is better and images are also optimized than Liquid Retina.
Super Retina’s contrast ratio is 1,000,000: 1, And the contrast ratio of Liquid Retina to be 1400: 1. by being equipped with technology OLED so the contrast of the screen Super Retina higher, providing image visibility true and more natural.
Because of the technical characteristics of the technology OLED harder than technology LCD, makes the production cost of Super Retina more expensive than monitor Liquid Retina.
Hopefully, after reading this article, you have knowledge about Super Retina screens on Apple products. Thank you for following the article, see you in the next post!
#Learn #Super #Retina #displays #smartphones


Chiral Photonics (CPI), founded in 1999, designs, develops and produces fiber-based components and assemblies. CPI’s products and related services, include:
Multicore fiber fanouts
High density fiber arrays
High temperature sensors
Optical probing of photonic integrated circuits (PICs)
Fiber optic switches
CPI continues to innovate, through its research and development programs, often together with industry and government partners, in a broad array of technological areas, including:
Fiber lasers and high power laser components
Space division multiplexing
Optical probes for endoscopy and other medical and scientific applications
Harsh environment fiber optic sensing
News and Events
World Photonics Technology Summit 2019
29-30 August 2019
Invited Presentation: "Pitch Reducing Optical Fiber Array – Bridging the Gap Between Fiber Infrastructure and Dense Multichannel Optical Interfaces"
Photonics West 2019
2 Feb 2019 – 7 Feb 2019
San Francisco, California, USA
5-7 March 2019
San Diego, California, USA
Sponsors of the Pic Training Silicon Valley 2019, 28 January - 1 February, 2019
Presentations on photonic integration cover all the material systems, whether Silicon, InP-based, or dielectrics such as TriPleX (SiO2/Si3N4). The training is supported by a broad consortium of companies and is hands-on as well as in-depth.
Sponsors of the PIC Workshop at OFC 2018, Wednesday, Mar 14, 2018, Room 29ABCD
Wednesday, March 14, 2017 from 5:45 to 8:30pm. Presentations on photonic integration including overview of (MPW) foundries, design & layout S/W, packaging, test & measurement, design houses, etc., with special focus on what is new in these areas.
PIC Training Silicon Valley 2017
13 Nov 2017 - 17 Sep 2017, Santa Clara, California, USA
Chiral Photonics is a sponsor and presenter at the PIC Training Silicon Valley 2017 in Santa Clara, CA.
Chiral Photonics presented “Photonic Integrated Circuit Packaging Fundamentals” at the meeting where there were presentations and hands-on training led by industry experts across a broad spectrum of innovating companies.
Photonics Summit and Workshop 2017
06 Sep 2017 - 07 Sep 2017, San Jose, CA, USA
Chiral Photonics presented “Optical Input / Output Considerations for Photonic Integrated Circuit Coupling & Packaging” on September 6, 2017. Hosted by Cadence, Lumerical, and PhoeniX Software the Photonics Summit brings together developers, technology users, and industry experts for a full day of networking and education on the latest photonic tools and methodologies.
White House Announces New Integrated Photonics Manufacturing Innovation Hub with Chiral Photonics as key partner.
Pine Brook, NJ, July 27, 2015.
OptoDesigner 5 Adds Design Support for High Density Optical I/O and PIC Packaging, Chiral Photonics, Inc. Press Release, Pine Brook, NJ November 17, 2014.
Chiral Photonics introduces PROFA for high density, fiber-to-chip applications. Victor Kopp, Director of R&D, introduces the new technology (Video). OFC/NFOEC 2012 Conference, Los Angeles, CA, March 10, 2012.
"Chiral Photonics, Inc. demonstrates Pitch Reducing Optical Fiber Array (PROFA) enabling highly dense 2D fiber array interfaces", Chiral Photonics, Inc. Press Release, Pine Brook, NJ February 7, 2012.
Co-Founder, President, and Chief Executive Officer
Immediately prior to co-founding Chiral Photonics, Dan served as VP of Operations and Advanced Development and a founder and director of Schick Technologies (since merged with Dentsply Sirona, Inc), a leading developer of digital radiography equipment. He began his career working in advanced packaging at IBM Research. Dan received an M.S. in Materials Science from Columbia University.
Co-Founder and Chief Technology Officer
Azriel brings over 30 years of research and industry experience. Presently, he is Distinguished Professor of Physics at City University of New York (CUNY) focusing on optical and microwave propagation, photon localization and lasing in random and periodic media, solid state and molecular physics, acousto-optic imaging, Raman scattering, coherent optical transient spectroscopy, magnetic resonance and photochemistry. He has published over 100 academic papers. Previously he was Senior Staff Physicist at Corporate Research Laboratories, Exxon Research and Engineering Company and a Researcher at IBM’s Almaden Research Center. Azriel holds a B.S. and Ph.D. in Physics from Columbia University.
Co-Founder and Director, Research and Development
Before co-founding Chiral Photonics, Victor was a Post-Doctoral Researcher at CUNY. His research interests, which were presented in numerous publications, included wave propagation through periodic media, nonlinear optics and photonic devices. Together with Azriel Genack, he developed the basis for Chiral Photonics’ technology in CLC lasing. Prior to this, as a Senior Researcher at the Vavilov Optical Institute in St. Petersburg, he investigated the interaction of electron and Raman resonances and lasing in Raman-active crystals, and photo-induced second harmonic generation in glasses, work which led to authoring and co-authoring 11 patents. Victor earned an M.S. in physics from St. Petersburg University and a Ph.D. degree in laser physics from the Vavilov Optical Institute, Russia.
Jonathan Singer comes to Chiral Photonics from Schick Technologies, of which he was the VP of Engineering, co-founder, and director. At Schick he supervised over forty mechanical, electrical and software engineers, leading the development cycle of products. Prior to Schick, he served as a project engineer at Cox and Company. In his areas of expertise, x-ray analysis and chaotic systems, he holds a number of patents and has authored several publications . Jonathan received his B.S. from the Massachusetts Institute of Technology and M.S. from the University of Pennsylvania, both in Mechanical Engineering.


The Bosch GLM 30 Laser Measure allows users to take distance measurements instantly and with ultimate precision. Simply press the measure button to activate the laser and begin measuring in real time. Put down the pad of paper and calculator as the laser measure calculates area, volume and indirect measurements. Backlighting allows user to see information in dark areas with better resolution. The GLM 30 measures to 100 feet.
BOSCH GLM 30 Laser Distance Meter
- Brands BOSCH
- Product Code: GLM 30
- Availability: In Stock
- Ex Tax: Rs.2,444.00/-
Tags: Laser Distance Meter 30 Meter, Bosch Laser Distance Meter, 30 Meter Laser distance meter, 100 Feet laser distance meter, LASER MEASURE, laser measure, glm 30 professional, bosch glm 30, bosch glm 30 laser measure


201601.09.16 A new addition to the Leica T lens portfolio: the Leica APO-Macro-Elmarit-TL 60 mm f/2.8 ASPH. prime lens is available from today As of today, a new prime lens is available for the Leica T camera system – the Leica APO-Macro-Elmarit-TL 60 mm f/2.8 ASPH. This macro lens is considered to be the reference lens in the APS-C segment. It delivers macro exposures with a reproduction ratio of 1:1 and impresses with best imaging performance. Just like the Leica Summilux-TL 35 mm f/1.4 ASPH., the Leica APO-Macro-Elmarit-TL 60 mm f/2.8 ASPH. is available in a choice of black or silver.
- 30.08.16 Masters of Photography: The Leica Gallery in Hall 1 at photokina 2016 presents a varied exhibition and stage programme As ‘Official Photography Partner of photokina 2016’, Leica Camera AG will be presenting the impressive ‘Masters of Photography’ exhibition in an almost 2,000 square metre Leica Gallery in Hall 1 of the fair with a total of 15 series of pictures and more than 400 photographs by acclaimed Leica S, SL, and M photographers. In addition to this, Leica Camera AG will be presenting the exhibition with the title ‘Upcoming Masters’ in a separate section of the gallery – this exhibition is the result of a collaboration between Leica, the Deutschen Gesellschaft für Photographie (DGPh – the German Photographic Society) and the Photoindustrie-Verband (PIV – The Imaging Association).
- 19.08.16 The New Leica NOCTIVID More than a century of expertise in optical design and construction are the basis upon which Leica Camera AG (Wetzlar) has created a new and revolutionary generation of Leica binoculars: the Leica NOCTIVID family. These high-end binoculars represent a revolution in the field of viewing optics and offer discerning bird-watchers and wildlife and outdoor enthusiasts previously unimagined quality.
- 28.07.16 New software and firmware updates for the LEICA SL improve the tethered shooting workflow Available from today – firmware update 2.1 and the software solutions Leica Image Shuttle 3.4 and the Leica Tethered Plug-in 1.1.0 for the mirrorless Leica SL further improve the professional workflow for the camera system. Registered camera owners can log in to the Leica Owner’s Area (https://owners.leica-camera.com) and download the new firmware and software or take advantage of the opportunity to have their camera brought up to date by the free update installation service offered in all Leica Stores.
Ara Güler receives the Leica Hall of Fame Award
The lifework of the famous Magnum photographer Ara Güler will be honoured with the Leica Hall of Fame Award and his photography will be celebrated by a major exhibition in the Leica Masters of Photography Gallery in the course of photokina 2016.
Ara Güler, arguably Turkey’s most eminent photographer, impressively portrayed life in the city of Istanbul, his birthplace and home, for over 60 years. He is world famous for his incomparable black-and-white images of the metropolis on the shores of the Bosporus from the 1950s and 1960s. Ara Güler (87) is also well known for his work as a reporter and photojournalist covering political affairs around the world and for his photographic interviews with many prominent politicians and artists of the period.
LEICA Q firmware update 2.0 offers numerous new features
The latest firmware update for the Leica Q is available now as a download from the Leica website (www.leica-camera.com). Owners can update their camera with firmware update 2.0 and enjoy the benefits of numerous new features. Leica works constantly in close collaboration with users on the further development and optimisation of its products. Due to this policy, a number of improvements in this latest firmware update for the Leica Q are based on the recommendations and suggestions of our customers.
- 20.07.16 Leica at photokina 2016 The focus of the Leica presence this year at photokina 2016 in Cologne will be on professional photography and the needs of professional users – and on the unique exhibition of photography in Hall 1 that Leica will be presenting as ‘Official Photography Partner of photokina 2016’.
- 19.07.16 LEICA APO-SUMMICRON-M 50 mm f/2 ASPH. is now also available in silver anodized finish As of today, the Leica APO-Summicron-M 50 mm f/2 ASPH. is now also available in a silver anodized version. Thanks to the perfect interaction of all parameters, from optical design and choice of materials to sophisticated and elaborate manufacturing and finishing, this high-performance lens is considered to be the reference lens amongst standard focal lengths. It impresses with exceptional imaging performance and sharpness that captures and resolves even the finest details.
- 06.07.16 Master of Photography: Leica and Sky Arts Search for Europe’s Best Photographer Leica Camera AG, the German premium-segment manufacturer of cameras and sport optics products, is Sky Arts’ exclusive technical provider for Master of Photography, the first dedicated TV talent show for photography, to be broadcast from the 21st of July in Italy on Sky Arte HD, in the UK and Ireland on Sky Arts and in Germany and Austria on Sky Arts HD. A new unique international production, that aims to promote and enhance photography in all its forms of expression, through the TV medium.
- 01.07.16 New: the Leica Rangemaster CRF 1600-R compact laser rangefinder With the Leica Rangemaster CRF 1600-R, Leica Camera AG (Wetzlar) presents a new laser rangefinder. Its versatility, compact size and essential ballistic functions make the CRF 1600-R and its expanded technical features the ideal model for hunters who attach importance to reliable distance measurement and the determination of the equivalent horizontal range.


The MARK●VU is a precision-built facial skin analysis system with top-of-the-line optics. That allows for accurate and swift comparison between the pretreatment findings and the clinical results after any procedure.
Through the use of an array of multi-spectrum light-emitting diodes (LEDs) as the light source. Multi-directional polychromatic (multi-coloured) LED light is more true to life than daylight or “white light”.
Gives even more coverage over the whole face, than any flashlamp or other single-tube light source. And allows the system to deliver consistent and accurate results.
The system uses multiple LED arrays delivering ultraviolet (UV) and visible light. With an added three-dimensional effect it enables an analysis of a variety of components in your skin.
Such as pigmentation, pores, roughness, wrinkles and abnormal blood vessels. You will then be able to see, in both a two-dimensional high-definition monitor and a hard copy.
The changes that have occurred as the result of your treatment or procedure accurately and in real-time, compared to your pretreatment condition.


3D Laser Scanning
3d laser scanning enables us to create survey accurate 3d models of almost anything, and is ideally suited to capturing extremely detailed information for documentation, design & construction purposes.
The technology delivers increased accuracy and safety over conventional capture methods, and offers huge time and cost savings for clients who have already embraced 3d design software into their workflow.
A 3d Laser scanner records data points similarly to a reflectorless total station, however where a total station relies heavily on user input for sighting and code input for each point recorded, the laser scanner will autonomously record millions of points in a 360 degree arc from each scan location.
Scans are then referenced (merged) and processed into a “point cloud” which can either be supplied as is to the client, or further processed into a variety of deliverables such as 2d floor plans, 3d renderings and walkthroughs.
Even without 3d capable software, clients can still interrogate a point cloud for dimensions with free software.


If you have been looking for ways to save money on your energy bills, you may have heard that LED lighting is the leading power-saving illumination option. LEDs are the most energy-efficient, eco-friendly type of lighting which offers a multitude of benefits.
The most notable benefit of LED lighting is that they have a long operational life expectancy, even as long as 100,000 hours. LED lights don’t burn out or break like your standard light bulb. They simply use less power and become less bright over a longer period of time.
LED lighting is between 80% -90% efficient when compared to traditional light bulbs. 80% of the energy is converted into light and only 20% or less is converted into heat or other forms of energy. More of the energy used by traditional bulbs is converted into heat rather than light, in fact, up to 80% of the electricity used by light bulbs is lost as heat.
Long operational lifespans of LED light bulbs enable users to benefit from increased energy efficiency and also cut down the maintenance and replacement costs. Imagine being able to reduce your energy consumption by 30% and not having to change a single light bulb for 100,000 hours; with this in mind, can you afford not to switch?
LED lights do not contain the chemicals and materials, such as mercury, that conventional light bulbs do. As such, they are free of toxic chemicals and are entirely recyclable. Installing LED lighting will, in fact, reduce your carbon footprint by 30%.
LED lights are built using sturdy components which are highly durable and capable of withstanding very rough conditions. Their resistance to shock, vibrations, and impact makes them perfect for outdoor lighting systems which are exposed to inclement wind and weather.
Only very little infrared light and UV emissions are produced by LED lighting. As such, LED lighting is ideal for illuminating goods and materials which are heat or light sensitive
LEDs can be placed in any shape to create a beautiful illuminated piece. They can also be controlled individually, giving you full control of light, its distribution and also the colour. LED systems can produce amazing effects which please the eye, influencing your mind and mood.
Operational in extreme environments
The ability to operate in very hot or cold climates makes LED lighting the preferred choice over traditional lighting which can be adversely affected by extreme temperatures.
Immediacy and frequency
LED lights brighten instantaneously when turned on, making them perfect for infrastructure, which can mean use as signal and traffic lights.
Switching LED lights on and off does not affect the lifetime of the fitting or the amount of light produced. Traditional bulbs can take a while to brighten and their life expectancy can be drastically reduced by frequent use.
If you are local to Burton upon Trent and would like to discover more about LED lighting and how you could benefit from increased efficiency and lower costs, speak to the team at SJD Electrical Contractors today. We have over 14 years of experience in our industry and our professional, fully qualified and experienced electricians are always ready to help you save money on your energy bills.


Brimrose's solid-state Luminar 3030 AOTF-NIR Free Space Process Analyzer is built to be placed directly into the production line.
Its rugged design and solid-state technology allows an installation right into the production environment and eliminates the use of fiber optic lines. This high-speed NIR Analyzer is based on diffuse reflectance optics, and can be integrated in a vast variety of housings to match your process area classification.
Brimrose offers this rugged analyzer in a variety of different configurations to meet the high demand of different industries and applications.
The Luminar 3030 Free Space process analyzer meets all requirements and standards for on-line applications in the pharmaceutical industry and is built to work reliably even in the toughest environmental conditions. The integrated Luminar 3030 is insensitive to vibrations and ambient light and offers outstanding S/N ratio combined with ultra high speed scanning rates and makes it possible to analyze in real time, on-line and with laboratory accuracy.
Pharmaceutical: 100% inspection of solids, pastes, creams and powders
Agricultural/Food: on-line food analysis for fat, protein, moisture
Polymer: in-site measurement of pellets, films, and coatings
Textile: cotton/polyester ratio directly in the web
Drying Process: direct placement on spray or fluid bed dryers


Starting a marine business has never been easier – click below to complete a CWR Wholesale Distribution dealer application!
At CWR, we believe conducting business should be simple. With CWR Wholesale Distribution as your drop shipping source, you have a powerful team of full-service wholesale marine distribution experts working for you. With over 300 manufacturers, CWR offers a variety of assorted products for not only marine use, but also camping, sailing, sporting goods, paddle sports, watersports, cycling, training/fitness, hunting, fishing, consumer electronics, automobiles, recreational vehicles and more. CWR is also one of the leading drop-shippers in the marine industry and will drop ship to any location in the world. CWR’s drop ship program is stress-free with no extra fees or minimum order sizes, all while using your own shipping label and packing slip. Become a CWR Wholesale Distribution Dealer today!
FLIR M400XR Stabilized Thermal/Visible Camera w/JCU & Marine Fire Fighting Software - 640 x 480
M400XR Stabilized Thermal/Visible Camera w/JCU & Marine Fire Fighting Software - 640 x 480
Multi-Sensor Marine Thermal Night Vision
The FLIR M400XR thermal night vision camera is a versatile, high-performance pan/tilt marine camera system designed for best-in-class short and long range target identification. The FLIR M400XR's advanced 640 x 480 sensor delivers crisp thermal video images in total darkness and low-light conditions. An integrated HD color visible camera and tight-beam LED spotlight augment target identification for added safety.
The FLIR M400XR has a continuous optical zoom lens (up to 4X) that allows operators to see other vessels and targets at longer ranges. Active gyro-stabilization ensures a steady image, plus radar tracking and video tracking keep potentially dangerous targets in view at all times.
- High intensity LED spot light
- M400 - HD Color Lowlight | FLIR Marine HD Color lowlight camera with 30x optical zoom
- M400XR - High resolution thermal sensor | FLIR Marine High resolution 640 x 480 thermal sensor with optical zoom 18x to 6x horizontal field of view
- Gyro Stabilised | FLIR Marine Gyro-stabilised to ensure steady viewing in heavy sea conditions
- Waterproof enclosure | FLIR Marine Rugged, waterproof gimbal enclosure with 360° pan and +/-90° tilt capacity
- Easy to use joystick | FLIR Marine Easy-to-use joystick control unit
- Radar tracking identifies and tracks specified radar returns, enhancing vessel safety when visibility is low
- M400XR with integrated video tracking. Lock on and automatically follow objects as long as they're in view of camera
- Digital Detail Enhancement (DDE) assures a crisp thermal image, even in scenes with extreme temperature dynamics
- Short and Long-range Detection - Recognize marine traffic and key landmarks at night
- Thermal and Visible-Light Payloads - Combination thermal detection and visible identification
- Enhanced Target Identification - Operators can precisely locate and track object


11362 Monier Park Place, Rancho Cordova 95742
When it comes to a non - metallized window film, don't settle for anything less! 3M Color Stable's.
What makes 3M Color Stable unique? Its revolutionary nano-carbon polyester. It provides an incredible look, amazing color stability, and is non-metallized to ensure no signal interference.
While most other window film companies buy their polyester from someone else, 3M makes its own polyester. During this process, 3M patented a technology for producing its own nano-carbon polyester. This revolutionary and unique process, allows for maximum heat rejection without a metallized film, which can interfere with radio, satellite or high end technology in your vehicle. It also gives the film a stylish look with outstanding color stability. In fact, its so advanced that in time based tests, 3M Color Stable films never turned purple, while conventional dyed films will do.
The film is designed to reject the sun's heat that is produced from visible light. Color Stable rejects a lot of the suns heat coming through your windows. Color Stable window films also provide significant glare relief, allowing only 5% to 50% of the light into your car.


Scientists have developed a nanolaser (miniaturized laser) that can function inside living tissues. According to researchers, the laser is about 1/1,000th the thickness of a single human hair. This means that the laser can fit inside living tissues and sense disease biomarkers or treat neurological disorders that result from dysfunctional brain structures deep inside the brain, such as epilepsy.
In a recent paper published in Nature Methods, Drs. Teri Odom and P. James Schuck from Northwestern and Colombia Universities showcased a nanolaser made mostly of glass (a biocompatible material) that can both excite at longer wavelengths of light and emit short wavelengths. The depth of tissue penetration is key.
"Longer wavelengths of light are needed for bioimaging because they can penetrate farther into tissues than visible wavelength photons," said Northwestern's Teri Odom, co-author of the paper and Charles E. and Emma H. Morrison Professor of Chemistry in Northwestern's Weinberg College of Arts and Sciences. "But shorter wavelengths of light are often desirable at those same deep areas. We have designed an optically clean system that can effectively deliver visible laser light at penetration depths accessible to longer wavelengths."
Importantly, given its small size, the nanolaser can function in tight spaces. Many biological applications, such as use in living tissues, require small lasers. The problem is that these lasers are much less efficient because they require much shorter (and ultimately more damaging) wavelengths, such as ultraviolet light, to power them. Researchers solved this issue by using a method called photom upconversion. Briefly, during upconversion, low-energy photons are absorbed and converted into one (more powerful) photon. The team started with low-energy, “bio-friendly” infrared photons and upconverted them to visible lasers.
"Our nanolaser is transparent but can generate visible photons when optically pumped with light our eyes cannot see," said Odom. "The continuous wave, low-power characteristics will open numerous new applications, especially in biological imaging."
These new nanolasers are "Excitingly, our tiny lasers operate at powers that are orders of magnitude smaller than observed in any existing lasers," Schuck said.


|LEONOV Mikhail||St.Petersburg National Research University of Information Technologies, Mechanics and Optics|
|Spoluautoři RUKHLENKO Ivan, NOSKOV Roman, BARANOV Alexander, GUN'KO Yurii, FEDOROV Anatoly|
Semiconductor nanostructures of complex geometries are a topical subject of nanophotonics due to their variable optical properties. Nanotetrapods made of four quantum rods linked by a quantum dot are of particular interest from the practical viewpoint owing to their inherently strong optical anisotropy. Another reason of their practical significance is that the nanotetrapod's topology offers quite a few degrees of freedom (associated with the possibility to alter the sizes and shapes of the dots, the length and diameter of the rod, as well as the composition of both kinds of constituents) for flexible manipulation of its optical response. Despite these facts, the physical properties and electronic dynamics of nanotetrapods are poorly understood. A better understanding of these features may be achieved via the analysis of the nanotetrapod’s optical response measured using the time-resolved pump–probe spectroscopy. We develop a unified theory of transient pump–probe absorption spectroscopy of a semiconductor nanotetrapod. The physics underlying this spectroscopic method is treated within the frame of the density matrix formalism, while assuming absorption of the probe pulse to be induced by the pump pulse resonant to a certain interband transition of the nanotetrapod. We elucidate the physical conditions under which the dependence of the absorbed probe energy on the delay time between the pump and probe pulses is described by several exponential functions with exponents proportional to the energy relaxation rates of the nanotetrapod’s electronic states. Furthermore, we show that the transient absorption spectroscopy allows one to reliably determine the energy relaxation rates of the nanotetrapod’s electronic states. The derived analytical expressions for the absorbed energy of the probe’s pulse can be used for studying the dynamics of quantum transitions in semiconductor nanotetrapods.


Title page for ETD etd-08142006-235542
|Type of Document
||Study of Multimode Extrinsic Fabry-Perot Interferometric Fiber Optic Sensor on Biosensing
||Master of Science
||Electrical and Computer Engineering
|Cooper, Kristie L.
|Pickrell, Gary R.
- Electrostatic self-assembly (ESA)
- Multimode Fiber Optic Sensors
- White-light Interferometry
|Date of Defense
The electrostatic self-assembly (ESA) method presents an effective application in the field of biosensing due to the uniform nanoscale structure. In previous research, a single mode fiber (SMF) sensor system had been investigated for the thin-film measurement due to the high fringe visibility. However, compared with a SMF sensor system, a multimode fiber (MMF) sensor system is lower-cost and has larger sensing area (the fiber core), providing the potential for higher sensing efficiency.
In this thesis, a multimode fiber-optic sensor has been developed based on extrinsic Fabry-Perot interferometry (EFPI) for the measurement of optical thickness in self-assembled thin film layers as well as for the immunosensing test. The sensor was fabricated by connecting a multimode fiber (MMF) and a silica wafer. A Fabry-Perot cavity was formed by the reflections from the two interfaces of the wafer. The negatively charged silica wafer could be used as the substrate for the thin film immobilization scheme. The sensor is incorporated into the white-light interferometric system. By monitoring the optical cavity length increment, the self-assembled thin film thickness was measured; the immunoreaction between immunoglobulin G (IgG) and anti-IgG was investigated.
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The James Webb Area Telescope is in its ultimate orbit and has its science devices turned on, but it surely’ll nonetheless be a number of months earlier than the world’s strongest area telescope is able to accumulate science information. That’s as a result of the telescope not solely wants to achieve a secure temperature but in addition as a result of it must undergo the cautious and sophisticated means of aligning its mirrors. However that doesn’t imply there’s nothing to see from this model new telescope — in reality, NASA has simply launched each the primary picture captured by the telescope and even a selfie snapped by one of many telescope’s cameras.
The primary picture won’t appear to be a lot, but it surely’s a sign that Webb’s NIRCam instrument is working to gather mild from its goal — a very vivid star known as HD 84406. The 18 factors of sunshine within the picture characterize every of the 18 segments of the telescope’s main mirror, that are steadily being introduced into alignment by making nanometer changes. “Your entire Webb staff is ecstatic at how effectively the primary steps of taking photos and aligning the telescope are continuing,” mentioned Marcia Rieke, principal investigator for the NIRCam instrument in a statement. “We had been so completely happy to see that mild makes its approach into NIRCam.”
The picture is a mosaic, stitched collectively from an enormous 54 gigabytes of uncooked information captured over a 25-hour interval. That is only a portion of the complete mosaic, displaying the identical star imaged 18 instances. That is invaluable information for the staff as they work on aligning the mirrors to deliver the telescope into focus.
As well as, the NIRCam instrument used a particular lens to snap a picture of the telescope itself, displaying the distinctive hexagon-shaped mirror segments within the telescope’s first selfie. You’ll be able to see one of many segments glowing brightly as that section was pointed towards a star, whereas the opposite segments are at the moment at totally different alignments.
Over the subsequent few months, the photographs captured by Webb will develop into sharper and present extra particulars because the mirrors are aligned and the telescope’s different three devices attain their secure temperatures and begin capturing information as effectively. For now, the photographs present that the telescope is wholesome and working for the primary time. “Launching Webb to area was, in fact, an thrilling occasion, however for scientists and optical engineers, this can be a pinnacle second, when mild from a star is efficiently making its approach by means of the system down onto a detector,” mentioned Michael McElwain, Webb observatory challenge scientist at NASA’s Goddard Area Flight Middle.


The 18x50 Image Stabilized binoculars feature a shock-resistant, water resistant rubber coating for a nonslip grip, better durability, good handling, and for protection against rain & splashing water. You don't have to worry about the optics misting up if you get caught in the rain and still need to view. These binoculars render high-magnification and wide-field viewing. Controls for focusing and image stabilization are centrally placed and accessible by both hands. These binoculars provide long eye relief for added comfort and allows the use of eyeglasses without vignetting of the image.
What is an Image Stabilizer?
The more powerful the binoculars, the more shakings are magnified. As a result, even a little sway of your hands will shake the image in the binoculars a great deal. Usually, we can bear this image shake with binoculars up to 7x magnification. The image shake would quickly get unbearable With higher-magnification binoculars.
However, with Canon's Image Stabilizer turned on, the image shake becomes tolerable even at magnifications of 15x and 18x. Such high magnifications were previously unthinkable in a pair of binoculars without the use of a tripod. TheImage Stabilizer steadies the image instantly and brings out the top-notch optical performance of the lenses.
Image Stabilization and More
Canon's IS technology is outstandingly good at eliminating the sway problem and is widely applied by the television industry with Canon's professional broadcast quality video recording equipment. An exceptional VAP (Vari-Angle Prism) corrective IS system sits within the objective lens group and the porro prism on each side of the binoculars. Within one-thousandths of a second of the binoculars being moved from their optical axis by vibrations, a detection system activates the IS mechanism. The VAP shape modifies to refract or 'bend' the light path by exactly the right amount, thus fully compensating for the vibration.
Super Spectra Coating
A number of optical elements affect the brightness of an image, including the total of incidental light that is reflected by the lens. An uncoated lens will reflect away as much as 8% of the incidental light, significantly dimming the image. Canon's Super Spectra Coating prevents that reflection.
What do the numbers mean?
8x25? 15x50? The two numbers used to describe any pair of binoculars are their magnification — 8x, 12x, 15x and so on — and the diameter of their objective lenses — 25mm, 36mm, 50mm, and so on. The larger the first number is, the larger the object will appear in the objective lens. To illustrate, if you use a 10x lens and view at an object that is 200 yards away, it looks to be the same size as an object placed just 20 yards away. The second number, the size of the objective lens, is crucial because the larger the objective lens, the more light it can accept for brighter, more detailed images, and the better suited they will be for low light situations.
Reagan Senoron is an expert author about Technology and Product Review articles.If you want to learn more about Canon binoculars figure and want a video demo, please visit the link. You can find consumer electronics supplies there too.


With the black-lash against its required eye-wear almost as strong a deterrent as its price, electronics companies have found it difficult to market the current model of 3D TVs to the public. In an approach similar to Nintendo’s 3DS, in fact using the exact same technology on a larger surface, Toshiba has responded to this problem by developing the first line of 3D TVs to not require any sort of glasses. Set for a pre-Christmas release in Japan, the line consists of three models, each projecting light in a wide spectrum (a “light field display”), allowing multiple users enjoy the stereoscopic effect from multiple angles without eyewear.
On a more technical level, the technology uses what is referred to as a “multi-parallax” method of display, and helps achieve the 3D effect over a 30 degree viewing angle. This is also rumored to reduce eye stress and shift the 3D image depending on viewer position.


The first paper, "Maximum Sensitivities of Optical Direction and Twist
Measuring Instruments", Nov. 1964, found the maximum precision with which
an optical instrument can determine the direction of a light source and
the orientation of a source about an axis parallel to the line of sight.
Equations are derived that include the sizes and shapes of the one or more
telescope apertures, and whether they are coherently coupled. In this
paper, it was also demonstrated that the ability to measure the phase of a
beam of light exactly equals the ability to measure the orientation of its
plane of polarization - and which also equals the ability to measure its
intensity. This is a surprising, and beautiful, result - the same equation
governing all 3 measurement limits:
Each limit = 0.5 / [square root of the number of detected photons]
Thus, if we detect ¼ million photons, we can measure the phase of a beam of light, and its plane of polarization, to .001 radian [about 3 arc minutes] and the intensity to 1 part in 1000.
The 2nd paper, "Limits to which Double Lines, Double Stars, and Disks can be Resolved and Measured", Aug. 1967, determined the limit to which we may resolve and measure, through a circular diffraction-limited aperture, the angular separation of double-line and double-star sources, and the angular diameter of disk sources. The variables considered, in order to derive the equations for these limits, were: diffraction, total number of photons detected, and the intensity ratio of the components of the double sources.
In the case of a diffraction-limited telescope, with its circular aperture, attempting to resolve a double star, the equation for determining the resolution limit is merely the product of three terms:
1. The Rayleigh Resolution Limit, in radians, given approximately by the wavelength of light divided by the diameter of the aperture. For instance, if the wavelength is half a thousandth of a millimeter [yellow-green], and the aperture diameter is 100 millimeters, then the resolution is 1/200,000th radian, or about 1 second of arc.
2. The 2nd term quantifies the effect of the intensity ratio, R, of the two stars constituting the double star we are trying to resolve. This term is merely the square root of R, plus its reciprocal, all divided by 2. When R=1, the term equals 1. But when R=14, the term, and thus the resolution of the telescope, doubles [from one second to two seconds in the above example].
3. The 3rd and last term is simply the inverse cube root of the number of detected photons. Thus, in the above example, 8 times as many photons would be required to make up for R increasing from 1 to 14. Note that just eight photons are required to resolve two stars one arc second apart, even with one star 14 times brighter than the other. But with 8 thousand million photons detected, the above optical system could theoretically resolve these two stars just 1/1000th arc second apart.
Radiation noise [the random fluctuation of detected photons] is assumed to be the only source of noise.
Regarding the diffraction pattern of a double star source, one might naturally assume that the resolution information we are seeking would emanate from the bright rings of the pattern. However, from the equations of the 2nd paper, it can be shown that most of the desired measurement and resolution information resides in the dark rings. In fact, the smaller the angular separation of the 2 sources, the greater the percentage of information coming from the dark rings. When the angular separation is, for instance, .001 arc second, very sharp peaks of information appear at the very center of the dark rings, with little noticeable information even immediately adjacent to the peaks.
© 1970 Oscar Falconi, PO Box 3345, Saratoga CA 95070, U.S.A.


By the end of week 1, I built a Hough Transform component to detect lines from captured image by web camera (Microsoft-VX 6000).
It could detect lines corresponding to edges of shelves, under certain conditions. Now I don't have any data-sets available, such as still images and movies at a grocery store. So I tested it by using a desk in my laboratory.
This is an example of captured image with two boxes of RITZ.
And here is the result of Hough Transform. This software detects lines whose slopes are under 30 degrees to the horizontal line, so that it could detect those corresponding to edges of shelves.
The red line and the blue line are corresponding to edges of the desk. And a green circle is a "middle point" of these lines. In this case, the circle represents the location of edges well.


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Key Features: Model: HQ-18 Color: Black Size: 18inches/ 45cm Lighting Color: Cool White IP Rate: IP54 Shape: Round
Key Features: Model: MJ-33 Size: diameter 26cm Lamp beads: 128pcs Color temperature: 3000K-6000K Color rendering index: >90 Input voltage: 5V Frequency: 50-60HZ Lumens: 1000LM Interface: USB (with PTZ + mobile phone clip) Maximum power: 20W Light color: cold color/warm color/natural color+RGB light CRI: Ra> 90 Adjustable colors: adjustable brightness and
Key Features: Product Name: Ring Light Power: USB Power White LED: 28 LED Yellow LED: 28 LED Modes: 3 Modes Brightness Level: 10 Levels
Key Features: Product Name: Ring Light Power: USB Power White LED: 35 LED Yellow LED: 35 LED Modes: 3 Modes Brightness Level: 10 Levels
LED Quantity: 12 cold + 12 warm, 24 in total Light Source Power: 12W Clamp Material: Carbon Steel Color: Black Power Supply: USB 5V Warm Tip: Please bend the arm to “S” or “Z” or “3” to better support your phone, avoid holder shaking and falling down.
W49 Ultra Bright LED Video Light With 3 Shoe Mount Mini LED light with 49pcs high quality LED beads, lifetime can reach 50, 000hrs 5.5W high power, 0 – 100% dimmable for different brightness 6000K natural and soft white light, CRI≥90 present vivid object color With hot shoe base on


Fast Track Diagnostics Ease TB Dangers
Brainchild of Dr. Muhammad Imran Cheema, a portable optical sensor is being developed for on-site diagnosis of tuberculosis (TB); a disease which is known to every second household in Pakistan.
Using laser Raman spectroscopy, a simple breath test will analyze a patient for rapid, on-site diagnosis. The inner walls of the collection chamber they breathe into are chemically treated to capture the organic TB biomarkers present in the patient breath. A laser beam is then passed through the chamber, and the transmitted light is detected as a function of the raman shifts, determining the frequency.
The diagnosis of TB is then performed based on the chemically-specific spectroscopic signatures of the TB biomarkers present in the breath. This process will provide a novel TB sensor which is non-invasive, accurate, sensitive, and label free. By developing an easy to use non-invasive optical sensor, immediate TB diagnosis can be provided without the aid of specialized laboratory personnel. This is also easily portable to remote areas with lack of healthcare infrastructure


Capturing light is at the heart of any video production. Cameras rely on sensors designed to be sensitive to light in order capture an image either still or moving. It wasn’t long after the invention of camera technology that image-makers began to notice the impact of light sources on their images.
But even today, hundreds of years after the invention of cameras, understanding for the practice of lighting is still developing. With the addition of digital workflows, many established practices have also been updated to accommodate the trade offs when working without film.


This Wooden Magnifier is perfect for children to get closer to nature. The magnifier includes 2x magnification, with insets of 4x and 6x magnification. It also features a wooden handle and a cord, making it excellent for exploratory play.
The magnifier is perfectly sized for small hands, and it measures 12 x 23cm long.
Suitable for children from the age of 3 years.
The photo is a representation of the product. Actual product may vary slightly in size and colour.


The Factors that can affect the quality of mobile phone pictures
The quality of mobile phone photos is a popular thing to say, and in our daily life, “XX pixels” is the most common word of publicity for mobile phone sales. When we want to buy a new phone, most of us think that the higher pixel, the better quality of the photos, but the facts say otherwise as there exists other factors that can affect the quality of mobile phone photos like photosensitive element, lens... Read on to have a clear understand of the factors affecting imaging quality.
Generally, for two phones with the same pixels, the one which has larger sensor will have better photo quality, that’s why the quality of photo taken by 20 million pixels full frame digital SLR is better than the card camera or mobile phone with the same pixels. In short, high pixel do not represent good effect, unless it reaches a certain magnitude. Now that the pixel is not the key to photo quality, the high pixel on mobile phone will achieve litter? Not really！
For example, let’s make a comparison the photo taken by iPhone 6 (1/2 inch sensor with 8 million pixels) with the photo taken by Samsung Galaxy S6 (1/1.9 inch sensor with 16 million pixel), when the image is enlarged to 100% by us, the photo details of iPhone 6 is much better than Samsung Galaxy S 6. Of course, if you just view your photos on the mobile phone, 8 million pixels and 16 million pixels make little difference. In addition, lens aperture, optical anti shake and imaging software are also the key to the quality of photo, keeping reading and I will tell you…
Here I will go over an example that demonstrates lens aperture, optical anti shake and imaging software are also the key to the quality of photo! It is not difficult to find that almost all the latest smartphones (like Samsung Galaxy S6, LG G4) are equipped with an aperture lens and high pixel photosensitive element, these are all used to improve the quality of mobile phone picture. Besides, better Image processing software and optical anti shake function are also key to influence the quality of mobile phone camera. Below I provide you with a worked example to the contrary!
Although HTC One M9 abandoned the low pixel UltraPixel camera and use 20 million pixels back illuminated sensor, because of the lack of optical anti shake function, it just brings a tiny improvement in performance of photo. In simple terms, if you want to buy a better camera phone, you cannot simply judge from the pixel or a parameter, the most important is the comprehensive quality of mobile phone. If possible, learn more details of the phone’s imaging sensor, the size, the number of pixels, the lens aperture value and some other functions before placing an order. That’s all!


1. A method for remotely controlling a computer having an associated screen for displaying output from the computer and having an internal cursor generated by the computer, the method comprising:
detecting at least one property of an external cursor and position of the external cursor relative to the output from the computer;
generating a command to move the internal cursor to a position on the screen corresponding to the position of the external cursor; and
generating a command for the computer based on the at least one detected property of the external cursor.
[t]he invention includes a computer connected to a projector which projects an image of the computer output onto an external screen. A camera is used to capture an image of the projected computer output. An optical pointer, such as a laser pointer, is used to generate and transmit an external cursor having various properties, such as color, shape or intensity. The image captured by the camera is used to detect and process at least one property of the external cursor to generate a corresponding command or commands to control the computer.


Is higher the lumens brighter?
Lumens measure how much light you are getting from a bulb. More lumens means it’s a brighter light; fewer lumens means it’s a dimmer light. Lumens let you buy the amount of light you want. So when buying light bulbs, think lumens, not watts.
Which lumens are brightest?
Currently, the brightest LED bulb used for general use is rated at 5500 lumens (although there are some consumer flashlights sold with higher lumen ratings).
Is 10000 lumens bright for headlights?
What are the brightest LED headlights on the market? The brightest LED headlights on the market usually provide 5,000 to 6,000 lumens per light or 10,000 to 12,000 lumens per set. Which is brighter: 6000K or 8000K? Both 6000K and 8000K are bright and high kelvin (K) ratings for headlights though their hue differs.
Are LED lumens brighter?
Which type of light is brightest? When compared to other types of lighting product, LED lights are the most energy efficient and offer a brighter light for the same wattage. Good quality LED fixtures now output around 170 lumens per watt; a fluorescent puts out around 110.
How bright is 12500 lumens?
BRIGHT LIGHT The 90 watt has over 12500 Lumens. 12500 Lumens can replace a 250 Watt METAL HALIDE light, 175 Watt CFL or 750 watt Incandescent. 5000K light color ensures a bright clear light.
How many lumens do I need?
Lumens calculation summary
Multiply your room square footage by the footcandle requirement. For example, a 100-square foot living room, which needs 20 footcandles, will need 2,000 lumens. A 100-square foot dining room, which needs 40 footcandles, will need 4,000 lumens 2 (see PDF and complete footcandle index).
How bright is 2000 lumens floodlight?
A 2000 lumen LED bulb is equivalent to a 150-watt incandescent light bulb.
How bright is 2000 lumens?
Energy Star Bulbs
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How many lumens is street legal?
The light output from each of the lamps shall not exceed 2513 lumens. Any motor vehicle may also be equipped with a pulsing system to indicate deceleration in which an amber light is center mounted on the rear of a vehicle.
How many lumens is good for a headlight?
Lumen counts for headlamps can range from 25 lumens, all the way up to 1400+ lumens. In all reality though, 300 lumens is all the average person needs for everyday use.
How many lumens is a car LED headlight?
How Many Lumens Can An LED Headlight Produce? When trying to answer the question of how many lumens an LED headlight can produce, it can be a little complicated. On average, 2,000 – 4,000 Lumens is common range for many headlights. However, the output of an LED headlight kit is dependent upon many factors.
What is 220 lumens in watts?
Converting Lumens to Watts
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Is 5000 lumens a lot?
How Much Light is 5000 Lumens? 5000 lumens is a lot of light. It’s about as much light as you would get from five 100 watt incandescent bulbs or ten 60 watt CFLs. It is also around the same brightness as a single 400-watt metal halide bulb.
How bright is 7000 lumens?
7000 lumen is good for a projector, but it can be a little too much for average kind of use such as home gaming on a dark room, students, home theater or camping. But they work very well outdoors with a lot of ambient light and also with the sun still out.
What light is the brightest?
LED vs Incandescent Bulbs
|An energy-efficient bulb that emits more lumens per watt||A standard light bulb that’s less expensive than other bulbs|
Is 200 lumens bright?
200 Lumens is a low level of light for LED, CFL or incandescent lighting. It’s suitable for reading and more decorative accent lighting but not much else. For more practical uses you would want to go up to around 500 lumens minimum before it becomes effective enough in most cases.
What’s the brightest light bulb?
The Brightest Household LED Bulb: The Philips 5000 Lumen LED Bulb is the brightest LED bulb — this is a huge bulb (5.28 x 5.28 x 12.13 inches ). The Brightest “Warm White” LED Bulb: The SANSI 27W A21 Dimmable LED Light Bulb. This bulb is warm white and produces 3500 lumens. It is available for about $58.
Is 800 lumens very bright?
Lumens is the unit measurement of brightness, with 1 lumen equalling the brightness of 1 candle, so 800 lumens has the brightness of 800 candles. 800 Lumens is a good level of light for LED, CFL or incandescent lighting.
What does 20 lumens mean?
A lumen measures the amount of light that comes from a bulb. It refers to a light bulb’s brightness, intensity of light and visible light emitted. A standard 40-watt (40W) bulb is equal to 400+ lumens. Typically, the higher the wattage, the higher the lumens, and the more light output.
How strong is 1000 lumens?
The Brightness of a 1000 Lumen Flashlight. This type of flashlight allows you to see objects from a far distance.


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SoundCam in the automotive industry - imaging BSR and NVH
Real-time high-resolution imaging of sound sources with handheld SoundCam. SoundCam images highly transient noise sources as well as stationary sounds. It especially performs great on detection of Buzz, Squeak, and Rattle (BSR) noise sources as well as the visualization of Noise, Vibration, and Harshness (NVH) sources.
Why does SoundCam help?
- Real-time imaging is making measurements easy and speeds up the workflow (no preparation necessary)
- The SoundCam is a small handheld device, which allows on the fly measurements even in small spaces e.g. interior
- High Acoustic frame rates are crucial for transient sounds e.g. squeak and rattle noise
- Since the SoundCam is handheld it allows you to instantly move closer to the source which improves spatial resolution
- The SoundCam enables objective recording and visual document so that subjective assessments by individuals are avoided
“With the real-time localization combined with the imaging, the SoundCam facilitates measurements and accelerates the entire workflow to the factual documentation of the results in video, image, and sound.”