Tag: #5G

Why the Latest Phone Devices Dominate Mobile Gaming in 2026

Mobile gaming has evolved from a casual pastime into a highly competitive and immersive experience. In 2026, the latest phone devices are no longer just communication tools—they are powerful gaming machines capable of rivaling traditional consoles in certain aspects. With cutting-edge hardware, optimized software, and advanced connectivity, modern smartphones dominate the gaming landscape like never before. Whether you’re a casual player or a competitive gamer, understanding why these devices lead the industry reveals just how far mobile gaming has come.

The Power of Next-Gen Mobile Processors

At the heart of every high-performing gaming phone lies a powerful processor. Today’s flagship smartphones are equipped with chipsets that rival entry-level gaming PCs. These processors are built using advanced nanometer technology, allowing them to deliver faster speeds while consuming less power.

Modern chipsets also integrate AI capabilities, which enhance gameplay through real-time optimization. From smoother frame rates to intelligent resource allocation, these processors ensure that games run seamlessly even under heavy load. This is particularly noticeable in fast-paced multiplayer environments where performance can determine the outcome of a match.

High Refresh Rate Displays for Competitive Edge

Display technology has become a major factor in mobile gaming dominance. The latest smartphones now feature refresh rates of 120Hz, 144Hz, or even higher. This means smoother animations, more responsive controls, and a significant advantage in competitive games.

Gamers benefit from reduced motion blur and quicker visual feedback, making gameplay feel more fluid and immersive. Whether you’re navigating an open-world RPG or engaging in a high-speed shooter, the difference between a standard 60Hz display and a high refresh rate screen is immediately noticeable.

This level of visual clarity enhances not just performance but also enjoyment. Even casual gaming sessions feel more engaging, which contributes to the growing popularity of mobile gaming platforms, including apps like SpinPlus that thrive on smooth and responsive user experiences.

Advanced Cooling Systems Keep Performance Stable

One of the biggest challenges in mobile gaming has always been heat management. High-performance gaming generates significant heat, which can lead to throttling and reduced performance. However, modern smartphones have addressed this issue with advanced cooling technologies.

Vapor chamber cooling, graphite layers, and even built-in fans in some gaming-centric phones help maintain optimal temperatures. These systems ensure that performance remains consistent during extended gaming sessions. As a result, players can enjoy longer playtimes without worrying about lag or overheating.

This reliability is a key reason why gamers are shifting toward newer devices. Consistent performance is especially important for apps like SpinPlus, where smooth gameplay contributes to overall user satisfaction.

Massive RAM and Storage Capabilities

Gone are the days when mobile devices struggled with limited memory. Today’s flagship phones come equipped with 12GB, 16GB, or even more RAM, allowing for seamless multitasking and faster game loading times.

Large storage capacities also mean that users can download and store multiple high-quality games without worrying about space constraints. With many games exceeding several gigabytes in size, this upgrade is essential for serious gamers.

Faster storage technologies, such as UFS 4.0, further enhance performance by reducing load times and improving data transfer speeds. This ensures that players spend less time waiting and more time actually playing.

Graphics That Rival Consoles

Mobile GPUs have seen tremendous improvements in recent years. The latest devices are capable of rendering console-quality graphics with realistic lighting, shadows, and textures. Technologies like ray tracing, once exclusive to high-end PCs, are now making their way into smartphones.

This leap in graphical capability allows developers to create more visually stunning and immersive games. Players can now enjoy cinematic experiences directly from their mobile devices, blurring the line between console and mobile gaming.

The demand for visually rich environments also drives the popularity of gaming apps like SpinPlus, where enhanced graphics contribute to a more engaging user interface and overall experience.

5G Connectivity and Low Latency Gaming

Connectivity plays a crucial role in modern gaming, especially for online multiplayer experiences. The rollout of 5G networks has revolutionized mobile gaming by providing faster speeds and lower latency.

With 5G, players experience minimal lag, faster downloads, and more stable connections. This is particularly important for competitive gaming, where even a slight delay can impact performance.

Cloud gaming services also benefit from improved connectivity, allowing users to stream high-quality games without needing powerful local hardware. This expands the possibilities of mobile gaming even further, making smartphones a central hub for gaming entertainment.

Battery Life That Supports Extended Play

Gaming is one of the most demanding activities for a smartphone, and battery life has always been a concern. Fortunately, modern devices are equipped with larger batteries and more efficient power management systems.

Fast charging technology ensures that even if your battery runs low, you can quickly get back into the game. Some devices can reach 50% charge in under 30 minutes, minimizing downtime.

This combination of long battery life and quick charging makes it easier for gamers to stay connected and engaged, whether they’re playing casually or competitively.

Software Optimization and Gaming Modes

Hardware alone isn’t enough—software optimization plays a crucial role in maximizing performance. Many modern smartphones come with dedicated gaming modes that enhance the overall experience.

These modes can block notifications, allocate more resources to games, and optimize network performance. Some even offer real-time performance monitoring, allowing users to adjust settings on the fly.

Game developers also optimize their titles for the latest hardware, ensuring compatibility and performance improvements. This synergy between hardware and software is a major reason why newer devices dominate the gaming space.

The Rise of Mobile Gaming Ecosystems

Another factor contributing to the dominance of modern smartphones is the growth of mobile gaming ecosystems. App stores now offer a vast library of high-quality games across various genres.

Platforms like SpinPlus benefit from this ecosystem by providing accessible and optimized gaming experiences for users on newer devices. As smartphones become more powerful, developers can push the boundaries of what mobile games can achieve.

Cross-platform integration also allows players to connect with others across different devices, further enhancing the social aspect of gaming.

Accessibility and Convenience

One of the biggest advantages of mobile gaming is accessibility. Unlike traditional gaming setups, smartphones allow users to play anytime, anywhere. This convenience has made mobile gaming one of the fastest-growing segments in the gaming industry.

The latest devices enhance this accessibility by offering features like improved touch sensitivity, customizable controls, and support for external accessories such as controllers.

This flexibility appeals to a wide range of users, from casual players to hardcore gamers, further solidifying the dominance of modern smartphones.

Conclusion

The latest phone devices dominate gaming in 2026 because they combine powerful hardware, advanced software, and seamless connectivity into a single, portable platform. From high-performance processors and stunning displays to improved battery life and cooling systems, every aspect of modern smartphones is designed to enhance the gaming experience.

As mobile gaming continues to grow, the gap between smartphones and traditional gaming platforms continues to shrink. With platforms like SpinPlus benefiting from these advancements, it’s clear that the future of gaming is not just in consoles or PCs—it’s right in your pocket.

 

Vodafone Ireland €360 million investment as it moves to new Dublin City Centre HQ

Vodafone Ireland announced a further €360 million investment, reinforcing its long-term commitment to Ireland, as it makes final preparations to move to its new headquarters in St Stephen’s Green next week.

The investment includes a further €200 million in its mobile network – building on the company’s €500 million, five-year network investment programme announced in 2023 – and €160 million in digital and IT spend up to 2030.

The announcement was made ahead of the official opening of the new office later today by the Tánaiste and Minister for Finance Simon Harris T.D.  He will be joined at the event by Vodafone Ireland CEO Sabrina Casalta, Vodafone Group Chief External and Corporate Affairs Officer Joakim Reiter, and IDA Ireland’s Global Head of Technology Anne Marie Tierney Le-Roux.

With 2.4 million customers, the company is the fastest-growing broadband provider and number one mobile network in Ireland. Six in ten Irish businesses are Vodafone customers.

New HQ

The company has signed a 15-year lease on the new six-storey, 63,000 sq ft grade A office building, marking the next chapter in Vodafone Ireland’s 25-year presence in the country.

Vodafone’s new office incorporates features such as a green roof that supports biodiversity, rainwater harvesting to reduce water use and on-site solar (PV) technology. The move will contribute to Vodafone Ireland’s 2028 net zero ambition by reducing direct emissions from the heating, cooling and powering of the office, while improved access to public transport and cycling facilities supports a reduction in indirect commuting emissions.

The company remains committed to its hybrid working model, with employees spending between eight and ten days in the office each month. More than 2,000 people work with Vodafone Ireland across its headquarters and 80 retail stores nationwide – over 850 people will be based in the new city centre office.

Fresh Investment

The €200 million network investment is focused on building a smarter, more flexible network that can adapt to how people and businesses will use connectivity in the years ahead.

Crucially, the investment is preparing the network for the next evolution of 5G – delivering faster, more reliable and more responsive connectivity. This will enable next‑generation technologies such as AI, IoT and smart city applications, and is particularly critical for business, industry and manufacturing, where real‑time performance and resilience are essential. By allowing the network to manage traffic more intelligently and prioritise critical services when required, the investment also future‑proofs Ireland’s digital infrastructure for automation, emerging technologies and developments such as satellite‑enabled mobile coverage as the technology continues to evolve.

The company will invest up to €160 million in digital and IT systems over the next four years, supporting the development of next-generation customer platforms, including its digital care assistant Tobi, as well as advances in AI and critical infrastructure upgrades. This follows sustained annual IT investment in recent years, underlining Vodafone’s focus on enhanced customer care and ongoing commitment to digital transformation.

25 years of Investment in Ireland

As the longest-established telecommunications company in Ireland, Vodafone is marking its 25‑year anniversary this year. Since 2001, the company has invested more than €20 billion in the Irish market in today’s terms, including €5.8 billion in capital investment and €6.3 billion contributed to the national exchequer through spectrum licence fees and taxation. Vodafone has invested €24 million in community and digital inclusion initiatives and was the first company to establish a corporate foundation in Ireland.

Tánaiste and Minister for Finance, Simon Harris T.D. said: “Vodafone’s continued investment is a strong vote of confidence in Ireland and in our future as a digitally connected, open economy. This additional €360 million commitment will strengthen our national infrastructure, support jobs, and ensure businesses and communities across the country can benefit from world‑class connectivity. Investments like this are essential to Ireland’s competitiveness, resilience and longer-term growth.”

Vodafone Ireland CEO Sabrina Casalta said: “This investment underlines our long‑term commitment to Ireland and to the customers and communities we serve. As we move into our new headquarters, we are continuing to strengthen our network and digital capabilities, so customers benefit from fast, reliable and resilient connectivity and an enhanced experience. Building on 25 years at the heart of Ireland’s digital evolution, this programme will support businesses, regional development and the technologies of the future, helping future‑proof Ireland’s digital infrastructure for the years ahead.”

IDA Ireland CEO Michael Lohan said: “World-class, resilient networks support productivity, innovation and regional competitiveness, which help Ireland win and retain foreign direct investment.  Vodafone’s investment is set to strengthen Ireland’s digital infrastructure and connectivity capacity – an increasingly decisive factor for multinational companies assessing where to locate and scale high‑value operations. IDA Ireland welcomes today’s announcement and looks forward to continuing our strong partnership with Vodafone.”

Recently, Vodafone Ireland has been named “Best in Test” in fixed broadband benchmarking by independent benchmarking organisation umlaut reflecting our continued investments to deliver the best experience for our customers.

open eir Marks Major Milestone 1.5 millionGain Access to Full Fibre

open eir, Ireland’s largest wholesale telecommunications provider, today announced it has passed 1.5 million homes and businesses with its fibre-to-the-home (FTTH) broadband network, a significant milestone in expanding the nation’s premier full-fibre infrastructure.
This landmark means that more than 4 million people across Ireland can access ultrafast full fibre connectivity, cementing Ireland’s status as one of Europe’s most digitally connected nations.
More than 54,000 kilometres of fibre has now been laid by open eir, linking urban centres, villages and remote communities, underscoring the company’s long-term commitment a digitally empowered Ireland. Backed by eir’s €2 billion multiyear investment in fibre and 5G, this rollout ensures the country’s networks keep pace with the evolving needs of citizens, businesses and public services.
When open eir completes its fibre rollout, the largest broadband build ever undertaken in Ireland, alongside National Broadband Ireland’s delivery to remaining rural areas, Ireland will achieve truly ubiquitous fibre connectivity. This nationwide infrastructure is a cornerstone of economic competitiveness, regional development and public service delivery, ensuring every community can participate fully in the digital economy.
Patrick O’Donovan, Minister for Culture, Communications and Sport commented on the announcement: “This is a major milestone for Ireland and a clear sign of the progress we are making in building a truly connected country. Passing 1.5 million homes and businesses with full fibre means more people, in every part of Ireland, can access fast, reliable connectivity that is now essential for work, education and daily life. Crucially this is about more than speed, it’s about opportunity. It supports regional development, enables remote working, and ensures our communities can compete and thrive.”
Oliver Loomes, CEO of eir, said: “Passing 1.5 million homes and businesses with full fibre is a hugely significant moment for eir and reflects years of sustained investment in Ireland’s digital future. This network is already transforming how people work, learn and do business, providing the reliability, speed and resilience that modern life demands.
Crucially, this milestone is a testament to the dedication and skill of our teams across the country, who have delivered one of the most ambitious fibre builds in Europe. Their commitment has created lasting infrastructure that will serve Ireland’s communities and economy for decades to come.”
Maeve O’Malley, Managing Director of open eir Wholesale, said: “We are delighted to have delivered our fibre to the home network to 1.5 million homes and businesses. This is Ireland’s largest full fibre network and today marks a defining moment for open eir and Ireland’s digital landscape, powered by our €2bn investment into future proofed networks. Our engineers’ skill and drive have made this possible, fuelling a forward-looking network and future ready infrastructure. With rising fibre adoption, we’re delivering the dependable, high-speed access essential for working, studying or trading from any corner of Ireland.
“Fibre is faster, more resilient and more energy efficient, and it is central to Ireland’s climate and digital ambitions. By combining our nationwide fibre rollout with 99% 5G population coverage, we are building a platform for innovation, productivity and regional development that will benefit communities for decades to come.”
Delivering up to 5 Gigabit (5Gbps) speeds to all wholesale partners, open eir’s FTTH network sets the standard for performance and dependability across homes and workplaces. Outperforming ageing technologies with superior speeds, minimal latency and top-tier uptime, fibre also cuts energy use and servicing costs. 30 retail providers on the open eir network give Irish consumers abundant choices in plans and suppliers, spurring affordability, rivalry and fresh offerings in broadband.
The importance of this rollout is underscored by findings from the eir Digital Ireland Report 2025, which show data traffic on eir’s fibre network has grown exponentially since 2019 as households and businesses increasingly rely on digital services for work, education and commerce. Delivering a fibre‑first Ireland, aligned with national and EU Digital Decade goals, will provide the resilient, future‑proofed connectivity required to support enterprise growth, remote working and emerging technologies such as AI and the Internet of Things.

Telecom Hype vs Reality: 2026 Anti-Trends Reveal What Won’t Deliver

Every year, the telecoms industry finds a new frontier to get excited about. AI will transform operations overnight. Satellites will redraw the broadband map. XR will unlock immersive consumer experiences. 6G will change everything again.

But history suggests that commercial gravity tends to reassert itself.

As we move through 2026, the industry may find that several of its loudest narratives are running ahead of practical returns. That doesn’t mean innovation is misplaced. It means the gap between technological possibility and commercial viability remains stubbornly wide.

Here are five areas where expectation may outpace impact:

Satellites remain supportive, not dominant

Low Earth orbit satellite services have made impressive technical strides. They have strengthened resilience, improved rural connectivity, and introduced new competitive dynamics into fixed broadband markets.

However, satellites still face physical and economic constraints. Capacity remains finite. Costs per delivered gigabyte are materially higher than fibre. Performance can be affected by geography and environmental conditions.

For operators, satellite partnerships may enhance coverage and disaster recovery strategies. But as a mass-market substitute for terrestrial broadband, the economics remain challenging. Fibre and fixed wireless continue to dominate where density allows.

The likely outcome is coexistence rather than displacement, reflecting a broader pattern seen in many telecom technology hype cycles.

Generative AI will increase costs before returns

No technology has captured executive attention more completely than generative AI. Operators are investing heavily in copilots, automation tools, AI-driven customer service, and network optimisation.

While the exuberance around AI remains high, 2025 saw the first signs of the hype cycle cooling, and the financial viability of generative AI relative to the scale of investment required is likely to become one of the central questions for telecom operators in 2026.

Large language models require substantial compute resources, and telecom operators are already facing rising cloud and infrastructure costs associated with early AI deployments. Licensing fees, cloud capacity, integration work, governance frameworks, and new skill requirements all add to the cost base. For many operators, AI may initially increase OPEX before delivering any measurable revenue uplift.

The more sustainable opportunity may lie in targeted, operational use cases such as fraud detection, assurance automation, accelerating product launch cycles, and field service optimisation rather than grand, customer-facing reinventions.

AI will matter. But disciplined deployment may prove more valuable than sweeping transformation narratives.

XR adoption remains limited

Extended Reality continues to generate enthusiasm in vendor ecosystems. Yet mainstream consumer adoption remains limited.

Headsets are improving, but hardware cost, comfort, battery life, and limited everyday use cases constrain mass appeal. Global XR headset shipments remain modest compared with mass-market devices such as smartphones or PCs, limiting the scale of near-term consumer demand. Most compelling deployments today sit in enterprise niches relevant to telcos, such as training, remote assistance, and design collaboration, where ROI for operators can be clearly demonstrated.

Until devices become lighter, cheaper, and seamlessly integrated into daily workflows, XR is likely to remain specialised rather than ubiquitous for telecom purposes.

The promise of immersive connectivity persists. However, the commercial inflection point has not yet arrived.

5G Standalone is slower to deliver value

Standalone 5G was designed to unlock ultra-low latency services, network slicing, and enterprise innovation for telecom operators. Deployment, however, has been slower than early projections suggested, with industry studies revealing that only around 70 operators have deployed 5G SA so far.

While adoption is progressing, monetisable enterprise use cases are still emerging. Many consumer applications do not visibly differentiate between non-standalone and standalone deployments.

The challenge is not technical capability, but demand creation. Without clear vertical solutions or compelling developer ecosystems, advanced network features risk underutilisation.

The industry may need to recalibrate expectations around the pace of monetisation. 5G SA’s value for telcos may unfold gradually rather than explosively.

6G remains a long-term prospect

6G research is accelerating globally, with governments and vendors outlining ambitious visions. Yet commercial rollout remains many years away.

In the meantime, many of the performance gains associated with early 6G discussions, such as improved speeds, lower latency, and AI-driven optimisation, can be delivered through continued 5G evolution, fibre expansion, Wi-Fi advances, and software innovation.

6G will shape the next decade. It is unlikely to define this one for operators today.

Focus on practical fundamentals

None of this suggests innovation is misplaced. Telecom operators depend on forward investment. But as capital discipline tightens across the industry, the focus is shifting from technological possibility to measurable value.

The strongest returns may come not from headline-grabbing breakthroughs, but from expanding fibre intelligently, automating operations pragmatically, investing in skills alongside software, and building sustainable enterprise propositions.

In the telecoms industry, progress is rarely linear. The technologies that ultimately reshape the market are often those that quietly compound value over time.

Hype cycles rise quickly. Commercial reality moves more deliberately.

The new P30K Apex charges once a month

The P30K Apex is designed for professionals seeking exceptional battery life and durability at a price up to half that of competitors in the giga-battery smartphone market. The P30K Apex is the result of eight years of research and development.

Avenir Telecom, the company that manufactures and markets Energizer brand phones worldwide, announces the commercial launch of the Energizer P30K in June 2026.
30,000 mAh battery: one month of battery life in mixed use/standby

The company Avenir Telecom which manufactures and markets Energizer branded phones worldwide announces the commercial launch of the Energizer P30K Apex in June 2026 at a price of $399.

The “Apex” model features a 30,000 mAh battery, exceeding industry standards to offer up to a month of battery life in mixed use/standby.

P30K Apex: capacity 6 to 7 times greater than the market average

With 30,000 mAh, the P30K Apex offers a capacity 6 to 7 times greater than the market average. This contrasts sharply with current benchmarks in the rugged smartphone market, such as the Samsung XCover6 Pro (4,050 mAh) or the Kyocera DuraForce Pro 3 (4,270 mAh), which top out at under 5,000 mAh.

Eliminating the stress of low battery for professionals in construction, industry, or logistics

For professionals in the construction, industrial, or logistics sectors, this means:

• Weeks of work in a white zone with no access to electricity.
• Eliminating the stress of low battery at the end of the day.
• A tool that is always operational, reducing costly service interruptions for SMEs.

More than just a battery, a 5G workstation

While its autonomy justifies its name “Apex”, this model makes no compromises on technical performance, meeting the requirements of modern business applications (BIM, 3D plans, diagnostics):

  • Industrial Photography: A primary sensor of 200 MP allowing for ultra-detailed documentation of construction sites, an unprecedented definition in this segment.
  • Computing power: MediaTek Dimensity 7300 5G processor coupled with 12 GB of RAM and 512 GB of storage, guaranteeing total fluidity even with heavy applications.
  • Fast Charging: The 66W fast charging technology ensures efficient recommissioning despite the massive battery capacity.

A complete range: Energizer P20K Atlas and P10K Orion

To complement the Apex, Avenir Telecom is applying its energy expertise to two other models adapted to specific uses:

  • The P20K Atlas (20,000 mAh): The inspection tool, integrating a torch with a range of 50 meters, ideal for interventions in tunnels or crawl spaces.
  • The P10K Orion (10,000 mAh): With 10,000 mAh, it already offers double the battery life of classic competitors in a more compact format (6.58 inches).

ENERGIZER P30K Apex Specifications

• Processor: MTK Dimensity 7300 Octa Core
• Memory: 12 GB RAM + 512 GB storage (ROM)
• Screen: 6.95″ IPS (1080 x 2460)
• Cameras: Rear 200 MP + 50 MP + 2 MP; Front 50 MP
• Battery: 30,000 mAh
• Operating system: Android 16
• Features: NFC, 66W fast charging
• Resistance standards: P68/IP69K, MIL-STD-810H
Availability and Warranty

The Energizer® Hardcase Pro range, led by the P30K Apex, will be available from June 2026 at a price of €399 including VAT.

3-year warranty.

Check out our big range of phone reviews in the review section

How Live Entertainment Technology Is Changing Traditional Table Games

If you’ve spent any time wandering through the quiet, prestigious streets of Mayfair, you know that the atmosphere of a high-end gaming room is nearly impossible to bottle. It’s the sound of a shuffled deck, the weighted click of a chip, and that unspoken nod between a dealer and a regular. For a long time, the digital world simply couldn’t compete with that. But things have shifted. We’ve moved far beyond the clunky, cartoonish graphics of the early internet. Today, the tech driving live entertainment is doing something quite remarkable: it’s making the screen disappear.

While 4K streaming is certainly a treat for the eyes, the most significant change isn’t found in pixel counts alone—it’s in the depth of the immersion. With the integration of Augmented Reality (AR), you’re no longer just looking at a video feed of a table. You’re seeing digital overlays that track every card movement and betting pattern in real-time. It’s a bit surreal, honestly. You might be sitting on your sofa, but the visual data makes the game feel more transparent than ever.

Bridging the Gap to the Physical Floor

I’ve often wondered if a digital interface could ever truly replicate the “soul” of a physical club. Interestingly, advances in live dealer casino technology are often compared to the experience offered in physical venues across Mayfair, specifically in how they prioritize the human element. The dealers aren’t just there to flip cards; they are trained entertainers and facilitators.

High-speed, low-latency 5G has been the real hero here. Without it, the “live” part of the experience would be a stuttering mess. Now, the interaction is instantaneous. When you ask a question or place a late bet, the response is immediate. This lack of lag creates a kind of psychological bridge. Before you know it, your brain stops treating the screen like a “game” and starts treating the whole thing like a genuine event. It’s a strange shift. This seamlessness happens because of several layers of tech humming away in the background—stuff you’d never notice unless it broke.

Take Optical Camera Recognition, for instance. It’s basically the “eyes” of the operation, instantly translating a physical card shuffle into digital data. Then you have the cinematography. It isn’t just a static webcam anymore; automated cameras now pivot and zoom based on where the action is, much like how your own eyes would dart around a table in a real room. Some setups are even experimenting with haptic feedback, where your phone gives a tiny, tactile buzz to mimic the vibration of a roulette ball hitting the pocket. It sounds small, but those little touches really pull you in.

Why It Matters Beyond the Fun

It isn’t all just bells and whistles, though. I’ve noticed that as the tech gets more sophisticated, the people running the show have to be more responsible, too. It’s a bit of a double-edged sword. There’s a lot of talk about how AI monitors these games now. While that sounds a bit “Big Brother,” it’s actually there to spot patterns of risky behavior that a human eye might miss. I think it’s a positive step.

It’s how regulations drive responsible online casino gaming that really defines the current era. By using data to ensure players are staying within their limits, the industry is trying to prove it can be both high-tech and high-standard. It’s about longevity, not just a quick thrill.

What do you think about this digital shift? Does the convenience of a high-tech live stream ever truly beat the feeling of a night out in a classic London venue, or is the technology finally getting close enough to call it a draw? I’d love to hear your thoughts on whether you prefer the haptic buzz of a phone or the weight of a premium gaming chip.

 

Telephone lines in Finland will be silenced for good – Elisa

The landline telephone network, which has been in service since the 19th century, will enter a well-deserved retirement when Elisa will discontinue landline connections by 30.6.2026. The change affects both consumers and companies, and is part of the development towards newer and more functional technologies. Elisa will contact landline customers during the spring. The number of landline telephone network users has decreased drastically in recent decades, as Finns have switched to using modern and more functional mobile networks.

Elisa founder Daniel Waden played a significant role in the development of the Finnish landline network. Even in the 1990s, landlines were a familiar sight in Finnish households. As mobile networks and mobile phones developed rapidly in the early 2000s, the number of landlines began to decline significantly. Despite this, many people still remember the landline numbers of family and friends, even after decades.

Now the moment is coming when the telephone wires will finally stop singing on June 30, 2026.

“The change is part of the development towards newer and more functional technologies, and it affects both consumers and businesses. Currently, Elisa’s customers only have a few thousand landline connections, and the number is decreasing all the time. Landline connections have been used in landline telephones, faxes, switchboard solutions and elevator phones, among other things. New connections have not been sold for years,” says Ilkka Pohtola, Business Director responsible for consumer connections at Elisa .

Modern 4G and 5G mobile networks offer users not only a more affordable option, but also a more weather-resistant and technologically capable one. Elisa’s 4G network covers over 99.9 percent of Finns and the 5G network over 97 percent. Elisa has also launched an independent 5G network, which will help to fully utilize the potential of the comprehensive 5G network.

You can keep your landline number

The aim is to make the transition to newer technologies smooth for both businesses and consumers.

The landline network services will operate until the end of June, so you can replace your old one with a suitable alternative during the spring. For business customers, replacement solutions will be mapped out, and they will receive a customer newsletter during January. All consumer customers affected by the change will be contacted by letter at the end of April, and they will be offered a replacement option. In addition, more information is available on Elisa’s website.

It is possible to keep your landline number even if the landline connection itself ceases to exist. There are subscriptions that utilize the mobile network, to which the familiar number can be transferred as is. The subscription can then be used at home, at work or at the cottage with a regular mobile phone or a GSM desk phone similar to a landline.

This is how the shutdown of the landline network progresses:

  • Elisa says it will discontinue landline connections in January 2026.
  • Until spring 2026, landline connections will continue to function as before.
  • Corporate customers will be contacted starting in January.
  • Consumer customers will receive a more detailed customer letter for changing their subscription and phone at the end of April.
  • The landline network will cease operations on June 30, 2026.

More information for consumer customers:  http:// elisa.fi/lankapuhelin
More information for business customers:  https:// linkapuhelin.elisa.fi/ohje/ lankapuhelinverkko

Qualcomm announces flagship €125m investment in AI transformation for Cork

Qualcomm Technologies, Inc. a wholly owned subsidiary of Qualcomm Incorporated, has announced a €125m investment that will see the transformation of the Cork site into a strategic AI pillar in the global chipmaker’s organisation over the next three years.

Founded in 1985 and headquartered in San Diego, CA, Qualcomm is a global leader in wireless technology and advanced semiconductors. The company develops cellular standards such as 4G, 5G, and now 6G. It is also one of the world’s largest fabless semiconductor companies, which sees it provide critical advanced semiconductor technology across mobile, wearables, PC, XR, IoT, automotive and data centres.

Qualcomm Technologies has had a presence in Cork since 2013, and this year it celebrates 10 years since it hired its first engineer in the city. In that time, Qualcomm has embedded itself in the community and has built strong relationships with UCC, MTU, and Tyndall, helping support the next generation of Irish engineers through internships and graduate role opportunities.

This flagship project, which is supported by the Irish Government through IDA Ireland, plans to undertake a new RD&I project in Cork, leveraging current capabilities to align with Qualcomm’s diversification strategy beyond mobile technology into areas such as PC, XR/VR, IoT, automotive, and data centres.

 

Minister for Enterprise Tourism & Employment Peter Burke TD said:
“Today’s announcement by Qualcomm is a powerful endorsement of Ireland’s ambition to lead globally in advanced research, next‑generation computing and AI. This €125 million investment further strengthens Ireland’s position as a hub of deep‑tech innovation, creating hundreds of high value jobs. This announcement is also a signal of support for Silicon Island: Ireland’s National Semiconductor Strategy, which aims to make Ireland a world leader in semiconductors through securing long‑term investments, developing a robust talent pipeline and seizing opportunities in technologies of the future such as AI.

Qualcomm’s continued expansion builds on Ireland’s strong semiconductor ecosystem and demonstrates the value of the collaborative environment we have fostered between industry, academia and Government.  The Government is proud to support this strategically significant project through IDA Ireland, and I wish the team at Qualcomm the very best for the future.”

EVP, Chief Strategy and Corporate Development Officer of Qualcomm Incorporated, Colin Ryan said: “Qualcomm’s success and ongoing growth in Ireland reflect the strength of our partnerships with the Government, IDA Ireland and Irish universities. This investment underscores Cork’s importance as a strategic Global R&D hub for Qualcomm and our commitment to supporting Ireland’s innovation ecosystem.”

Vice President of Engineering at QT Technologies Ireland Limited, Paul Kelleher said: “Qualcomm is proud of what we’ve achieved in Ireland—and we are even more excited about what’s ahead. We’re not just building technology; we’re shaping the future, right here in Cork.”

IDA Ireland CEO Michael Lohan said: “I wish to congratulate the entire team in Qualcomm on the announcement of this landmark investment – a substantial and complex project in both its scale and scope, reflecting its strategic and transformative nature.   This €125m R&D investment and the future jobs it will create, positions Qualcomm Ireland at the forefront of technological and product development in the AI-era. Today’s event also recognises a decade since Qualcomm hired its first engineer in Ireland, I wish you continued success and assure the team of IDA Ireland’s continued partnership and support.”

Qualcomm is currently hiring engineers across several business areas. To explore opportunities to join the team in Cork, visit Careers

How Real-Time Streaming Tech Powers Live Dealer Casinos?

Here’s the thing most players don’t think about when they sit down at a live dealer table: somewhere, in a perfectly lit studio, a real human is shuffling cards while an army of cameras, servers, codecs, and network engineers quietly lose sleep so your blackjack hand doesn’t freeze on a seven of hearts.

Live dealer casinos feel effortless. That’s the magic. But behind that smooth stream is one of the most demanding real-time tech setups in online entertainment. This isn’t Netflix. You can’t buffer your way out of a bad hand.

So let’s pull back the velvet curtain and talk about how real-time streaming technology actually powers live dealer casinos—and why it’s way more impressive than most people realize.

 

Why Live Dealer Streaming Is a Different Beast

Streaming a movie is easy. Stream it late? No problem. Pause it? Totally fine. Stream a live casino game? That’s a high-wire act without a safety net.

Live dealer casinos require ultra-low latency, meaning the time between the dealer dealing a card and you seeing it must be nearly instant. We’re talking fractions of a second. Any delay longer than that, and players start shouting “rigged” in the chat.

On top of that, everything must be synchronized:

  • The video feed 
  • The betting interface 
  • The game logic 
  • The timer counting down your decision 

If even one of these slips, the illusion collapses. And once the illusion is gone, so is the trust.

 

The Studio: Where the Magic Actually Happens

Live dealer studios are closer to TV broadcast sets than casinos. Dealers don’t just stand at a table; they perform under intense lighting designed to eliminate shadows, glare, and suspicious reflections.

Multiple HD cameras surround the table. Not one. Not two. Usually three to five, capturing:

  • A wide shot of the dealer 
  • A close-up of the cards or wheel 
  • A backup angle in case something goes wrong 

These feeds are captured simultaneously and pushed into real-time encoding systems. No editing. No retakes. If the dealer drops a card, the internet sees it.

This is where latency becomes the enemy. Every extra processing step adds delay, so casino streaming setups are stripped down to essentials. Speed beats beauty.

 

Encoding: Turning Reality into Data (Fast)

Once cameras capture the action, raw video is useless unless it’s compressed—fast. This is where real-time encoders step in.

Encoders convert video into formats that can travel quickly across the internet without destroying image quality. Modern live casinos rely on adaptive bitrate streaming, which means the stream adjusts itself on the fly depending on your connection.

Strong Wi-Fi? You get crisp HD.
 Weak signal? The resolution drops, but the game continues.

That’s why you can play from a café, a train, or your couch without the table freezing mid-spin. It’s not luck. It’s math, bandwidth management, and ruthless optimization.

 

The Invisible Middleman: Streaming Servers

Here’s a fun fact: the dealer isn’t streaming directly to you.

Between the studio and your screen sit distribution servers scattered across regions. These servers decide the fastest possible route for the video to reach you, shaving milliseconds wherever they can.

This is especially important for players hopping between platforms while comparing options like the best online casino ireland has to offer, where performance and smoothness often matter more than flashy bonuses.

The same logic applies again when players debate which platform truly deserves the label best online casino ireland—because when the stream stutters, no welcome offer can save the experience.

 

Syncing Video With Bets: The Real Challenge

Video alone isn’t enough. The casino must sync what you see with what you can do.

When the dealer says “Place your bets,” a countdown timer appears. That timer isn’t cosmetic. It’s linked to the same system handling the video feed, the dealer’s actions, and your clicks.

This requires event-driven architecture, where every action triggers multiple responses instantly:

  • Dealer starts dealing → betting closes 
  • Card hits the table → result updates 
  • Wheel stops spinning → payouts calculate 

If any of these lag behind the video, chaos follows. Imagine betting on a hand after seeing the card. Exactly. That’s why live dealer platforms are built like financial trading systems, not casual games.

 

Latency Wars: How Casinos Keep It Fair

Fairness in live dealer casinos isn’t just about honesty—it’s about timing.

To prevent abuse, casinos deliberately add tiny, controlled delays to certain actions. Not enough for players to notice, but enough to prevent anyone from exploiting network advantages.

This balancing act ensures that:

  • Everyone sees the same action at the same time 
  • Bets are locked fairly 
  • No one gains an edge by sitting closer to a server 

It’s a constant war against physics, geography, and impatient players.

 

Human Touch, Digital Precision

One reason live dealer casinos exploded in popularity is psychological. Humans trust humans.

Seeing a real dealer shuffle cards does something algorithms never could. It lowers suspicion. It adds warmth. It turns gambling from a cold interface into a shared moment.

But that human touch is supported by ruthless precision. Every shuffle is tracked. Every card scan feeds into a backend system verifying outcomes in real time. The dealer smiles. The software double-checks.

It’s theatre backed by engineering.

 

What’s Next: Faster, Closer, More Immersive

The future of live dealer streaming isn’t just higher resolution. It’s lower latency, regional micro-studios, and interactive layers.

Expect features like:

  • Dealers responding to chat in real time 
  • Personalized camera angles 
  • Seamless switching between tables without reloads 

As 5G and edge computing mature, the gap between physical casinos and digital tables will shrink even further. The screen will disappear. The experience will remain.

 

Live dealer casinos work not because they look real—but because the technology behind them refuses to fake anything.

Every spin, every card, every awkward dealer joke travels across oceans in milliseconds, balanced on a knife-edge of timing and trust. It’s messy. It’s complex. And when it works, it feels effortless.

Which is exactly the point.