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Half the depth, double the possibilities:At 60 per cent slimmer than comparable models in PPDS’ Philips Signage portfolio, the new, sleek and stylish Philips Signage 7000 Series opens exciting new installation opportunities to partners and customers, packaging 4K UHD visual performance and AI ready processing power with a slender and stylish presentation for almost any setting.

InfoComm, Amsterdam, June 19: PPDS, the exclusive global provider of Philips Professional Displays and complementary solutions, is excited to announce the launch of its thinnest and lightest 4K UHD digital signage line to date, with the Philips Signage 7000 Series UltraSlim displaylaunching at InfoComm 2026.

Making its official debut on Philips boothC9000in Las Vegas,the dazzling and unmistakable Philips Signage 7000 Series signals the creation of an exciting new line within PPDS’ evolving digital signage portfolio, opening a wealth of exciting installation opportunities for 24/7 environments where proven quality, unparalleled performance, andvisual aesthetics really matter.

Fuelled and finessed using invaluable feedback from global partners and customers around the world – including those with past and current experience of using comparable competitor offerings – the landscape and portrait mountable UHD Philips Signage 7000 Series UltraSlim comes in a choice of size options, including 43”, 50”, 55” and 65”.

Thinner, lighter, smarter

Built for versatility and flexibility,the Philips Signage 7000 Series will be available in warehouses from Q4 2026 to support a diverse range of verticals and environments – with retail, corporate, public venues, hospitality, and food and beverage among target markets.

Designed with a depth of just 30mm for the 65” model and 28.5mm on all others, it is an incredible 60 per cent less deepthan its closest Philips Signage counterpart – the Philips Signage 4050Q. The 43”, 50” and 55” models are 10 per cent lighter than their 4050Q size equivalents, and the 65” model weighs 20% less than its 4050Q comparison.

Impossible to ignore, whether used to showcase the latestfashion styles in a retail store or to display mouthwatering menus in a bar or restaurant, allPhilips Signage 7000 Series models bring500 nits brightness inside an elegant11.5mmeven bezel design.

Bart Wouters, International Product Manager at PPDS, commented:“The Philips Signage 7000 Series delivers brilliance and beauty for almost any environment, enhancing and opening new opportunities for an even wider audience. Essentially, it brings all the features you expect from our premium Philips Professional Displays, together with an allnew, ultra slim design.”

Commenting from the showfloor at InfoComm 2026, Andrea Barbuti, Global Product Management Lead EMEA at PPDS, added: “The new Philips Signage 7000 Series marks a new chapter in our signage display design, delivering visually spectacular performance and presentation across an unparalleled range of use cases. With the allnew slimline design, together with reduced weight, the installation opportunities are limitless.”

Beauty inside and out

Internally – mirroring other Android SoC models from PPDS – the Philips Signage 7000 Series comes with the outof thebox features and functionalitiesthat have become standard hallmarks of Philips Professional Displays, allowing each display to be tailored to meet the unique requirements of every customer.

Running on a professional Android 16SoC and with a TOPS 3.0 Neural Processing Unit ready for AI applications,the Philips Signage 7000 Series brings complete reliability and peace of mind to installations, with trusted connectivity and security built in. All while enabling customers to select and install their preferred native Android apps and software directly onto the display.

Unlocking its full power and intelligence still further, the Philips Signage 7000 Series joins PPDS’ portfolio of displays that are compatible with the Philips Wave remote display management platform, puttingusers in complete control.

Saving on costs, energy, and environmental impact via optimised settings, Philips Wave offers simplified installation and setup, monitoring and controlling displays, upgrading firmware, managing playlists, and setting power schedules. Challenges can be overcome quickly and efficiently with the ability to spot issues in real time or even to identify potential problemsbefore they occur.

Philips Wave users also have access to the Philips ProStore, eliminating any concerns around compatibility with selected partner software and applications used in – but not exclusively for – healthcare, corporate, retail, education, hospitality, and more.

For additional peace of mind, the Philips Signage 7000 Series also features PPDS’ FailOver technology, automatically playing backup content on screen in the unlikely event of a primary media player failure, ensuring screens remain active when it matters.

Connected, secure, sustainable

Ideal for presentation settings, such as in meeting rooms, corporate boardrooms and classrooms, the Philips Signage 7000 Series also comes withintegrated Philips SmartBrowser app, which leverages HTML5 to enable managers to set URLs to play as a media source.

Wireless screen sharing is available with optional Philips ScreenShare, while the Philips Signage 7000 Series also provides a full suite of connections, includingHDMI, USB-C, RS232, LAN, USB, WiFi, and Bluetooth, to meet user preferences and promote the reuse of existing cables and equipment.

On the subject of recycling, the Philips Signage 7000 Series adheres to PPDS’ commitment to bringing more sustainable products, using recycled resin for the display’s housing, while significantly reducing plastic used internally, as well as in the packaging.

Andrea Barbuticontinued:“We are not the first manufacturer to launch a slimline digital signage offering, but as a company that prides itself on delivering reliable, versatile, and innovative solutions to market, we wanted to deliver better, rather than to try to win any races in bringing it to market.”

Bart Wouters concluded: “We have bided our time and communicated carefully with customers to ensure we have shaped the Philips Signage 7000 Series around true market needs. We are thrilled with the results and, more importantly, so are our partners and customers, whose insight has played an integral role in its design and development.”

 

 

New Delhi, June 19: India’s cement sector is expected to witness record capacity additions in the coming period, which is likely to keep industry utilisation levels stable in the range of 70–71 per cent, according to a recent industry report.

The report highlights that while cement demand continues to remain strong, supported by sustained infrastructure development, housing growth, and government-led capital expenditure, the simultaneous addition of new production capacities is expected to balance overall utilisation levels.

Analysts noted that demand for cement remains robust, driven by ongoing construction activity across roads, railways, urban infrastructure, and housing projects. However, large-scale capacity expansions by major industry players are likely to prevent a sharp increase in utilisation rates in the near term.

Despite this, the sector’s long-term outlook remains positive, with steady demand visibility supported by India’s infrastructure-led growth trajectory. Continued investments in construction and urban development are expected to sustain consumption momentum.

Experts also believe that stable utilisation levels could help maintain pricing discipline in the market, thereby supporting profitability across key cement manufacturers. Efficient capacity planning and phased expansions are expected to ensure a balanced industry environment.

Overall, the report indicates that India’s cement industry remains well-positioned to support the country’s ongoing economic and infrastructure development while maintaining operational stability.

URBANA, Ill. – Soils that are exposed to prolonged drought often develop desiccation cracks, which impact soil properties and exacerbate moisture loss through evapotranspiration. A new study from the University of Illinois Urbana-Champaign examines the evolution of soil cracking and how cracks interact with storage and movement of water in the soil. The findings can help improve hydrological models essential for water management. 

“As moisture evaporates from the soil, it induces stress. Once this stress exceeds the tensile strength of the soil, the soil breaks and desiccation cracks form. The cracks open additional surface area for moisture to transfer from the soil to the atmosphere, causing soil with cracks to become even drier,” said lead author Kristelle Dela Cruz, a doctoral student in the Department of Agricultural and Biological Engineering, part of the College of Agricultural, Consumer and Environmental Sciences and The Grainger College of Engineering at Illinois.

Soils are generally described based on their texture and structure, explained co-author Maria Chu, professor in ABE. “Texture refers to the percentages of sand, silt, and clay that make up the soil. Structure describes how these different components are arranged into clumps or aggregates. When the soil cracks it affects the organization of components, changing the soil structure.” 

The research team built a lysimeter – an instrument which measures the water balance of soil – to replicate field conditions in the lab. The lysimeter contained a column with one cubic foot of silt loess, a soil common in the U.S. Midwest. They added an environmental chamber with temperature control and a tile drain to allow for drainage flow.

In the lysimeter, the researchers simulated heat wave conditions at 40 degrees Celsius and exposed the soil to multiple cycles of wetness and drying to mimic soil crack evolution. 

“We cannot directly measure evaporation, but we can estimate the total loss of water from the soil by tracking the changes in weight through time, which can indicate the amount of water that has been lost from the system,” said co-author Jorge Guzman, research assistant professor in ABE.

The researchers also attached a camera on top of the environmental chamber and monitored the propagation of cracks through time, measuring the area occupied by cracks relative to the total area of the soil surface. They correlated this information with the hydrologic variables observed from the subsurface and evaporation rate. 

“Most hydrological models assume soil structure to be static, whereas we’re trying to determine how changes in soil structure affect the hydrologic variables over time. This will be helpful in assessing drought impacts, as well as the soil water availability,” Dela Cruz said.

Once soil cracks have developed, they tend to remain stable over time if there is no intervention, permanently affecting the soil’s ability to retain moisture.

“Soil without cracks is more protected against water loss. We can see from our data that the cracks accelerate the process of water transfer from the soil to the air. Then, the soil area that contacts the air becomes drier, and it changes the dynamic of how water redistributes in the soil. Eventually there is a decrease in evaporation, but that’s because the water is already gone,” Guzman explained.

“While the experiment focused on bare soil, it will also be important to evaluate the impact of vegetation and transpiration from plants,” he added. “What happens once you have soil cracks and vegetation, and the soil and plants are competing for water?”

The paper, “Desiccation cracks and their impacts on bare soil evaporation,” is published in Soil & Tillage Research [DOI: 10.1016/j.still.2026.107207].

 Research in the College of ACES is made possible in part by Hatch funding from USDA’s National Institute of Food and Agriculture. The study was also supported by a seed grant provided by the University of Illinois Urbana-Champaign Department of Agricultural and Biological Engineering and the University of Illinois Urbana-Champaign Campus Research Board.

Mumbai, June 19:As Indian travellers become increasingly digital-first in their spending behaviour, the way they pay overseas is evolving rapidly. From spending on daily essentials and transportation to swiping for experiences, dining, or shopping, travellers are increasingly choosing contactless and wallet-based payments over cash. However, while rewards programmes have become commonplace in India’s payments ecosystem, benefits linked to international prepaid forex card spends remain limited. Addressing this gap, Thomas Cook (India) Limited – India’s leading omnichannel foreign exchange services company, has introduced an industry-first cross-border rewards programme for customers using its forex cards, rewarding international spends on leading global brands.

Under the programme, Thomas Cook’s Forex Cards customers will now enjoy 10% rewards-back on POS, contactless and e-commerce spends across  brands including Grab, 7-Eleven, Starbucks, McDonald’s, KFC, Careem and Burger King. Applicable on a minimum spend of USD 25 per merchant, customers can earn cashback of up to USD 10 per day across participating merchants, with rewards issued in the form of Amazon vouchers, subject to applicable terms and qualifying spend thresholds.

The rewards programme is expected to drive greater usage of prepaid forex cards for everyday overseas purchases, encourage a shift from cash withdrawals to retail spends, and deepen customer engagement through repeat usage. By rewarding transactions across travel, dining and lifestyle categories, Thomas Cook India is further enhancing the value proposition of its forex cards for international travellers.

Available across all Thomas Cook India’s Visa and Mastercard Forex Cards, the initiative complements the cards’ existing benefits, including multi-currency capabilities, global acceptance and integration with digital payment platforms such as Google Pay.

Mr. Deepesh Varma, Chief Business Officer – Foreign Exchange, Thomas Cook (India) Limited, said,

“International travellers today expect their payment solutions to be as seamless and rewarding as the travel experience itself. While prepaid forex cards are already a secure and cost-efficient way to manage overseas spending, we see a significant opportunity to drive greater usage for everyday purchases abroad. Our industry-first cross-border rewards programme has been designed to encourage customers to actively transact using their Borderless Travel Card across transport, dining, retail and lifestyle categories while earning meaningful benefits in return. The initiative also supports our broader objective of accelerating the shift from cash withdrawals to secure, contactless and digital-first payment solutions. Together with our recent expansion to 28 currencies, we are strengthening our Borderless Travel Card proposition to deliver greater convenience, value and flexibility for the globally mobile Indian traveller.”

New Delhi, June 19: The government on Thursday inaugurated Bharat Buildcon 2026, a major industry platform aimed at deepening engagement and collaboration among builders, developers, and key stakeholders in the construction and infrastructure sector.

The initiative seeks to bring together industry leaders, policymakers, and technical experts to exchange ideas, explore new technologies, and promote best practices in construction and urban development. Officials said the platform will help accelerate knowledge sharing and strengthen coordination within the rapidly growing infrastructure ecosystem.

Bharat Buildcon 2026 is expected to focus on modern construction techniques, sustainable building practices, smart infrastructure solutions, and innovation-driven growth in the real estate and construction sectors. The event will also highlight opportunities for investment and partnership across housing, commercial development, and infrastructure projects.

Government representatives emphasized that the construction sector plays a vital role in driving economic growth, generating employment, and supporting urban transformation. Strengthening industry interaction is expected to improve project efficiency, reduce delays, and enhance overall quality standards.

From an economic perspective, increased collaboration within the construction ecosystem is likely to boost capital formation, stimulate demand across allied industries such as cement, steel, logistics, and engineering, and contribute to broader infrastructure-led growth.

The government reiterated its commitment to fostering a transparent, efficient, and innovation-friendly environment for the construction sector, aligning with its vision of modern and sustainable urban development.