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Extron Electronics is pleased to announce PowerCage the new Fox HDMI fiber optic extension, modular transmitter and receiver is compatible with HDCP, HDMI, audio and control signals through the fiber optic cable, so the immediate availability of long-distance transmission.OnSale Tripp Lite PDUV15 Power Distribution Unit PDU 14 Outlets 15 Amp Tripp Lite’s PDUV15 Basic V. Its design reliability and superior performance of high-resolution images, using Extron’s all-digital technology provides pixel perfect HDMI computer video image transmission, up to 1920 ¡Á 1200 resolution, including HDTV 1080p/60. Integration-friendly features include a focus Silver members, bronze members EDID automatically entered the store, audio embedding / de-embedding, audio gain and attenuation, internal test patterns, real-time monitoring system. PowerCage Fox HDMI transmission capacity and a comprehensive feature set, its wide range of application requirements to the ideal of the highest quality long-distance expansion of the high-definition content.

AV designers and system integrators are turning to the HDCP content fiber for future proofing professional AV system, said: “Casey Hall, Extron’s sales and marketing vice president. PowerCage 1600 shell used in conjunction, PowerCage Fox HDMI provides a convenient, space-saving, rack and multiple power HDCP-compliant fiber expansion. ”

The design PowerCage Fox HDMI PowerCage 1600, rackmount chassis, supports a wide range of Extron fiber transmitter and receiver boards. Using a single power cord and housing up to eight fiber in a single cabinet fiber extension, to simplify the integration of large-scale rack systems PowerCage 1600. The chassis also offers an optional redundant hot-swappable power and cooling management,China Optical Distribution Frame. Henan Zhang Jixiang feather information mill Siheung eighties in the last century. to optimize the reliability of mission-critical environments, continuous, 24/7 operation is essential. Allow to add or replace, without shutting down the system power board such as PowerCage FOX HDMI technology in the field, hot-swappable modular design.

PowerCage Fox HDMI as part of the widely Fox Extron fiber product line, the extension compatible with the entire production line, plus the DVI FOX series HDMI, the DVI interface, VGA port, VGA / YUV. It can be used for simple point-to-point applications or FOX Series matrix switching, and support of enterprise-wide facilities. Extron FOX series, including PowerCage the FOX HDMI Extender, a fiber optic product line of the AV industry’s most complete AV system design and system integrators.

When you want to isolate the communication between two devices or locations, the fiber link is the best way to go. However,OnSale Tripp Lite PDUV15 Power Distribution Unit PDU 14 Outlets 15 Amp Tripp Lite’s PDUV15 Basic V. in some cases, you may also need to isolate the transmission – the case of the traditional copper wire may prove to be unsafe or impractical, for example. This is why researchers at Sandia National Laboratories is developing power over fiber (POF) communication cables. It carries not only data, but the optical power.

POF is invented by Sandia National Laboratories Titus Appel and Steve Sanderson, currently limited to a fairly low capacity, so do not expect it any time soon to the power of your home . However, it can power small electrical equipment such as sensors, it will also provide data transmission.

In the embodiment of the cable, the optical power through a single glass fiber. At one end, the light emitted by the fiber-optic laser diode, while at the other end of the micro-photovoltaic cells to convert electrical energy. Power is only delivered the demand to reduce energy consumption.

Data stacked circular plastic optical fiber connected to the circuit board and LED installed at the ends of the cable connector shell after shell. POF the next version will use less bulky glass fiber, power and communications. It should also have the ability to provide power to external devices, while the optical power of the current prototype uses only runs its own electronic communications.

So, where to find this cable to use? Appel and Sanderson believe in safety-related applications, such as security, explosives, explosion-proof device, aerospace and medical equipment, it would be beneficial. “The key issue here is to keep the total electrical isolation,China Optical Distribution Frame. Henan Zhang Jixiang feather information mill Siheung eighties in the last century. any stray high-voltage surges caused by such things as electricity and lightning,” Sanderson said.

The team has been testing of POF-low-energy detonators, ignition cable, detonators, resistance, temperature and charging voltage data also provides the power of detonators. They are now reduced size, weight and cost of technology, making it strong enough to withstand everyday use.

Many different types of fiber laser, various types of equipment structure and output laser characteristics, a plurality of different classification according to their lasing have mechanism. According to the current development of fiber laser technology, its classification and the types of lasers are the following:

(1) the gain medium is as:

a) crystal-fiber laser. The equipment is a laser crystal fiber,China Optical Distribution Frame. Henan Zhang Jixiang feather information mill Siheung eighties in the last century. especially ruby crystal fiber laser Nd3+: YAG crystal fiber laser.Fiber Optic Patch Panel are also acknowledged as fibers distribution panels

b) the non-linear optical fiber laser. Mainly by the stimulated Raman scattering fiber lasers and stimulated Brillouin scattering fiber lasers.

c) rare-earth doped fiber laser. The activate-doped rare earth ions to the fiber (of Nd 3 +, Er3+, Yb3+, Tm3 +, wherein the matrix consists of quartz glass, zirconium fluoride glass, single crystal) made of fiber lasers.

d) The plastic Visible fiber lasers. Produced with the use of laser dyes in plastic optical fiber core or clad fiber laser.

(2) resonator structure classification for the FP cavity, the ring resonator, the loop reflector optical cavity, and “8″-shaped cavity, the DBR fiber lasers, DFB fiber laser.

(3) by fiber structure for single-clad fiber laser, double-clad fiber laser, photonic crystal fiber laser, fiber laser special classified.

(4) of the output laser characteristics classification for continuous fiber laser and a pulsed fiber laser in Q-switched fiber laser (pulse width ns magnitude) and mode-locked fiber laser (pulse width, pulse fiber laser based divided on the principle of pulse forming ps or fs, magnitude).

(5) the number of laser output wavelength can be divided into a single wavelength fiber lasers and multi-wavelength fiber laser.

(6) after the vote of the laser output wavelength can be used in multi-wavelength tunable single wavelength tunable lasers are divided.

(7) for S-band classification of the laser output wavelength band (1460 ~ 1530 nm), C-band (1530 ~ 1565 nm), L-band (1565 ~ 1610 nm).

(8) depending on whether the mode-locking be divided into: Continuous optical laser and mode-locked laser. The usual multi-wavelength laser is continuous light laser.

In accordance with the clamping device in passively mode-locked laser actively mode-locked laser are divided.