110 degree field of view camera
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- Oct 30, 2020 · On that basis, it’s not unknown for positioning errors to occur. Wisenet PTZ PLUS cameras, which have a pre-set accuracy of ±0.1 degrees, are able to detect if they’re not precisely aimed at the specified field of view and will move within one second to the correct position. Other key features of the new cameras include:
- In CCTV Field of View depends on a number of factors such as the sensor format, the focal length of a lens, and the distance from the objects. Also modern cameras with short lenses have non-standard wide angles (like 110 degrees), so only a FOV calculator with a built-in database of camera models...
- Suit for Raspberry Pi cameras which feature infrared night vision function: 100 degree field of view, two pieces of LED is required to get wider field of view, up to 160 degree; Supported cameras: RPi Camera (E), RPi Camera (F), RPi Camera (H) How to Use. Connect the Infrared LED Board to the camera PCB by screws
- Adjusting the Field of View is a great way to include more content in a camera view without distorting the image. Incremental Rotate Angle defines how many degrees the camera rotates each time you Tilt, Orbit, or Dolly side to side using the keyboard, toolbar buttons, or menu.
- Its field of view is the widest currently available at 180 degrees, and it has motion-triggered recording. A home security camera records video footage of your home and property that you can view on a smartphone, tablet, or computer from anywhere using an internet connection.
- Jan 31, 2020 · Field of View It’s a good idea to choose a peephole viewer with a reasonably wide viewing angle so you can see a good area around the door. Some offer a full 180-degree field of view, whilst others cover a smaller area.
- Dec 18, 2020 · Field of View Every camera has its field of view listed in degrees, usually listed as diagonal. The wider the number, the wider the field of view and the more the camera can see. Typically speaking, 110-degrees is the minimum you want, with 120-degrees pulling in a bit more. Go for 130-degrees or higher if you want to see a lot of what’s ...
- Expect most nighttime security cameras to feature a field of view between 110 degrees and 120 degrees, which should be enough range to cover a broad swath of your front yard.
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- Nov 25, 2020 · It should be noted that the viewing angle for the CS-2 rearview backup camera is 110 degrees, which may be too narrow for drivers who want a very wide field of vision.
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- A wide 160 to 180 degree field of view is required to track adjacent lanes and a range of 40 to 60 meters is needed to find space between vehicles. Finally, let's discuss the lane change maneuver and consider the following scenario.
- LIMITED-TIME OFFER: FREE 3 Month Dash Cam Pro Trial! Field of View: 110 degrees. G-Sensor: Yes. Recording Resolution: 640x360. Works with all vehicle classes. Works with or without an ELD. Requires mobile app and Encompass® subscription: Yes.
- Type in an angle (in degrees) that represents how wide you'd like your view to be, and press Enter — this is your field of view. For a 45 degree FOV, you'd type The larger the angle, the more you'll be able to see. SketchUp's default FOV is 35 degrees, but 60 degrees is much handier for interior views.
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Cz ultimate hunting rifle gunbrokerBG662-K36W is a high-end 4K scouting camera and captures 36MP photos and UHD 4k videos. The trail camera uses 940nm LED lights, which enable it to take photos and videos at night and not be discovered by animals. BG662-K36W has waterproof grade of IP66 and it behaves excellent both in day and night and can work normally in rainy and snowy weather. The lens of this hunting camera is 110 degree wide angle, which is developed by Boly itself. On a full frame camera, a 50mm fixed lens has a 47-degree field of view. That 47-degree field of view is roughly what we see with our own eyes. But, put on a crop sensor camera, that same 50mm lens has a different field of view. Now, there are different levels of crop, but assuming the camera has a crop factor of 1.6x, the field of view lessens ...
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- A 160-degree field of view is relatively wide, and there's two-way audio. It requires an Arlo Smart Hub to work. Arlo: A wireless, weather-resistant camera that records in 720p HD video (as opposed to 1080p or full HD), has a 110-degree field of view, digital zoom, night vision, and local storage.Performance: High definition 720p video resolution at 30 frames per second. 110 degree field of view camera. Can support up at a 32GB memory micro SD memory card and record up to 3 hours of video footage.Features: Camera automatically powers on and off with vehicle ignition. Magnetic camera mount attaches to windshield, allows for camera…
- May 02, 2018 · Guajardo advertised these prototype lenses as offering a "140-degree" FOV, which greatly exceeds the existing 110-degree maximum in both Oculus Rift and HTC Vive.
- Jun 16, 2020 · Field of view (FOV) is the amount of game view that is on display during a game. Wikipedia has an introduction to field of vision in video games FOV options are crucial for using ultra-widescreen or multi-monitor resolutions in games.
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Control the camera’s functions via IR remote or UVC protocol. Super-high SNR with advanced 2D and 3D noise reduction. 120 degree wide-angle field-of-view. Easily mounted on monitors using standard damping rotary-shaft support.
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Users can also control exposure compensation, white balance, and ISO, and operate using a 90-, 120-, or 140- degree field of view. The largest change between the 2 Vision and the 2 Vision+ is the technology supporting the camera. The 2 Vision’s camera was stabilized only on the tilt axis with a tilting range of 60 degrees. Operators now have the ability to go from 2D to 360 degrees! The CoreX2 is the largest Field of View OASIS that measures multiple dimensions on a part to an accuracy of up to +/-.0002 inches. With the addition of the NEW Motorized Rotary Stage, parts can now be rotated a full 360-degrees to get profile images and measurements from e
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The camera has a 110-degree field of view and provides up to 30 feet of infrared night vision. A microphone on the front and a speaker on the back of the cylinder allow for two-way communication.
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Oct 28, 2020 · In comparison, the second-gen Wyze Cam only had a 110-degrees field-of-view. Along with an increased field-of-view, Wyze has also made improvements to the camera’s frames per second capabilities. The v3 can capture 20fps in daytime and 15fps in nighttime, as opposed to 15 and 10fps. Horizontal field of view in degrees: shutter_speed: float: 60.0: The camera shutter speed in seconds (1.0 / s) iso: float: 1200.0: The camera sensor sensitivity: fstop: float: 1.4: Defines the opening of the camera lens. Aperture is 1 / fstop with typical lens going down to f / 1.2 (larger opening). Larger numbers will reduce the Depth of Field ...
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To record these images, the camera was connected to an iDVR-PRO HD surveillance DVR. 2.8mm Lens. This first image was captured with the camera lens set at 2.8mm. You can see that the 2.8mm setting provides an approximate 95-degree field of view. The garbage dumpster in the background is located 90 feet away from where the camera is mounted.


Reliable Vision Tester
The VT-10 is Topcon’s basic, reliable and no-nonsense vision tester. It has a wide array of lenses in order to perform all the refractive tests you need.
The VT-10 is equipped with a cross cylinder that automatically rotates in conjunction with the set cylinder axis. Special gearing automatically synchronizes the rotation of the loop each time the cylinder axis correction is changed. Easy convergence system A convergence system allows natural conditions for near testing. Multicoated lenses for superior optical performance. The coating eliminates flare, ghost images and reflections. The multicoated lenses assure clearer, brighter images with improved contrast.
- Wide testing range
- Synchronized cross cylinders
- Convergence system
- Multicoated lenses
- Easy to operate
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Fujifilm is widening the XF lens range for X-Pro mirrorless cameras featuring the Fuji X mount with the addition of a wide-angle lens, the XF 14mm F2.8R and the first zoom lens for the Fuji X series, the XF 18-55mm F2.8-4R LM OIS, that inaugurate the new LM autofocus motorisation.
Fujinon XF 14mm F2.8R
As expected, Fujifilm comes with the promised lens, the wide-angle 14mm F2.8R. The R stands for “Aperture Ring” which is a key asset to the X-Pro mirrorless cameras UI. This extra short-focal length prime lens becomes a 21mm once mounted on a X-mount X-Pro1 or X-E1 camera. Its optical built of 14 elements in 10 groups has 2 aspherical lenses and 3 ED glass lenses in order to minimize both chromatic aberrations and distorsion. The fugure that Fujifilm told me regarding the distorsion of this 21mm equivalent lens are impressive if true. The Fujinon XF 14mm F2.8R has a circular aperture made of 7 blades.
Fujinon XF 18-55mm F2.8-4R LM OIS
The Fujinon XF 18-55mm F2.8-4R LM OIS is the first X mount zoom lens for X series cameras. Let me guide you through its specs while looking at its nick name :
- 18-55mm : it is a 27-84mm standard zoom lens mounted on the APS-C cameras it is designed for.
- F2.8-4 : with a gliding aperture, it remains pretty fast, especially at wide-angle, and will beat all basic APS-C 18-55mm kit competitors lenses both DSLR and mirrorless cameras.
- R : the R stands for the manual aperture ring. It this case, as the max aperture is changing while you zoom in and out, the lens barrel does not show the aperture values. But you can zoom and control the aperture setting through this ring. I tried it last Friday in London at Fujifilm’s press event. Works fine.
- OIS : fast lens, yes, but also opticaly stabilized. I like that.
- LM : that is the new stuff ! LM for Linear Motor, the new autoficus drive, built of a dual motorization system for lightning fast focusing. Should be able to focus as fast as 0.1s ! It is also very quiet and therefore suitable for video recording.
The lens will be sold as a bundle with the Fuji X-E1 for €1,299 or $1,399.


MONOCULAR MICROSCOPE (NATIONAL MODEL 131)
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- Availability: In Stock
The is a budget-friendly microscope designed for high school use. Featuring a design focused on safety and effective use.
The microscope's optics include DIN 4x, 10x, and 40xR achromatic, parfocalled, parcentered, color coded objectives. A widefield 10x eyepiece with a revolving pointer sits at a 45° incline and can be rotated 360° for sharing by multiple students.
When it comes to focusing, the Model 131 is both precise and controlled. The slip clutch prevents damages to the unit from over focusing, while the safety rack stop prevents damage to slides and objective lenses. The tension adjustment eliminates stage drift, while the low position and fine focus controls allow students to get an accurate view of specimens.
· Widefield 10x eyepiece with revolving pointer. Accepts optional #965-160 eyepiece reticle
· 45° inclined viewing head rotates 360° for easy repositioning of eyepiece and sharing by more than one student
· DIN 4x, 10x, and 40xR objectives are achromatic, parfocalled, parcentered, color coded
· 3-hole nosepiece is ball-bearing mounted for more precise alignment, has positive click stops
115V 20 watt tungsten illumination, condenser and blue filter, base-mounted on/off switch, heavy duty 3-wire cord. Convenient "grabber" clip on plug lets you wrap the cord around microscope and secure in place by pushing cord into clip for easy storage. No bulky cord hanger needed
· Low position coarse and fine focusing controls
· Stage moves up or down, eyepiece and body remain fixed
· Slip clutch prevents damage to focusing system
· Tension adjustment eliminates stage drift
· Safety rack stop prevents damage to slides and objective lenses
· Large 4.3 x 4.7" / 110 x 120mm stage, with locked-on, spring mounted stage slips, drilled and tapped to accept optional mechanical stage
· Built-in 0.65NA condenser lens
· Calibrated 5-hole disc diaphragm
· Rugged cast metal, gray enamel finish
· Base: 5.25 x 7" / 133 x 175mm
· Height: 14.2" / 360mm; Net weight: 6.8 lb / 3.1kg


Laser Marking and Laser CuttingZYCI uses high-end fiber laser technology to provide precise laser marking services for a wide range of applications at our facility in Atlanta, Georgia. Laser marking is an elegant way to permanently mark part numbers, serial numbers, logos, instructions, warnings, etc. Laser marking is much preferred as opposed to impact or dot peen marking. Since laser marking is lightly etching the surface it does not create the stresses in the part inherent with impact and mechanical marking. Laser marking is often also referred to as laser etching and laser engraving. ZYCI also provides laser cutting services. Laser cutting is an excellent and efficient way to cut 2D parts from a variety of materials including aluminum, steel, brass, plastic and a host of other materials. Tolerances can be as close as +/-.003" on 2D profiles. Up to 1/2" thick steel can be laser cut. We need a 3D model or a 2D vector file (DXF or similar format) in order to program the laser to make your parts.
Materials Acceptable for Laser Marking and Laser Cutting
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EP104: Epic Laser Pro – The Latest in Diode Laser Tech
I purchased a new toy for the office and you may have guessed it is an Epic Laser Pro. This is not your mother’s laser and it quite the piece of techno and I discuss the laser and the differences and uses of this machine. It is surprisingly small and lightweight and very useful for surgical applications in dentistry. I also discovered that these lasers can scorch your retina from 15 feet away if you don’t follow the rules and wear the safety glasses!


Types of Indoor Fiber Optic Patch Cords
The fiber patch cord also called fiber jumper or fiber cable, is a length of optical fiber cable terminated with fiber optic connectors at each end. It can be used to connect different fiber optical interface equipment to achieve high-speed and stable data transmission.
The patch cords can be divided according to the outer jacket material, such as ordinary type,low-smoke halogen flame-retardant type(LSZH),OFNP,Armored type.
Multimode fiber patch cables have a larger core which allows multiple light modes to be transmitted within. This means that they are better suited for networking over shorter distances, such as within a building or campus. They also have lower attenuation rates, and are more immune to noise.
Our black bulk 62.5/125 OM1 fiber optic patch cords have water blocking Aramid yarn and premium ceramic ferrules, which offer superior precision. They have an indoor plenum rated jacket which makes them suitable for use in all indoor environments. The jacket is printed with a color code that indicates fiber and connector type. This helps to reduce confusion and prevent miswiring. These patch cords can be used for extending the range of existing multimode plant, as well as connecting new single mode equipment to existing multimode plants.
Bonelinks offers a complete line of singlemode fiber patch cables featuring premium connector options that deliver indoor-outdoor-fiber-optic-cable-non-armored enhanced performance in a wide range of applications. These high-speed fiber optic cables can support long-distance data transmission over extended distances without loss of fidelity.
A single-mode cable has a narrow core that can carry only one mode of light, which makes it ideal for broadband Internet connectivity. Compared to multimode optical fiber, which can support multiple light propagation modes, single-mode fiber has lower signal loss and wider bandwidth capacity.
Our stock of single-mode fiber patch cords features LC and SC connectors on both ends, making it easy to connect them to compatible equipment. These standardized connectors are designed and polished to minimize back reflection, which can reduce network throughput.
The fiber patch cable, also known as a fiber jumper or optical cable, is a fiber optic cable terminated with fiber optic connectors on both ends. It is designed for indoor applications. There are two major types of fiber patch cables: multimode and single-mode. The differences between these fiber cables are based on the fiber mode, cable structure, connector types, and connector polishing types.
HOLIGHT’s SC to SC multimode duplex patch cords feature SC connectors on both ends and offer high bandwidth and low attenuation. They are ideal for connecting data center equipment and enhancing Gigabit Ethernet speed in the network.
These fiber cables have a 3mm indoor plenum (OFNP) jacket that allows them to be used in all indoor environments. They include premium precision connectors and Corning Infinicore glass.
Fiber Optic Patch Cords are a type of fiber cable with connectors on both ends that connects to devices. They are used to transmit data, video and voice services between locations. They are available in a wide variety of lengths and jacket material options to meet any application need.
The ST connector (abbreviated as Straight Tip) is a bayonet-style plug and socket with a twist-on/twist-off mechanism. It is used on single-mode optical fiber and can be used in both ethernet and telecommunication applications.
The 9/125 OS1 single-mode duplex patch cables use high-quality ST connectors and LSZH jacket. They are individually examined and tested to ensure optimal insertion loss. These cables are suitable for connecting 4G and LTE wireless base stations to FTTA equipment. They also work well in remote radio units (RRUs) on cell towers.
LC fiber optic patch cords feature a small form factor connector that is popular in high-density network environments. These patch cables are available in simplex and duplex configurations. A simplex patch cable has one connector on each end, while a duplex patch cord has two connectors on each end to accommodate data transmission in both directions.
The LC connectors on these patch cables are easy to install and handle, making them a great choice for high-density network applications. They also have automatic shutters that open and close to prevent dust and debris from entering the connectors.
This indoor/outdoor multimode duplex OM2 fiber patch cable features Corning optical fiber and a black OFNR riser rated PVC jacket. The cable has ceramic ferrule SC connectors on each end, and each connector is color coded for identification. The cable is sturdily constructed and thoroughly tested to ensure that it meets industry performance standards. Test results are included with each cable.
MPO fiber patch cords feature push-pull tab connectors that make it easier to make connections in high-density data center environments. They also provide 24 times the density of traditional LC connections and reduce circuit card and rack space requirements.
To connect MPO patch cables, you must first understand the polarity of the connector. Each connector has a key that can be positioned in one of two positions: “key up” and “key down.” Once the key is plugged in, the PIN pins on the connector will align correctly with those on the adapter.
MPO trunk cable is a multi-fiber cable with an MTP(r) connector on both ends. It is commonly used for 40G and 100G applications in data centers, central offices, and other high-density wiring environments. It can support both single-mode and multi-mode wavelengths.
Uniboot fiber patch cords streamline the installation process and improve cable management. optical-loopback-cables-module These cables combine the transmit and receive fibers in a single connector. The technology can also reduce tangled and messy cabling infrastructures in data centers.
The reversible polarity mechanism in uniboot patch cords allows users to switch the polarity of the connector by simply manipulating the reversible tabs. The reversal is tool-less, and it includes a 180-degree safety limit to prevent damage to the optical fibers.
LC Uniboot fiber patch cords are perfect for high-density applications because they occupy less space than standard cables and allow for tighter cable bends. They offer high durability, low insertion loss, and excellent back reflection. They are available in LSZH, riser, and plenum rated versions for a variety of environments.


The following are examples of Fiber Bragg Gratings written with the NORIA including their original Sol Photonics design
EXAMPLE Fiber Bragg gratings in hydrogen loaded and non-hydrogen loaded SMF-28 fiber
Hydrogen loading significantly improves the photosensitivity of a fiber. As an example case, below are the results of an FBG designed for a sensing application written in a standard SMF-28 telecom fiber with and without hydrogen loading.
- Uniform grating
- Reflectivity >90%
- Physical length 4 mm
- Central wavelength: between 1510 – 1590 nm
Used phase mask:
- Ibsen +/- first order
- pitch 1066.41 nm
- no Chirp
- Optimized for 193 nm illumination
The following graphs show the difference in photosensitivity of the SMF-28 fiber. The enhancement in photosensitivity is a 100 fold:
A total of 5 gratings are written consecutively using the NORIA. Grating spectra given below show the performance in repeatability of writing a set grating design.
EXAMPLE High reflective long chirp gratings centered at 1650 nm
Gratings centered in the monitoring band of the ITU grid can be used for diagnostic purposes. Sol Photonics has made the grating design using GDS. Manufacturing of the gratings was done with the NORIA and an Ibsen phase mask.
- Uniform grating
- Reflectivity: 90%
- Physical length 10 mm
- Central wavelength: 1650 nm
- Full Width Half Maximum: >10 nm
The Sol Photonics GDS software indicates which phase mask (pitch and chirp rate) is needed. After purchasing a phase mask the designed grating is manufactured. Results are given below. (left; reflection spectrum, right: transmission spectrum)
EXAMPLE High Reflective (HR) grating and Output Coupler (OC) grating in Large Mode Area (LMA) fiber
High power fiber lasers use Fiber Bragg Gratings as cavity mirrors. 2 different grating designs are used to comprise a laser cavity; an HR grating with a typical reflectivity >97% and a bandwidth of several nm (e.g. 3 to 5 nm) and an OC grating which is used for feedback with a typical reflectivity between 4 - 20 % and a bandwidth of 0.5 - 1 nm. The fiber type used in a fiber laser cavity is typically a Large Mode Area (LMA) fiber having a small NA (0.06 - 0.08) and large core (e.g. 20µm).
Using GDS the following design was made (left: HR grating, right OC grating).
Phase masks are ordered based on the GD simulations and gratings written using the NORIA. Both HR and OC results are given in the figures below.


Camera systems: the basic system represents a connection of a camera and a display. Camera systems serve to increase a protection of buildings or to monitor operation. Camera systems may include black and white, colour or switchable options.
We install DEDICATE MICROS, SANYO, PELCO WATEC, and SICURIT Companies camera systems and equipment. We provide a 24-month warranty for camera systems.
Tel.: +420 602 742 980
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Two Points Individuals Do Definitely Not Recognize About LASIK Eye TreatmentsThe eye can be analyzed with relative ease regarding both its function and its structure. A functional assessment consists of the capability to move in the orbit and the reaction of the student to light and lodging.
The function of the eye may be tested in several ways. The client might be asked to identify illuminated letter or objects of differing sizes on exactly what is known as the Snellen chart.
Alternatively, the assessment of the structural part of the eye may be made in several ways. Stress within the eyeball is measured by a "tonometer." In certain diseases, especially in glaucoma, the stress in the eyeball is increased markedly.
However, it must be well kept in mind that a patient with an eye issue may have other issues as well. Typically other physical conditions are primary and affect the eye as a repercussion. The look of the eye can alert the doctor and the client to difficulties in some disturbances of other parts of the body even prior to other signs present themselves.
Subsequently, one's dependence on sight is highlighted when one deals with a possible or short-term long-term loss of this essential sense. For this reason, when restorative steps are sought, specific kinds of vision correction such as contact lenses or glasses are recommended.
On the other hand, some individuals are troubled with the reality that they have actually some framed lenses or contact lenses in front of their eyes.
For this reason, advanced surgical operations were established to motivate reduced utilization of contact lenses or glasses. Among which is the now popular LASIK eye surgical treatment.
Generally, LASIK eye surgical treatment is the short-term for "Laser-Assisted In Situ Keratomileusis." Like its tangible equivalent, LASIK eye surgery is another form of vision correction. The only difference is that with this type of surgery, one's vision is fixed permanently.
With LASIK eye surgery, the refractive mistakes in the cornea are completely changed. This can be done utilizing an "excimer laser."
The main function of this surgery is to produce a threadlike, rounded "flap" in the cornea using a blade referred to as "microkeratome." In a series of unfolding and laser processing, the cornea is lastly reformed, permitting better the eye to direct more light into the retina.
Appeal vs. Disadvantages
In the middle of the growing appeal of LASIK eye surgery, there are still disadvantages that people should understand. Probably, the main factor why this type of eye surgical treatment has actually become well accepted is since the majority of its cases had actually been effective.
However, in spite of its success, there are still some downsides. Here is the list:
1. It is an operation used to the most sensitive part of the eye
Because LASIK eye surgery involves the operation of the retina, which is among the most sensitive parts of the eye, many individuals say that the operation can be really risky.
To puts it simply, a simple error might almost cause an person's life time blindness. Hence, it is essential to consider lots of aspects prior to choosing whether LASIK eye surgical treatment is the ideal corrective step one needs to go through.
2. informative post It is not a perfect procedure
LASIK eye surgery may fix your vision but it does not necessarily indicate that it can provide you a perfect vision. Even if analytical reports show that 70% of the clients might have 20/20 vision, this does not necessarily mean they have perfect vision.
Offered all these things, it can be deduced that, in spite of the appeal of the operation, LASIK may not always be the perfect eye surgical treatment the way the majority of people view it
Alternatively, the assessment of the structural part of the eye might be made in several methods. It must be well kept in mind that a client with an eye problem may have other issues. Typically other physical conditions are main and affect the eye as a repercussion. The appearance of the eye can alert the client and the doctor to difficulties in some disruptions of other parts of the body even before other signs provide themselves.
Like its tangible counterpart, LASIK eye surgical treatment is another form of vision correction.


The Ovation 260WW LED profile is equivalent to a 1k tungsten spotlight whilst using far less power (260 watts compared to 1000 watts). It is a warm white colour temparture, ideal for 'white-light' stage wash. This ERS-style fixture has very smooth dimming control and provides a flat, even field of light for great results when using it for gobo projection.
We stock it with the 15-30 degree lens and it's fully compatible with industry standard lens tubes and accessories.
Power and Current: (WW) 204 W, 1.0 A @ 230 V, 50 Hz
Color Temperature (at full): (WW) 3149 K
Strobe Rate: (WW) 0 to 27 Hz
Dim Modes: 4
Built-in Automated Programs: Yes
Color Temperature Presets: (CW) No
Control Protocol: (WW) DMX
DMX Channels: 1, 2, 3 or 6
Modes/Personalities: 4 personalities (1, 2, 3, 6)
Illuminance (w/15°–30° lens)(Narrow): (WW) 16,827 lux @ 5 m
Illuminance (w/15°–30° lens)(Wide): (WW) 10,626 lux @ 5 m


After the modulated pulse generated by the oscillating circuit passes through the reflection circuit, the digital integration photoelectric switch or RC integration method is used to eliminate interference, and finally the driver is triggered (or not delayed) to output the photoelectric switch control signal.
Using optical elements, the light beam is changed in the middle of the propagation medium; the light beam is used to reflect the object; and the light beam is returned after a long distance. The photoelectric switch is composed of three parts: transmitter, receiver and detection circuit. The emitter is aimed at the target to emit a light beam. The emitted light beam generally comes from a light emitting diode (LED) and a laser diode. The beam is emitted uninterrupted, or the pulse width is changed. The radiation intensity of the pulse-modulated beam is selected multiple times during the launch, and it runs indirectly toward the target. The receiver consists of photodiode or phototransistor. In front of the receiver, optical components such as lenses and apertures are installed. Behind it is the detection circuit, which can filter out the valid signal and apply the signal.


Detector Photoelectric Smoke Bone Low 2/4-Wire
The SLR-835/-835H Photoelectric Smoke Detector utilizes two bicolored LEDs for indication of status. In a normal standby condition the LEDs flash green every 3 seconds. When the detector senses that its sensitivity has drifted outside the UL listed sensitivity window the LEDs will flash Red every 3 seconds. When the detector senses smoke and goes into alarm the status LEDs will latch on Red. The detector utilizes an infrared LED light source and silicon photo diode receiving element in the smoke chamber. In a normal standby condition, the receiving element receives no light from the pulsing LED light source. In the event of a fire, smoke enters the detector smoke chamber and light is reflected from the smoke particles to the receiving element. The light received is converted into an electronic signal. Signals are processed and compared to a reference level, and when two consecutive signals exceeding the reference level are received within a specified period of time, the time delay circuit triggers the SCR switch to activate the alarm signal. The status LEDs light continuously during the alarm period.


Measuring Range X- 29.5", Y-25.6", Z-19.7"
Work Capacity X-32.5" Y-37.0" Z-22.5"
Accuracy (220.127.116.11)(765) 0.0002"
(1) Mitutoyo optical
series 172 profile projector
JPM Precision Machine has an inspection lab with a Brown and Sharpe CMM and a Mitutoyo optical comparator. This lab allows us to perform quality control and ensures that our customers receive the highest quality and most precise parts possible.
JPM Inspection Lab


Inspecting with all the tools of today and tomorrow for the tranquility of our clients.
The definitive aerial platform. Its robust design is easily configurable to serve as a tool in a wide variety of industrial settings.
Its advanced construction gives it an IP43 degree of protection to operate in the harshest environments.The RTK geolocation system provides this drone with millimeter precision, increasing the security of the most demanding operations.
It also has a Detect and Avoid system to automatically offer the operator real-time information about nearby airplanes and helicopters. Equipped with anti-collision beacons to be visible at night or in low light, making it safer to work in difficult conditions.
In addition, the signal from this platform is encrypted to keep the data flow secure so that all information is kept safe.
Designed to be reliable even when operating for an extended period of time. The Matrice 600 is prepared for professional aerial photography and industrial applications.
The modular design makes it easy to assemble and is ready to use in just a few minutes. Its great power allows it to carry loads of up to 6 kg.
In addition, the extended flight time and a long-range range of up to 5 km, as well as ultra-low latency HD image transmission, enables accurate image recording and composition.
Prepared to operate under the highest safety requirements, its advanced design allows it to manage which battery to use and to shut down the opposing engine in the scenario of engine failure to ensure mission.
This platform is born from the convergence between engineering, innovation, and aerial photography. A drone that incorporates all the advanced technologies that make DJI famous and that is capable of establishing a new ceiling on what it is possible to do in the field of aerial photography.
This small but powerful machine can capture images and videos in 4K 4K 10-bit HDR with the correct color tones, including more prominent light areas and higher contrast, making HDR an extremely attractive option.
This platform also has a powerful signal transmitter that allows it to operate up to 8 km while offering real-time images at 1080p.
DJI’s Ronin-MX Camera Stabilizer has been designed to carry many of the cameras used in daily filming around the world, and SmoothTrack ™ algorithms ensure smooth movements in every setup.
Its silent motors prevent the shooting microphones from picking up engine noise. Designed to resist strong accelerations using its powerful motors and IMUs, the Ronin-MX has been designed to maintain stability and maintain horizontal when placed in an aircraft or vehicle.
Its advanced operator communication system provides long-range HD video transmission from air to ground up to 5km away.
The Zenmuse X5 camera, the world’s first compact Micro Three Quarter mirrorless type made specifically for aerial photography and cinematography.
It has a powerful sensor capable of recording 4K video at up to 30fps and taking images at 16 Megapixels. Equipped with the standard MFT interchangeable lens mount and absolute control of focus, aperture and more, wirelessly via the remote control, allowing you to record just the way you choose.
With a 12.8-step dynamic range, the highlights and shadows of recordings are clearer and more concise.
Equipped with an improved Micro 4/3 sensor, the Zenmuse X5S has a 12.8-step dynamic range with a much better signal-to-noise ratio and color sensitivity.
It supports up to eight standard M4/3 lenses (including zoom lenses) with focal lengths ranging from 9mm to 45mm (equivalent to 18mm – 90mm on a 35mm camera), allowing for greater creative flexibility.
The new image processing system makes the Zenmuse X5S capable of capturing video at 5.2K 30fps, as well as 4K 60fps and 4K 30fps both at 100Mbps.
DNG continuous burst shooting at 20 fps with 20.8 MP images is also supported.
The DJI Zenmuse XT allows you to take high-quality thermal images from the air. It combines DJI’s unrivaled expertise in image transmission and stabilization technology with FLIR’s industry-leading thermal photography technology. The Zenmuse XT is the ultimate tool for fast and reliable thermal imaging.
This camera provides high sensitivity (50 mK) thermal imaging at 640/30 fps. This sensitivity allows the temperature to be measured with greater precision, making it ideal for data analysis and telemetry.
Thanks to a custom stabilizer with which the camera is equipped, the image is stabilized and controlled, thus offering a clear and fluid image, as well as a 360º rotation movement without jerks.
The small and light but powerful Zenmuse X3 is DJI’s answer when creating a camera capable of adapting to any setting.
This versatility is underlined by its ability to record at 4K 30fps or 1080p at 60fps, and shoot clean, crisp 12-megapixel still images.
This is possible thanks to the 3-axis stabilization ball joint that receives a continuous stream of data from the intelligent control knob, so it knows the aircraft’s flight parameters at all times and calculates the necessary movement correction to the millisecond.
Angular speed, momentum, inertial force, and even GPS data allow the stabilizer to apply the correct power and force in every situation to keep the camera perfectly level regardless of the situation.
The Zenmuse Z30 is the most powerful aerial zoom camera on the market with 30x optical zoom and 6x digital zoom for a full 180x magnification.
Whether during the inspection of telecommunication towers or wind turbines, it allows to observe in detail structures, cables, modules and components to detect damage or malfunction.
Its powerful zoom allows inspections at a greater distance without the need to fly very close, which increases the efficiency of the operation and reduces your time.
Through live communication, both engineers and pilots can more quickly identify any problems and perform the inspection more efficiently.
The third generation of Sony’s powerful RX10 camera, consisting of a 24-600mm F2.4-4 25x optical lens and 1.0-type stacked CMOS sensor combine to perfectly highlight subjects.
Extended zoom, top speed, and quiet operation offer a whole new shooting experience.
Eight ED glass elements, including two aspherical EDs and a super ED make up a large aperture unit that is as compact as possible to produce superior quality images across the entire range of the lens, including the ultra-telephoto end.


MOT Rules And Regulations
A pair of headlights must:
• emit light of substantially the same colour and intensity
• emit a steady colour of either white or yellow
• be visible from a reasonable distance.
A brake light must emit a steady red light. At least 50% of the lamp must be visible from the rear Light must be visible from a reasonable distance
At least 50% of the reflecting surface must be visible from a reasonable distance.
Every indicator must emit amber light. At least 50% of the lamp must be visible. Light must be visible from a reasonable distance.
Masks / converter kits
A headlamp or rear tail lamp altered in this way is not a reason for MOT rejection. So long as light outputs are not adversely reduced, it emits the appropriate correct colour and the mask is securely attached.
SPi Vision Guide Note
High-intensity discharge light bulbs (H.I.D/Xenon) may cause excessive heat build-up under sustained high beam use. This may result in melting of the vinyl. Normally, if the high-beam bulb has a silvered tip or a cowling in front of it, then this should be acceptable.
If you are fitting this product to headlights, check your headlight configuration before applying. Light clusters that have a protective coating or lacquer are unsuitable for applying SPi Vision. Like many vinyls, it may damage this coating when the SPi Vision is removed. You should check for a protective layer before any installation of the SPi Vision.
SPi Vision may not be suitable for installation on to non-factory or aftermarket fitted light clusters or where high intensity bulbs have been installed above factory guidelines. You must check before installation that the headlight is suitable.
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Effective pixel count of 10.1 million pixels and a 7.1x optical zoom
An effective pixel count of 10.1 million pixels and a 7.1x optical zoom NIKKOR lens with a zoom range beginning at the wide-angle 28mm focal length (equivalent with 35mm format)
A large CCD image sensor, high-performance NIKKOR lens and new image-processing engine EXPEED C2 that achieves greater image quality and faster image processing, have been adopted for rendering capability that enables capture of photographic works of art.
Large 1/1.7-inch RGB CCD image sensor
Individual pixels with greater pitch enable richer tonal expression and a broader dynamic range for excellent image quality, even with shooting at high sensitivities.
A lens-shift vibration reduction (VR) function and two ED lens elements that effectively suppress chromatic aberration have been adopted for the 7.1x optical zoom NIKKOR lens that covers a wide range of focal lengths from the wide-angle 28mm to telephoto 200mm (equivalent with 35mm format). These features of the NIKKOR lens enable capture of sharp, high-resolution images.
Built-in ND filter
The P7000 is the first COOLPIX camera to be equipped with a built-in neutral density (ND) filter that reduces the amount of light that passes through the lens, enabling a three-stop decrease in shutter speed. This allows you to apply slower shutter speeds when shooting in bright surroundings.
6-blade iris diaphragm
Specify zoom focal length and register camera settings
- Zoom memory – This function allows you to easily specify a preset focal length with zoom photography. As zoom can immediately be switched from a wide-angle position to a specified telephoto focal length, capturing images at the intended angle of view is fast and easy.
- User setting modes – Up to three combinations of settings specified by the user can be registered by the camera. Simply rotate the mode dial to apply registered settings and achieve the intended results quickly.
A variety of functions that enable superior rendering with shooting at high sensitivities in dark surroundings
- Low noise night mode – The camera automatically detects surrounding brightness and controls noise while applying a higher ISO sensitivity setting.
- Noise reduction filter – The level of noise reduction processing performed can be adjusted according to shooting intent.
- Long exposure NR – Reduces the noise that occurs with shooting in dark surroundings at slow shutter speeds.
High-speed response that ensures certain capture of fleeting scenes
Preserve precious photos with instant capture of sudden movements or fleeting expressions. A power-up time of approximately 0.95 seconds and a shooting time lag of approximately 0.23 seconds ensure quick response to sudden photo opportunities.
Tone level information display for checking exposure
The new tone level information function not only allows users to verify exposure with a histogram (graph showing brightness distribution), but also allows them to choose the desired tone (brightness) from nine levels. (A histogram is a graph that shows brightness distribution. The horizontal axis shows the number of pixels and the vertical axis shows luminosity.)
Greater support for RAW files, making them even easier to use
Support for Nikon’s exclusive RAW (NRW) format has been extended to continuous shooting and functions including Active D-Lighting.
(ViewNX 2 (Ver. 0.0) is required to open NRW files on a computer. The application or updates can be downloaded free from Nikon’s website (support page).)
Recording of HD movies with stereo sound
3-inch, approximately 921k-dot TFT LCD monitor with wide viewing angle and 100% reproduction of the sRGB color space
Superior operation that is easily mastered
Adoption of a quick menu dial and exposure compensation dial makes applying camera settings faster and smoother by reducing the number of menu layers. In addition, the superior design with a focus on operation offers a natural and comfortable grip perfectly suited to shooting.
- 4 exposure modes: [P], [S], [A], [M]
- Three auto bracketing functions Exposure bracketing (Tv and Sv), White balance bracketing for automatic continuous shooting at specified increments for more precise expression
- Macro photography with shooting as close as 2 cm (0.8 in.) to the lens
- Virtual horizon display for visual confirmation that the camera is horizontally and vertically level
- COOLPIX Picture Control options that can be selected according to the scene or your intent prior to shooting
- Support for a variety of optional accessories, including a wide-angle converter and external Speed lights
- Available in Black only
|Type of Camera
||Compact digital camera
||1/1.7-in. type CCD; approx. 10.39 million total pixels
||7.1x optical zoom, NIKKOR lens; 6.0-42.6mm (angle of view equivalent to that of 28-200 mm lens in 35mm format); f/2.8-5.6; Digital zoom: up to 4x (angle of view equivalent to that of approx. 800 mm lens in 35mm format)
|Focus range(from lens)
||[W]:Approx. 50 cm to ∞,
[T]:Approx. 80 cm to ∞,
Macro close-up mode: Approx. 2 cm to ∞ (wide-angle side of the triangle icon)
||7.5cm, approx. 921k-dot, TFT LCD monitor with antireflection coating and 5-level brightness adjustment
||Internal memory (approx. 79 MB), SD/SDHC/SDXC memory card
||ISO 100, 200, 400, 800, 1600, 3200, Hi 1 (equivalent to 6400)
Auto (auto gain from ISO 100 to 800)
High ISO Sensitivity auto (ISO 100 to 1600)
Fixed range auto (ISO 100 to 200, 100 to 400)
Low noise night mode (ISO 400 to 12800)
||One Rechargeable Li-ion Battery EN-EL14 (supplied) AC Adapter EH-5a (used in combination with the Power Connector EP-5A) (available separately)
|Still pictures: Approx. 350 shots Movies: Approx. 2 h 45 min (HD 720p (1280p720))
||Approx. 114.2 × 77 × 44.8 mm (excluding projections)
||Approx. 360 g (with battery and SD memory card)
||Camera Strap, Rechargeable Li-ion Battery EN-EL14,Battery Charger MH-24, USB Cable UC-E6, Audio Video Cable EG-CP17, ViewNX 2 CD-ROM
Unless otherwise stated, all figures are for a camera with a fully-charged rechargeable Li-ion Battery EN-EL12 operated at an ambient temperature of 25°C (77°F).
Shot on COOLPIX P7000


Mirrors are wave reflectors of visible light, and can illuminate any space.
The earliest mirrors in 6000 BC Turkey, were made from polished obsidian. In Mesopotamia and ancient Egypt, polished copper mirrors have been dated back to 4000 BC. Metal-coated glass mirrors were invented by Sidon, or modern-day Lebanon, and appeared in the first century AD.
Long have mirrors been a way of reflecting light onto your face, and pouring illumination into any space. In ancient Egypt, tombs and chambers were illuminated using an ingenious system of series of mirrors reflecting light from the ground surface. Mirrors are used in scientific apparatus, enabling the function of telescopes, cameras, lasers, and industrial machinery.
To create depth and spread light in any space, place large or a series of small ornate mirrors along any wall, and utilize the natural light of the home to reflect brightness into any corner. See how these modern homes utilize mirrors to brighten up the environment!


Capture stunning imagery with the legendary Hasselblad camera and enjoy a smooth flight with omnidirectional obstacle sensing. Every improvement on Mavic 3 sets a higher standard for aerial photography.
DUAL-CAMERA SYSTEM – SEE MORE FROM A HIGHER PERSPECTIVE
The legendary Swedish brand Hasselblad has customized the L2D-20C aerial camera for DJI Mavic 3, embedding a professional-grade 4/3 CMOS in an incredibly compact space. Rigorous Hasselblad standards are applied to both hardware performance and software algorithms, bringing imaging quality to an entirely new level.
4/3 CMOS Built for Masterpieces
A larger image sensor not only gives Mavic 3 higher resolution and dynamic range, it also more effectively suppresses noise in low-light environments.
12.8 Stops of Dynamic Range for Optimal Image Quality
The 4/3 CMOS sensor comes with a high 12.8-stop dynamic range to retain more details in highlights and shadows, upgrading your work to a professional level.
Adjustable Aperture For Every Scene
Aperture is adjustable according to the needs of different scenes. In low-light environments, the f/2.8 aperture lets more light in; when the lighting is sufficient, aperture can be adjusted to lower the shutter speed for recording smoother, more natural footage.
Wider FOV to See the Bigger Picture
Weighting less than 13 g, the 24mm equivalent lens not only supports autofocus, it also has a 84° FOV to capture more in every frame.
Focusing is faster with VDAF Technology.
The Hasselblad camera on Mavic 3 features Vision Detection Auto Focus (VDAF) technology, which works with multiple vision sensors to utilize distance data and optimize focusing speed.
HASSELBLAD NATURAL COLOUR SOLUTION
Mavic 3 features the Hasselblad Natural Colour Solution, which is the result of decades of photographic experience, resulting in vivid, natural colors with the simple press of the shutter.
Excellence without Presets
Complex color presets have never been part of Hasselblad’s philosophy, neither of Mavic 3. Starting from the pixel level of sensors, Hasselblad developed the Hasselblad Natural Color solution (HNCS), a new perspective to handle a variety of scenes by easily reproducing accurate and natural colors.
Pixel Calibration for Ultimate Image Quality
To ensure Mavic 3 captures natural colors in the same way other Hasselblad cameras do, the L2D-20c lens adopts the same rigorous standards and has every pixel of the sensor calibrated, with the HNCS embedded.
Accurate Color Reproduction
During shooting, RGB color data obtained by the sensor will be converted through Hasselblad’s unique image processing algorithm and color processing mode so that natural colors in various scenes can be precisely reproduced without any presets.
IN THE BOX
DJI Mavic 3 × 1
DJI RC-N1 Remote Controller × 1
DJI RC-N1 Remote Controller Control Sticks × 1
DJI RC-N1 RC Cable (USB Type-C Connector) × 1
DJI RC-N1 RC Cable (Standard Micro-USB Connector) × 1
DJI RC-N1 RC Cable (Lightning Connector) × 1
DJI Mavic 3 Intelligent Flight Battery × 1
DJI Mavic 3 Low-Noise Propellers (pair) × 3
DJI 65W Portable Charger × 1
DJI Mavic 3 Storage Cover × 1
Type-C Cable × 1
PROFESSIONAL VIDEO SPECIFICATIONS
5.1K Video Recording
10-bit D-Log Color Profile
With professional imaging performance, Mavic 3 not only records aerial videos at high resolution and framerates, but also captures 1 billion colors with 10-bit D-Log color profile, presenting a more natural gradation of sky colors with more details retained for greater flexibility in post production.
The Mavic 3 Cine supports Apple ProRes 422 HQ encoding with a maximum data rate of 3772Mbps. In addition, it also supports a built-in 1TB SSD and 10Gbps lightspeed data cable to further facilitate professional filming and creation.
Extended Flight Time
Video Transmission Range
FHD High-Frame-Rate Live Feed
Facilitated with DJI Cellular Transmission Dongle


[m f f Books] Ebook Lasers Harnessing the Atom's Light by James P. Harbison
- Lasers Harnessing the Atom's Light
- James P. Harbison
- 01 July 2018 James P. Harbison
James P. Harbison ↠ 3 read
Invisible to the naked eye and made of materials built atom by atom to order are possible.
summary Ô eBook or Kindle ePUB ↠ James P. Harbison
This text provides a glimpse at the microscopic and macroscopic world of the laser Using.
review Lasers Harnessing the Atom's Light
Numerous illustrations and examples the authors explain how lasers so tiny that they are.


Different glazing types and their uses is quite a complex subject but I hope that we can
demystify it a bit here. Let’s start with the ordinary everyday product…
Standard Float Glass: The default choice, as used in picture frames for many years by all professional framers. It’s hard to scratch and inexpensive, but can break. Available in 2mm or 3mm thickness.
The “float” bit refers to the production process which is more flat and even than rolled glass which is used in horticulture etc.
There is quite a high iron content in this glass which gives it a greenish tinge which can detract from some artwork for example very high quality black and white photography. The reflectance of the standard float glass is approx. 8%. We are conditioned to expect these reflections but in some lighting situations they can render the artwork unviewable.
Non reflective glass
Many picture framers sell what’s technically known as etched glass, often calling it “non reflective glass”. This operates by scattering the light that hits the surface, preventing obvious reflections. In fact it is stopping light from passing through the glass and so effectively stopping you from seeing through it – rather defeats the object doesn’t it?
This is what we sell to combat reflection problems…….
Anti-Reflective Glass: To start with, the base glass stock has a lower iron content and so is clearer than standard glass – this is called “water white glass”. The improved glass base is then treated with a coating which aids the passage of light meaning that less light is reflected. The coating process was originally developed for NASA. The finished product offers crystal clear colour transmission and a virtually invisible, anti-reflective surface for truly amazing clarity. The reflectance of our anti-reflective glass is less than 1%.
We have tested two brands of anti-reflective glass side by side as well as examining their specifications: we believe both to be of an equally high standard. Predominantly, we use Tru Vue UltraVue® UV70 but occasionally use Artglass AR 70™ – the 70 by the way refers to the 70% of harmful UV light that these products filter out.
So far, we’ve only covered clarity and optical quality, now there’s another whole subject: the blocking of harmful UV light. Watercolours, old photographs, many prints and other types of artwork will fade in UV light.
Conservation Glass: Watercolours, old photographs, many prints and other types of artwork will fade in UV light. Our Conservation glass will block 99% of this UV light (from any direction) giving the highest possible protection to the artwork behind it. Please note that you should still never hang pictures in direct sunlight….
Museum Glass: Combines all of the qualities of the anti-reflective glass with all of the qualities of the conservation glass, so: 99% UV light blocked and less than 1% reflection. However, the extremely high UV protection does add a very slight orange colour caste and fractionally reduces overall light transmission; and of course, the museum glass is expensive.
UV92: Offers the optical quality of the anti-reflective glass together with a high level of UV protection. 92% of UV light which hits the glass straight on is blocked but its efficiency is degraded for UV light coming in at an angle. It is less expensive than museum glass and is probably has the best balance of of optical and conservation performance.


- by hopequan
- Posted on
The development of led strip light controller
LED strip light controller is a device used to control the LED strip light, through the controller can adjust the brightness, color, mode and other parameters of the LED strip light. With the development of LED strip light, LED strip light controller has also been continuously improved and innovated, mainly in the following aspects:
- Improvement of hardware technology: The hardware technology of LED strip light controller is constantly improving, which makes it have significant improvement in performance and function. Modern LED strip light controller adopts more advanced circuit design and chip technology to provide more stable and reliable control signal and power supply.
- Increase the diversity of control methods: LED strip light controllers are becoming more and more diverse in their control methods. In addition to the traditional physical buttons and remote control, modern LED strip light controller also supports wireless control, voice control, cell phone application control, intelligent voice control and other ways to provide a more convenient and flexible control experience.
- Support more types of light strips: LED light strip controller gradually supports more types of light strips. Not only can it control single-color and multi-color LED light strips, but also different types of LED light strips such as RGB light strips, RGBW light strips, digital light strips, and so on, to meet the needs of different users.
- Increase intelligent and automated functions: with the rise of smart homes, LED strip light controllers are also becoming more and more intelligent. Modern LED strip light controllers can be integrated with the smart home system to realize automation control, timer switch, scenario mode and other functions. In addition, some LED strip light controllers also have inductors and environmental sensors, which can automatically adjust the light according to the environmental conditions.
- Provide richer lighting effects: LED strip light controllers provide a richer selection of lighting effects. In addition to basic brightness and color adjustments, modern LED strip light controllers also support a variety of lighting effects such as gradient, jumping, flashing, breathing, etc., which can create more diverse and personalized lighting effects.
- Network connection and remote control: some advanced LED strip light controllers support network connection, which can be connected to smartphones, smart speakers and other devices via Wi-Fi, Bluetooth or other communication methods to realize remote control and management of LED strip lights, providing a more convenient operation and control experience.
Overall, LED strip light controllers have developed significantly in terms of hardware technology, control methods, intelligent functions and lighting effects. These improvements and innovations have made LED strip light controllers more powerful, flexible and easy to use, providing users with a more diverse and personalized LED lighting control experience.


2014 Photonics Buyers' Guide
The most comprehensive photonics buyers' resource with 750 pages of profiles, products and contact information for over 4000 companies. Indexed alphabetically, geographically and by products and services offered. 100% updated annually.
Print Edition - $60.00 U.S. & Canada, $84.00 all other countries
Photonics Spectrum Reference Chart
Full color poster of the photonics spectrum, displaying the major commercial laser lines, detectors and optical materials in the ultraviolet to the far-infrared and beyond. Size: 30 x 20.5 inches
Non-Laminated - $19.00 U.S. & Canada, $24.00 all other countries
Laminated - $34.00 U.S. & Canada, $39.00 all other countries
Lasers and Their Uses Reference Wall Chart
Part of Photonics Media's celebration of the 50th anniversary of the laser, this chart lists the major types of commercial lasers available in wavelengths from 1 nm to 1 mm, broken down by type and application.
Size: 31 X 10.8125 inches, unfolded.
Non-laminated (folded) - $15.00 U.S. & Canada, $20.00 all other countries


The Set camera attitude/zoom action enables to change the angle for camera roll, tilt, and yaw and to set the required camera zoom level. The angle can be set from 0° (inclusively) through 360° (exclusively). Zoom levels are integral positive values.
In UgCS for DJI, the value of the zoom level is displayed between zoom buttons. This value varies for different DJI cameras according to the camera value range. Therefore, before defining the Set camera attitude action value, check the border zoom values of the camera.
The zoom level in UgCS is set using the focal length measured in mm, where zoom x1 equals 24 mm. For instance, if the min zoom for a camera is x2, it roughly corresponds to 48 mm in UgCS, and the zoom x10 = 24*10=240 mm.
The optical zoom range of a particular camera limits the Zoom settings of UgCS.
Note: The yaw parameter works ONLY with DJI M300.The value is given in degrees relative to the North.
Note: Due to the different technical approaches of Z30, it is impossible to see the correct zoom values in UgCS for DJI - for now, the workaround to use this functionality is to find the desired zoom value empirically.
Updated 7 months ago


X1D Field Kit (Silver)
The XCD 45mm is the ideal standard lens for the X1D. Its moderate wide angle focal length provides a 35mm equivalent ...$2,695.00
The XCD 90mm is the ideal portrait lens for the X1D. Its moderate telephoto focal length provides a 71mm equivalent f...$3,195.00
XCD Macro 3,5/120mm
The XCD 120mm is the ideal macro lens for the X1D. It is suitable for both close-up work and for portrait or other ph...$4,495.00
X1D Medium Format Mirrorless Digital Camera (Si...
At less than half the weight of a conventional digital medium format camera, the mirrorless X1D is a game changer in ...$8,995.00


The TU 3 Laser Shaft Alignment Tool is designed to check the shafts in machines and facilities and for the optical alignment of the shafts. This reduces machine downtime and prevents premature bearing failure. By means of the TU 3 Laser Shaft Alignment Tool the relative position between two coupled machines, such as an engine and a pump, can be alternated to the point that the axis line of the shafts align during common operation. The measuring process with the TU 3 Laser Shaft Alignment Tool is based on two laser probes, which measure the vertical and horizontal displacement and angular deviation. Other parameters, including the thermal expansion and tolerance, can be included into the measurement process of the TU 3 Laser Shaft Alignment Tool. Spacer discs can be simulated by means of the Laser Shaft Alignment Tool as well. Other functions include the soft foot measurement, cardan shaft - mode, and plain-grade of surface. After measuring these parameters, the measured data is shown on the large display of the Laser Shaft Alignment Tool before being stored on the 2 GB data memory card. The data can be sent via USB or Bluetooth easily to a computer, where the data can be further processed, analyzed, and archived.
Laser Shaft Alignment Tool TU 3
Max. distance 10 m / 32.8 ft between sensors Accuracy ±1 % + 0.01 Resolution 0.001 mm Display resolution 0.01 or 0.001 mm Sensor type photo diodes 10 mm x 10 mm sensitive to position Laser type visible, red 635 ... 670 nm, < 1 mW Angulation measurement Resolution 0.1 ° Interfaces USB standard, Bluetooth option Data memory 2 GB Operational temperature -10 °C ... +55 °C
14 °F ... 131 °F
Power supply NiMH batteries (rechargeable) Enclosure Silicon protection Protection type IP 65 Weight 7.5 kg / 16.5 lbs


The 2009 Nobel Prize in Physics is being shared by three researchers. Half of the award is going to Charles K. Kao of the Standard Telecommunication Laboratories, in Britain, and the Chinese University of Hong Kong. He was honored for "groundbreaking achievements concerning the transmission of light in fibers for optical communication." The other half will be shared by Willard S. Boyle and George E. Smith, both of Bell Laboratories, "for the invention of an imaging semiconductor circuit – the CCD sensor."
Inside Higher Ed’s Blog U
What Others Are Reading


The Carlos III Health Institute subsidizes with half a million euros the research of a prototype that allows the rapid and non-contact analysis of surfaces contaminated by SARS-CoV-2, combining image acquisition systems in the entire optical and terahertz range ( submillimeter range) and its analysis with Artificial Intelligence.
The objective is the design of a prototype capable of detecting the SARS-CoV-2 virus deposited on surfaces of different materials through the use of existing optical technologies combined with Artificial Intelligence (AI).
This advance would make a great contribution to efforts to contain the pandemic and prevent new infections, since it would allow the precise detection of surfaces contaminated by the coronavirus.
The objective of the new project, given that there are currently no methods for detecting and visualizing the presence of the virus on surfaces, is to develop a portable prototype that would combine multispectral image reading systems, both in the optical range (from ultraviolet to infrared). thermal) as well as in the terahertz range, analysis methods using computational optics and Artificial Intelligence ( machine learning ).
This would allow rapid, non-contact analysis of contaminated areas by generating spatial distribution maps of these images in the field of view captured by the device. This would represent a great advance in terms of having methods that help to clean and decontaminate medical devices and facilities and to reduce contagion by contact.
The greatest difficulties of the project, which involves a great scientific and technological challenge, lie both in the scant information available about the virus – in terms of its physical characteristics, interaction mechanisms and deposition on surfaces, interaction with light. as in its size, barely 120 nanometers (a nanometer is one millionth of a millimeter).
To do this, they plan to explore practically the entire optical range, including the ultraviolet bands, the visible spectrum, the infrared and even the terahertz band, some of which are already being used successfully to determine the optical and electromagnetic properties of other types of viruses, even smaller than this SARS-CoV-2.
According to the scientists involved in this project, in just three months the first results could begin to be obtained, although the research is considering a horizon of about eight months. The group of researchers will openly publish the scientific results obtained in the course of the investigation, as well as the designs and devices that are developed, to enable their use and improvement by the international community.
Researchers from the Higher Technical School of Engineering of the University of Seville, the Virgen del Rocío University Hospital, the Seville Institute of Biomedicine, the Andalusian Network for the design and translation of Advanced Therapies, the TEDAX of the National Police, participate in the project. the Joint Research Center (JRC) of the European Commission and the Andalusian Technological Corporation (CTA) as well as the Calar Alto Astronomical Observatory.


Our new 200W and 300W LEDcorp XX1 LED floodlights. These two new products will replace our previous 300W and 400W LED Floodlights respectively. Both the 200W and 300W LEDcorp XX1 LED flood lights give out more than 170 lm/W, carry a 7-year warranty and have a lifespan of more than 100 000 hours (L80B70) @ 45 degrees Celsius ambient temperature. This results in an additional energy saving of 100W, an additional 2 years’ warranty and double the lifespan. 100W of additional savings calculates to R13 000 @ R1.30/ kWh over 100 000 hours which together with the doubled lifespan and increased warranty means you can offer your client additional benefits never before seen in LED lighting.


We’re glad to have been asked this question, because on those occasions when customers make mistakes on their orders, choosing polarized lenses when they intended to get photochromic lenses (or vice versa) is probably the primary error we get! Having a variety of lenses is a new way to showcase eyewear fashion while constantly maintaining their eye health.
Eyeglasses wearers aiming to get near-perfect vision and have high anticipation from their spectacles, often come to this tough battle of Polarised Lenses Vs photochromic Lenses. The advanced technology has made it possible to see from a natural vision, even with your eyeglasses. Both of these lenses help with the accuracy and clarity of your vision.
When it comes to choosing between Polarised Lenses and photochromic Lenses, people often get confused-head. Let us tell you that both of these lenses are great in their spectrum but the similarities in their features do confuse our wearers.
At Bonton, our experts give consultation to our customers to choose the most suitable lenses in accordance with their vision condition and requirements. But, today we will help you make an independent and informed decision to decide who wins the battle: Polarised Lenses Vs photochromic Lenses.
Before coming to the factors that would help you decide which lenses would be best for you but let’s first know what exactly are Polarized Lenses and photochromic Lenses?
What are Photochromic Glasses?
Photochromic lenses (also called transaction lenses) are specially designed to make you experience the best of every hour in a day. Okay, let us explain how? These lenses can adjust their shade according to the light present in the surrounding. They can allow an ideal amount of light to pass through lenses to your eyes. In other words, Photochromic lenses meaning can be simply the lenses that automatically get darker in the presence of sunlight which would give you the features of both eyeglasses and sunglasses into one frame. They are exemplary both in fashion appeal and efficiency.
People often also ask us, is photochromic lens good for eyes?
The answer is YES! Photochromic Lenses protect you from harmful UVA, UVB, and UVC rays. They reduced sensitivity to light, hence you squirt no more in the hot sun. The lenses will provide a perfect amount of tint on cloudy days as the photochromic lenses respond to the brightness outdoors.
Common uses for Photochromic glasses:
What are Polarised Glasses?
Glare comes to us unexpectedly and for this sudden shaft surprise of the sunlight can literally momentarily blind us. Imagine such an incident while you are driving; yes, it might end up with an accident. What can save you from such incidents are polarised lenses. They can reduce this bright glare of the sun. Polaroid lenses would help you drive safely and help you concentrate on the road better. This is the reason you often see people with sunglasses while driving and not eyeglasses. Polarized glasses can also advantage you with reduced reflections from the surfaces of water, which can be extensively beneficial if you are an aquaphile or just go for fun fishing sessions.
The technology behind spectacles lenses is so extensively advanced that with the special treatment given to them, they can make you see better. One such example from the Oakley polarized lenses is the Prizm series of the brand. It makes the vision more clear and vibrant for the wearer.
Common applications for Polarized sunglasses:
- Other outdoors activities
Where Photochromic lenses are most suitable for?
- One-stop solution to both style and comfort of eyeglasses and sunglasses.
- If you don’t settle in one place and frequently change indoor and outdoor, then photochromic lenses are the best way to go.
- You are a night rider.
- For those who are sensitive to light (photophobia), transactional lenses would be best for you.
- Suitable for sun protection.
Where Polarized Glasses are Most Suitable For?
- If you are a contact lens and non-prescription sunglasses wearer.
- You have no problem carrying another pair of prescription glasses.
- You are searching for a unique style from ordinary eyeglasses.
- You drive a lot during the day and need glasses to reduce sunlight glare.
We hope this blog will help you make an informed decision choosing from Polarised Lenses and photochromic Lenses. At Bonton, our collection ranges from Oakley photochromic lenses, ray ban photochromic lenses, and more. Make sure to book a consultation if you are still confused.
Bonton is here to help you with all your eyecare needs.


Since 1995 Sierra Olympic Technologies has offered advanced infrared imaging components and technologies for commercial, defense, government and OEM customers . We support products from the industry’s leading manufactures and technology developers, with a consistent dedication to quality and expert service in advanced focal plane array technologies. Our manufacturing services and products include infrared camera components, optics, digital storage and image processing. All of our products are classified under the US Commerce Department as NON-ITAR. Featured at the 4C Conference is our Ventus Optical Gas Imaging (OGI) camera core with 640 x 512 resolution ,”Hot” midwave-infrared (MWIR) detector array, providing unmatched thermal sensitivity and weighing only 580 grams (1.28 lbs.), with 25mm lens. Designed to optimize the detection and visualization of hydrocarbon gas leaks, such as methane, propane, butane, and 20 others. Ventus OGI is a lightweight, low-power, camera core that can be integrated into gimbals/enclosures for manned or unmanned aerial system platforms, for fixed mounted continuous monitoring systems or even handheld applications.


Visual acuity of 20/20 is considered “perfect vision” because no aids are required to see better, but people can have better than 20/20 vision.
Many young people are able to see letters smaller than the general “20/20” size.
What is the best vision?
Can people have better than 20/20 vision? 20/10 vision is thought to be the maximum visual acuity of human eyes without binoculars or other magnifying devices. Recent advances in optics have led to the creation of corrective lenses that can provide this ultra-sharp vision.
What is perfect eyesight?
The term, as most of us are familiar with, 20/20 vision is synonymous with “perfect vision”. Despite it being a measure of your eyesight, it does not at all mean “perfect vision”. You may be able to focus your vision at 20 feet, but may lack the ability to see five feet in front of you.
Is there anything better than 2020 vision?
A person with 20/20 vision is able to see letters 1/10th as large as someone with 20/200 vision. 20/20 is not the best possible eyesight however, for example, 20/15 vision is better than 20/20. A person with 20/15 vision can see objects at 20 feet that a person with 20/20 vision can only see at 15 feet.
What is the highest eyesight number?
On most Snellen charts, the smallest letters correspond to 20/10 visual acuity. If you have 20/10 visual acuity, your eyesight is twice as sharp as that of a person with normal (20/20) vision.


COLORVISION Contact Lenses - Blue
This product is sold out
COLORVISION premium colored contact lenses can be worn daily for up to 14+ hours while awake. The lenses should be replaced monthly. Paying attention to this monthly replacement and following a healthy lens care routine are vital for your eye health.
COLORVISION monthly colored contact lenses are manufactured using dyes from purely natural sources.
Before putting on the lenses
- Wash, rinse, and dry hands thoroughly.
- Use soap that is free of oils, lotions, or perfumes.
- Dry hands with a lint-free towel.
- Use fingertips to handle contact lens (not fingernails and/or sharp objects like tweezers).
- Check to ensure the contact lens is moist, clean, and damage-free before attempting to insert in your eye. Never put a damaged contact lens in your eye.
- Use fresh solution when caring for your contact lenses and as soon as you remove the lens from its container for the first time.
LENS TYPE: Monthly disposable soft colored contact lenses
PACKAGE DETAILS: 2 lenses immersed in buffered saline solution
WATER % OF CONTENT: 55%
MANUFACTURER: Vision Hitech


Clear, brighter skin is here. Based on the world's leading light therapy technology, LED Mask is an FDA-cleared flexible, portable, affordable at-home use device that uses four different light emitting diodes (LED) to reduce or eliminate mild to moderate acne and reduce the appearance of redness, inflammation, fine lines and pigmentation in the skin. Radford's first LED Mask illustrations are in collaboration with local Toronto illustrator, Lauren Pearson.
Intended Use of 4 Lights:
Red light: Promotes and improves blood circulation, anti-inflammatory, detumescence, analgesic and diminishes pigmentation. It is suitable for all kinds of skin.
Blue light: Inhibits excessive oil secretion, balances oil, and effectively sterilize
the skin. It is suitable for oily skin and acne skin.
Infrared light: Increasing skin moisture level and improving skin roughness.
Mixed light: Gathers a variety of light, sterilizes the skin, relieves the
inflammatory and delays aging. It is suitable for all kinds of skin.
- Reduces inflammation + redness in the skin
- Reduces pigmentation
- Clinically proven to reduce + eliminate acne
- Clinically proven to stimulate collagen production
1. Red light mode: wavelength 620nm
2. Blue light mode: wavelength 460nm
3. Infrared light mode: wavelength 850nm
4. Mixed light mode: wavelength 620nm or 850nm or 460nm
- Flexible silicone device
- Remote control
- Power supply & plug adaptors
- USB cable
- Head straps
- Built-in protective eye shields
- User manual


The Leica DISTO S910 Bundle includes the DISTO S910, TRI 70 tripod, FTA 360-S tripod adapter, target plate, holster, carrying case, and charging accessories.
Measure fast and precise distances between any two points from one location with the laser distance meter Leica DISTO™ S910. Create easily as-built documentation, calculate roof dimensions, integrate data into BIM or CAD software for even 3D visualizations. This improved workflows save valuable time and money – all this at ranges of up to 300 m.
The Leica DISTO S910 is the first LDM that captures multiple, accurate measurements in three dimensions from a single location, radically improving the efficiency of common measuring tasks.
Smart Base -- a biaxial pivot integrated with the circuit board -- is the key hardware innovation. Combined with a more powerful laser, a 360° tilt sensor, and new software --SmartBase enables the S910 to measure the distances and angles between multiple points.
SmartBase facilitates three new remote measurement functions:
|Measure from point to point with P2P Technology
The integrated Smart Base enables to measure distances (e.g. widths and tie distances) between any two points, angles and inclinations at the same time from one location. Thus, you’ll never have to reach for inaccessible areas again, enabling even the most complex measurement task to be quickly, accurately, and safely carried out.
|Capture measurement data in CAD format
The Leica DISTO™ S910 can save all the measured points into a DXF file as a floor plan, wall layout or 3D point coordinates that can be downloaded to a PC via the USB interface. Shorten the workflow, save money and avoid mistakes: because it’s completely digitalised. Writing errors are a thing of the past.
|Real-time transfer of point data
Transfer measurement data directly on site over the WLAN interface to a portable computer for further processing in your preferred software. Create a documentation or check a lay-out in real-time and transmit as many measurement points as you like – with or without pictures.
|300 m range with X-Range Power Technology
With the innovative X-Range Power Technology on board the Leica DISTO™ S910 represents the measuring technology of the future. It achieves ranges of up to 300 m and guarantees the best measuring performance even to poorly reflecting objects.


Sähkö-Jokinen Oy started its operations as a one-man installation company in 1968. With promising growth, the founder, electrical engineer Antti Jokinen, expanded the company operations to road light contract work. With his skills and experience, Antti Jokinen developed a lighting pole base with a unique mounting technology. Base production was started in Noormarkku in 1982.
After expanding and growing the business for 20 years, Antti Jokinen handed the company over to his children. The development of collision-safe lighting poles begun in 1992. The first piece of the new innovation was produced at the company factory in 1994. Only a few years later, the company was exporting the product abroad.
Today, Sähkö-Jokinen is known as a significant and reliable light mast and light pole supplier. Tens of thousands of KAPU® poles are lighting the roads and increasing safety all across Europe.


This is a lower cost version of the OpenFlexure Microscope. It supports uses the lens from the Raspberry Pi Camera to produce a microscope with field of view about 750μm, similar to using a 20x objective. It is motorised, but you can also build it as a manual microscope.
If you use this microscope for research please consider citing our paper in Optics Express.
The assembly is broken up into several steps:
- Test your printer
- Print the plastic parts
- Prepare the main body
- Prepare the microscope stand
- Assemble the actuators
- Assemble the basic optics module
- Mount the optics and the microscope
- Assemble the illumination
- Assemble the motors
- Attach the sample clips
- Complete the wiring
- Assembly complete


The wireless rear view mirror dashcam system Handy 10 has a front-facing dash camera and a battery powered backup/hitch camera that is perfect for Trucks, Trailers, Campers, RVs, Vans or other large cars where rear visibility is obscured! Just strap display over your existing rear-view mirror, plug-in rearview mirror monitor to the cigarette lighter power outlet, mount the rear camera on the back of your vehicle, turn on your car to pair the front unit with the rear unit, and you're all set!
The front camera can be extended out from the rear mirror monitor to capture the front scene. The view angle of the camera can also be adjusted by rotating the lens with your hand.
Nothing else mounted to your windshield! This dashcam fits over the factory rear-view mirror without disassembling. Simply bind the Handy 10 monitor to your existing rearview mirror with the rubber strap.
A user-friendly touch screen allows you easily to Start/Stop recording, Screenshot and Switch front/rear cam images. You can see the screen clearly even with polarized sunglasses.
Wireless Rearview Mirror Display with Dashcam
The old metal plate MP01 we configured in the Handy camera kit may cause the camera to fall off. Recently, Haloview changed the way of using MP01 (MP01 has been discontinued).
The new way of using MP01 as follows:
When using the newer metal plate MP02, here are some hints:
Otherwise, Haloview won't bear the responsibility ultimately.
|Resolution||1920 x 3(RGB) x 320|
|Micro-SD /TF Card||Max. 128G|
|Adjustable Parking Line||Yes|
|Channel||2 channels Max|
|Power Supply||DC 5V (Note: You have to use the provided cigarette lighter to step down the voltage from 12-32V to 5V.)|
|Outer Dimension||255mm(W) X 72mm(H) X 18mm(D)|
|Resolution||1920 x 1080|
|Image Device||1/2.8" Sony CMOS|
Hitch Camera (HandyCamera)
|Resolution||1280 x 720|
|Image Device||1/4" CMOS|
|SMART IR-CUT||650nm Day/850nm Night Auto|
|Transmision Distance(barrier free)||300m(984ft)|
|Night Vision Distance||8~10m (26~32ft)|
|Dimension||79mm(W) X 92.4mm(H) X 58mm(D)|


This just in from the really, really future scientists of America via Slashdot..."12-year-old William Yuan's invention of a highly-efficient, three-dimensional nanotube solar cell for visible and ultraviolet light has won him an award and a $25,000 scholarship from the Davidson Institute for Talent Development. 'Current solar cells are flat and can only absorb visible light'" Yuan said. 'I came up with an innovative solar cell that absorbs both visible and UV light. Solar panels with his 3D cells would provide 500 times more light absorption than commercially-available solar cells and nine times more than cutting-edge 3D solar cells. 'My next step is to talk to manufacturers to see if they will build a working prototype,' Yuan said. "If the design works in a real test stage, I want to find a company to manufacture and market it.""


Surface Scattering Velocity Map Imaging
We describe an adaptation of the velocity map imaging (VMI) technique: surface scattering velocity map imaging (SS-VMI), which allows you to measure the full 2D scattering plane of a gas-surface process. The initial implimentation of our SS-VMI technique was reported in the Review of Scientific Instruments here.
The figure below shows a cut through the ion optics which reveals the surface holder with stabilising electrodes and the path of the product ionization laser.
Initial experiments to demonstrate the quality of the velocity mapping with an electrically stabilised surface within the electric fields compared images of the photodissociation of CD3I with and without the surface present (Fig. 2 in the publication). However these images were taken with the molecular beam carrying the CD3I travelling parallel to the imaging detector. As such these images were blurred in the vertical direction by the spread in molecular beam speeds and the spread of internal energies taken by the CD3 fragment. By moving the molecular beam axis to be perpendicular to the detector (as is typical in a photodissociation VMI experiment), and by changing the molecule to be photodissociated we can demonstrate the power of the SS-VMI technique. The figure below shows the comparison of two NO2 images, taken with the surface present in the ion-imaging electric field (SS-VMI), and without the surface present (VMI).
The SS-VMI image was taken with the surface to laser distance set to 10 mm, and shows the excellent performance of the SS-VMI set-up.
Future developments to this experiment will involve the following strands:
The last strand has been developed this year by an MChem project student, Andrew Burton, who has developed a prototype in vacuum liquid flow device (design pictured below).
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The UK Ministry of Defence has partnered with a London-based company to establish the Nyx Alpha telescope in Cyprus, enhancing the country’s space monitoring capabilities. Set to be operational by spring 2024, the ground-based telescope will be operated by SpaceFlux from the upcoming UK Space Operations Centre in High Wycombe, England. This new capability will enable the UK Space Command and UK Space Agency to better monitor the growing number of satellites and debris in space, ultimately safeguarding the country’s interests.
The strategic location of the Nyx Alpha telescope in Cyprus provides a better view of the geostationary orbit, allowing for more accurate detection of objects in space. With plans to expand to 25 locations by 2024, SpaceFlux aims to bolster the UK’s ability to protect and defend its interests in space, supporting both military and civil space missions.
UK company SpaceFlux to operate new Nyx Alpha telescope to safeguard space assets – Detail Points
– The UK is enhancing its space monitoring capabilities with the new Nyx Alpha telescope
– The Ministry of Defence has partnered with a London-based company to set up the ground-based telescope in Cyprus
– The telescope will be operated by SpaceFlux, a British space technology company
– It will assist the UK Space Command and UK Space Agency in monitoring satellites and space debris more accurately
– The system is expected to be operational by spring 2024, bringing back a neglected capability
– SpaceFlux will build, maintain, and operate the Nyx Alpha telescope system from the upcoming UK Space Operations Centre
– The centre will coordinate civilian and military space awareness to protect UK interests, including the Skynet satellite communications network
– The UK also secured space awareness data from SpaceFlux and Raytheon Systems to support military and civil missions in space
– Cyprus was chosen for the telescope due to its strategic location providing a better view of the geostationary orbit
– The announcement was made at the UK Space Conference, emphasizing the crucial role of the new capability in safeguarding the country’s interests in space
What is the Nyx Alpha telescope?
The Nyx Alpha telescope is a ground-based telescope being set up in Cyprus by the UK Ministry of Defence in collaboration with SpaceFlux, a British space technology company. It will help monitor the increasing number of satellites and debris in space more accurately.
When will the Nyx Alpha telescope be operational?
The plan is to have the Nyx Alpha telescope system up and running by spring 2024, bringing back a capability that was once there but had been neglected.
What is the strategic location of the Nyx Alpha telescope in Cyprus?
Cyprus was chosen for the British Nyx Alpha telescope because it provides a better view of the geostationary orbit compared to locations on the UK mainland.
What is the role of the Nyx Alpha telescope in safeguarding the UK’s interests in space?
The Nyx Alpha telescope will provide crucial space awareness data to protect UK interests, such as the Skynet satellite communications network, from potential space threats.