5d Optical Mouse Manual User
5d Optical Mouse Manual Instructions
5d Optical Mouse Manual

MC-C1 Cameleon - read user manual online or download in PDF format. Pages in total: 35. 5D optical mouse 800CPI resolution for mouse USB Mouse docking station with charger. Model number: SM-8500B. After the success of the SM-8000 and the requests for a wired mouse we introduce you the SM-8500 a wired silent mouse. The SM-8500 is a wired silent optical mouse which connects to your PC or laptop via a USB cable and has a total of 5 buttons. Optical Mouse Driver free download - Driver Easy, Driver Booster, Free Mouse Auto Clicker, and many more programs.

Model number: SM-8500B

After the success of the SM-8000 and the requests for a wired mouse we introduce you the SM-8500 a wired silent mouse.

The SM-8500 is a wired silent optical mouse which connects to your PC or laptop via a USB cable and has a total of 5 buttons.You will be amazed how much more relaxing this mouse is without the clicks….

A little bit of background…

Nowadays we are so used to using the PC and we have come acquainted with track pads, multi-touch displays etc. that we no longer need the confirmation of a clicking action. You know when you have clicked or double clicked. You see a graphical reaction of your clicking on the screen and PC’s are so fast these days that you practically never have to wait for your PC to respond. So you simply do not need a clicking-sound confirmation of your action… you know when you have clicked or not. So why still hear the clicking sound? Well it turns out that this is part of switching-technology and it is not so easy to remove the physical sound when clicking. We have managed to find a solution. With using some patented switching technology we (finally) have created a soundless/noiseless mouse.

It works for TV- and music-studio engineers and presenters

We have a lot of customers working in TV and music studio’s that rely on Nexus components for a truly quiet working environment. We have asked some of them to test our mouse… and they are delighted. No more clicking-sounds. Just a quiet environment without distracting clicking noises and sounds.

Comfortable shape and material

The Nexus Silent Mouse has a comfortable size and is an excellent mouse for desktop use. But also for laptop users it is very suitable. Especially because of the small nano receive which you plug in a USB port and leave it there. It is so small that you do not need to take it out…you just forget its there. Furthermore the mouse is made from quality surface treatments so it feels good in your hand.

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5d Optical Mouse Manual User

Patented Silent Switch technology

The switches we have used for the Silent Mouse have a patented construction and lack the “click” sound when you press them. You will be amazed how much more relaxing it is when you get rid of this useless sound in your working environment.

5 buttons

Beside the regular 3 buttons this mouse have two extra buttons on the side which makes it easy browsing forward and backward.

Model number: SM-8500B
Advanced technology
Wired mouse
5 buttons
Sensor light: red
Size:11,7x7,6x4,2cm

Computer memory types
General
MOS memory
Volatile
RAM
DRAM
Historical
Williams–Kilburn tube (1946–47) Delay line memory (1947) Mellon optical memory (1951) Selectron tube (1952) T-RAM (2009) Z-RAM (2002–2010)
Non-volatile
ROM
PROM
NVRAM
PCM (3D XPoint)
Early stage NVRAM
Magnetic
Magnetic tape data storage (Linear Tape-Open)
Optical
Optical disc
In development
Historical
Paper data storage (1725) Drum memory (1932) Magnetic-core memory (1949) Plated wire memory (1957) Core rope memory (1960s) Thin-film memory (1962) Disk pack (1962) Twistor memory (~1968) Bubble memory (~1970) Floppy disk (1971)

5D optical data storage (sometimes known as Superman memory crystal^[1]) is a nanostructured glass for permanently recording digital data^[a] using femtosecond laser writing process.^[2] The memory crystal is capable of storing up to 360 terabytes worth of data^[3]^[4] for billions of years.^[5]^[6]^[7]^[8] The concept was experimentally demonstrated in 2013.^[9]^[10]^[11] Hitachi and Microsoft have researched and developed 5D optical storage techniques.^[12]^[13]

Technical design[edit]

The concept is the bulk storing of data optically in non-photosensitive transparent materials such as fused quartz, which is renowned for its high chemical stability and resistance. Writing into it using a femtosecond-laser was first proposed and demonstrated in 1996.^[1]^[14]^[15] The storage media consists of fused quartz where the spatial dimensions, intensity, polarization, and wavelength is used to modulate data. By introducing gold or silver nanoparticles embedded in the material, their plasmonic properties can be exploited.^[1]

Up to 18 layers have been tested using optimized parameters with a light pulse energy of 0.2 microjoules (5.6×10⁻¹⁴ kWh), a duration of 600 fs, and a repetition rate of 500 kHz. Assuming a 100% efficient laser, that is one watt-hour (3.6 kJ) of energy consumption for a maximum 0.5 Mbits of data storage. For 1000 Mbits of storage that adds up to two kilowatt-hours (7.2 MJ). Testing the durability using accelerated aging measurements shows that the decay time of the nanogratings is 3×10^20±1 years at room temperature—30 °C (86 °F). At an elevated temperature of 189 °C (372 °F), the extrapolated decay time is comparable to the age of the Universe (13.8×10⁹years). By recording data with a numerical apertureobjective of 1.4 NA and a wavelength of 250–350 nanometres (9.8×10⁻⁶–1.38×10⁻⁵ in), a capacity of 360 terabytes can be achieved.^[1]

The format has a novel method of storing data called '5-dimensional'. This is more for marketing purposes since the device has 3 physical dimensions and no exotic higher dimensional properties. The fractal/holographic nature of its data storage is also purely 3-dimensional. According to the University of Southampton:

The 5-dimensional discs [have] tiny patterns printed on 3 layers within the discs. Depending on the angle they are viewed from, these patterns can look completely different. This may sound like science fiction, but it's basically a really fancy optical illusion. In this case, the 5 dimensions inside of the discs are the size and orientation in relation to the 3-dimensional position of the nanostructures. The concept of being 5-dimensional means that one disc has several different images depending on the angle that one views it from, and the magnification of the microscope used to view it. Basically, each disc has multiple layers of micro and macro level images.^[16]

It can be read with a combination of an optical microscope and a polarizer.^[17]

The technique was first demonstrated in 2010 by Kazuyuki Hirao's laboratory at the Kyoto University.^[18] Further, the technology was developed by Peter Kazansky's research group at the Optoelectronics Research Centre, Unive