Invented in 1970 by Corning Incorporated, low-loss optical fiber has become the best way to efficiently transport information from one location to another over long distances without loss of information. The most common mode of data transmission these days is through conventional optical fibers – a single central channel transmits information. However, with the exponential increase in data generation, these systems are reaching the limits of information carrying capacity. Thus, research is now focused on finding new ways to use the full potential of fibers by examining their internal structure and applying new approaches to signal generation and transmission. Moreover, applications in quantum technology are made possible by extending this research from classical light to quantum light.

In the late 1950s, physicist Philip W. Anderson (who also made important contributions to particle physics and superconductivity) predicted what is now called Anderson localization. For this discovery he was awarded the Nobel Prize in Physics in 1977. Anderson theoretically showed under what conditions an electron in a disordered system can either move freely through the system as a whole or be bound to a specific position as than “localized electron”. This disordered system can for example be a semiconductor with impurities.

Later, the same theoretical approach was applied to a variety of disordered systems, and it was deduced that light could also undergo Anderson localization. Experiments in the past have demonstrated Anderson localization in optical fibers, achieving confinement or localization of light – classical or conventional light – in two dimensions while propagating it through the third dimension. While these experiments had shown positive results with classical light, until now no one had tested such systems with quantum light – light made up of quantum correlated states. That is, until recently.

In a study published in Communications Physics, ICFO researchers Alexander Demuth, Robing Camphausen, Alvaro Cuevas, led by ICFO ICREA Professor Valerio Pruneri, in collaboration with Nick Borrelli, Thomas Seward, Lisa Lamberson and Karl W. Corning’s Koch, together with Alessandro Ruggeri of Micro Photon Devices (MPD) and Federica Villa and Francesca Madonini of Politecnico di Milano, were able to successfully demonstrate the transport of quantum states of two-photon light through an Anderson localization optical fiber ( PSF) with separate phases.

A conventional optical fiber vs an Anderson location fiber

Unlike conventional single-mode optical fibers, where data is transmitted through a single core, a phase-separated fiber (PSF) or phase-separated Anderson locator fiber consists of many glass strands embedded in a glass matrix two different refractive indices. During manufacture, when borosilicate glass is heated and melted, it is stretched into a fiber, where one of two phases with different refractive indices tends to form elongated strands of glass. Since there are two indices of refraction in the material, this generates what is called lateral disorder, which leads to a transverse (2D) Anderson localization of light in the material.

Experts in optical fiber manufacturing, Corning has created an optical fiber capable of propagating multiple optical beams in a single optical fiber by exploiting Anderson localization. Unlike multi-core fiber bundles, this PSF has proven to be very suitable for such experiments because many parallel optical beams can propagate through the fiber with minimal spacing between them.

The team of scientists, experts in quantum communications, wanted to transport quantum information as efficiently as possible through Corning’s phase-separated optical fiber. In experiment, the PSF connects a transmitter and a receiver. The emitter is a quantum light source (built by ICFO). The source generates quantum correlated photon pairs via spontaneous parametric downconversion (SPDC) in a nonlinear crystal, where a high-energy photon is converted into photon pairs, which each have a lower energy. Low energy photon pairs have a wavelength of 810 nm. Due to conservation of momentum, spatial anti-correlation arises. The receiver is a Single Photon Avalanche Diode Array (SPAD) camera, developed by Polimi and MPD. The SPAD area camera, unlike common CMOS cameras, is so sensitive that it can detect single photons with extremely low noise; it also has a very high temporal resolution, so the arrival time of single photons is known with high precision.

quantum light

The ICFO team designed the optical setup to send quantum light through the Anderson phase-separated localization fiber and detected its arrival with the SPAD array camera. The SPAD array allowed them not only to detect the pairs of photons but also to identify them as pairs, because they arrive at the same time (coincidence). As the pairs are quantum correlated, knowing where one of the two photons is detected tells us the location of the other photon. The team verified this correlation just before and after sending quantum light through the PSF, successfully showing that the spatial photon anti-correlation was indeed maintained.

After this demonstration, the ICFO team then set about showing how to improve their results in future work. For this, they performed a scaling analysis, to determine the optimal size distribution of elongated glass strands for the quantum light wavelength of 810 nm. After extensive analysis in conventional light, they were able to identify the current limitations of phase-separated fiber and propose improvements in its manufacture, in order to minimize attenuation and loss of resolution during transport.

The results of this study showed this approach to be potentially attractive for scalable manufacturing processes in real-world applications of quantum imaging or quantum communications, especially for the areas of high-resolution endoscopy, entanglement and quantum key distribution.

Reference: Quantum light transport in Anderson’s phase-separated localization fiber, Alexander Demuth, Robin Camphausen, Álvaro Cuevas, Nick F. Borrelli, Thomas P. Seward III, Lisa Lamberson, Karl W. Koch, Alessandro Ruggeri, Francesca Madonini, Federica Villa & Valerio Pruneri, Physics of communications volume 5, article number: 261 (2022), https://www.nature.com/articles/s42005-022-01036-5

The Global repeater market The study includes cost-benefit analyzes of key significant players along with industry chain analysis. It also highlights the market leaders in terms of expansion rate, price, level of competition, size, pricing and value chain analysis. The Repeaters market landscape and its future growth opportunities are covered in the research. This report includes information about manufacturers’ shipments, prices, revenue, gross profit, interview records, company distribution, and more. These facts help consumers understand repeater rivals. This study also includes price data for all regions and nations of the world, as well as market size, volume, and value information for each region and country.

Request a copy of the sample report @https://courant.biz/request-sample/?id=89482

Key Players of the Global Repeaters Market are Listed and Analyzed

• Commscope
• T&D Company
• Ultra VNC
• Westell
• roger
• OMRON
• IDT
• eaton
• yealink
• DSC

Additionally, the study includes segment data for product type segments, application type segments, and more. which cover various market size segments, both in terms of volume and value.

Repeater industry product type segmentation

• Telephone repeater
• Submarine Cable Repeater
• wireless repeater
• Analog repeater
• Digital repeater
• Others

Repeater industry application segmentation

• Data transmission
• Data Conversion
• WAN

Repeater Market Region Segmentation

• UNITED STATES
• Europe
• Japan
• China
• India
• South East Asia

2022 Global Repeater Market Competitive Analysis

A comparison of established companies in the Repeaters market is provided in the report, along with information on each company’s market shares, product portfolios, production value, current growth initiatives, and marketing strategies. In addition, SWOT analysis of Repeaters market players has been performed to examine the future plans of key competitors along with acquisition and merger plans to increase the global market share.

With the growth of the technological revolution and the globalization of combining and sourcing actions, it has been seen that the competition in the international repeater market is increasing tremendously. Repeaters research focuses on significant events in the global market such as new product introductions, global evolution initiatives, and major market rivals in the Repeaters industry. The research also emphasizes major developments that have a global and regional impact on the Repeater industry.

Please review the detailed scope of the report https://courant.biz/report/world-repeaters-market/89482/

Key Focus Areas of Repeaters Market Report 2022

• Repeater market information is gathered from primary and secondary sources and market values ​​are confirmed by experts in the domain.
• The research provides in-depth insights into the global Repeaters industry scenarios along with the potential growth in the future.
• The research provides an in-depth look at the level of competition in the markets and the many marketing tactics used by top companies.
• The primary objective of the Repeaters study is to identify market risk factors and growth drivers while monitoring the key development initiatives underway in the global Repeaters market.
• The research offers a forward-looking perspective on the Repeaters market investment areas and tracks major market segments.
• The study includes industry chain analysis of Repeaters that details upstream and downstream consumers, raw material suppliers and cost structures, and Repeaters marketing channels.
• The document provides a new project investment feasibility analysis for the worldwide Repeaters industry which identifies the projects technical viability, estimated cost and viability.

Research approach

The Repeaters Market report has been created using an in-depth and rigorous research approach with an in-depth examination of the industry. After the primary and secondary stages of research efforts, the repeater report is created. The majority of research effort is devoted to primary research, with considerable secondary research being a complement. Reviewing recent transactions, using online resources, and obtaining statistical information from government agencies, professional organizations, and agencies are all types of secondary research. This has consistently proven to be the most reliable, efficient, and effective method of gathering accurate transponder industry data, gathering participant insights, and spotting business prospects. The Global Repeaters Market analysis also covers some of the major players currently operating in the industry, level of rivalry, significant business strategies, and their most recent advancements.

Before assessing its viability, the paper concludes by making several important recommendations for a new repeater market initiative. Finally, in the Repeaters Market report, the viability of new investment projects is evaluated and the general research findings are presented. The Repeaters Market report offers key facts on the state of the industry and is a helpful resource for companies and individuals interested in the market.

Contents

1. About Repeater Industry (Industry Definition, Types, Major Market Activities)
2. Global market competition landscape (Markets by Regions, Market Revenue (USD M), Market Sales and Growth Rate 2017-2021, Top Players Revenue by Regions)
3. Global Repeaters Market Share (Production and Revenue Market Share by Regions and Players)
4. Supply chain (raw material analysis, raw material market analysis, production cost, manufacturing equipment and end user analysis)
5. Company Profiles (company details, product information, revenue, profit analysis)
6. Globalization and trade (trade sites, supply channels, marketing strategy, etc.)
7. Distributors and customers (information on major distributors and customers by region)
8. Import, export, consumption and consumption value by major countries
9. Global Repeaters Market Forecast To 2027 (Demand, Price Revenue Regions, Types, Applications)
10. Key success factors and market overview

Access the detailed table of contents: https://courant.biz/report/world-repeaters-market/89482/

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New Jersey health officials reported another 755 cases of COVID-19 and two confirmed deaths Monday. The state’s transmission rate has fallen below its key benchmark, indicating that the number of cases is once again falling.

The statewide transmission rate was 0.93 on Monday, down from 1.11 last week. A transmission rate of less than 1 indicates that the epidemic is in decline because each new case results in less than one additional case.

A transmission rate of 1 means the number of cases has stabilized, while anything above 1 indicates the epidemic is expanding.

The state’s seven-day average for confirmed positive cases is 1,250 — a decrease of 6% from a week ago and 11% from a month ago.

The CDC changed community coronavirus levels from high to medium for Essex and Union counties last week. Mercer County is designated low risk, while the remaining counties are considered medium risk.

There were 1,044 patients with confirmed or suspected coronavirus cases reported at 70 of the state’s 71 hospitals as of Sunday evening. Of those hospitalized, 126 are in intensive care and 39 are on ventilators.

The statewide positivity rate for tests performed on Nov. 5, the most recent day for which data is available, was 10.57%.

The CDC considers positivity rates above 10% “high.” New Jersey’s statewide positivity rate is significantly lower than its peak of 40.83% on January 1 at the height of the omicron variant.

TOTAL NUMBER

New Jersey has reported more than 2.3 million confirmed cases of COVID-19 since announcing its first known case on March 4, 2020.

The Garden State also recorded 436,492 positive antigens or rapid tests, which are considered probable cases. There are also many cases that were likely never counted, including positive home tests that are not included in state figures.

The state of 9.2 million people has reported 34,988 deaths from COVID-19 – 31,872 confirmed deaths and 3,116 probable deaths.

New Jersey has the 10th highest number of coronavirus deaths per capita in the United States – behind Mississippi, Arizona, Oklahoma, West Virginia, Alabama, Arkansas, New Mexico, Tennessee and Michigan – last week.

VACCINATION NUMBERS

More than 7.1 million people who work, live or study in New Jersey have achieved full vaccine status. Nearly 8 million people have received a first dose since vaccinations began in the state on December 15, 2020.

More than 4.3 million people in the state eligible for boosters have received one.

LONG TERM CARE NUMBERS

At least 9,796 of the state’s COVID-19 deaths have occurred among residents and staff of nursing homes and other long-term care facilities, according to the most recent data from the State.

A CDC survey last month found that recall coverage for influenza, primary COVID-19, and COVID-19 was lowest among healthcare workers working in long-term care facilities.

Of active outbreaks at 352 facilities, there are 8,384 current cases among residents and 6,029 cases among staff, according to the latest data.

GLOBAL FIGURES

According to the Johns Hopkins University Coronavirus Database, nearly 635 million cases of COVID-19 have been reported worldwide.

More than 6.6 million people have died from the virus, the data shows. The United States has reported the highest number of cumulative cases (more than 98 million) and deaths (at least 1.07 million) of any country.

More than 12.8 billion doses of vaccines have been administered worldwide.

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Camille Furst can be reached at [email protected].

Kalpataru Power Transmission Limited (NSE:KALPATPOWR), may not be a large-cap stock, but it has led NSEI winners with a relatively large price rally over the past two weeks. As a stock with high analyst coverage, you can assume that any recent changes in the company’s outlook are already priced into the stock. However, could the stock still trade at a relatively cheap price? Today, I will be analyzing the latest Kalpataru Power Transmission outlook and valuation data to see if the opportunity still exists.

Check opportunities and risks within the IN Construction industry.

Is Kalpataru power transmission still cheap?

The stock currently seems quite valued according to my valuation model. It is trading around 2.42% above my intrinsic value, which means that if you buy Kalpataru Power Transmission today, you will pay a relatively fair price for it. And if you think the stock is really worth ₹494.25, there is only insignificant downside when the price drops to its true value. Additionally, Kalpataru Power Transmission’s low beta means the stock is less volatile than the broader market.

Can we expect growth from Kalpataru Power Transmission?

Future prospects are an important aspect when considering buying a stock, especially if you are an investor looking to grow your portfolio. Buying a big company with solid prospects at a cheap price is always a good investment, so let’s also take a look at the company’s future expectations. With profits expected to increase by 49% over the next two years, the future looks bright for Kalpataru Power Transmission. It seems that a higher cash flow is expected for the stock, which should translate into a higher valuation of the stock.

What this means for you

Are you a shareholder? It looks like the market has already priced in the positive outlook for KALPATPOWR, with the stock trading around its fair value. However, there are also other important factors that we have not considered today, such as the financial strength of the company. Have these factors changed since the last time you looked at the stock? Will you be confident enough to invest in the business if the price drops below its fair value?

Are you a potential investor? If you’ve been keeping an eye on KALPATPOWR, now might not be the best time to buy, given that it’s trading around its fair value. However, the positive outlook is encouraging for the company, which means it is worth digging deeper into other factors such as the strength of its balance sheet, in order to take advantage of the next price drop.

So, if you want to dig deeper into this stock, it is crucial to consider the risks it faces. For example, Kalpataru Power Transmission has 4 warning signs (and 1 which is a little obnoxious) that we think you should know about.

If you are no longer interested in Kalpataru Power Transmission, you can use our free platform to view our list of over 50 other stocks with high growth potential.

Feedback on this article? Concerned about content? Get in touch with us directly. You can also email the editorial team (at) Simplywallst.com.

This Simply Wall St article is general in nature. We provide commentary based on historical data and analyst forecasts only using unbiased methodology and our articles are not intended to be financial advice. It is not a recommendation to buy or sell stocks and does not take into account your objectives or financial situation. Our goal is to bring you targeted long-term analysis based on fundamental data. Note that our analysis may not take into account the latest announcements from price-sensitive companies or qualitative materials. Simply Wall St has no position in the stocks mentioned.

Kia’s EV6 and Sportage were the top-selling used cars in October, despite concerns about rising power costs, new data shows.

Auto Trader statistics revealed that EV6 models, less than a year old, took an average of just 20 days to sell in the tenth month of 2022.

This figure was the fastest of any model, on par with the hybrid versions of the Sportage SUV.

The list was dominated by electrified cars, with the entire top ten made up of full electric vehicles and gasoline hybrids.

The likes of the BMW i4 (21 days); the MG ZS and the Volkswagen e-Golf (both 24 days old) also topped the list of days on sale.

At the other end of the scale, the slowest car to change was the Suzuki SX4 S-Cross, which took an average of 143 days to change, followed by the Subaru XV, which took 130 days.

Dealers also struggled to sell models like the Audi A5 and Citroën C4 SpaceTourer (both 124 days); the BMW 8 Series Diesel (122 days) and the Mercedes E-Class Estate (119 days).

October also marked the fourth consecutive month of increases in the average price of a used car.

Auto Trader’s monthly retail price index revealed average prices hit £17,587 in October, £178 higher in September (£17,409) and £548 in August (£17,039).

Last month was also the 31st month in a row to see year-on-year growth, with average prices up 8.1% on a like-for-like basis.

Commenting on the data, Auto Trader’s chief data and insights officer, Richard Walker, said: “In the majority of cases, the fundamentals driving used car price growth – a shortage of inventory and levels robust applications – remain in place.

“The market will not be immune to the current financial uncertainties, but there are a series of factors specific to the automotive sector which should protect it from some of the wider economic disruptions.

“From what we’re tracking, there’s no sign of lower average used car prices.”

He added: ‘As we can see the market is breaking traditional rules, with depreciation curves following anomalous paths – this really underlines how critical it is to follow the latest data and align strategies. forecourt on rapid and irregular movements. market to secure the best potential margin opportunities for your stock.

Kia EV6

Powertrain : Electric

Transmission: Automatique

Age: <1 year

Days to sell: 20

Kia Sportage

Powertrain : Petrol-Hybrid

Transmission: Automatique

Age: <1 year

Days to sell: 20

BMWi4

Powertrain : Electric

Transmission: Automatique

Age: <1 year

Days to sell: 21

Kia Niro

Powertrain : Petrol-Hybrid

Transmission: Automatique

Age: <1 year

Days to sell: 23

MG ZS

Powertrain : Electric

Transmission: Automatique

Age: 1-3 years

Days to sell: 24

Suzuki SX4 S-Cross

Powertrain : Essence

Transmission: Manual

Age: 1-3 years

Days to sell: 143

Subaru XV

Powertrain : Petrol-Hybrid

Transmission: Automatique

Age :1 year

Days to sell: 130

Audi A5

Powertrain : Diesel

Transmission: Automatique

Age :1 year

Days to sell: 124

Citroen C4 SpaceTourer

Powertrain : Essence

Transmission: Manual

Age: 3-5 years

Days to sell: 124

Citroen Grand C4 Space Tourer

Powertrain : Essence

Transmission: Manual

Age: <1 year

Days to sell: 123

The city’s Department of Health collected 513 ticks in the last fiscal year 2021-2022 and examined them for a range of insect-borne pathogens.

Overall, infection rates by tick life stage, 15% of adult ticks, which are active in fall and winter, and 9% of nymphal ticks, which are active from May to July, were positive for Lyme bacteria.

Typically in the state, according to the Connecticut Agricultural Experiment Station and state researchers, about 30 to 40 percent of deer ticks tested are positive for a pathogen, so the 13 percent rate found at Greenwich is rather low, the researchers said. .

A non-traditional approach to sustainable hotel infrastructure

I’ve read a number of articles and trade magazines on sustainability over the past few weeks, and there’s been a lot of talk about how the industry is embracing greener ways of building, reducing its carbon footprint, using less energy to run hotels, installing solar panels and many other initiatives that are only a scratch on the surface compared to traditional ways of being sustainable. What I consider non-traditional is what is happening in the area of ​​technology, such as the use of materials that use fewer natural resources when building a hotel. For example, when building a cable infrastructure for communications, IDF and MDF cabinets replaced network switches, saving on the amount of cabling required. Also, with copper, which is traditionally used for cables, one is limited to runs of 300 feet before having to reach another closet and then continue for another 300 feet. But when you’re talking about a large hotel with more than 50 rooms per floor, lots of closets and an exorbitant amount of copper would be needed.

In one of my hotel projects in Chicago, a non-traditional approach was taken to solving this problem. We have used fiber optics for our entire low voltage infrastructure design, eliminating copper in many cases, which requires fewer resources to operate, and eliminating data transmission distance limitations in terms of length. The substitution also makes sense in terms of the design of the building which reclaims valuable “real estate” on each guest bedroom floor with only a fraction of the number of IDF closets needed allowing for additional guest bedrooms, additional space for the back of the house, etc. Replacing switches with fiber optics in the closets also means less need for cooling, as the low-voltage infrastructure is passive, reducing IDF cooling needs.

TERMS: MDF Main dispatcher cupboards. IFD Distribute Frame intermediate cupboards.

These are just a few of the examples of solutions for sustainable hotel infrastructure that are not normally prioritized in the design and construction of traditional hotels. For the same reason, owners or project managers are usually under the impression that such projects would be more expensive due to the low voltage infrastructure required, but it is always worth remembering how much would be saved by other means. . In this case, drastically reducing the number of IDF closets needed saves the construction costs associated with building many IDFs, offsetting the low voltage construction and project costs and offsets at about the same level than traditional infrastructure.

The “Low Voltage Hotel”

Another interesting project I was involved in became affectionately known as “The Low Voltage Hotel”. In a hotel, many things consume electricity: lighting, televisions, hair dryers, alarm clocks, HVAC units and much more. All of this equipment is traditionally built to run on alternating current, which is high voltage and consumes more electricity. But it is possible to run all of these devices on low voltage DC power if they are designed and built to do so, ultimately consuming much less power and thus being more environmentally friendly.

The three main benefits of taking a greener approach to technology infrastructure designed for and built in hotels are lower construction costs, lower ongoing operating costs, and reduced consumption of natural resources. Dean DiLullo, Vice President of Global Accounts at Shiji Group

An owner we worked with was interested in this low-voltage hotel, so he hired a visionary team to lead the project and finance all aspects. The visionary team consisted of an electrical engineer with very good knowledge of low voltage and an accomplished project manager. They were a great group of young professionals who were able to explore a relatively new area, and the owner was able to achieve his goal.

With the low voltage infrastructure in place, the owner was able to purchase and/or assist in the design of DC powered televisions, air conditioning units, low voltage lighting, etc. for the entire hotel via presentations to major key vendors in the technology space. This owner is always invited by these vendors to speak at conferences and talk about how their innovations can help achieve green goals – great PR for vendors and a way for both to showcase their sustainability efforts. sustainability.

One of the many accomplishments included a more durable way to secure hotel backup power in the event of an emergency, such as a tornado or hurricane. Traditionally, hotels have a backup diesel-powered generator, and extra fuel must be stored to power this generator. Now diesel is a fossil fuel and by no means a clean energy source, so he has instead worked with suppliers on installing a back-up emergency generator that uses a bank of batteries to provide power. electricity at the hotel for three or four days.

This owner has done a great job leveraging B2B relationships to provide what I think are great examples of things to consider when designing hotels with a particularly low carbon footprint. So much so that this hotel’s grand opening party was enthusiastically sponsored by technology vendors.

Cost and other considerations

The three main benefits of taking a greener approach to technology infrastructure designed for and built in hotels are lower construction costs, lower ongoing operating costs, and reduced consumption of natural resources.

Doing things differently isn’t always cheap. When building in the usual way, you may get bids from multiple contractors, while only a handful of them would be able to deliver what you want in terms of non-traditional sustainable building techniques. However, a building is intended for long-term use, and it is important to consider how these costs can be offset in the future. From an operating cost perspective, a low-voltage building can use up to a third of the power of a traditional building, providing significant cost savings on heat, lighting and electricity every month. And, as the Chicago project illustrates, there will also be construction cost savings, such as the need for noticeably fewer IDF closets.

When choosing a sustainable hotel infrastructure, the cost of technology also becomes cheaper as innovation becomes more widespread, so one-time construction costs decrease every day, as in the example of the generator solution battery-powered backup.

According to a study by Operto, 86% of travelers are willing to pay more for their hotel if they know the hotel is sustainable.

Being a good environmental citizen attracts business, but it’s still an often overlooked benefit of having a responsibly built hotel. When comparing hotels, individuals and businesses making reservations now look at the sustainability practices a hotel has in place, and they are often the deciding factor when room prices and facilities have become virtually the same. among the competitors. LEED-certified hotels are on the rise, so measures such as those outlined above can be a differentiating factor.

When I talk to owners building new projects, one of the arguments I always make is that they need to think outside the box and look differently at how they allocate construction costs. It’s not always successful, sometimes homeowners aren’t convinced that something that will cost more to build will end up saving more money in another bucket and/or down the line. But sometimes that proverbial light bulb comes on (low voltage of course) and big plans come to fruition.

See source

Infinix INBook X2 Plus is available on Flipkart at just Rs.35,990. One of the best value laptops in this segment. More display with a sharp and clear image. The aluminum body makes the device high-end. This laptop has a backlit keyboard to further enhance its beauty. The INBook X2 plus comes with Windows 11 Home already installed. The weight of this laptop is only 1.58 kg. This laptop is lightweight and it is a very thin laptop. It is available in two colors gray and blue.

Immersive visual experience:

The Infinix INBook X2 plus laptop features a large 39.62 cm (15.5) FHD display with 100% sRGB color gamut and 300 nits peak brightness, which deliver vivid, accurate and 100% true.

Battery:

A 65W multi-utility Type-C fast charger charges your smartphone to 65% capacity in about 60 minutes, to keep up with your busy lifestyle. Additionally, a long-lasting 50W battery capacity enables 9-10 hours of video playback time.

User Experience:

The touchpad has been upgraded to INBook X2 plus for a fast browsing experience. Extending the size of the touchpad’s usual control boundary gives you the option of using it as a smart assistant instead of a mouse.

FHD camera:

The INBook X2 plus’ 1080Pfast camera has two LED fill lights. Every moment will be your highlight since you’ll always look your best, whether you’re video chatting or in a live meeting.

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The listening experience is simply fantastic thanks to DTS audio processing. Moreover, this gadget has dual speakers throughout the system for a surround sound experience.

Incredible performance:

With built-in Iris Xe graphics in the i5 and i7 editions, you can play AAA games and multitask in movie and picture editing thanks to the laptop’s 11th Gen Intel Core CPU chip, high RAM and sufficient average space. Moreover, this laptop features an NVMe PCIe 3.0 SSD which ensures super-fast data transmission, fast game loading and flawless performance.

The Minister of Communications inaugurates the new “Red2Med” submarine cable owned by Telecom Egypt

By TrendDetail.com
October 27, 2022

The cable runs from Ras Ghareb landing point in the Red Sea to Port Said landing station in the Mediterranean via the Golden Path on Al Murshideen Road (ICE)
Dr. Amr Talaat: The establishment of the new Al Morshedeen cable and path has been a dream in the ICT sector for 20 years, and we were able to achieve it in one year.
The cable represents the shortest and fastest data transmission paths between East and West and the continents of Africa, Europe and Asia

Today, Dr. Amr Talaat, Minister of Communications and Information Technology, accompanied by Major General Amr Hanafy, Governor of the Red Sea, and Engineer Adel Hamed, CEO of Telecom Egypt, inaugurated the new submarine cable 100% owned by Telecom Egypt Red2Med, which runs from the Ras Gharib landing point in the Red Sea Governorate to the Port Said city landing station in the Mediterranean via the Golden Path on the Path of Guides (ICE); Cable is the shortest and fastest way to transfer data between East and West and the most secure. It is also a qualitative leap in the transit routes of submarine cables between East and West and linking the continents of Africa, Europe and Asia. This strengthens Egypt’s position as a global data transmission center and increases the efficiency of Egypt’s international telecommunications infrastructure.

Dr. Amr Talaat listened to a detailed explanation from Telecom Egypt officials on its future strategic plans to expand its international network via international submarine cables to connect East and West, and the importance of the cable system Red2Med submarines, which starts in the Red Sea, passes through the Suez Canal and reaches the Mediterranean.

Dr. Amr Talaat hoisted the Egyptian flag as the naval landing ship arrived at Ras Ghareb beach, to announce the successful landing process of the new Red2Med submarine cable system.

And in his word; Dr. Amr Talaat, Minister of Communications and Information Technology, explained that the launch of the new Red2Med submarine cable system is a continuation of Egypt’s successes in the field of submarine cables. international sailors, in light of the will of the Ministry of Communications and Information Technologies on the optimal investment of the unique geographical situation of Egypt, which gives it a major strategic advantage during its crossing of its territory. More than 90% of the data is between East and West; He explained that the implementation of the new Al-Murshideen road cable and route has been a dream in the communications and information technology sector for 20 years and was implemented in just one year, and that its launch today and its availability to countries that depend on Egypt to transmit data is a solid step in strengthening Egypt’s strategic position in this field.

Dr. Amr Talaat added that the efforts made to develop the information infrastructure has doubled the average fixed internet speed in Egypt to become the first on the African continent in terms of average fixed internet speed.

For his part, Eng. Adel Hamed, Managing Director and CEO of Telecom Egypt, said the launch of the Red2Med cable is a unique milestone and a qualitative leap in the field of submarine cables that strengthens Egypt’s position as a regional hub for data transmission between East and West. Data is the shortest, fastest and most secure,” stressing that the company will continue to invest in developing and upgrading its international infrastructure to improve the efficiency of communications and technology services in the world. information in Egypt and the region.

This is the Red2Med submarine cable No. 15 for Telecom Egypt, and it consists of three sectors that stand out for their distance from the usual public roads, since it starts south of the Al-Faston maritime link towards the Red Sea, which connects the landing stations in the Red Sea, Ras Ghareb, Zafarana and Suez, then extends north to the path (ICE) along the west bank of the Suez Canal, from a length of 200 km, to connect Suez Landing Station 2 and Port Said Landing Station 2, to finally connect to the Fieston maritime link for the Mediterranean Sea, which is planned to connect the landing stations in the Mediterranean, thus promoting a better international connection between East and West. It becomes the shortest and fastest route linking the three continents of Europe, Africa and Asia.

It should be mentioned that Telecom Egypt has made great strides over the past few years in developing its international and local infrastructure in order to maintain its leadership in the Egyptian telecommunications market and, at the same time, strengthen the distinguished strategic position of Egypt in the field of telecommunications at the regional and international level. , as it invests heavily in the infrastructure of cable systems. Maritime to provide the shortest and most reliable means of connecting Asia, Africa and Europe, maximizing the advantages of Egypt’s geographical location and strengthening its strategic position as a regional and global hub for data traffic and a connecting gateway to the Africa and Middle East region with Europe, making it one of the most promising markets in the booming field of data centers.

To achieve this goal, Telecom Egypt has injected huge investments amounting to around half a billion dollars over the past ten years, to strengthen and develop the international infrastructure, including landing stations and the ground tracks connecting them, and invested another half a billion dollars in the same period to geographically expand its network by road. Entering as a member of international alliances that own submarine cables transiting through the Arab Republic of Egypt, bringing the company’s total infrastructure investments to more than $1 billion over the past ten years.

All these efforts culminated in the inauguration by President Abdel Fattah El-Sisi of a number of projects aimed at developing the international communications infrastructure for Telecom Egypt during the celebration of the inauguration of a number of “Digital Egypt” projects, led by the opening of the International Data Center in the Smart Village and the opening of landing stations in Ras Ghareb, Zafarana and Sidi Kerir.

The inauguration ceremony was attended by Eng. Mohamed Nasr El-Din, Deputy Minister of Communications and Information Technology for International Information Infrastructure, and a number of Telecom Egypt executives.

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