Hdmi To Fiber

For several years, fiber has made our daily lives easier. Obviously, among the pillars of this environment, we have found an Internet service provider. Bouygues Télécom is one of the major players in the market, and its optical fiber order is still one of the best orders. Before March 21st, the French giant will provide an extraordinary offer for Samsung Smart TVs and a Bbox optical fiber offer: 69 Euros (instead of 499 Euros)!

From March 1st to March 21st, you can take advantage of the incredible offer provided by every Samsung Smart TV model ordered by Bbox Fiber. The price cut was -86%, enough to persuade some unwilling people to plunge. Therefore, you can buy a 125 cm Samsung Smart TV for 69 Euros (instead of 499 Euros).

A 4K HDR smart TV with Bluetooth includes 2 HDMI ports and 2 USB ports, through which you can connect the device of your choice. Of course, whether you are a Netflix, Twitch or VLC fan, this smart TV can connect to the Internet and take advantage of available applications. To support this smart TV, Bouygues Télécom provides you with a bbox product with a maximum downlink speed of 1 Gbit/s and a maximum upload speed of 500 Mbit/s.

This two-year offer allows you to make unlimited calls to landlines and mobile phones in France and landlines in more than 110 countries/regions, as well as the B.tv+ service, which gives you access to more than 150 channels.

And, if the 125cm Samsung Smart TV is not suitable for you, please note that as part of Bouygues Telecom's Les Grands Jours case, other models are also undergoing price reductions. So you can find:

108 cm (43 inches) Samsung Smart TV, the price is 49 euros (instead of 399 euros) 138 cm (55 inches) Samsung Smart TV, the price is 219 euros instead of 599 euros 163 cm (65 inches) Samsung Smart TV, the price is 349 euros instead of €799

4K HDR smart TVs that benefit from the same products mentioned above. For the Bbox subscription's commitment of 29.99 euros/month every two years, you will benefit from the above promotions.

To qualify, it is easy. simple:

Subscribe to the Bbox Smart TV discount. Create a Bouygues Télécom customer account. Received an email from Samsung asking you to buy a smart TV from its website at a discounted price. Receive a new smart TV and install it in the room of your choice

If this is not the case and your address has been authorized, Bouygues Telecom can also provide you with free home fiber access services.

It only takes a few minutes to take advantage of this excellent limited time offer. So don't hesitate to use it! As a reminder, it will last until March 21, 2021.

Researchers have developed a data transfer system that transfers information 10 times faster than USB. The new link pairs a high-frequency silicon chip with a thin hair polymer cable. The system could one day improve the energy efficiency of data centers and reduce the load on spacecraft rich in electronic equipment.

This research was presented at the IEEE International Solid-State Circuits Conference this month. The main author is Jack Holloway '03, MNG '04. He studied for a Ph.D. in the Department of Electrical Engineering and Computer Science (EECS) at MIT last fall and is currently working at Raytheon. Co-authors include Ruonan Han, EECS associate professor and Holloway doctoral advisor, and Intel senior researcher Georgios Dogiamis.

The need for clear data exchange is obvious, especially in the age of remote work. Holloway said: "The amount of information shared between computer chips has surged, including cloud computing, the Internet, and big data. Many of them occur on traditional copper wires." But copper wires (such as those in USB or HDMI cables) are very expensive. Electricity-especially when dealing with heavy data loads. "There is a fundamental trade-off between the energy of combustion and the exchange of information." Despite the growing demand for fast data transmission (over 100 gigabits per second) through pipes longer than one meter, Holloway said the typical solution It is a copper cable with "increasing volume and higher cost".

An alternative to copper wire is fiber optic cable, although it has its own problems. Copper wires use electrical signals, while optical fibers use photons. In this way, the optical fiber can transmit data quickly with almost no energy consumption. But silicon computer chips usually do not work well with photons, which makes the interconnection between optical cables and computers a challenge. Holloway said: "There is currently no way to effectively generate, amplify or detect photons in silicon." "There are various expensive and complex integration schemes, but from an economic point of view, this is not a good solution. "So the researchers developed their own.

The team’s new link takes advantage of copper cables and fiber optic ducts while eliminating their drawbacks. Dogiamis said: "This is a good example of a complementary solution." Their conduits are made of plastic polymers, so they are lighter than traditional copper cables and may be less expensive to manufacture. However, when the polymer link operates with terahertz electromagnetic signals, it is much more energy efficient than copper in terms of transmitting high data loads. Holloway said that the efficiency of the new link is comparable to that of optical fiber, but it has a key advantage: "It can be directly compatible with silicon chips without any special manufacturing."

The team designed this low-cost chip to pair with polymer catheters. Generally, it is difficult for silicon chips to work at sub-Hz frequencies. However, the team’s new chip generates high-frequency signals with enough power to transmit data directly into the catheter. The researchers say that the clean connection from the silicon chip to the catheter means that the entire system can be manufactured in a standard, cost-effective way.

The new cable also exceeds copper and optical fiber in size. Han said: "The cross-sectional area of ​​our cable is 0.4 mm times a quarter of a millimeter." "So, it is very small, like a strand of hair." Although the size is small, because it passes through three different Parallel channels (separated by frequency) send signals, so it can carry large amounts of data. The total bandwidth of the link is 105 gigabits per second, which is nearly an order of magnitude faster than copper-based USB cables. Dogiamis said that this cable can "solve bandwidth challenges because we see this trend is moving towards more and more data."

Han hopes to tie them together in future work to make polymer catheters faster. He said: "Then the data rate will exceed the chart." "It might be 1 TB per second, but it's still cheap."

Researchers suggest that "data-intensive" applications such as server farms may be early adopters of the new link because they can greatly reduce the high energy consumption requirements of the data center. This link may also be a key solution for the aerospace and automotive industries, which place great emphasis on small and lightweight equipment. One day, due to the simplicity and speed of the link, the link can replace consumer electronics cables in homes and offices. Holloway said: "Compared with the (copper or fiber) method, its cost is much lower, and the bandwidth is much wider, and the loss is lower than traditional copper solutions. "So, full high-five. "

This research was partly funded by Intel, Raytheon, Naval Research Laboratory, and Office of Naval Research.

Provided by the

. Originally written by Daniel Ackerman (Daniel Ackerman).

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Two new

 The Evolution HDMI fiber optic extender supports multiple control methods and extends 4K HDR resolution to extremely long distances.

EVEXFBR1 with two-way IR and RS-232 and EVEXFBK1 with KVM added via USB 2.0 pass-through are designed to extend 4K HDR video and audio signals through multi-mode fiber optic cables and a distance of 6.2 miles/10 kilometers, with a maximum distance of 984ft/300m through single mode Optical fiber cable makes it suitable for expanding AV through HDMI of any size or scale.

[

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The Vanco EVEXFBR1 HDMI fiber optic extender includes two-way IR (20kHz to 60kHz) for source and/or display control, and RS-232 pass-through for additional control. EVEXFBR1 includes two power supply units for sending and receiving.

The transmission unit is used to capture HDMI input with control signal and transmit the signal through multi-mode or single-mode fiber optic cable. The receiving unit is responsible for equalizing the transmitted HDMI signal and reconstructing the IR signal. The box also contains multi-mode fiber optic modules and control cables.

Vanco EVEXFBK1's HDMI optical extender includes bidirectional IR (20kHZ to 60kHz) and RS-232 (such as EVEXFBR1), and also provides USB 2.0 KVM pass-through.

No need to run a separate production line or other expanders just for KVM control, EVEXFBR1 provides the option to control a secure NVR/DVR, computer, NAS system or any other components controlled by USB.

EVEXFBK1 also includes sending and receiving units.

The transmission unit is used to capture the HDMI input and connect the USB and control signals to the USB host (computer, DVR/NVR, etc.) through a multi-mode or single-mode fiber optic cable.

The receiving unit is equipped with two USB ports, which can connect USB peripherals, such as a keyboard or mouse, to equalize the transmitted HDMI signal, and rebuild IR and RS-232 signals.

EVEXFBRK1 comes with a multimode fiber optic module, a control cable, and for convenience, a USB 2.0 cable is also included.

Both models include multi-mode SFP modules and support

4K@60Hz, 4:2:0 chroma subsampling and 10-bit color, as well as HDR10, Dolby Vision and HDCP2.2.

Vanco International Product Development Director Brandon White (Brandon White) said: "Our two new HDMI fiber optic extenders are simple and cost-effective solutions that include everything you need. "For integrators who are concerned about EMI, They hope to extend the latest high-bandwidth audio and video standards over long distances. There is no better choice than the EVEXFBR1 and EVEXFBRK1 HDMI extenders. "

Vanco Evolution EVEXFBR1 and EVEXFBRK1 HDMI extenders are available for pre-order now and will start shipping in December. Interested distributors can contact Vanco International directly for pricing.

"Housing Technology Today" incorporates news and best practices, and industry leaders need to stay competitive with innovator profiles, exclusive interviews, and product reviews that consumers desire. In short, this advanced publication is injecting much-needed energy into the smart home market.

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