But then, the overall performance of these devices largely depends on the chipset running inside them and two companies, Qualcomm with its Snapdragon processors and MediaTek with its Dimensity lineup, currently top this space.

Both manufacturers are pushing the limits of performance, battery efficiency, gaming capability and, interestingly, artificial intelligence processing.

MediaTek’s latest flagship processor, the Dimensity 9500, launched in September 2025, is a big step forward for the company in terms of performance and efficiency compared with earlier generations.

The chip is built on advanced semiconductor architecture designed to support heavy workloads such as AI processing, high-end gaming and improved power management.

It also features a powerful GPU capable of handling advanced graphics and image processing, making it a serious competitor in the premium Android smartphone segment.

Qualcomm, on the other hand, recently introduced the Snapdragon 8 Elite Gen 5, which uses custom Oryon CPU cores aimed at delivering stronger performance while maintaining better energy efficiency during demanding tasks.

The Snapdragon 8 Elite Gen 5 also includes an upgraded graphics processor and AI engine designed to accelerate gaming, photography and other intensive applications while keeping power consumption under control.

With both companies advancing their technology, it can be difficult for consumers to determine which chipset performs better in real-world use. This comparison looks at the strengths and weaknesses of Snapdragon and MediaTek processors across several key areas.

Which is Better for Energy Efficiency?

Both companies have made great progress in power efficiency, though MediaTek has made particularly noticeable improvements in recent years.

A major focus of the Dimensity design is battery optimisation, allowing smartphones to maintain consistent performance while reducing unnecessary power consumption. This approach has helped MediaTek close the gap with Qualcomm’s premium chips.

Snapdragon processors are also well known for strong power management. Qualcomm’s chips tend to optimise energy usage during demanding tasks such as gaming, video editing and heavy background processing.

In real-world use, MediaTek chips are usually slightly more efficient, particularly in mid-range devices, and they are widely adopted because manufacturers can integrate them across different price categories.

Which is Better for Gaming?

Gaming is one of the most competitive areas between the two chipmakers.

Snapdragon currently leads in this category, while Qualcomm’s Adreno GPUs are widely regarded as some of the most powerful mobile graphics processors available, which is why they are commonly used in dedicated gaming smartphones.

MediaTek has improved commendably with its HyperEngine gaming technology, which combines graphics processing, network optimisation and system tuning to deliver smoother gameplay.

Despite these improvements, many flagship gaming phones still rely on Snapdragon processors because of their consistent performance and stronger developer optimisation.

Which is Better for AI and Imaging?

Artificial intelligence has become a huge feature of smartphones in 2026, powering tools such as voice assistants, camera enhancements and real-time image processing.

The Snapdragon 8 Elite Gen 5 includes a powerful AI engine and advanced image signal processor designed for computational photography and faster on-device AI tasks.

MediaTek is also investing heavily in AI capabilities. Its newer Dimensity chips feature improved AI processing units designed to handle generative AI features and advanced smartphone photography.

Both platforms perform strongly in this area, but Snapdragon still has a slight edge thanks to better camera processing and broader software optimisation. This advantage is often visible in flagship devices such as Samsung’s Galaxy S-series smartphones.

Which is More Affordable?

Cost is an area where MediaTek clearly stands out.

MediaTek processors are generally more affordable for smartphone manufacturers, which is why they are commonly used in mid-range devices from brands such as TECNO, Xiaomi and Infinix.

Snapdragon chips, especially flagship models like the Snapdragon 8 Elite Gen 5, are typically more expensive. As a result, they are mostly found in premium smartphones and high-performance gaming devices.

For manufacturers targeting price-sensitive markets such as Nigeria and other emerging economies, MediaTek often provides a more cost-effective option.

Which Chip is Used More in Laptops?

Qualcomm has expanded aggressively into the laptop market with its ARM-based Snapdragon X series processors designed for Windows PCs.

These chips focus on delivering long battery life, built-in AI capabilities and strong connectivity for everyday computing tasks.

MediaTek, by contrast, remains largely focused on smartphones, tablets and smart devices. While its processors appear in some Chromebooks, such as the Lenovo IdeaPad Slim 3 Chromebook, the company has yet to establish a strong presence in the broader laptop market.

For now, Qualcomm holds the advantage in ARM-based laptop processors due to its partnerships with PC manufacturers and the Windows ecosystem.

Therefore, the rivalry between Snapdragon and MediaTek drives innovation across the smartphone industry, with both companies pushing the limits of what modern mobile processors can achieve.

At present, Snapdragon processors still lead in overall performance, gaming and camera processing. MediaTek’s Dimensity chips, however, have become strong competitors thanks to their improving efficiency and lower cost.

For users who want maximum performance and top-tier gaming, Snapdragon is the safer choice. But for those looking for solid performance at a more affordable price, MediaTek’s Dimensity processors offer excellent value.

But for a device to truly “Outplay the Rest“, it needs to be more than just a phone, it needs to be a portal.

The Infinix GT 30 Pro is that portal. It’s not just a gaming phone; it’s an entire ecosystem, designed to carry you to victory, one battle at a time.

The All-Day Full FPS System

Every epic tale needs a hero, and the GT 30 Pro’s hero is the MediaTek Dimensity 8350 Ultimate 5.5G chip. But raw power isn’t enough; it’s the ability to sustain it that wins the war.

This is where the “All-Day Full FPS System” comes into play. It’s a holistic solution for the serious gamer, combining top-tier hardware with intelligent software and an innovative accessory bundle.

​The phone’s self-developed 3D Vapor Cloud Chamber Cooling (3DVCC) system is a testament to this philosophy.

With a unique design and ultra-conductive graphite, it boosts liquid capacity by 20% and improves heat dissipation by 20%, ensuring stable performance for hours on end without thermal throttling or frame drops.

Infinix GT 30 Pro remains cool to the touch, keeping you in the zone and your grip uninterrupted.

​But the story doesn’t end there. The Gaming Master Edition includes the MagCharge Cooler and MagCase.

This duo forms an ecosystem that seamlessly integrates wireless charging and active cooling. Simply snap on the lightweight MagCharge Cooler, and the device enters “Draco Mode,” providing a dynamic, cool-running experience even during the most intense gaming marathons.

The GT Trigger and Silky Control

In the world of competitive gaming, every millisecond counts. The GT 30 Pro gives you an edge with its exclusive GT Trigger, a feature not found on other phones in this price range.

These capacitive shoulder buttons offer console-level control, allowing you to execute complex moves with just the lightest touch. Whether you’re activating a spell in a MOBA or aiming and firing in an FPS, the GT Trigger turns a two-finger player into a six-finger pro.

Paired with a 2160Hz touch sampling rate and a six-axis gyro sensor, your every move is translated with pinpoint accuracy and ultra-fast response, creating an immersive and intuitive experience.

Beyond the Game: Performance and Style for Everyday Life

The GT 30 Pro’s story isn’t just about gaming. Its powerful hardware, with up to 24GB of extended RAM and 512GB of storage, ensures effortless multitasking and snappy app launches.

The device features a vibrant 1.5K AMOLED display with a 144Hz refresh rate, delivering stunning visuals and silky-smooth scrolling. The screen is also certified by TÜV Rheinland for low blue light and uses 2160Hz PWM dimming to reduce eye strain, making it comfortable for all-day use.

The design itself is a chapter in the narrative. Inspired by “mechanical gear and sci-fi interfaces”, the phone features Mechanical Light Waves, a dynamic lighting system that reacts in real time to calls, messages, and in-game actions.

With three colour choices, including the premium Dark Flare edition with its full RGB lighting, the GT 30 Pro blends performance with personality, turning heads without looking overdone.

From its massive 5500mAh battery that supports 30W wireless fast charging to its 108MP main camera with AI-powered editing tools, the Infinix GT 30 Pro is a complete package.

It’s a device built for a new generation, one that demands power, performance, and a touch of rebellious style. It’s built to “Outplay the Rest” in every sense of the word.

The Infinix GT 30 Pro’s camera features include:

Main Camera: A 108MP main camera with up to 3X lossless zoom, providing a versatile range from 0.6X to 10X for shooting high-resolution images.

​Ultra-wide Lens: An 8MP ultra-wide lens to capture more in a single frame, which is ideal for landscapes or group photos.

​Front Camera: A 13MP selfie camera that produces sharp and detailed portraits with natural colors.

AI Tools: The phone comes with built-in AI-powered tools for creative editing, such as object removal, background cutout, and image expansion, to help you edit photos effortlessly.

The Infinix GT 30 Pro’s 3D Vapor Cloud Chamber Cooling (3DVCC) system is a self-developed, next-generation cooling solution specifically engineered for gamers.

Here are the key details about the system:​

It combines a unique 3D vapor chamber design with ultra-conductive graphite to provide full-path cooling coverage across the entire device.

Compared to traditional vapor chambers, the 3DVCC system boosts liquid capacity by 20% and improves maximum heat dissipation (QMAX) by 20%.

It effectively lowers the core chip temperature by up to 3°C.  This advanced thermal architecture ensures that the phone remains cool to the touch even during extended gaming sessions, preventing thermal throttling and frame drops.

​This system allows the phone to maintain stable, high-frequency performance even under extreme loads.   

Features designed to ensure the phone can handle extended gaming without causing “battery anxiety”.  

Infinix GT 30 Pro is equipped with a large 5500mAh battery (5200mAh in some regions).

​It features Bypass Charging 2.0, which is designed specifically for gamers. This feature powers the motherboard directly when the battery is above 30%, rather than charging the battery.

This helps to reduce heat, protect the battery, and allow for a cooler gaming experience while the device is plugged in.

The overall “All-Day Full FPS System” is designed to provide “long-lasting power” and allow you to “keep you in the game, all day”.

Here are the key gaming features of the Infinix GT 30 Pro:

​GT Trigger: The phone has exclusive capacitive shoulder buttons that offer console-level control without needing physical pressure. This allows for one-touch actions and can enable you to play like a “four- or six-finger pro” in games like FPS shooters.

​AI Toolbox: The device includes an AI Toolbox with several intelligent gaming assist features. These features include a Magic Voice Changer with 15 presets for in-game chats, and an AI Magic Box that offers features like Dialogue Acceleration, Movement Lock, and Auto Loot for supported games.

Enhanced Network: It supports the latest 5.5G technology, with smart AI-powered network acceleration that prioritizes in-game commands and provides call protection, so incoming calls won’t interrupt your match. The phone also has a custom “gaming antenna” system for a 360° signal with no drops.

​Immersive Haptics and Audio: The device is equipped with an X-axis Linear Motor and a 4D Vibration Engine 3.0, which provide weapon-specific vibrations and ultra-responsive feedback during gameplay. It also has JBL dual stereo speakers for a more immersive sound experience.

Ray Tracing: The phone supports advanced software features like ray tracing, which brings realistic lighting and shadows to supported games. This feature is typically found on more expensive, ultra-premium models.

Gaming Master Edition Accessories: The “Gaming Master Edition” includes a MagCharge Cooler and a MagCase. When the MagCharge Cooler is attached, it enters “Draco Mode,” which enables simultaneous cooling and wireless charging to keep the device from overheating during long gaming sessions.

Infinix GT 30 Pro vs Other Gaming Phones

Verdict:

If you’re looking for a gaming phone that balances raw power with smart accessories and style without breaking the bank, the Infinix GT 30 Pro is arguably one of the best in its category. Its blend of cooling innovation, wireless charging, OLED display, and RGB gamer design make it a compelling alternative to both midrange leaders and premium gaming models.

This event marked the first global showcase of this cutting-edge technology, representing a key milestone in bringing multi-device collaboration into real-world 5G networks.

With the growing popularity of applications such as extended reality (XR), 4K live broadcasting, and immersive metaverse experiences, single user equipment (UE) faces inherent limitations in power, spectrum, and channel capacity.

UE Aggregation offers a compelling solution by enabling Remote UEs to collaborate with nearby Relay UEs.

Relay UEs can contribute their spare resources to enhance the uplink performance of Remote UEs, effectively breaking through the bottlenecks of single-device capabilities.

UE Aggregation integrates three key dimensions of cooperation to create a robust and efficient uplink transmission chain:

• Power Aggregation: 

The Relay UEs assist with signal forwarding, improving uplink connectivity in areas with weak coverage.

• Bandwidth Aggregation: 

Relay UEs share their unused spectrum resources, boosting the Remote UE’s uplink throughput.

• Channel Aggregation: 

Remote and Relay UEs simultaneously establish independent communication links, enabling multi-path transmission and enhancing reliability and redundancy.

The live trial was conducted in A-Z center lab based on AIS commercial 5G network configuration, using ZTE’s 5G gNodeB and core network equipment. MediaTek supplied prototype terminals equipped with UE Aggregation capabilities. Test scenarios simulated collaboration between Remote and Relay UEs, with direct comparisons to conventional single-device setups.

Performance was evaluated based on wireless uplink throughput and real-time 4K video streaming from mobile devices, achieving following results:

• Uplink speeds for edge users improved by up to three times with UE Aggregation enabled.
• Without aggregation, uplink throughput is insufficient for stable 4K live streaming, resulting in frequent stuttering and frame drops.
• When aggregation was activated, uplink can support smooth and high-quality 4K live streaming with consistent quality and no noticeable frame loss.

UE Aggregation has been incorporated into the 3GPP Release 18 specifications and will continue to evolve in future releases (Releases 19 and 20). Future iterations will support multi-path routing, multi-relay architecture, inter-DU/CU coordination, and intelligent low-latency path optimization—laying a strong foundation for future use cases in industrial IoT, vehicle-to-everything (V2X), and XR.

Mr. Wasit Wattanasap, Head of Nationwide Network Operations & Support of AIS, remarked:

“UE Aggregation is a landmark step in enhancing 5G-A uplink services. It brings new levels of performance to live media, XR, and industrial applications.”

Dr. HC Hwang, General Manager of Wireless Communication Systems & Partnerships at MediaTek, added:

“UE Aggregation underscores our long-term commitment to investing in and developing the latest in connectivity technology, driving platforms that are capable of supporting a smarter and more connected device ecosystem.”

Chao Xiong, Deputy General Manager of RAN Product Marketing at ZTE  concluded:

“This collaboration showcases the readiness of UE Aggregation and establishes a model for scalable device cooperation in next-gen networks.”

Presented by CEO Jensen Huang during his keynote at Computex 2025 in Taipei, the announcement came with a message that Nvidia no longer intends to be just a chipmaker, it wants to become the backbone of the next wave of AI infrastructure. 

NVLink Fusion is offering rival chipmakers a piece of the technology Nvidia itself uses to build its high-performance AI systems.

Marvell Technology and MediaTek have already signed on to adopt NVLink Fusion, showing early industry trust. This technology enables chip-to-chip communication speeds up to 14 times faster than PCIe, a good move forward for training and running AI models at scale. 

It’s not limited to Nvidia’s own systems anymore. Companies building their own AI chips can now link multiple processors with Nvidia’s own fabric, essentially bringing them into the Nvidia AI ecosystem.

“Once upon a time, I spent 90 percent of my keynote talking about graphics cards,” Huang said. “Now, our mission is to build the AI infrastructure of the future.” 

That infrastructure includes partnerships with Qualcomm, Fujitsu, Alchip, Astera Labs, Synopsys, and Cadence to make NVLink Fusion usable across full rack-scale AI architectures.

Huang also used the stage to reveal Nvidia’s next line of AI chips. The Blackwell Ultra is due out later this year. Rubin will follow, and a new chip family named Feynman is set for 2028. 

These timelines are Nvidia’s roadmap for staying ahead in an industry that’s evolving faster than any before it.

The company also confirmed that its desktop AI computer, DGX Spark, designed for researchers, has entered full production and will be available within weeks.

Outside the announcements, Nvidia is strengthening its physical footprint in Asia. Huang revealed plans to build a new regional headquarters in Taipei’s northern suburbs, reflecting both commercial intent and geopolitical awareness as semiconductor influence shifts eastward.

Computex 2025, with over 1,400 exhibitors, marks the return of major chip players to Asia since the U.S. government’s tariff threats reshaped global manufacturing strategies. 

This report explores this new definition and why smartphones can be essential for vendors to implement on-device GenAI, as well as what on-device AI applications on smartphones will look like in the future.

What is the definition of an “AI-capable smartphone”?

Lucas Zhong, writes:

“Unlike PCs, smartphones have embraced AI technology for much longer, making ‘AI-capable smartphones’ a much broader concept to define.

Chipset vendors such as Qualcomm, Mediatek, Samsung and Google have focused on improving NPU/TPU performance for years.

Smartphone vendors including Apple, Huawei, vivo, and Xiaomi are implementing AIML algorithms locally to improve imaging quality, battery life, and typing experience.

However, integrating LLM and other GenAI models on-device will require a different computing platform and software capabilities. Canalys believes an “AI-capable” smartphone should meet the following criteria:

Minimal requirements: A smartphone that meets all the following criteria can be defined as an “AI-capable smartphone”.

• The SoC should include a dedicated unit (eg, Qualcomm Hexagon, MediaTek APU, Google TPU) to accelerate AI-related tasks.
• The smartphone should be able to run LLMs (eg, Google Gemini, Samsung Gauss) and other generative AI models (eg, Stable Diffusion) on-device.
• LLM inference performance on-device should be faster than the average adult’s reading speed, equating to 10 tokens per second (based on LLaMA-2 7B, or equivalent).
• Image generation using on-device AI should be less than two seconds (Stable Diffusion v1.5, 20 steps, 512*512, or equivalent).

Optional requirements: An “AI-capable smartphone” may not necessarily meet all the following requirements. However, meeting the optional requirements can enhance the user experience.

• A LLM (eg, Google Gemini, Samsung Gauss) should be pre-installed out of the box.
• GenAI-related APIs and SDKs are available for third-party developers to integrate GenAI-powered features in the mobile applications that can be run on-device.
• First-party GenAI-powered features developed by the vendor are pre-installed on the device and can be run on-device efficiently.

Why smartphones are essential to on-device AI?

Prominent installed base: Smartphones have the most extensive installed base compared to edge computing devices such as PCs.

Canalys expects the total installed base of global smartphones to reach five billion in 2023, much larger than the 1.4 billion installed base for laptops and desktops combined.

The gap will become more prominent, especially in developing markets and among younger generations, who have jumped over the PC era and spend more time on content consumption and social media using mobile-native apps.

AI applications will, therefore, reach a larger audience when integrated into the smartphone form factor.

Portable form factor: Smartphones are portable and can accelerate the penetration of AI app usage.

A pocket-sized device enables use cases that more closely align with daily activities, ranging from communication to entertainment.

These use cases can complement the productivity use cases of PCs, thus widening the reach of AI in digital life.

The availability of different sensors in smartphones further enhances data collection for AI, paving the way for the development of highly personalized AI applications.

Robust app ecosystem: Smartphone’s robust app ecosystem will enable a thriving developer community for vendors.

Unlike smartwatches, which typically have fewer applications in the marketplace, and focus on specific use cases such as health and workout suggestions, smartphones offer a broader canvas for AI innovation..

The strength of the app ecosystem facilitates seamless AI integration across apps and fosters the creation of diverse third-party AI applications under a strong developer community.

Hub in the smart device ecosystem: A smartphone’s connectivity and versatility means it plays a more critical role than other edge devices.

Major players in the industry, such as Samsung with its Galaxy Ecosystem and Xiaomi with its smartphone x AIoT strategy, put smartphones at the center of their vast device ecosystems.

Integrating AI on-device will further enhance the interconnected experience, empowering smartphone AI to generate personalized actions to control other devices based on user behavior and contextual scenarios.

How will on-device AI revolutionize smartphones in the near future?

The following chart shows a smartphone’s major use cases including Entertainment, Communication, and Information in a pyramid view. We also list some (early) potential AI-powered features for each use case.

AI-powered features such as enhanced photo editing and auto-reply, are expected to be used by most users.

These high-frequency, AI-powered features will help vendors boost the usage of AI on smartphones and gain more mindshare among consumers.

Smartphones are also a light productivity device for most users compared to PCs. So vendors still need to develop meaningful features in the “productivity” area to attract prosumers in the premium segment.

It is worth noting that prosumers expect quality, accuracy, and reliability in Gen AI output. Therefore, establishing credibility and trust in the AI features and their on-device models is essential, providing opportunities for differentiation for vendors that can demonstrate their AI capabilities early on to capture the premium prosumer market.

Some examples of AI features we identified from early AI-capable smartphones which are on the horizon.

MediaTek has dedicated itself to innovation and now positioned as a driving market force in several key technology areas, including highly power-efficient mobile technologies, automotive solutions and a broad range of advanced multimedia products such as smartphones, tablets, digital televisions, 5G, Voice Assistant Devices (VAD) and wearables.

In this interview, Rami Osman, the Director for Corporate Sales and Marketing at MediaTek, Middle East Africa, further underscores how the company empowers and inspires people to expand their horizons and achieve their goals through smart technology, more easily and efficiently than ever before.

Osman has been working in the Middle East and Africa’s ICT industry since 2002, and has held a number of positions.

Excerpts:

TE: Can you tell us your recent event you had in Dubai and also what do you intend to achieve with your partnership with Airtel?

Rami Osman: We try to keep touch with the media in big markets every year. So, we did the global conference. In Dubai, it was a physical event.

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In Dubai, we invited the press from all the key markets which includes Turkey, Pakistan, UAE, Saudi Arabia, Egypt, Kenya, Nigeria and South Africa, and we showcased our technologies and our recent projects, especially the ones in 2023. We focused on regional successes and we showed some devices made from the region.

There is a manufacturing industry in Pakistan, Turkey, Egypt and design industry in South Africa. We hope that more and more manufacturing and designs can come from the region. So, we invited the media to see for themselves because it will be very difficult for the media to connect with these things if they don’t understand them.

They would think it is impossible to manufacture or design anything outside of China. There is a big misunderstanding from the media side. The consumer does not have to understand how the supply chain works, but the media needs to, especially since after the Covid-19. So, inviting the media to show them and talk to them about how the design works was important.

Talking about Airtel, MediaTek is a global supplier, so we work with everybody. But for purpose of optimising the technology, we do like to work closer with the operator, so that the user can get good experience from the commercial device.

You are not buying the device from Media Tek, it is not a MediaTek branded device and you are not running it on a MediaTek network.

There is no such business model, not even Apple offers that, we have to work with each other. The chip set is from me, the design of the board, the software and operating system is from Google and it is manufactured by probably a Chinese company and all these work seamlessly on one operator in Nigeria. If Africa is close to 50 countries, each country on the average has three telecom operators. So, Africa has 150 telecom operators and so it is impossible to test with all. So, we select the leaders.

For example, in this territory, Airtel seems aggressive and working and cares for the optimisation. Not all operators care for the optimisation and not all telecom companies want to work with a chipset company to test Wi-Fi and to test cellular connection.

All the suppliers like Samsung, OPPO and the factories that make the router are all our customers in Asia. We work as a reliable bridge to the manufacturers.

Any new technology, be it fintech, tracking for vehicles or routers, company like Airtel will leverage our knowledge of the supply chain. That is because nobody understands the electronic supply chain like the chip set companies. It is like the main ingredient in a meal. If you to make an electronic device, the first thing is the chip set. The manufacturers of battery, plastic component, memory, display, everything, are controlled by the chipset and any company like Airtel will leverage our solutions.

TE: What do you think is the future of technology globally as we continue to see efforts to blur the divide between the physical and digital world through artificial intelligence (AIs) and Virtual Reality (VR)?

Rami Osman: With the next generation of virtual assistants, we have started to see the connection between the physical and digital worlds. We now have text-based AI assistants. So, I think going forward more of these intelligence will go to the clients’ side.

MediaTek next year will have some announcement about this, when we move from the stage of only cloud-based, text format AI interaction interactions that generate pictures and stuffs like that, to more like business, entertainment, hospitality with active AI generation on the clients’ side.

I think starting next year, if the time is ripe, the platform suppliers will move their AIs from just the current status to better web-search and some virtual and writing services for all aspects of life. I think next generation of AI platforms on the cloud would better merge the physical and the virtual and make it a reliable experience.

TE: We are seeing more MediaTek-powered devices like smartphones, wearable connectivity and more. Can you tell us more about Mediatex products?

Rami Osman: We are a consumer electronics company; we are not a connectivity, mobility or media company.

We started from media, which is where the name MediaTek came from. So, when started to listen and enjoy hundreds of MP3 sounds and USB sticks, the players were powered by our system.

So, we kept leveraging and moving to new products. So, what we learnt in the media space, we moved to TVs and what we learnt from TVs, we moved to smart phones and what we learn in smart phones, we use in tablets and internet of things (IOTs). So, there are three major categories of MediaTek products.

The first, the legacy category includes the TVs and set up boxes. You know, like the DSTV in Africa, a big part of their service uses MediaTek chips in their set up boxes, whether it is the basic set up box or the advanced over-the-top (OTT) set up box.

We have a lot of operators using our set up boxes. For TV, probably your TV at home is using a device from MediaTex, unless it is a model from Samsung or LG. That is because we have like 70 per cent of the TV market globally and most of the android TVs use MediaTek.

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If you move towards computing, the computing leader globally is Intel, because of their dominance with Microsoft for a long time. In Chromebook, we are the largest globally.

Chrome is Google’s android for the laptop or hybrid or notebook forum factor. If this category progresses, we would progress. There are limitations on the progress of this category, especially with the huge success of the Macbooks and now corporates are limiting their employees to the Windows platform. But, we think that sooner or later, we would have MediaTek processing chipsets.

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More or less of the same platform is used for tablets, Chromebook and smartphone. But of course, a smartphone has much wider range and we are the world’s largest chips supplier for smartphones and Android, since 2019.

Talking about media, computing and mobility and then talk about the next generation like 5G connectivity IOTs, are some of the new things that MediaTek is working on. Like I said, we power a greater percentage of global electronic devices every year.

TE: How is MediaTek adapting to ever-changing technology industry? And can you speak about some of your technologies that focuse on bridging the digital divide?

Rami Osman: We have a smart feature phone that is coming to an operator in Africa. Smart feature phone is a bridge between feature phone and smart phone. There is always enhancement of different operating system – touch screen or no touch screen, what is the price tag that will make the 2G guy jump from a $7 phone to a $20 phone, instead of jumping to a $30 phone.

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The smart feature phone continues and we are doing something with one operator in November.

In terms of bridging the digital dividend, it is about mobility and access as well as finding that proposition as low as possible close to the 2G phone, to enhance migration and connect more people to the internet. If you talk about other aspects of life and digital inclusion, you also have to factor in commercial transactions. Kenya has been leading with mobile payments. But that has to do with mostly using legacy system like the SMS.

In Nigeria and other places in Africa, start-ups are coming up with different payment platforms that are affordable, secured and flexible. If you go to MCDonalds in Dubai, you can make orders through electronic terminals and you can make payments using an Andriod point of sale (PoS) terminals.

But, that is understood because it is an advanced market. But when you go to rural African communities and meet people selling mangoes who are not able to utilise their trade fully because of the problems associated with cash and she doesn’t have a bank account. How do you service those millions of SMEs and unbanked merchants using the new ideas and fintech companies in Africa? MediaTek is supplying them with very affordable, unique and secured payment terminals.

TE: How is MediaTek incorporating AIs into IoTs to support the current trend that is expanding that market?

Rami Osman: Actually, MediaTek was the first company that started talking about Artificial Intelligence of Things (AIoTs).

If you look at many electronic companies, if you check their products, they have ranges of AIoTs. When we started with AIoT, people mocked it and said it was complicated, that they barely understood IOT and we were already talking of AIoT. But it is picking up. AIoT is about making the IoT or the smart machine talking to each other.

It is about machines talking to each other with a controller and a low level operating system. It can only do what the programmer tells it to do. AIot, for example, we have couple of customers, such as Amazon, who have developed home appliances with the camera that can study cooking appliances and visual status of the dish. That is just little of what the new home appliances with AIoT can do.

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IoT devices with some AI, then you get machine learning and better and smarter IoT devices. Some of the new and advanced gym equipment have it and many of these devices are using MediaTek chip set for smarter interaction with the person who is working on the gym equipment daily.

So, AIoTs are transforming lives and the world.

The collaboration aims to drive technological advancements and enhance mobile connectivity nationwide and will see the integration of hundreds of millions of individuals into the digital economy, consequently advancing mobile connectivity throughout Nigeria.

The collaboration highlights MediaTek’s T750-powered Customer Premises Equipment (CPE), a groundbreaking technology that enhances internet connectivity.

This advancement allows users to access high-speed 5G networks from the comfort of their homes, opening doors to remote work, gaming, online education, and entertainment streaming like never before.

The T750 offers remarkable out-of-the-box 5G speeds, reaching up to an impressive 4.7Gbps. It competes with or surpasses the performance of traditional fixed-line services, harnessing existing cellular infrastructure while avoiding the expenses associated with cable or fiber installation.

“Our collaboration with Airtel Nigeria focuses on enhancing high-speed internet access through advanced chipsets, offering a wider range of premium and flagship devices while supporting the transition from feature phones to smartphones, and exploring innovative AI-IoT solutions. This collaboration will drive digital inclusion, revolutionize connectivity in Nigeria, and contribute to sustainable development goals,” Said Rami Osman, Director for Corporate Sales and Marketing, MediaTek Middle East and Africa.

Ismail Adeshina, Director, Marketing at Airtel Nigeria, emphasized the importance of the collaboration with MediaTek and how it will provide affordable connectivity to Nigerians.

He stated, “Our commitment to innovation is evident through our early adoption of 5G technology. We’re proactively investing in this technology to improve connectivity, to tackle coverage and cost challenges, and make 5G devices more accessible across Nigeria”.

MediaTek powers globally recognized brands and remains dedicated to providing state-of-the-art innovations through its latest products and solutions.

These offerings span a diverse range, including smartphones, smart devices, automotive technology, satellite connectivity solutions, and next-generation wearables.

MediaTek’s product portfolio includes MediaTek Dimensity for 5G smartphones, MediaTek HelioG series for 4G gaming smartphones, MediaTek Kompanio for arm-based Chromebooks, MediaTek Pentonic for Smart TV technologies, MediaTek Genio for Internet of Things applications, MediaTek Filogic for advanced Wi-Fi 6/6E & Wi-Fi 7 solutions, and MediaTek Dimensity Auto for cutting-edge automotive technologies, among others.

This four-component carrier (4CC) aggregation combination will increase the 5G deployment options for communications service providers by blending different frequency bands.

In an interoperability development test (IoDT), the two companies completed the 5G data call using one low-band and three mid-band channels in the sub-7GHz frequency range (FR1) bands, where typically most of the 5G data traffic is carried.

The higher throughput that this 4CC combination enables will enhance user experience with faster downloads and seamless video streaming for smartphone users and fixed wireless access subscribers. For service providers, Ericsson’s flexible Carrier Aggregation solution will allow them to maximize use of available spectrum assets to deliver high-quality 5G connectivity.

Sibel Tombaz, Head of Product Line 5G RAN at Ericsson Networks, says: “Carrier Aggregation is crucial to getting the best possible 5G performance out of scattered spectrum assets. At Ericsson, we are persistently exploring all possible frequency band combinations to boost capacity and coverage. We have also shown that Carrier Aggregation is a game changer when it comes to optimizing the combined bandwidth of allocated spectrum assets to deliver higher date rates for a greater number of users.”

HC Hwang, General Manager of Wireless Communication System and Partnership at MediaTek says: “The technology milestone shows MediaTek continues to be at the forefront of NR CA innovation, developing and testing the next generation of 5G SA technologies in close collaboration with industry partners such as Ericsson, ready to integrate into our leading 5G modems.”

Carrier Aggregation is key to deploying high-performing 5G networks. It provides the unique capability to combine many frequency bands, enabling higher speeds and increased cell coverage that improve capacity and user experience.

The speed boost can mean better audio and video quality for streaming users, faster file downloads, and a better working environment for digital nomads. By combining FDD spectrum with TDD spectrum, more users can benefit from carrier aggregation gains.

The downlink peak rate of nearly 4.4 Gbps was reached by combining 20MHz of AWS (Advanced Wireless Service) band, 80MHz of CBRS (Citizens Broadband Radio Service) band and 200MHz of C-band spectrum.

The test was carried out using MediaTek M80 5G modem, Ericsson’s Baseband 6648, TDD Massive MIMO radios AIR3268, AIR3239, and TDD Radio 4426.

The NextGen 5G smartphones powered by MediaTek’s Dimensity 9000 chipset technology will be a game-changer for smartphone users in Nigeria.

Of course, the best way to take full advantage of the 5G technology, which offers as much as 20 gigabits per second peak data rates and more than 100 megabits per second average data rates, is to ensure that your smartphone has the latest chipsets.

Also May last year, the Nigerian Communications Commission gave the green light to cellular companies to roll out 5G technology.

However, 5G requires superior chipsets, says Rami Osman, Director for Corporate Sales and Marketing, MediaTek Middle East, and Africa.

Taiwan-based MediaTek, which provides components to the electronic industry, earlier this month launched its latest chip in Nigeria, the MediaTek Dimensity 9000 chipset, which ensures that Nigerians can fully benefit from a superior surfing experience.

The MediaTek Dimensity 9000 is the world’s first smartphone chip built on the ultra-efficient TMSC N4 (4nm-class) production process. This class offers incredible computing performance, gaming, imaging, multimedia, and connectivity innovations.

MediaTek Dimensity 9000 improves internet connectivity by:

1. Integrating the internal 5G smartphone modem with 3GPP Release-16 standard technology, which amplifies sub-6GHz spectrum that carries more data than the traditional 2.44GHz range

2. A 3CC Carrier Aggregation (300MHz) 7Gbps downlink, which offers incredible peak performance on sub-6GHz

3. The chipset portfolio is the world’s first R16 UL Enhancement, allowing operators to access the full benefits of 5G. This is the only 5G smartphone modem to support R16 SuperUL/UL Tx Switching for both SUL and NR UL-CA-based connections

4. Leading MediaTek 5G UltraSave 2.0, which is a next-generation power saving enhancement suite

5. Foremost Multimode Dual SIM Dual Active, which continues MediaTek’s SIM control by allowing simultaneous active cellular connections.

The MediaTek Dimensity chipset series is one of the most sought-after by smartphone manufacturers and is built into premium handsets.

Device makers can use MediaTek’s Dimensity Open Resource Architecture (DORA) to customise the chip features for local markets, customer needs, and smartphone requirements.

“We are proud to have made this chip available in Africa through the launch of the Tecno Phantom X2 Series in East and West Africa earlier this month,” says Osman.

MediaTek today announced the entry of its flagship processor, the Dimensity 9000 chipset, to the Nigerian market.

The NextGen 5G smartphones powered by MediaTek’s Dimensity 9000 chipset technology will be a game-changer for smartphone users in Nigeria.

The MediaTek Dimensity 9000 is the world’s first smartphone chip built on the ultra-efficient TMSC N4 (4nm-class) production process. It offers incredible computing performance, gaming, imaging, multimedia, and connectivity innovations.

The chip offers an all-around exceptional experience and its 18-bit HDR-ISP design gives users the opportunity to capture video on three cameras simultaneously. Its APU-ISP fusion delivers unparalleled capture speeds and image quality while also assuring exceptional power efficiency.

Additionally, the MediaTek Dimensity 9000 chipset powers an exciting gaming experience. MediaTek’s HyperEngine 5.0 gaming technologies ensure users can enjoy long-lasting, smooth gameplay without connection drops, FPS jitter, input misses, or gameplay hiccups.

The speeds of the Arm Cortex-X2 CPU and Arm Mali-G710 MC10 graphics engine raise the gaming experience to the next level.

“The Dimensity 9000 marks a turning point for MediaTek by demonstrating our rise to the exceptional with a genuine 5G smartphone chip. This chip indicates a new stage in innovation for MediaTek and the Dimensity family,” says Rami Osman, Director for Corporate Sales and Marketing at MediaTek Middle East and Africa. The chip delivers a number of industry firsts and a comprehensive range of capabilities for the most discerning tech enthusiasts.

Key features of MediaTek Dimensity 9000 include:

• MediaTek Imagiq 790:The chipset’s 18-bit HDR-ISP. The world’s first to support 320MP on smartphones, and the world’s first to support simultaneous triple camera 18-bit HDR video recording. The powerful 9Gpixel/s ISP also supports 4K HDR Video + AI noise reduction that enables the highest quality results even in extreme low-light conditions.
• Leading 3GPP Release-16 5G Modem: The integrated 5G modem amplifies sub-6GHz performance up to 7Gbps downlink using 3CC Carrier Aggregation (300MHz). It also features the world’s first R16 UL enhancement and continues MediaTek’s dual SIM leadership with new 5G/4G Dual SIM Dual Active (DSDA) support. The modem also integrates the new MediaTek 5G UltraSave 2.0 power-saving enhancement suite for improved efficiency.
• MediaTek MiraVision 790:The chipset can support the latest 144Hz WQHD+ displays or super-fast 180Hz Full HD+ displays, while optimising power efficiency with MediaTek’s Intelligent Display Sync 2.0 technology. Furthermore, MediaTek’s latest Wi-Fi Display technology can support up to 4K60 HDR10+ video.
• Wi-Fi 6E, New GNSS with Beidou III-B1C and New Bluetooth 5.3:Smartphone users can enjoy seamless connectivity thanks to the chipset’s support for the latest Wi-Fi, Bluetooth and GNSS standards.
• Dimensity 5G Open Resource Architecture: The Dimensity 9000 allows the world’s leading smartphone device makers to create customised 5G smartphones that stand out.

This marks the first availability of the sought-after Dimensity 9000 chipset, now in Africa with the introduction of the Tecno Phantom X2 Series in East and West Africa.

The MediaTek Dimensity 9200 is the latest addition to the Dimensity chipset portfolio, which powers a new era of flagship smartphones with incredible performance and intelligent power efficiency. It provides the first 64-bit exclusive Armv9 Performance Cores for smartphones, maximising flagship experiences with ultimate performance.