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shohan25 · 2 years

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5G NETWORK FOR APPLICATION REQUIREMENTS | BIG 5G APPLICATIONS EXAMPLES

WHAT IS 5G?REQUIREMENTS FOR A PRIVATE 5G NETWORKMANUFACTURING AND IIOTNON-GROUND NETWORK5G NETWORK FOR APPLICATION CUSTOMIZE THE 5G SYSTEMOPEN RANIN THE SATCOM MARKET, THE O-RAN ARCHITECTURE PROVIDES FLEXIBILITY IN THE SIZE, WEIGHT, AND POWER OF NON-GROUND EQUIPMENT USING THE ALTERNATIVE ARCHITECTURES MENTIONED ABOVEWHAT IS 5G CAPABLE OF?WHERE IS 5G BEING USED?ADVANCED MOBILE BROADBANDHOW FAST IS 5G?IS 5G AVAILABLE NOW? WHERE CAN I LEARN MORE ABOUT 5G AND HOW DOES IT WORK?

LINK : https://technologyfullshow.com/5g-network-for-application-requirements/

Customise your own 5G network for application requirements. 5G private networks show potential for a diverse range of applications. Engineers can deploy features to address market requirements such as manufacturing and off-ground networks.

5G private networks cover a diverse range of applications, each requiring a different combination of technical features and capabilities. A private network can be built from a customizable set of underlying technologies including a silicon platform, layer 1 PHYs, and layer 2 and 3 protocol stack software. Such customization allows for systems that address the vertical use cases identified in the 5G 3GPP specifications, or expand their capabilities further where applicable.

5G is the 5th generation mobile network. It is the new global wireless standard after 1G, 2G, 3G, and 4G networks. 5G enables a new type of network designed to connect virtually everyone and everything together including machines, things, and devices.

5G is the fifth generation of mobile networks. Up to 100 times faster than 4G, 5G is creating unprecedented opportunities for people and businesses.

5G wireless technology is meant to deliver higher multi-Gbps peak data rates, ultra-low latency, higher reliability, large network capacity, increased availability, and a more uniform user experience for more users. Higher performance and improved efficiency enhance new user experiences and connect new industries.

Faster connection speeds, ultra-low latency, and greater bandwidth are driving societies forward, transforming industries, and dramatically enhancing everyday experiences. Services that we once saw as the future, such as e-health, connected vehicles, transportation systems, and advanced mobile cloud gaming have arrived.Why should private network engineers consider 5G? How should they approach their radio access network (RAN) design, depending on the application they are addressing?

Enhanced Mobile Broadband (eMBB);

Mass Machine Communication (MMTC);

Super reliable and low latency communication (URLLC).

For applications using 5G private networks, the main area of interest is often in the URLLC. For IoT (IIoT) use cases in manufacturing and industry, high reliability is essential to avoid costly downtime. Low latency is equally important, such as in industrial automation on a production line or for self-driving trucks or robots in a distribution warehouse. The reduced capacity system (RedCap). Introduced in 3GPP Release 17, can reduce the cost and energy of devices connected to a base station to support a large number of sensor devices.

If we think of satcomms as just another transport network, eMBB will allow satellites to process video over Customize 5G network for application, potentially at the edge of existing networks to support applications that offload traffic or fill gaps. within coverage. For IoT applications, MMTC capabilities will enable satellite connectivity for remote locations and connected cars, ships, or trains.

The 3GPP standards provide capabilities aimed at these types of vertical applications. For example, 3GPP Release 17, scheduled for June 2022. Adds new enhancements specific to both non-terrestrial networks (NTSC) and URLLCs in industrial IoT applications.

The 3GPP Release 18, which will go into effect in 2024, will add more capabilities, including more enablers for connected factories and IoT devices, and improvements in resource control. radio (RRC) for NTN. However, not all commercial devices will support these features. For many use cases, engineers will want to assess whether going beyond 3GPP will help them better meet their requirements or make a difference.

The manufacturing sector is the main market for private LTE/5G networks, both now and in the future. Analysis Mason forecasts that the sector will account for more than 40% of private LTE/5G network costs by 2026, helping manufacturers increase automation and efficiency.

3GPP is working to bring capabilities targeted to industrial applications in the 5G standard. Indeed, Release 16 includes specific support for non-public or private networks, as well as 5G integration with IEEE 802.1 specifications for Time-Sensitive Networks (TSNs).

Private network support includes the self-assignment of a network ID within a private network or a coordinated ID assignment where globally unique IDs allocate. These IDs enable network selection and re-select, overload control, access control, and blocking, giving the owner of a private network full control over security and the use of network resources.

Adding TSN capability enables communication with feature devices with high availability and reliability as well as defined latency. Strict synchronization support is critical to control accuracy, and precision, and to improve process speed. These features expand the way the 5G private sector use it in industry and manufacturing. Especially as they transition to Industry 4.0 increases demand.

Of course, industrial applications are more than just production lines and machine tools. A smart factory could include multi-tasking robots, self-driving cars, and augmented reality (AR) headsets for employees. All of this adds to the new demand for bandwidth, and reliability. Low latency offered by 5G – with private networks being the most reliable way to deliver these capabilities.

For NTN, especially satellite, we needed a system that could handle issues like higher latency, high noise levels, and multiple parallel channels. These include improvements such as increased timer values to handle greater delays and enhanced uplink channel scheduling and random access channel access procedures. One of the challenges is the large Doppler shift in frequency that changes over time due to the motion of the satellite. To compensate for this Doppler shift, each device on the network must compute its own frequency correction. This requires changing timing relationships, Auto-Associated Repeat Request (HARQ), and uplink synchronization.

Satellites have a longer propagation delay than many other devices, due to their much longer distances. This can make it difficult to achieve the low latency associated with 5G. Which can be as low as 1 millisecond. To maintain a subjectively good user experience, engineers may need to consider the network level, ensuring pre-delivered content is as close to the user as possible. Thus keeping the overall latency as low as possible, the lower the better. For example, they can evaluate the use of a network of geostationary, mid-Earth, or low-Earth orbit satellites and whether a transparent (bending tube) or regenerative payload option is reasonable.

NTN include in the 3GPP 5G RAN standards from Version 15 onwards. 3GPP Release 17 assumes that there is GPS/GNSS positioning capability to enable frequency correction calculations for Doppler shifts, but GNSS signals can sometimes be weak or even absent, making this difficult.

Private networks in specific applications add new needs. In essence, they allow for system designs that go beyond conventional networking standards – if you’re building a private, self-contained infrastructure. You can make your own decisions about where to go. Envelope expansion.

In fact, network engineers hardly have the ability, time, or inclination to reinvent the wheel, especially since the complexity of Customize 5G network for application makes building a dedicated private network a no-brainer.

The best answer is often to start with a system consisting of hardware and software that can meet the target requirements, and then customize features as needed. Engineers can do this on their own or work with third parties who can provide the necessary design resources. This means that when they start with a new design, engineers can aim high and aim for their ideal system, instead of having to search for the closest match to the products COTS sells. available.

The move to open specifications increases the flexibility of design engineers, allowing them to partition their applications across different hardware and software blocks in the most appropriate way, and choose the “best” subsystem for each section.

One of the biggest trends is towards the Open RAN architecture, led by the O-RAN Alliance. This intend to make RAN more open, extensible, and interoperable; Standard specifications enable a flexible, multi-vendor network.

Additional delivery units (DUs) add upon request. With good segmented in this way, instead of a single monolith. It can be easier to adapt to the specific requirements of the private network. For example, one part of the system may require extremely low latency while another may not. This partitioning model gives engineers the flexibility to allocate RAN resources accordingly.

For industrial and manufacturing applications, the O-RAN architecture provides new engineering capabilities. For example, external data from an industrial dashboard submit as input to a service orchestration and management platform (SMO) and used by an AI/ML model to prioritize critical data. than low priority traffic (Figure 2), thus improving Quality of Service (QoS).

In fact, the O-RAN architecture allows for a variety of ways to divide components across available hardware and software resources. Figure 3 shows three possible options for separating functions in the RAN. Option 2 creates a DU that includes the air interface. This option use to separate the control function and the user plane between the CU and the DU.

Option 6 is a MAC/PHY split where the MAC resides with the CU and RU including the full PHY stack. It is standardized by the 5G Small Cellular Network specifications of the Functional Application Platform Interface (5G nFAPI). This division is useful when only centralized scheduling is needed. It also adds support for multi-vendor RUs with different radio capabilities.

Standardized by the O-RAN Alliance, Option 7.2 remains the most common split. This option moves most of the time-domain PHY functions that virtualize out of the radio and into the DU, leaving only the beamforming and FFT functions in the RU. This split works well for URLLC and supports cellular network aggregation. But requires a front-end that supports time-synchronous networks for the eCPRI UI.

5G will do more than dramatically improve your network connection. It provides new opportunities, allowing us to deliver disruptive solutions that are accessible across society.

Imagine billions of connected devices that collect and share information in real-time to reduce road accidents, life-saving applications that can fly thanks to a guaranteed connection with no latency; or production lines so that being able to predict them can well prevent disruptions before they happen.

Collectively, 5G is used across three main types of connected services, including enhanced mobile broadband, mission-critical communications, and massive IoT. The defining ability of Customize 5G network for application is that it is designed for forwarding compatibility – the ability to flexibly support future services that are unknown today.

In addition to making our smartphones better, 5G mobile technology can usher in new immersive experiences like VR and AR with faster, more consistent data speeds, lower latency, and lower latency. lower cost per bit.

5G is designed to provide peak data rates of up to 20 Gbps based on IMT-2020 requirements. Technologies’ flagship 5G solution, Snapdragon™ X65 is designed to achieve peak downlink data rates of up to 10 Gbps.

5G can also deliver much lower latency for more instant feedback and can provide a more uniform overall user experience so data rates stay high – even when users move around. around. And the new 5G NR mobile network support by the Gigabit LTE coverage platform. Which can provide ubiquitous Gigabit-grade connectivity.

5G is here, and global carriers started rolling out new 5G networks in early 2019. In addition, all major phone manufacturers are commercializing 5G phones. And soon, even more, people can access 5G.

5G deploys in more than 60 countries and continues to grow. We are seeing a much faster rollout and adoption than 4G. Consumers are excited about high speeds and low latency. But 5G goes beyond these benefits by providing capabilities for mission-critical services, enhanced mobile broadband, and massive IoT. While it’s hard to predict when people will have access to 5G, we’re seeing big momentum in the first year of 5G launches and we expect more countries to launch Customize 5G network for application theirs in 2020 and beyond.

You’ll need to get a new 5G-enabled smartphone if you want to be able to use the network. For example, smartphones powered by the Snapdragon 5G Mobile Platform are compatible with Customize 5G network for application.

There are a number of new mobile phones designed to support 5G, and many service providers around the world support 5G wireless networks. As the 5G rollout progresses, there will be more smartphones and carrier subscriptions. As 5G technology and 5G-compatible devices become more common.

The Wireless Academy (QWA) offers a range of 5G training courses for advanced wireless engineers. The 5G network for application novice non-engineers, and everyone in between. Courses are offered through a flexible eLearning format. So you can learn at your own pace and from anywhere in the world.

For many applications, 5G private networks promise reliable, high-performance connectivity that can provide the required low latency and high data rates. By customizing 5G RAN, beyond 3GPP standards, engineers can build systems that meet their requirements precisely and efficiently. 5G network for application

https://technologyfullshow.com/5g-network-for-application-requirements/

#There are a number of new mobile phones designed to support 5G and many service providers around the world support 5G wireless networks. As

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selloldmobile · 2 months

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iQOO Z9 5G price in india features and specifications

iQOO Z9 5G Price in India

iQOO has officially announced the launch of its latest smartphone, the iQOO Z9 5G, in India on March 12th. This much-anticipated device is poised to make waves in the market with its impressive array of features and specifications.

At the core of the iQOO Z9 5G lies the groundbreaking MediaTek Dimensity 7200 processor, marking a significant leap forward in speed and performance within its segment. With an impressive AnTuTu benchmark score surpassing 7.3L+, the iQOO Z9 stands out as the fastest device in its category, even rivaling higher-priced competitors.

One of the standout features of the iQOO Z9 5G is its expansive 6.67-inch AMOLED display, offering a smooth 120Hz refresh rate and a peak brightness of 1800 nits. This ensures an immersive viewing experience for users, whether they're streaming content, gaming, or simply browsing the web.

Powered by the MediaTek Dimensity 7200 chipset, the iQOO Z9 5G promises seamless multitasking and blazing-fast performance. It offers up to 8GB of RAM, with the option to expand virtually up to 16GB, ensuring smooth operation even with demanding applications.

In the realm of photography, the iQOO Z9 5G boasts a versatile dual rear camera setup, likely to include a high-resolution 50MP primary sensor. This setup ensures stunning detail and clarity in every shot, allowing users to capture their most cherished moments with ease.

Keeping up with the demands of modern users, the iQOO Z9 5G packs a robust 5,000 mAh battery, ensuring all-day usage without the need for frequent recharging. Additionally, it supports 44W fast charging, allowing users to quickly replenish the battery and get back to their activities in no time.

In terms of design, the iQOO Z9 5G impresses with its sleek profile, measuring just 7.83mm thick. It will be available in a striking Brushed Green color variant, featuring a metallic finish that exudes sophistication and style.

The iQOO Z9 5G is slated to go on sale in India exclusively on Amazon, offering consumers easy access to this feature-packed smartphone. With a price tag expected to be under Rs 25,000, it presents an attractive option for those seeking cutting-edge performance without breaking the bank.

In the competitive landscape of the Indian smartphone market, the iQOO Z9 5G is set to rival the upcoming Nothing Phone 2a, scheduled to launch on March 5th. The Nothing Phone 2a is confirmed to feature the MediaTek Dimensity 7200 chipset and an impressive 12GB of RAM, supplemented by an additional 8GB of virtual RAM. With both devices offering formidable specifications and features, consumers can expect an exciting battle for dominance in the mid-range segment.

As the launch date approaches, anticipation is running high for the iQOO Z9 5G, promising a powerful combination of performance, innovation, and affordability for discerning smartphone users in India.

It's quite simple to sell old phones online than it is offline. Having online websites like recycledevice.com helps you to sell old mobile online only in a minute.

#iqoo z9 #iqoo z9 5g #iqoo z9 5g price #iqoo z9 5g processor #iqoo z9 5g price in india #iqoo z9 5g launch date in india

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govindhtech · 11 days

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Realme C65 5G Boasts 5000mAh Battery with Fast Charging

India will soon be able to purchase the Realme C65 5G. With this particular smartphone, the display resolution is 6300, and the refresh rate is 120Hz. Details, including anticipated costs and specifications, are included.

The Realme C65 5G is another groundbreaking smartphone from the company. Due to its affordability and advanced features, this smartphone will revolutionize the low-cost smartphone market.

Availability of charging and battery life Utilising cellphones on a daily basis is essential to our technologically advanced world. The battery capacity of this Realme C65 5G is 5000mAh, allowing for extended use. You are able to swiftly recharge your phone thanks to the rapid charging feature, which allows you to enjoy continuous connection.

Discounts & Special Offers With exchange deals and discounts, the Realme C65 5G is now available at a price of ₹6,999, which is significantly lower than its typical price of roughly ₹10,000. By taking advantage of this remarkable offer, you can buy a smartphone that is packed with features without putting a strain on your finances.

Actually has confirmed that the price of the C65 5G will be lower than Rs 10,000 before it is released.The main camera needs 50 MP. Realme C65 5G is coming to India. The company said on X that the Realme C65 4G will cost less than Rs 10,000 in India after its global launch. According to Realme, the C65 5G is the fastest smartphone in its pricing range.

Functioning If reports about its MediaTek Dimensity 6300 processor are accurate, this phone will be the first in the world to have this particular chip. Compared to the Helio G85 in the 4G variant, this chipset promises speedier performance, making it ideal for daily chores and light gaming. There are probably 4GB and 6GB RAM variants available, and RAM may be expanded using storage space. MediaTek Dimensity 6300 would make Realme C65 5G first. Different phones will follow. This eight-core processor has 2.4GHz primary cores. Smartphone’s LCD display will be 6.67 inches and 120 Hz, according to X. Expect a maximum brightness of 625 nits. Recent sources say the Realme C65 5G will cost between Rs. 12,000 and Rs.15k with 4 or 6 or 8 GB of RAM. Depending on the price range, the base model might cost less than 10,000 rupees, while the remaining models might cost between 12,000 and 15,000.

Reports say the Realme C65 5G will sport a 50-megapixel rear camera and secondary sensor. A 8-megapixel front camera may be included for selfies and video chats. According to the source, the commercial photos that were stolen also offered more information regarding the phone. An large 5000mAh battery will be included in the Realme C65 5G, which will not require any additional power support.

The forthcoming mobile device will have a large capacity for the battery, weigh approximately 190 grammes, and have a look that is exceptionally small. On the rear, there is a motif that looks like a circular ring.market, the Realme C65 5G may also be referred to by the nickname RMX3782 IN YS instead of its original name. Up to 128 gigabytes of storage space can be found within the mobile device’s internal storage capacity. It is highly probable that there will be a combination of a green and a purple variation accessible.

On the other hand, there are reports that the 5G Realme C65 might keep its 4G capabilities.A 6.67-inch HD+ screen, an 8-megapixel front-facing camera, a dual rear camera with a resolution of 50-megapixels, a 5,000mAh battery that can be charged at 45W, and a MediaTek Helio G85 are all elements that are included in the 4G model. A whole new CPU might be utilised for 5G networks.

Read more on Govindhtech.com

#RealmeC655G #Realme #mediatekdimentionsity6300 #lcddisplay #technology #technews #govindhtech

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taobotics · 4 months

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Remote driving has a wide range of application scenarios in the future. The remote security inspection robot system is based on a HandsFree robot and open source system, based on a mobile platform, HD camera, vision system, and control system, it can accomplish autonomous navigation, intelligent obstacle avoidance, path planning, fixed-point patrol, voice announcement, and other functions. It supports remote manual control. The robot camera acquires the image data of the surrounding environment and transmits it to the cloud server through the 4G/5G network, the cockpit acquires the image data from the remote server by pulling the stream and operates the cockpit controller according to the real-time image data, and the local server returns to the remote server after acquiring the controller's commands and sends them to the robot, so that the robot can make corresponding operations in time, and the robot can make corresponding operations according to the emergency situation of the environment. The robot can also make emergency operations according to the unexpected situation in the environment.

#robot #artificial intelligence (ai)#higher education #ros #science and technology

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omarmvp · 3 months

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Sumsung Ultra

With the advancement of artificial intelligence, Sumsung used this in its latest release, the Sumsung Galaxy S23 Ultra, which surpassed the iPhone in terms of screen clarity and with Zoom technology, which reached long distances. Watch the video to confirm this click here .

Sumsung added the technology to search for objects by identifying objects on images.

To buy the Sumsung Galaxy s23 Ultra phone from Aliexpress at a lower price than Amazon click here to buy now

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The Samsung Galaxy S23 Ultra is considered the most powerful and prominent phone in the new series. It comes with many great features such as amazing photography capabilities, a powerful Snapdragon 8 Gen 2 processor, and the fastest graphics processor in the world.

In addition, the Samsung Galaxy S23 Ultra has the S Pen, which has been preferred by many Samsung device users for a long time due to its great importance in providing a high level of productivity and taking notes. The stylus also ensures that video calls and other tasks are more shared. .

Specifications and features of the Samsung Galaxy S23 Ultra:

The Samsung Galaxy S23 Ultra phone comes with a 6.8-inch Dynamic AMOLED 2X screen with QHD+ resolution, a Super Smooth refresh rate of 120 Hz (1~120 Hz), and a touch sampling rate of 240 Hz in gaming mode. The screen also supports “Enhanced comfort” and “Vision booster” technologies.

As for the cameras, the phone has a 12-megapixel front camera, and a quad-lens rear camera unit consisting of a 12-megapixel ultra-wide-angle camera, a 200-megapixel wide-viewing-angle camera, and a 10-megapixel telephoto camera that supports optical zoom up to 3x. The fourth It is also a telephoto camera that supports optical zoom up to 10x.

Buy now

The phone is powered by the leading Qualcomm Snapdragon 8 Gen 2 processor with a manufacturing accuracy of 4 nm, coupled with a random access memory (RAM) with a capacity of 12 GB.

And a storage space of 256,512 GB in addition to 1 TB.

- It contains a 5000 mAh battery that supports wired charging of up to 65% in about 30 minutes using a 45-watt charger, in addition to support for fast wireless charging 2.0, and the wireless PowerShare feature.

As for communication features, it supports fifth generation networks (5G), Wi-Fi 6E, dual SIM card slot, electronic SIM (eSIM), positioning technology (GPS), Bluetooth 5.3, and near-field communication technology ( NFC) and USB Type C port.

The phone runs on the Android 13 operating system and One UI 5.1 interface, and will feature an IP68 rating for water and dust resistance.

Its dimensions are 78.1 x 163.4 x 8.9 mm, and its weight is 234 grams.

Additional features: -

Camera :

1- Capture great photos in almost any lighting condition with enhanced night photography capabilities based on a new image signal processing algorithm, supported by artificial intelligence.

2- The new 200-megapixel camera is capable of capturing important moments with extreme accuracy.

3- The camera has a quick autofocus feature.

4- The selfie camera is enhanced with Super HDR technology, increasing from 30 frames to 60 frames per second.

5- The Expert RAW application, available exclusively on Samsung Galaxy devices, allows you to capture images that resemble the work of digital cameras.

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Performance and quality:

1- Users will be able to see more realistic renderings of scenes, thanks to real-time ray tracing.

2- The now larger vapor cooling chamber ensures that you enjoy gaming competitions to the fullest extent possible.

3- AI performance has been improved by more than 40% to balance performance and power for low-latency photography, video, and gaming.

4- The screen curvature provides the best visual experience. The screen will offer improved comfort, adjust color tones and contrast levels to reduce eye strain, and the vision enhancement unit will now be set to four levels of brightness instead of two.

Security and privacy:

1- The phone comes with comprehensive Samsung Knox protection from Samsung.

2- Easy access for users to their data and how to use it through the security and privacy dashboard.

3- The Knox Vault processor protects important information and provides additional protection against vulnerabilities.

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gadgetsboy · 4 months

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TCL's NXTPAPER Technology Makes its Way to More Tablets

As far as mobile displays are concerned, TCL's NXTPAPER technology is one of the more unique innovations out there, and the company claims that its latest NXTPAPER 3.0 display hardware improves on the foundations that its predecessors introduced to the market. Recently, TCL announced that NXTPAPER 3.0 will be available to its upcoming line of 50-series smartphones, as well as a couple of new tablet devices. Commenting on the upcoming product releases, TCL Communication CEO Aaron Zhang quotes: "As we step into 2024, we make a significant leap in our journey, humanizing technology and expanding it across our most comprehensive range of smart devices to date... Our innovation is about reshaping the integration of technology into everyday life, making it more organic and accessible. With the introduction of the pioneering TCL NXTPAPER 3.0 technology, the considerable advancements in our TCL 50 Series, and our strides in democratizing 5G vision, we are actively narrowing the divide between technology and its accessibility. At TCL, we stand firm in our mission to inspire greatness by creating technology that empowers and connects everyone, everywhere." What's NXTPAPER? For those unfamiliar with the term, TCL's NXTPAPER display tech specializes in giving users comfortable reading and browsing experiences, without sacrificing or compromising on display quality - this means that images remain sharp, colours are still vibrant, and elements such as contrast are handled nicely. NXTPAPER 3.0 works in tandem with Circularly Polarized Light (CPL) screens, which TCL says work to create a visual experience somewhat akin to reading books in natural light, in addition to DC Dimming technology that the company says reduces eyestrain thanks to a flicker-free visual experience. For software, NXTPAPER 3.0 includes an eye-care assistant that can gently send notifications to users to encourage breaks in screen time or change poor lighting conditions, in accordance with expert recommendations for digital device usage. With all that being said, TCL also introduced a couple of new tablets that come with NXTPAPER 3.0. TCL NXTPAPER 14 Pro Up first is the TCL NXTPAPER 14 Pro, which the company says has been developed for performance without ditching eye comfort. The 14 Pro features the upgraded 3-in-1 VersaView user interface, which focuses on giving users the comfort of reading on paper and the classic aesthetic of a black and white UI, mimicking e-Readers and other similar hardware. As for its tech specifications, the 14 Pro tablet comes with a large 14-inch display with a 2.8K resolution, which is wrapped in a slim and easy-to-carry chassis. Powering the tablet is MediaTek's rather-capable Dimensity 8020 chipset, alongside 12GB of RAM which should be more than enough for moderate to most intensive tasks (at least as far as tablets are concerned). Other details include 256GB of internal storage, and a large 12,000 mAh battery that supports 33W fast-charging speeds. TCL TAB 10 NXTPAPER 5G Also equipped with NXTPAPER display hardware, the Tab 10 5G comes with access to - you guessed it - 5G connection speeds, in a slightly smaller package compared to its larger sibling. The Tab 10 comes with a 10.4-inch screen with a 2K resolution, and launches pre-loaded with the latest Android 14 software onboard. TCL touts the Tab 10 as a more entertainment-focused device, with 5G connectivity making it ideal for streaming purposes. Be sure to stay tuned for more upcoming information regarding release timelines, as well as regional pricing. Read the full article

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ars-webtech · 4 months

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Cross-Platform App Development In Dubai - An Insightful Guide To Follow

In the heart of the United Arab Emirates, the dynamic world of mobile app development is evolving rapidly, and Dubai is at its forefront. This guide delves into the world of cross-platform app development, highlighting its essentials and showcasing leading mobile app development firms in the UAE, like ARS Webtech.

An Insightful Overview About Cross-Platform App Development

Cross-platform app development involves creating mobile applications that run on multiple platforms using a single codebase. This approach contrasts with traditional native app development, which requires writing separate code for each platform, such as Java or Kotlin for Android and Swift or Objective-C for iOS.

Benefits of Cross-Platform App Development By Mobile App Development Companies UAE

Code Reusability: Developers can write and manage code that works across various platforms, reducing development time and effort.

Cost and Time Efficiency: Faster and more economical than developing individual native apps, it simplifies the entire development cycle.

Wider Market Reach: A single app can target different platforms, expanding market reach.

Consistent User Experience: Cross-platform frameworks support maintaining a consistent experience across platforms.

Faster Deployment and Updates: Facilitates simultaneous feature release across all platforms.

Popular Cross-Platform Development Frameworks

Flutter: Known for creating visually appealing apps, it's a strong choice for businesses in Dubai.

React Native: Supported by Facebook, it allows developers to build mobile apps using React and JavaScript, known for its flexibility and seamless integration.

Best Practices In Cross-Platform App Development

Prioritize User Experience: Ensuring apps function flawlessly with an intuitive interface is crucial.

Security Considerations: Especially important in sectors like healthcare and e-commerce, robust security measures are essential.

Scalability: The app should accommodate increased user traffic and additional features as the business grows.

Regular Updates and Maintenance: Ensuring the app remains compatible with the latest operating systems and user expectations.

Integration of Emerging Technologies: Incorporating AI, IoT, 5G connectivity, and machine learning enhances user experiences and contributes to Dubai's smart city initiatives.

Blockchain for Increased Security: Integrating blockchain technologies can add an extra layer of security, particularly in sensitive industries.

Conclusion

Cross-platform app development is a strategic choice for businesses in Dubai looking to maximize their digital presence. Companies like ARS Webtech are at the forefront of this movement, driving innovation and excellence in the mobile app development scene.

FAQs

1. Which frameworks are commonly used for cross-platform app development in Dubai?

Flutter and React Native are two prominent frameworks. Flutter is known for its visually stunning apps, while React Native offers flexibility and seamless integration.

2. How do mobile app development companies in Dubai prioritize user experience in cross-platform apps?

User experience is a top priority, ensuring consistent and delightful interfaces across devices.

3. How to choose between Flutter and React Native?

The choice depends on specific project requirements, design preferences, development speed, and existing tech stacks.

For further guidance or to start your cross-platform app development journey, contact ARS Webtech at +971585840413.

#ios app development #mobile app company #mobile app developer company #android #digital marketing #mobile app #digital marketing agency #digital marketing company #digital marketing strategy #digital marketing services

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mundagenta · 4 months

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Knock knock, KaiOS.

The ephemeral taste of innovating nearly obsolete bricks might be reaching its inevitable demise.

Nokia 8110 4G displayed in a kiosk at Mobile World Congress 2018. Image courtesy of Kārlis Dambrāns.

Despite the recent boom of feature phone sales over digital minimalism and dopamine detox trends, the future for KaiOS remains bleak as they fail to be consistent with their promises, thus miserably lagging against established giants in the market.

The good start

KaiOS is a partially open-source operating system developed by the Hong Kong-based company, KaiOS Technologies Inc. It was initially released in October 2017 and was forked from Boot 2 Gecko. Their name is from the Chinese for open – 开 (kāi) which “captures the idea of being inclusive.”

In just one year, they have overtaken Apple’s iOS as the second most popular operating system in India, with Android remaining on top, despite losing their 9% market share. In that same timeframe as well, they managed to sell around 450 million devices worldwide. Furthermore, their platform is compatible to WhatsApp, Twitter, YouTube, Google Maps, and Google Assistant.

To oversimplify things, KaiOS took the Boot 2 Gecko code (based from FirefoxOS) and modified it to run on hardware similar to that of feature phones and added the KaiOS Store. Other than that, they also implemented recent innovations that are becoming today’s standard, like 4G LTE and 5G, GPS, and Wi-Fi. By doing so, they effectively just created a separate phone segment, which some people call as the quasi-smartphones or smart feature phones.

KaiOS specifically chose the hardware present in their devices for an appealing approach to developing markets, like India and Pakistan, to bridge the digital divide and bring cheaper internet access. They removed the touch screen which they consider as the most costly part of the device, and replaced it with a cheaper T9 keypad input. Additionally, their devices only need 256MB to work and are also compatible with cost-efficient Spreadtrum chipsets.

What went wrong

By doing so, they effectively avoided the mistakes that Mozilla made. They chose a target audience first and offered them a product. They made an operating system out of the web but used that as a tool rather than the end goal, the latter being their approach to the digital divide. But not all products are perfect on their own, as their approach is a double-edged sword.

The T9 keypad meant that the apps had to be optimized to work on such inputs. Likewise, dissimilar to FirefoxOS, not all webpages can run on KaiOS devices due to hardware restraints. Such disadvantages make it an appealing short-term solution while their users save up for better entry-level Android devices.

Platform immaturity

The platform is still quite immature, despite five years since its initial launch. Some users claimed that their devices sometimes cannot receive calls, and crashes on related functions constantly. The battery also does not live up to its expectations and provides a ‘disappointing’ performance. Additionally, the calendar’s sync and date functionality is unstable, the alarm clock doesn’t ring from time to time, and the lack of note-taking, file browsing, multitasking, and wide audio format support. Besides, the platform lacked proper app quality control, bug reports, and feedback system, along with a slew of advertisements. Perhaps, the most lambasted functionality of the platform is the T9 input. Users characterized the input as slow and unreliable, thus ineffective for efficient user interface navigation. The predictive text input, which might sound good, is something they’d rather have disabled due to its restraints such as inaccurate suggestions and buggy input.

Some have mentioned that users may be over-estimating KaiOS and pitching it against smartphone platforms. Then on, we can’t deny that a platform still has to be stable and reliable, albeit hardware-restricted. Some went on to compare the system to its older counterparts such as Nokia’s Series 40, Microsoft’s Lumia, Vodafone’s MobiWire, and Blackberry’s Blackberry 10, which the users characterized as more ‘stable.’

Unfortunately, version 2.5.4 onwards faced a downward trend as certain apps were no longer maintained and supported, due to the decrease of development activity. For instance, the optimized Google and YouTube apps have been pulled out from the app store, around the same time as the update. In version 3, WhatsApp support has already been dropped and new app submissions to the store also plummeted. Google Assistant, the primary tool for users to voice type and issue commands (albeit stripped-down in comparison to Android), also dropped KaiOS support last June 30, 2021. Some users reached out to the company regarding this matter, to which they replied that they are developing an in-house voice assistant alternative. Until now, it is nowhere near worldwide coverage, given the limited devices it was shipped upon.

The company and its partners

Even more worse, the problem rests beyond that. The project development of has been consistent enough until the COVID-19 pandemic. According to the company’s blog statement “the growth was still not like how we achieved in the pre-COVID times, but these numbers and new partnerships are going up and in the right direction in this second year of the pandemic.”

In 2022, the project updates has since then plummeted. There weren’t any major announcements across all their social media platforms, even from the company website. Their Github repositories are no exception as well, as they still haven’t received any commits until now. Their only active repo is the gecko-b2g, which serves as the operating system base.

It is not implicit that their users are complaining about the bugs and speculating on the project’s downfall but it seems that they have no proper public relations and customer support as the company fails to actively respond to these messages.

Nokia

Nokia, or should we say, HMD Global has been a primary partner of KaiOS Technologies over the years. They manufactured the higher-end devices of the platform that were considerably the most popular in KaiOS’ lineup, such as the Nokia 6300 4G, Nokia 2780 Flip, and the Nokia 8110 4G.

Regardless, their approach is somehow vague as enthusiasts are confused over what their target audience is supposed to be, and what were they trying in the first place. Their approach started with the reboot of their classic devices, so it’s safe to assume that their target consumers are the ones who are nostalgic over their retro bricks. HMD, for a matter of fact, might have just been the worst example of a KaiOS partner.

Their devices are the most expensive ones of the platform, almost close to the entry-level Android Go smartphones. HMD Global has also been long criticized over the failure to deliver software updates from KaiOS to their devices, as they provide only about a year of support for these. The users also cannot help to complain over the significant bloatware present in such a limited hardware they provide.

Just recently, HMD Global took a step back from this approach and cherished their barebones Series 30 and Series 30+ platforms once again. Their last KaiOS device is the 2780 Flip from November 2022 and was then on followed by a series of Android Go and dumbphones from their C and 1xx series. In a reply to a user inquiry, they reportedly blamed KaiOS as the Google Assistant support for the platform was dropped.

Alcatel and TCL

Alcatel and TCL are also major partners of KaiOS. In fact, TCL Corporation is the largest shareholder of KaiOS Technologies. Both of them are popular for their Go Flip line. Despite the successes of Go Flip 1, 2, 3, and V, they didn’t get to experience the luxury of getting updated to the latest version of the OS, unlike the Go Flip 4. A user reached out to the company, to which they replied that they are still planning to serve these said updates to such devices, although there is still no update to talk of until now.

Unfortunately, similar to HMD Global, they seem to be diverging away from the platform as recent releases from both manufacturers are focused on midrange to high-end Android devices, as well as the Tab series of TCL.

Jio

The Indian telecommunications company, Reliance Jio Infocomm Limited is the catalyst of KaiOS’ takeover against Apple in the country, all thanks to their aggressive marketing approach. They offered the competitively priced JioPhone for free to their users who are subscribed to their data plans.

Unluckily, even Jio is also straying away from KaiOS. There have been rumors that the JioPhone and the JioPhone 2 have been discontinued, as they are no longer sold. They last received the version 0258 update back on May 22, 2021, and clearly missed version 3.0 by a long shot. On June 24, 2021, Reliance Jio announced the JioPhone Next, a budget Android Go smartphone made in collaboration with Google. Recently this year, they partnered with Karbonn to release the Jio Bharat K1 Karbonn and V2 to provide access to UPI payments, Jio ecosystem, and cheaper 4G to the rural areas of India that remain untapped by recent advancements in technology.

What happened?

Fast forward to August 2023, users speculate that the project has already died out due to lack of activity and stagnation since the release of 3.0. Their company's social media platforms are inactive, except for the usual, seemingly AI-generated content every national holiday across countries. On the other hand, KaiOS Technologies partnered with the cybersecurity firm Trustonic to expand their device affordability efforts in Africa. There have also been infrequent new device releases for the platform, such as the AT&T Cingular Flex in February, Cricket Debut Flex in June, and Logan Technology’s Panita this August. Truth be told, I find this section rather short and lacking. Unfortunately, I could say the same for the company’s recent efforts. Nonetheless, I hope that things eventually get better. As users worldwide expected a reliable feature phone platform, all these issues contributed to a downward trend of interest for KaiOS. It seems that they might end up like FirefoxOS, failing to keep up and desolate in the past. Whether they wake up to innovate again, or continue dormant and inevitably die out is up for them to decide.

For now, one thing’s for sure, if they fail to address these issues, they’ll be no better than the obsolete bricks of the bygone era.

#KaiOS #smartphone #tech #technology #india #mozilla #firefox #nokia #jio #reliance jio #alcatel

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usafphantom2 · 5 months

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Future Air Combat System (FCAS) and the Military Internet of Things

Fernando Valduga By Fernando Valduga 11/22/2023 - 20:35in Military

The FCAS Air Combat Cloud (Air Combat Cloud) will bring real-time intelligence to the forefront, taking advantage of the network capabilities of different aircraft and platforms. Innovations in Artificial Intelligence (AI), big data processing and cybernetics will help make defense a truly collaborative mission.

Europe's Future Air Combat System (FCAS) will see next-generation manned jets flying alongside remotely piloted unmanned aircraft carriers of various sizes. These assets will be part of a fully interconnected "system of systems", based on open architectures, which will allow the integration of other existing platforms, such as the A400M or the A330 MRTT tanker plane. At the heart of this complex system will be the Air Combat Cloud, which will allow these platforms to work together.

But what exactly is an air combat cloud? As FCAS Combat Cloud product solution leader at Airbus, Ignacio Rosell often asks this question.

“How does the Android ecosystem work? We have an operating system that allows the integration of applications from different parts, and all this is supported by a communication infrastructure such as 5G, Bluetooth or Wi-Fi. If we apply this analogy to the FCAS, we are developing an important part of the "Internet of Military Things". Our mobile phones can be a fighter plane, an unmanned aerial system (UAS), a warship, a satellite or even a soldier on the ground, each integrating different applications or, in other words, different capabilities. Our air combat cloud has the same components, the communications infrastructure, the operating system and the applications that allow us to operate collaboratively," adds Rosell.

Launched by France, Germany and Spain, and with Airbus, Dassault Aviation and Indra as national industrial coordinators, the FCAS is one of the most important European defense programs of the coming decades. In a context of growing global instability, the objective of the project is nothing less than to design an air defense system that protects Europe, while strengthening its strategic autonomy and technological sovereignty.

Airbus leads the Combat Cloud pillar, with Thales and Indra as main partners. This is one of the seven areas of next-generation FCAS technology (see the infographic on the side), led at Airbus by Marc Paskowski.

It will provide a common situational awareness, capturing, sharing, merging and instantly processing large amounts of data from all connected manned and unmanned platforms, reliably, and transforming that data into actionable information, taking advantage of constantly evolving learning technologies. "The concept based on the cloud in flight is that all elements must constantly interoperate with each other to form a cohesive system that is informed as one and fights as one," says Paskowski.

"Our 'operating system' will need to be opened to accommodate ready-to-use and tailored applications, such as manned and unmanned teams, from Airbus or any other industrial partner. It will be an evolutionary process, with new applications, such as new aerial platforms, being integrated along the way," says Rosell. "Our business model around the Combat Cloud will not be unique. An area such as satellite connectivity could be offered as a service, while an 'app' part of an aircraft's mission system could be sold as a product,” he adds.

The development of intermediate solutions as part of this "internet of military things" should allow customers to use various levels of cloud capabilities and remote operators long before FCAS became operational in the 2040s. For example, Airbus has already carried out the first successful launch and operation in the world of a Remote Carrier flight test demonstrator from an A400M in flight.

Based on this incremental approach, the air combat cloud will be the digital watershed in the way military operations are conducted.

“The ability to integrate, operate and communicate from a networked system will shape the air force of the future,” said German Air Force Lieutenant General Ingo Gerhartz

In fact, future scenarios will require a much higher degree of automation for information management and integration of military services and branches throughout the entire mission cycle. For FCAS, innovations in 'deep techs', such as big data processing, artificial intelligence and cybernetics, will provide the advanced intelligence of the cloud, allowing, for example, the distribution of Command and Control (C2) functions, including to the pilot in his fighter. and provide key stakeholders in a mission with all relevant information in real time. "This will give Air Force decision makers an unprecedented level of awareness," says Paskowski.

But with great power comes a great responsibility. With the growing dependence on artificial intelligence on everything we do as "digital citizens", and the use of platforms such as ChatGPT and its impact on the workplace, the integration of AI at the heart of FCAS Air Combat Cloud presents new challenges. Questions such as 'to what extent will the system support the decision-making process?' or 'What are the ethical criteria that can be applied to the use of this technology?'

Control or be controlled: that's the question

In order to anchor ethical issues and legal principles in the FCAS project, Airbus and the Fraunhofer Institute came together in 2019 to launch a joint expert committee on the responsible use of technologies. It brings together interested parties from the German Air Force with universities, research institutes and a broad group of foundations, specialists in social sciences and engineering science design.

Based on this guidance, within FCAS Air Combat Cloud, AI will provide analysis of complex situations during multi-domain operations and recommend the most intelligent action in the correct sequence. The human will then validate the recommendations. If the operational pace is high, the human being will simply decide whether or not to veto the recommendations, and the subsequent processes will again be automated by AI. “Our European air defense system will always be under the full control of a responsible human operator and in all circumstances,” concludes Marc Paskowski.

Both technologically and militarily, the development of FCAS has the potential to establish new standards and revolutionize the use of air power.

The use of AI in Airbus

Airbus began integrating AI into its products and solutions in the 1990s, with applications for reading and interpreting satellite images.

OneAtlas imaging services harness the power of Airbus' constellation of optical and radar satellites with reliable AI and cloud technology to provide important information, for example, to combat deforestation, optimize agricultural yields and urban planning.

However, in the aeronautical sector, Airbus' Skywise big data platform collects data from 24,000 aircraft parameters, allowing airlines that subscribe to the service to perform predictive maintenance and improve the overall operational efficiency of their fleets.

Tags: airbusMilitary AviationFCAS - Future Combat Air System/Future Air Combat System

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Fernando Valduga

Aviation photographer and pilot since 1992, has participated in several events and air operations, such as Cruzex, AirVenture, Dayton Airshow and FIDAE. He has work published in specialized aviation magazines in Brazil and abroad. Uses Canon equipment during his photographic work in the world of aviation.