#storage latency reduction

[virtualizationhowto]

VMware Storage: Top 15 Tips in 2023

VMware Storage: Top 15 Tips in 2023 @vexpert #homelab #ESXiHostSettings #PowerManagementOptimization #StorageLatencyReduction #ServerHardwareAdjustments #BIOSPowerConfigurations #DeactivateC-states #ESXiPerformanceEnhancement

The storage layer is vital for having a high-performance, stable, and reliable virtualized environment. Specifically looking at VMware vSphere, there are specific storage best practices to note when architecting your storage for performance and reliability. If you are running VMware vSphere in production or your home lab, let’s consider the VMware storage top 15 tips 2023 for running your virtual…

[deardearestbrandsnews2025]

For a digital-only, cloud-based PlayStation 7, here’s an updated schematic focusing on next-gen cloud gaming, AI-driven performance, and minimalistic hardware:

1. Hardware Architecture (Cloud-Optimized, Minimalist Design)

Processing Power:

Cloud-Based AI Compute Servers with Custom Sony Neural Processing Units (NPUs)

Local Ultra-Low Latency Streaming Box (PS7 Cloud Hub) with AI-Assisted Lag Reduction

Storage:

No Internal Game Storage (Everything Runs via PlayStation ZeroCloud)

4TB Cloud-Synced SSD for System & Personal Data

Connectivity:

WiFi 7 & 6G Mobile Support for High-Speed Streaming

Quantum Encrypted Bluetooth 6.0 for Peripherals

Direct-to-Server Ethernet Optimization (AI-Managed Ping Reduction)

Form Factor:

Minimalist Digital Console Hub (Size of a Small Router)

No Disc Drive – Fully Digital & Cloud-Dependent

2. UI/UX Design (AI-Powered Cloud Interface)

NexusOS 1.0 (Cloud-Based AI UI): Personalized Dashboard Adapting to Player Preferences

ZeroNexus AI Assistant:

Predictive Game Recommendations

Smart Latency Optimization for Cloud Gaming

In-Game AI Strategy Coach

Instant Play Anywhere:

Seamless Cloud Save Syncing Across Devices

Playable on Console, PC, Tablet, or NexusPad Companion Device

Holographic UI Options (for AR Integration with Future PlayStation VR)

3. Concept Art & Industrial Design (Minimalist, Streaming-Focused)

Compact, Vertical-Standing Console (PS7 Cloud Hub)

Sleek, Heatless Design (No Heavy Internal Processing)

DualSense 2X Controller:

Cloud-Connected Haptics (Real-Time Adaptive Feedback)

AI-Touchscreen Interface for Quick Actions & Cloud Navigation

Self-Charging Dock (Wireless Power Transfer)

4. Software & Ecosystem (Full Cloud Gaming Integration)

PlayStation ZeroCloud (Sony’s Ultimate Cloud Gaming Service)

No Downloads, No Installs – Instant Play on Any Device

AI-Based 8K Upscaling & Adaptive Frame Rate

Cloud-Powered VR & AR Experiences

Cross-Platform Compatibility: PlayStation 7 Games Playable on PC, TV, & Mobile

Subscription-Based Ownership (Game Library Access Model with NFT Licensing for Exclusive Titles)

Eco-Friendly AI Resource Scaling: Low Power Consumption for Cloud Streaming

This design ensures ultra-fast, high-quality, cloud-first gaming while eliminating hardware limitations. Let me know if you want refinements or additional features!

[eliteservermanagement]

Speed Being Crucial: Why Go With An SSD VPS Server?

In today’s era, speed is a vital requirement rather than merely a perk. This is particularly important for anyone operating an online business, application, or even a website; the speed at which your server operates becomes one of the principal factors determining the overall performance of your services. One of the simplest ways to ensure that your server is quick and reliable is by utilising an SSD VPS Server. However, the question remains: why should you prioritise speed, and how does it influence performance? Let’s explore.

How Do You Define An SSD VPS Server?

To start off with, a VPS, which is short for Virtual Private Server, is specifically designed to cater dedicated resources like CPU, RAM and storage for its users; however, its revenue structures have been powered by the traditional HDD. Unfortunately, these hard disk drives are out of date and contain mechanical components which serve to be slow when compared to current advancing technology. SSD VPS servers, however, have changed the world as they come equipped with solid state drives where information is stored onto flash memory which drastically boosts speed numbers.

1. Faster Transfer Rates Accessing Data

A backup benefit of SSD VPS servers is indisputably rapid data access and storage. Unlike mechanical HDDs, an SSD does not have an arm with a spinning disk that retrieves - it uses flash memory technology which allows for faster data access. With this, SSD VPS for website and application databases and e-commerce which requires extremely fast data pulls would benefit optimally from the SSD VPS. There is less latency and faster every request which means better experience for the user.

2. Improved Engagement Statistics and Better Search Engine Rankings

In modern business settings, speed in website usage has become paramount. An emphasis is placed on times for loading pages, time-wise Google ranks sites in an order. Slower sites lose customers who become agitated and search for other services, and in the process, customers also lose out on numerous opportunities to explore and expand the business. Unfortunately, slower web hosting services hurt business. Mutually benefiting each other, search engines react positively if one’s SEO ranking improves, a well-known relation being that of enhanced client interaction. If your website performance matters, then utilising an SSD VPS hosting without a doubt would be one of the best decisions.

3. Increased Dependability and Availability

If there is a way to characterise the appropriate standards in regard to service delivery, then the reliability of the server is a must. An issue with conventional HDDs, which are mechanical, is a threat to providing dependable services. Conversely, SSD VPS servers are far more dependable and have no moving parts.

As SSDs have a greater chance of not faltering, it translates to greater uptime, which is beneficial especially to organizations that require continuous accessibility to their websites and services. The assurance of an SSD VPS helps to maintain operations smooth without any hitches.

4. Light Applications Are Able to Load with Greater Efficiency

High-performance storage is required for dynamic websites and applications reliant on regular data, such as content management systems (CMS), e-commerce, websites, or business apps. This means that the SSD VPS Server come into form as they are able to enable those applications to run smoothly.

Should you be managing an online shop, then the ability of your product pages, checkouts and inventory to perform efficiently is reliant on your server’s data delivery capability. This therefore highlights one of the benefits of an SSD VPS, which is faster speeds that can translate to better performance.

5. Reduction of Latency for the Purpose of Improving Applications

Over the years, people have developed a habit of using applications on their phones with video streaming, online games or just chatting. These require low latency to work efficiently. SSD VPSs have a faster read and write speed as opposed to HDDs, which allows SSD VPSs to reduce latency.

So, for individuals who host gaming servers, or streaming services or even trade, low latency simply means more responsiveness, hence a better experience for the customer.

6. Cost & Environmental Effectiveness

Not only are SSDs faster, but SSD VPS servers are also more energy efficient than HDD servers. Energy consumption is low in SSDs, which in return leads to low operating costs and reduced carbon impact.

Switching to SSD VPS hosting can assist firms that wish to limit their carbon emissions, for it goes in the direction of responsible operations. Greater energy efficiency leads to lower costs, which in turn makes SSD VPS hosting a great option for organisations that wish to enhance their efficiency and reduce their impact on the ecology as well.

7. Scale with Ease

Setting up a business comes with many hosting requirements as the business grows. Be it increasing website traffic, new apps, or more data, Smart SSD VPS servers are the right solution for seamless scalability.

The process of enhancing the server’s ability on SSD VPS Hosting is made simple, adding more resources, increasing the storage, as well as updating the server over time so that the users' demands are met. This flexibility goes a long way in ensuring that the business can always grow without having to worry about server performance.

8. Moreover, After Some Time, These Might Become Cost-Effective

The long-term benefits of SSD VPS Servers clearly outweigh these initial costs in contrast to HDD VPS Servers where the costs of SSD VPS Servers are slightly higher. This improvement in speed, reliability, and uptime is bound to lead to improved business performance, resulting in minimal service disruptions and cost savings with regard to reduced downtimes, speedy processes, and high customer satisfaction.

Also, as the business expands, it is essential to have a server that can sustain the increasing traffic without decreasing speed or performance. For this reason, an SSD VPS is a sensible long-term approach for improving your hosting setup and avoiding expenses when the need for more advanced infrastructure arises.

Conclusion: The More The Merrier!

At present, the Internet has created an ecology, so to speak, where businesses can easily exchange services and trade in the blink of an eye. Every business needs to be cutting-edge; gone are the days of having run-of-the-mill websites. Be it e-commerce portals, company websites, sensitive information sharing, or real-time services, hosting the importance of speed and reliability cannot be emphasised enough. The SSD theatre provides ample opportunity for improvements in these aspects.In order to improve the performance of a system and enhance its security, long-term success over working towards a pre-selected goal can be easily managed by deploying an SSD VPS Server. Be a trendsetter and do not compromise on what you deserve; choose an SSD VPS and take your first step towards a new world of hosting.

[global-research-report]

Data Center Market Forecast & Growth Trends

The global data center market was valued at USD 347.60 billion in 2024 and is expected to reach USD 652.01 billion by 2030, expanding at a robust compound annual growth rate (CAGR) of 11.2% from 2025 to 2030. This growth is primarily driven by the exponential surge in data generation across various sectors, fueled by widespread digital transformation initiatives and the increasing adoption of advanced technologies such as cloud computing, artificial intelligence (AI), machine learning (ML), and the Internet of Things (IoT).

As organizations generate and process vast volumes of data, the demand for scalable, secure, and energy-efficient data center infrastructure has intensified. Enterprises are seeking agile and resilient IT architectures to support evolving business needs and digital services. This has led to the rapid expansion of data center capacity worldwide, with a particular focus on hyperscale and colocation facilities.

Hyperscale data center operators—including major players such as Amazon Web Services (AWS), Microsoft Azure, and Google Cloud—are continuously scaling their infrastructure to meet global demands for cloud storage, computing power, and data processing. These tech giants are making substantial investments in constructing new data centers and upgrading existing ones to ensure seamless service delivery, latency reduction, and improved data security.

Simultaneously, the colocation segment is gaining momentum as businesses pursue cost-effective solutions to manage IT infrastructure. Colocation centers offer shared facilities equipped with high-speed connectivity, advanced cooling systems, and robust physical and cyber security. These benefits allow companies—especially small and medium enterprises—to scale their operations flexibly without the high capital expenditure required to build and maintain in-house data centers.

Another major trend accelerating market growth is the rise of edge computing. As the number of IoT devices and real-time applications grows, there is an increasing need for decentralized computing infrastructure. Edge data centers, located closer to end-users and data sources, provide reduced latency and faster response times—critical for applications in sectors such as autonomous vehicles, remote healthcare, industrial automation, and smart cities.

Key Market Trends & Insights

In 2024, North America dominated the global data center market with a share of over 40.0%, propelled by the widespread adoption of cloud services, AI-powered applications, and big data analytics across industries.

The United States data center market is anticipated to grow at a CAGR of 10.7% between 2025 and 2030, driven by continued digital innovation, enterprise cloud adoption, and the expansion of e-commerce and fintech platforms.

On the basis of components, the hardware segment accounted for the largest market share of more than 67.0% in 2024. The surge in online content consumption, social networking, digital transactions, and IoT connectivity has significantly boosted demand for high-capacity, high-performance hardware.

Within the hardware category, the server segment emerged as the market leader, contributing over 34.0% to revenue in 2024. Modern servers are being equipped with enhanced processing power, memory, and storage efficiency, all of which are crucial to supporting next-generation computing needs.

Among software solutions, the virtualization segment held a dominant share of nearly 18.0% in 2024. Virtualization allows data centers to maximize hardware utilization by enabling multiple virtual machines (VMs) to operate on a single physical server, reducing costs and increasing operational flexibility.

Order a free sample PDF of the Data Center Market Intelligence Study, published by Grand View Research.

Market Size & Forecast

2024 Market Size: USD 347.60 Billion

2030 Projected Market Size: USD 652.01 Billion

CAGR (2025-2030): 11.2%

North America: Largest market in 2024

Asia Pacific: Fastest growing market

Key Companies & Market Share Insights

Key players operating in the data center industry are Amazon Web Services (AWS), Inc. Microsoft, Google Cloud, Alibaba Cloud, and Equinix, Inc. The companies are focusing on various strategic initiatives, including new product development, partnerships & collaborations, and agreements to gain a competitive advantage over their rivals. The following are some instances of such initiatives.

In February 2025, Alibaba Cloud, the digital technology arm of Alibaba Group, opened its second data center in Thailand to meet the growing demand for cloud computing services, particularly for generative AI applications. The new facility enhances local capacity and aligns with the Thai government's efforts to promote digital innovation and sustainable technology. Offering a range of services including elastic computing, storage, databases, security, networking, data analytics, and AI solutions, the data center aims to address industry-specific challenges.

In December 2024, Amazon Web Services (AWS) introduced redesigned data center infrastructure to accommodate the growing demands of artificial intelligence (AI) and sustainability.  The updates features advancements in liquid cooling, power distribution, and rack design, enabling a sixfold increase in rack power density over the next two years. AWS stated that these enhancements aims to deliver a 12% boost in compute power per site, improve energy efficiency, and enhance system availability.

In May 2024, Equinix, Inc. launched its first two data centers in Malaysia, with the International Business Exchange (IBX) facilities now operational in Johor and Kuala Lumpur. The facilities are intended to cater to Equinix Inc.'s customers in Malaysia while enhancing regional connectivity.

Key Players

Alibaba Cloud

Amazon Web Services, Inc.

AT&T Intellectual Property

Lumen Technologies (CenturyLink)

China Telecom Americas, Inc.

CoreSite

CyrusOne

Digital Realty

Equinix, Inc.

Google Cloud

IBM Corporation

Microsoft

NTT Communications Corporation

Oracle

Tencent Cloud

Browse Horizon Databook on Global Data Center Market Size & Outlook

Conclusion

The global data center market is undergoing rapid expansion, driven by the growing digital economy, technological advancements, and the ever-increasing demand for data storage, computing power, and connectivity. Hyperscale and colocation facilities are at the forefront of this transformation, offering scalable and secure infrastructure that supports cloud computing, AI workloads, and real-time applications. Edge computing is further reshaping the landscape by bringing processing capabilities closer to data sources, enabling faster and more efficient services across various industries.

As the market continues to evolve, investment in energy-efficient hardware, software virtualization, and regional data center development will be critical to meeting future demands. Companies that adopt flexible, sustainable, and innovation-driven data infrastructure strategies will be best positioned to capitalize on the tremendous growth opportunities in the data center space over the coming years.

[pranjaldalvi]

Flash Based Array Market Emerging Trends Driving Next-Gen Storage Innovation

The flash based array market has been undergoing a transformative evolution, driven by the ever-increasing demand for high-speed data storage, improved performance, and energy efficiency. Enterprises across sectors are transitioning from traditional hard disk drives (HDDs) to solid-state solutions, thereby accelerating the adoption of flash based arrays. These storage systems offer faster data access, higher reliability, and scalability, aligning perfectly with the growing needs of digital transformation and cloud-centric operations.

Shift Toward NVMe and NVMe-oF Technologies

One of the most significant trends shaping the FBA market is the shift from traditional SATA/SAS interfaces to NVMe (Non-Volatile Memory Express) and NVMe over Fabrics (NVMe-oF). NVMe technology offers significantly lower latency and higher input/output operations per second (IOPS), enabling faster data retrieval and processing. As businesses prioritize performance-driven applications like artificial intelligence (AI), big data analytics, and real-time databases, NVMe-based arrays are becoming the new standard in enterprise storage infrastructures.

Integration with Artificial Intelligence and Machine Learning

Flash based arrays are playing a pivotal role in enabling AI and machine learning workloads. These workloads require rapid access to massive datasets, something that flash storage excels at. Emerging FBAs are now being designed with built-in AI capabilities that automate workload management, improve performance optimization, and enable predictive maintenance. This trend not only enhances operational efficiency but also reduces manual intervention and downtime.

Rise of Hybrid and Multi-Cloud Deployments

Another emerging trend is the integration of flash based arrays into hybrid and multi-cloud architectures. Enterprises are increasingly adopting flexible IT environments that span on-premises data centers and multiple public clouds. FBAs now support seamless data mobility and synchronization across diverse platforms, ensuring consistent performance and availability. Vendors are offering cloud-ready flash arrays with APIs and management tools that simplify data orchestration across environments.

Focus on Energy Efficiency and Sustainability

With growing emphasis on environmental sustainability, energy-efficient storage solutions are gaining traction. Modern FBAs are designed to consume less power while delivering high throughput and reliability. Flash storage vendors are incorporating technologies like data reduction, deduplication, and compression to minimize physical storage requirements, thereby reducing energy consumption and operational costs. This focus aligns with broader corporate social responsibility (CSR) goals and regulatory compliance.

Edge Computing Integration

The rise of edge computing is influencing the flash based array market as well. Enterprises are deploying localized data processing at the edge to reduce latency and enhance real-time decision-making. To support this, vendors are introducing compact, rugged FBAs that can operate reliably in remote and harsh environments. These edge-ready flash arrays offer high performance and low latency, essential for applications such as IoT, autonomous systems, and smart infrastructure.

Enhanced Data Security Features

As cyber threats evolve, data security has become a critical factor in storage system design. Emerging FBAs are being equipped with advanced security features such as end-to-end encryption, secure boot, role-based access controls, and compliance reporting. These features ensure the integrity and confidentiality of data both in transit and at rest. Additionally, many solutions now offer native ransomware protection and data immutability, enhancing trust among enterprise users.

Software-Defined Storage (SDS) Capabilities

Software-defined storage is redefining the architecture of flash based arrays. By decoupling software from hardware, SDS enables greater flexibility, automation, and scalability. Modern FBAs are increasingly adopting SDS features, allowing users to manage and allocate resources dynamically based on workload demands. This evolution is making flash storage more adaptable and cost-effective for enterprises of all sizes.

Conclusion

The flash based array market is experiencing dynamic changes fueled by technological advancements and evolving enterprise needs. From NVMe adoption and AI integration to cloud readiness and sustainability, these emerging trends are transforming the landscape of data storage. As organizations continue their journey toward digital maturity, FBAs will remain at the forefront, offering the speed, intelligence, and agility required for future-ready IT ecosystems. The vendors that innovate in line with these trends will be best positioned to capture market share and lead the next wave of storage evolution.

[harisharticles]

The Evolution of Communication and Information Theory in AI Algorithms

The rise of artificial intelligence in a world overwhelmed by data has created new imperatives in how machines interpret, transmit, and act upon information. At the core of this technological evolution lies the powerful framework of communication and information theory. Originally developed to improve electrical transmission systems, these theories now underpin some of the most advanced AI applications. As the volume, variety, and velocity of big data continue to grow, understanding how AI systems manage information flow and meaning becomes not just a technical concern but a business and societal one. This article explores the critical roles communication and information theory play in shaping AI in today’s data-intensive era.

Understanding the Basics of Communication and Information Theory Communication theory defines how messages are encoded, transmitted, and decoded through various channels. Information theory, introduced by Claude Shannon, quantifies the amount of information and the capacity of communication systems. These foundational concepts support modern AI by enabling machines to handle uncertainty, maximize relevant signal extraction, and reduce redundancy in data. In AI, these theories are essential for understanding how algorithms communicate, learn, and optimize outcomes.

Big Data's Impact on Information Systems Big data, characterized by massive volumes of structured and unstructured information, challenges traditional communication systems. AI must determine what information is meaningful and how best to process it. Information theory helps streamline this process by guiding entropy calculations, ensuring AI focuses on high-value data. This synergy improves performance and reduces computational waste, crucial for both real-time analytics and long-term data management.

AI’s Role in Modern Signal Processing Signal processing has evolved from analog waveforms to highly complex digital data. AI, when integrated with communication theory, enhances signal recognition, interpretation, and transformation. Whether in speech recognition, image processing, or neural data interpretation, AI applies theoretical models to isolate meaningful signals from noise, boosting the accuracy and efficiency of communication systems in applications from healthcare diagnostics to smart city infrastructure.

Data Compression and Noise Reduction in Machine Learning Information theory provides the mathematical grounding for compression techniques, allowing AI systems to process vast datasets with minimal storage demands. Simultaneously, communication theory helps filter irrelevant or misleading data by modeling noise patterns. These functions are critical in deep learning environments, where millions of parameters interact. Effective data compression and error correction ensure faster training and more reliable models.

Adaptive Systems and Decision-Making Models Adaptive AI systems rely on feedback loops that mirror communication systems. Using information theory, these systems measure data uncertainty and refine predictions dynamically. Reinforcement learning, a subset of AI, uses reward signals akin to information transmission feedback to improve outcomes. This enables intelligent agents to make informed decisions in real-time, whether navigating autonomous vehicles or optimizing supply chains.

Future Trends: AI-Driven Communication Networks Looking ahead, AI will increasingly be embedded in the fabric of communication networks. Intelligent routing, real-time translation, and autonomous decision-making in 6G networks will depend on deeper integration of communication and information theory. As systems become more interconnected, theoretical models will ensure that information is transmitted with clarity, speed, and efficiency, reducing latency and boosting global digital infrastructure resilience.

Applications in Industry and Society The practical uses of communication and information theory in AI span industries. In healthcare, AI algorithms use these principles for predictive diagnostics. In finance, they optimize algorithmic trading by analyzing signal patterns. Public safety systems leverage them for anomaly detection in surveillance data. The fusion of these fields ensures AI solutions are not only efficient but also robust and scalable.

For more info https://bi-journal.com/communication-theory-big-data-ai/

Conclusion Communication and information theory are more than academic disciplines—they are the guiding principles behind AI's ability to navigate, interpret, and respond to big data environments. As AI continues to evolve, these theoretical foundations will play an even greater role in ensuring clarity, efficiency, and intelligence across digital ecosystems. Understanding and applying these principles will be key for innovators and organizations looking to stay ahead in the age of intelligent information.

[bliiot]

OPC UA Field eXchange (UAFX)

OPC UA Field eXchange (UAFX) is a new generation of field layer communication standard launched by the OPC Foundation, which aims to solve the core pain points of the long-standing coexistence of multiple protocols and poor device interoperability in the field of industrial automation. As an extension of the OPC UA standard, UAFX realizes end-to-end standardized data interaction from the control layer to field devices through a unified information model and communication framework, providing key infrastructure for Industry 4.0 and smart manufacturing. Its core value lies in breaking the technical barriers of traditional fieldbuses, enabling devices from different manufacturers to achieve plug-and-play interconnection without relying on dedicated gateways, while meeting the stringent requirements of modern industry for real-time, security and flexibility.

Core Functions and Applications of OPC UAFX

I. Key Features

1. Cross-vendor Interoperability

Enables seamless communication between controllers/devices from different brands through standardized OPC UA information models

Supports three-tier communication architectures: Controller-to-Controller (C2C), Controller-to-Device (C2D), and Device-to-Device (D2D)

2. Real-time Data Exchange

Delivers deterministic communication via Ethernet TSN and 5G networks

Achieves microsecond-level synchronization using UDP/IP (IEEE 802.1AS)

3. Unified Engineering Configuration

Built-in Connection Manager for automatic secure link establishment

Supports integration with standard engineering tools (e.g., FDT/DTM, AML)

4. Advanced Diagnostics

Real-time monitoring of device health (network latency, packet loss, etc.)

Asset Information Model (AIM) for full lifecycle data tracking

5. Secure Communication

Inherits OPC UA's native X.509 certificate authentication and AES-256 encryption

Complies with both functional safety (IEC 61508) and cybersecurity (IEC 62443) standards

II. Industrial Applications

1. Smart Factories

Plug-and-play configuration for PLCs, robots, AGVs, etc.

Use case: Multi-brand robot collaboration in automotive welding lines

2. Process Automation

Eliminates protocol conversion between DCS and field instruments (flow meters/temperature transmitters)

Application: Direct data transmission from smart instruments to MES in petrochemical plants

3. Motion Control

Enables precision synchronization (<1μs jitter) for servo drives and CNC equipment

Typical scenario: Multi-axis synchronization in packaging machinery

4. Energy Management

Standardized monitoring for PV inverters, energy storage PCS, etc.

Implementation: Gateway-free data acquisition for wind farm SCADA systems

III. Technical Advantages

IV. Implementation Benefits

Lower TCO: 30+% reduction in protocol conversion hardware costs

Faster Deployment: 50% shorter engineering configuration time

Higher OEE: Predictive maintenance reduces unplanned downtime

Currently supported by leading automation vendors like ABB and Siemens, UAFX is expected to achieve widespread adoption in discrete manufacturing by 2025. This standard is particularly suited for Industry 4.0 scenarios demanding high real-time performance and multi-vendor device integration.

[djiusa]

Why Bluetooth Microphones, Wireless Lapel Mics, and Power Stations Are a Modern Creator's Must-Haves

In today’s world of content creation, mobile productivity, and remote work, the tools we use matter more than ever. You could be shooting a video in a remote forest, live-streaming a podcast in your home studio, or simply trying to stay charged during a weekend camping trip. Whatever the case, three devices quietly do the heavy lifting: the Bluetooth microphone, the wireless lapel microphone, and the power station.

Together, they form the unspoken trifecta of convenience, clarity, and power that modern creators and professionals depend on.

The Rise of the Bluetooth Microphone: Wireless Freedom with Clear Voice

Remember the days when microphones were tied down by cables, making even a short walk away from your desk feel like a logistical mess? bluetooth microphones have essentially ended that era. With simple pairing, no external interface needed, and the ability to move freely, a Bluetooth mic gives you the liberty to focus on the message—not the mic.

What’s particularly useful is how these mics adapt to various devices—smartphones, tablets, laptops, or even DSLRs with the right adapter. They're perfect for video calls, mobile journalism, interviews, voiceovers, or even casual content creation. And while the technology has become more compact and travel-friendly, the audio quality has also seen a significant upgrade. Noise cancellation, echo reduction, and latency improvements make a modern bluetooth microphone far more than just a fancy gadget.

This tool is no longer reserved for professional broadcasters—it’s now a go-to for remote teams, educators, vloggers, and even everyday users who simply want better sound without the fuss.

Wireless Lapel Microphones: The Hidden Heroes of Crisp Audio

When subtlety meets performance, you get a wireless lapel microphone—also known as a lavalier mic. These tiny clip-on devices have long been trusted by news anchors, public speakers, and filmmakers. But now, they’re becoming essential for social media content creators, online educators, and hybrid work professionals.

Why? Because lavalier mics capture audio from a consistent spot on your body—usually the collar—ensuring that even as you move, your voice remains clear and balanced. Combine that with a wireless system, and you've got seamless mobility without any cables dragging around.

Newer models now include dual-channel receivers for two-person interviews, onboard storage for backup recordings, and rechargeable battery systems that last hours on a single charge. Most importantly, they’re discreet. Unlike handheld mics that take up visual space, lapel mics let your content shine without distraction.

In many ways, they’re not just about convenience—they’re about preserving authenticity. Being able to move naturally while talking lets your personality come through, and that’s crucial in an age where connection matters more than polish.

Power Stations: Silent Workhorses for Everything On-the-Go

While your mic captures the moment, a power station ensures it doesn’t get cut short. For creators, digital nomads, campers, or professionals in off-grid setups, power is non-negotiable. And that’s where portable power stations come into play.

These compact devices function as all-in-one charging hubs. With multiple AC outlets, USB ports, and even DC car outlets, a power station can charge everything from your bluetooth microphone and camera battery to your laptop or mini-fridge. And since many power stations now support solar charging, they’re an eco-friendly option that keeps going even when the grid can’t.

Importantly, they’re quiet. Unlike gas-powered generators, power stations make zero noise and emit no fumes. That makes them ideal for filming in quiet environments, powering gear on overnight shoots, or simply working from a remote cabin without worrying about electricity.

And with lithium battery technology evolving fast, modern power stations offer longer runtimes, faster charging, and lighter builds than ever before.

A New Workflow, Powered by Smart Tools

What ties these three tools together—bluetooth microphone, wireless lapel microphone, and power station—is the way they simplify your workflow. Whether you’re on a hike recording voiceovers, conducting a webinar in your backyard, or live-streaming from your car during a storm power outage, these tools don’t just support your work—they enable it.

They eliminate friction. They reduce setup time. They make mobility possible without sacrificing quality.

And in a time when we value flexibility, clarity, and reliability, that kind of functionality isn't a luxury—it's a necessity

[dg-marketingtech]

CEFAST Original N1 ENC Wireless Headphones

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✨ ENC Noise Reduction: Clear calls without interference

🚀 Fast Charging: 10 minutes for 13 hours of use

Product sell points

· Magnetic Absorption:Automatic magnetic absorption for easy storage and tangle-free convenience.

· Fast Charging Capability:10 minutes of charging provides 13 hours of music or calls.

· Ergonomic Design:120° ergonomic neckband ensures a comfortable fit, even during strenuous exercise.

· Acefast N1|Acefast N1 Neckband|Bluetooth 5.3 Technology:Seamless connectivity with Bluetooth 5.3 for stable, low-latency audio.

· Extended Battery Life:Up to 150 hours of music and 90 hours of calls with a single charge.

[coredgeblogs]

The Future of Data Centers: Why Hyperconverged Infrastructure (HCI) Is the Next Big Thing in IT

In an era where digital transformation is at the heart of nearly every business strategy, traditional data centers are under unprecedented pressure to evolve. Organizations need IT infrastructure that can support modern workloads, ensure high availability, enable seamless scalability, and reduce operational complexity. This has led to the rapid rise of Hyperconverged Infrastructure (HCI)—a paradigm shift in how data centers are architected and managed.

HCI is not just a trend—it represents a foundational shift in IT infrastructure that is shaping the future of the data center. Let’s explore what makes HCI such a compelling choice and why it is poised to become the standard for next-generation IT environments.

What is Hyperconverged Infrastructure (HCI)?

Hyperconverged Infrastructure is a software-defined IT framework that combines compute, storage, and networking into a tightly integrated system. Traditional infrastructure requires separate components for servers, storage arrays, and networking hardware, each with its own management interface. HCI collapses these components into a unified platform that can be managed centrally, often through a single pane of glass.

At the heart of HCI is virtualization. Resources are abstracted from the underlying hardware and pooled together, allowing IT teams to provision and manage them dynamically. These systems typically run on industry-standard x86 servers and use intelligent software to manage workloads, data protection, and scalability.

Key Drivers Behind HCI Adoption

1. Operational Simplicity

One of the most compelling advantages of HCI is the reduction in complexity. By consolidating infrastructure components into a unified system, IT teams can dramatically streamline deployment, management, and troubleshooting. The simplified architecture allows for faster provisioning of applications and services, reduces the need for specialized skills, and minimizes the risk of configuration errors.

2. Scalability on Demand

Unlike traditional infrastructure, where scaling often involves costly overprovisioning or complex re-architecting, HCI offers linear scalability. Organizations can start small and scale out incrementally by adding additional nodes to the cluster—without disrupting existing workloads. This makes HCI an ideal fit for both growing enterprises and dynamic application environments.

3. Lower Total Cost of Ownership (TCO)

HCI delivers cost savings across both capital and operational expenses. Capital savings come from using off-the-shelf hardware and eliminating the need for dedicated storage appliances. Operational cost reductions stem from simplified management, reduced power and cooling needs, and fewer personnel requirements. HCI also enables automation, which reduces manual tasks and enhances efficiency.

4. Improved Performance and Reliability

With storage and compute co-located on the same nodes, data does not have to travel across disparate systems, resulting in lower latency and improved performance. HCI platforms are built with high availability and data protection in mind, often including features like automated failover, snapshots, replication, deduplication, and compression.

5. Cloud-Like Flexibility, On-Premises

HCI bridges the gap between on-premises infrastructure and the public cloud by offering a cloud-like experience within the data center. Self-service provisioning, software-defined controls, and seamless integration with hybrid and multi-cloud environments make HCI a cornerstone for cloud strategies—especially for businesses looking to retain control over sensitive workloads while embracing cloud agility.

Strategic Use Cases for HCI

The versatility of HCI makes it suitable for a wide range of IT scenarios, including:

Virtual Desktop Infrastructure (VDI): Supports thousands of virtual desktops with consistent performance, simplified deployment, and strong security.

Edge Computing: Compact, self-contained HCI systems are ideal for remote or branch offices where IT support is limited.

Disaster Recovery (DR): Integrated backup, replication, and failover features make HCI a powerful platform for DR strategies.

Private and Hybrid Clouds: HCI provides a robust foundation for organizations building private clouds or integrating with public cloud providers like AWS, Azure, or Google Cloud.

Application Modernization: Simplifies the migration and deployment of modern, containerized applications and legacy workloads alike.

Potential Challenges and Considerations

While HCI offers significant benefits, organizations should also be aware of potential challenges:

Vendor Lock-In: Many HCI platforms are proprietary, which can limit flexibility in choosing hardware or software components.

Initial Learning Curve: Shifting from traditional infrastructure to HCI requires new skills and changes in operational processes.

Not Always Cost-Effective at Scale: For extremely large environments with very high-performance needs, traditional architectures may still offer better economics or flexibility.

That said, many of these challenges can be mitigated with proper planning, vendor due diligence, and a clear understanding of business goals.

  The Road Ahead: HCI as a Foundation for Modern IT

According to industry analysts, the global HCI market is projected to grow significantly over the next several years, driven by increasing demand for agile, software-defined infrastructure. As organizations prioritize flexibility, security, and cost-efficiency, HCI is emerging as a key enabler of digital transformation.

Forward-looking businesses are leveraging HCI not only to modernize their data centers but also to gain a competitive edge. Whether supporting a hybrid cloud strategy, enabling edge computing, or simplifying IT operations, HCI delivers a robust, scalable, and future-ready solution.

Final Thoughts

Hyperconverged Infrastructure represents more than a technical evolution—it’s a strategic shift toward smarter, more agile IT. As the demands on infrastructure continue to rise, HCI offers a compelling alternative to the complexity and limitations of traditional architectures.

Organizations that embrace HCI are better positioned to respond to change, scale rapidly, and deliver superior digital experiences. For IT leaders seeking to align infrastructure with business goals, HCI is not just the next big thing—it’s the next right step.

[dgqex]

DGQEX Responds to the Bitcoin Global Strength by Optimizing Trading Depth and Liquidity

Recently, the Central Bank of Russia recognized Bitcoin as the best-performing asset in the country financial markets for April 2025, with Bitcoin prices rising by 11.2% in a single month and delivering a year-to-date return of 17.6%. Since 2022, the cumulative return of Bitcoin has reached 121.3%, a performance that continues to attract significant attention from both institutional and individual investors worldwide. Against this backdrop, DGQEX is enhancing liquidity support, optimizing trading systems, and improving risk control mechanisms to provide users with a stable and efficient Bitcoin trading experience.

DGQEX Strengthens BTC Trading Depth to Meet Global Trading Demand

The continued outperformance of Bitcoin of traditional assets has driven a sustained increase in market trading demand. DGQEX has been consistently optimizing its liquidity management by expanding its global network of liquidity providers, thereby deepening the order books for BTC trading pairs and ensuring efficient trade execution even in high-volume environments. The DGQEX proprietary matching engine achieves industry-leading standards in both trading response speed and system stability, effectively supporting liquidity needs for large-scale transactions.

In response to the trading enthusiasm of emerging markets such as Russia, DGQEX has enhanced its multi-regional node deployment, reducing cross-border trading latency and providing a consistent trading experience for users worldwide. The institutional trading service system of the platform has also been upgraded, offering more advantageous trading channels and market-making support for large-volume trades, ensuring that BTC trading on the DGQEX platform always maintains ample depth and liquidity.

DGQEX Implements Multi-Layered Risk Controls to Ensure the Security and Stability of BTC Trading

Given the persistent volatility of Bitcoin in global markets, DGQEX continues to strengthen its risk control strategies to safeguard user transactions. The platform has established on-chain data monitoring, real-time risk alerts, and a dynamic margin mechanism, automatically adjusting risk exposure in response to market fluctuations to mitigate systemic risks during extreme market conditions.

In terms of asset security, DGQEX adheres to a cold and hot wallet segregation mechanism, with private keys protected by multi-signature protocols and hardware encryption to ensure the absolute safety of user BTC assets. The risk control system is equipped with automated liquidation and forced position reduction mechanisms, effectively preventing abnormal volatility from impacting the trading environment and maintaining overall platform stability. Additionally, DGQEX collaborates with third-party auditing firms to conduct regular security audits, ensuring that its risk control and asset storage mechanisms align with international best practices, thereby providing users with reliable trading safeguards.

DGQEX Expands the BTC Ecosystem and Broadens Asset Application Scenarios

As Bitcoin gains increasing recognition globally, DGQEX continues to expand its BTC ecosystem services. The platform not only supports spot trading but also develops its derivatives market, enriching user investment tools. The cross-chain asset management functionality of DGQEX further enhances the liquidity and versatility of BTC assets, catering to diversified trading needs from users.

In terms of user experience, DGQEX continuously optimizes data visualization and trading strategy tools to support efficient decision-making. The platform offers on-chain data tracking and market trend analysis features, enhancing user sensitivity to BTC market dynamics. On the compliance front, DGQEX fully aligns with regulatory standards in major global markets to ensure the legal and compliant operation of its BTC trading business. DGQEX will continue to monitor developments in the Bitcoin market, leveraging its technological and service advantages to optimize the trading environment, improve user experience, and support global users in achieving steady value growth in the digital asset market.

[san-storage-blog]

Thin Provisioning Deep Dive: Maximizing SAN Storage Capacity Without Risk

Storage efficiency has become a top priority for IT leaders navigating exponential data growth, tight budgets, and the need for operational agility. One technology stands out for its ability to squeeze more value out of every storage dollar in SAN environments: thin provisioning. While the promise of allocating just the storage actually in use is attractive, thin provisioning also poses challenges that require careful planning and oversight. This deep-dive will unpack the real benefits, examine the risks, share practical use cases, and outline actionable best practices for deploying thin provisioning in your SAN solution infrastructure.

Why Thin Provisioning? Unpacking the Benefits

Cost Savings Without Compromise

Traditional storage provisioning forces administrators to allocate the full requested capacity from day one, resulting in significant “dead on arrival” storage. Thin provisioning breaks this pattern. It enables you to assign more virtual storage to hosts than physically exists on the system, only using physical capacity as data is actually written.

Reduced upfront capital expenditure: By provisioning storage “just in time,” enterprises avoid over-purchasing disks and arrays. IDC research estimates organizations can cut capital storage costs by up to 33% through thin provisioning, especially in rapidly expanding data environments.

Optimized utilization rates: Classic thick provisioning can leave average utilization rates lingering between 20-30%. Thin provisioned SANs regularly see utilization jump to 60-80%, significantly increasing ROI on hardware investments.

Defers hardware upgrades: Because storage is consumed based on actual use, purchasing cycles are extended, and organizations face less pressure to scramble for additional hardware.

Flexibility and Agility in a Dynamic Landscape

Modern enterprises must respond rapidly to evolving workload demands. Thin provisioning offers the ability to:

Quickly provision storage for new projects or virtual machines without lengthy procurement or physical configuration.

Scale allocated capacity up or down seamlessly, supporting DevOps workflows and cloud-native applications that thrive on adaptability.

Simplify storage management, as administrators focus on logical provisioning and pool management rather than micromanaging LUNs.

Green IT and Operational Efficiency

By consuming less power, cooling, and floor space, thin provisioning also contributes to sustainability targets and operational cost reduction. Fewer idle drives spinning in racks means a smaller environmental and budgetary footprint.

Navigating Risks and Strategies for Mitigation

No technology comes without trade-offs. The primary concerns with thin provisioning fall into two categories: over-allocation (oversubscription) and potential performance impacts.

The Over-Allocation Challenge

Thin provisioning’s power comes from presenting more capacity to servers than is actually available. However, if actual consumption approaches or exceeds the physical space, it can result in “out-of-space” errors, data loss, or application downtime.

Mitigation strategies include:

Continuous monitoring: Leverage SAN software tools and SNMP-based alerts to track real capacity usage, free space in pools, and growth trends in real time.

Automated thresholds and notifications: Set utilization alarms at 70%, 85%, and 95% so administrators can react well before a crisis occurs.

Scheduled audits: Regularly review allocation versus usage across applications. Identify and retire unused LUNs.

Performance Overheads

Thin provisioning can introduce extra I/O when the system needs to allocate new blocks or manage metadata, which may result in additional latency compared to pre-allocated (thick provisioned) storage.

To mitigate performance risks:

Ensure the storage controller has sufficient cache and CPU to handle provisioning overhead.

Use high-performance disk arrays or all-flash backends for heavy I/O workloads.

Monitor IOPS and latency metrics at the pool and LUN levels, not just physical disks.

Thin Provisioning in Action: Key Use Cases

Virtual Infrastructure Environments

VMware, Hyper-V, and KVM-based data centers are prime beneficiaries of thin provisioning, as virtual machines often request large amounts of disk that remain unused for long periods. Thin provisioning allows hosting organizations to grow clusters without investing in capacity that might never be used, all while maintaining flexibility for rapid scale-up.

Test and Development Sandboxes

Development, QA, and test environments typically need large amounts of temporary space. Thin provisioning enables IT to grant generous LUNs to teams, knowing the underlying consumption is likely far less. This drastically reduces wasted capacity in sandbox environments.

Database Storage

While mission-critical databases sometimes favor thick provisioning for guaranteed throughput (think high-frequency trading or ERP), many production and analytics environments benefit from thin provisioning, especially when columns or “future growth” are sized for maximum but rarely utilized.

Cloud Service Providers

Multi-tenant clouds or managed hosting providers leverage thin provisioning to maximize density across customer workloads, lowering per-customer costs and shortening new-user onboarding times.

Disaster Recovery and Backup

Thin provisioning in DR sites or backup arrays reduces storage footprints for infrequently used replicated data sets, deferring expensive hardware purchases until absolutely necessary.

Best Practices for Deploying and Managing Thin Provisioning

1. Know Your Workloads

Assess which applications are suitable for thin provisioning. Critical production databases demanding the lowest latency may be assigned thick-provisioned disks, while dev/test, file shares, or archival systems can maximize savings with thin provisioning.

2. Plan for Over-Allocation

Map out “worst-case” consumption scenarios. Many organizations safely oversubscribe at 3x or 4x physical capacity, but this relies on accurate forecasting of growth, regular monitoring, and proactive expansion when thresholds are approached.

3. Invest in Robust Monitoring Tools

Select SAN platforms that support detailed monitoring, alerting, and automation. Consider dashboards that offer historical trending, instant notifications, and integration with enterprise monitoring solutions like Nagios or Splunk.

4. Document and Communicate Policies

Ensure all teams who request storage understand the implications of thin provisioning. Document policies for allocation, user responsibility, and escalation procedures if growth exceeds projections.

5. Regularly Review and Reclaim Space

Unused LUNs or volumes: Routinely retire and reclaim resources that are no longer needed.

Zero detection and unmap commands: Use features that detect all-zero blocks and return unused space to the pool, increasing available capacity.

6. Balance Thin and Thick Provisioning

Mixed environments are common. Use thin provisioning where it offers the most benefit, but don’t hesitate to assign thick disks for workloads requiring predictable performance.

7. Test Failover and Recovery Procedures

Simulate near-capacity events and failover scenarios in a lab environment. Use these exercises to fine-tune alerting, reporting, and recovery strategies so your team is prepared for real-world incidents.

The Road Ahead for Thin Provisioning

Thin provisioning has reached maturity in most enterprise SAN storage deployments, but its role continues to expand alongside more intelligent storage solutions. Advances in AI-powered analytics, predictive maintenance, and integration with container-based workloads are making thin provisioning even more automated and resilient.

Adopting thin provisioning isn’t just a tactical win for today’s cost-conscious storage teams; it’s a strategic move that will enable business agility as demands on storage continue to scale. By balancing aggressive space savings with strong governance and modern monitoring tools, enterprises can unlock dramatic efficiency gains without exposing themselves to unnecessary risks.

[walkingghotst]

North America Edge Computing Market Size, Share, Growth Factors, Competitive Landscape, with Regional Forecast (2022-2028)

The North America edge computing market is expected to grow from US$ 16,212.71 million in 2022 to US$ 52,976.45 million by 2028. It is estimated to grow at a CAGR of 21.8% from 2022 to 2028.

North America Edge Computing Market Introduction

Imagine a digital landscape where data processing occurs with minimal delay, bypassing the traditional route to distant cloud infrastructure. This is the essence of edge computing, a highly distributed network paradigm that strategically places computational power and data storage closer to the devices and applications that generate and consume data. By minimizing the distance data needs to travel, edge computing significantly reduces latency, enabling truly real-time responsiveness.

In today's interconnected world, the swift processing and transmission of data have become a fundamental requirement for business success. Numerous applications rely on minimal latency to enhance user experiences and improve customer satisfaction through faster and more seamless operation. Consider the smooth interactions in online meetings or the mission-critical computations in cloud-based systems where even fractions of a second can have significant consequences. Across diverse sectors such as healthcare, air traffic control, and critical defense scenarios, even incremental reductions in latency can accumulate into substantial improvements in overall network performance.

Download our Sample PDF Report

@ https://www.businessmarketinsights.com/sample/BMIRE00028905

North America Edge Computing Strategic Insights

To truly gain a competitive advantage in the North America Edge Computing market, a basic understanding is simply not enough. What's needed are insightful, data-driven strategic analyses that illuminate the complex dynamics of the industry, encompassing current trends, the influence of key players, and the unique characteristics of various regional sub-markets within North America.

These insights move beyond simple observation, offering concrete, actionable recommendations that empower organizations to differentiate themselves in a competitive marketplace. By identifying often-overlooked market segments or developing compelling and differentiated value propositions, businesses can establish a unique market identity. Leveraging the power of data analytics, these insights act as a compass, guiding industry participants – whether they are investors, manufacturers, or other stakeholders – in anticipating the subtle yet significant shifts within the market.

North America Edge Computing Market Segmentation

North America Edge Computing Market: By Component

Hardware

Software

Services

North America Edge Computing Market: By Application

Smart Cities

Industrial Internet of Things

Remote Monitoring

Content Delivery

Augmented Reality and Virtual Reality

North America Edge Computing Market: By Enterprise Size

SMEs and Large Enterprises

North America Edge Computing Market: By Verticals

Manufacturing

Energy and Utilities

Government

IT and Telecom

Retail and Consumer Goods

Transportation and Logistics

Healthcare

North America Edge Computing Market: Regions and Countries Covered

North America

US

Canada

Mexico

North America Edge Computing Market: Market leaders and key company profiles       

ADLINK Technology Inc

Amazon Web Services

Dell Technologies

EdgeConnex Inc.

FogHorn Systems

Hewlett Packard Enterprise Development LP (HPE)

IBM Corporation

Litmus Automation, Inc

Microsoft Corporation

Vapor IO, Inc.

About Us:

Business Market Insights is a market research platform that provides subscription service for industry and company reports. Our research team has extensive professional expertise in domains such as Electronics & Semiconductor; Aerospace & Defense; Automotive & Transportation; Energy & Power; Healthcare; Manufacturing & Construction; Food & Beverages; Chemicals & Materials; and Technology, Media, & Telecommunications

[govindhtech]

Dell Nutanix And PowerFlex Enable Scalability, Performance

Last August, Dell Nutanix Technologies launched Dell PowerFlex with Nutanix Cloud Platform. This powerful combination combines Nutanix's simple software-defined architecture with Dell's scalable, high-performance storage technology. These solutions modernise IT, improve operational efficiency, and simplify infrastructure and storage management for enterprises.

We are pleased to share that this solution is now widely available. PowerFlex's integration with Nutanix Cloud Platform now deeply supports Nutanix AHV, offering enterprises a flexible hypervisor option for their needs.

Advantages of this solution include:

Scalability and IT Consolidation Made Simple

PowerFlex consolidates bare-metal and virtualised mission-critical workloads on one platform to cut costs and eliminate silos. Its independent scalability lets businesses easily change processing and storage resources. Therefore, they can effortlessly adapt to changing needs.

Manage IT efficiently and automatically

Complex IT environments need time and money to manage. Automation technologies like PowerFlex Manager and Dell Nutanix Prism Central boost corporate productivity. These technologies simplify IT tasks including upgrades, resource distribution, and continuous management. Now IT teams may focus on strategic projects that boost business.

High-performance, enterprise-grade data protection

Modern apps benefit from PowerFlex with Nutanix Cloud Platform's enterprise-grade security and performance. It lets companies automate critical processes, grow flexibly, and consolidate workloads while protecting data with integrated disaster recovery and cyber-resilience. Knowing their essential applications are safe, available, and adaptable will reassure consumers. These apps provide unmatched dependability and flexibility in today's fast-changing digital environment.

DXC Technology like Dell PowerFlex's Nutanix Cloud Platform performance and adaptability:

Working Together to Improve Customer Value

The Dell and Nutanix solutions allow customers to easily manage traditional and modern workloads. Nutanix Cloud Platform virtualisation and administration combine with PowerFlex's best-in-class software-defined storage and computing to provide a more flexible, effective solution. With increased storage optimisation, scalability, and resilience across IT settings, this alliance offers expanded data services.

Dell reiterates its commitment of providing organisations with cutting-edge tools to grow, adapt, and succeed in the fast-changing digital environment. This is only the beginning; Dell's innovation and forward-thinking solutions offer new opportunities.

The PowerFlex

Full-featured, flexible software-defined infrastructure for block storage and processing.

Software-defined infrastructure for superior scalability, agility, and performance

Give large-scale, reliable outcomes for the most demanding business situations. A single person may operate a platform that combines compute and block storage. Many operating systems and hypervisors are supported by PowerFlex. The latest version boosts speed, infrastructure optimisation, and system monitoring.

High-value IDC predicts a 276% three-year ROI.

Reliable storage for four of the five largest US banks by assets.

Dependable Six nines are available.

PowerFlex rack and appliance ensure two-fold data reduction.

Final software-defined infrastructure

INCREDIBLE BUSINESS AGILITY

Automation and deployment options create a flexible architecture. Grow storage and compute resources independently or together without issues, and adjust resource pools to meet business demands.

Excellent performance and scale

Software-driven optimisation improves data placement, routing, and node resource sharing. Allow thousands of nodes to have unrestricted I/O and throughput with linear scalability and sub-millisecond latency

Solidarity without constraints

You may easily integrate with DevOps operations using a shared infrastructure with a strong ecosystem of modern application delivery and container management tools and platforms.

Where PowerFlex excels

Enterprise workloads and databases

Validated for throughput-intensive analytics workloads, cloud-native NoSQL databases, and relational databases. Business workloads require optimal performance, scalability, and reliability.

Artificial intelligence, machine learning, and analytics

Ideal for high-performance indexing, ingest, and search applications. Flexible design with scalable throughput and I/O performance reduces infrastructure footprint and administration overhead.

Modern containerised apps

PowerFlex's software-defined platform integrates Agile DevOps operations seamlessly. Use a vibrant network of modern platforms and technologies for container management and application delivery.

Compare PowerFlex options

Flexible rack

Networked rack-scale system. conceived, built, managed, maintained, and supported as a single system with lifecycle support.

Special features:

Integral rack-scale fabric

No assembly required.

PowerFlex device

A four-node basic configuration using existing network equipment. Pre-configured, certified flexible form factors simplify installations.

Special features:

Flexible networking options

Very little assembly required.

Custom PowerFlex nodes

Certified PowerFlex-compatible server blocks. Custom nodes provide hundreds of configuration options, making them ideal for IT teams creating their own environments.

Special features:

DIY networking and administration

Completely adjustable

Dell APEX Public Cloud Block Storage

Software-specified public cloud block-based workload storage. Similar durability, performance, and linear scalability as on-premises storage.

Platforms for deployment:

Amazon Web Services

Azure by Microsoft

Realise Your Potential Now

Explore how Dell PowerFlex with Nutanix Cloud Platform may help you modernise your IT.

Dell invites you to its stand at Nutanix and Dell Technologies World (May 19–22, Las Vegas).It will then hear from leaders in Washington, DC, on May 7–9. Join professional conversations and demonstrations to see how tech solutions can transform your organisation.

[omniconcept]

Samsung Evo Plus 256GB Review: Is It the Best microSD Card for Your Phone?

About

In today’s fast-paced digital world, having the right accessories for your devices is essential. Whether you're looking for high-quality Samsung headset wired, reliable Samsung earphones wired, or a high-speed Samsung Evo Plus 256GB microSD card, Samsung offers top-tier products to enhance your audio and storage experience. In this blog, we’ll explore the features, benefits, and reasons why these Samsung accessories are worth your investment.

1. Samsung Headset Wired: Crisp Sound for Immersive Audio

Samsung’s wired headsets are designed for users who prefer a stable, high-fidelity audio experience without worrying about battery life.

Key Features:

High-Quality Sound: Delivers clear vocals and deep bass for music, calls, and gaming.

Noise Isolation: Built-in mic with noise reduction for clearer calls.

Comfortable Fit: Lightweight design with ergonomic ear tips for long-wearing comfort.

Durable Build: Tangle-free cables and reinforced connectors for longevity.

Best For:

Gamers who need low-latency audio

Professionals taking long calls

Music lovers who prefer wired reliability

2. Samsung Earphones Wired: Affordable & Reliable Audio

If you’re looking for budget-friendly yet high-performance earphones, Samsung earphones wired models are a great choice.

Key Features:

Dynamic Sound: Balanced audio with crisp highs and mids.

In-Line Mic: Easy call management and voice assistant support.

Lightweight & Portable: Perfect for commuting, workouts, and daily use.

Multiple Ear Tip Sizes: Ensures a snug fit for all ear types.

Best For:

Students and daily commuters

Fitness enthusiasts needing secure-fit earphones

Anyone looking for a cost-effective audio solution

3. Samsung Evo Plus 256GB: Expand Your Storage Effortlessly

Running out of storage? The Samsung Evo Plus 256GB microSD card is a high-performance solution for smartphones, cameras, and tablets.

Key Features:

Ultra-Fast Speeds: Up to 130MB/s read speed for smooth 4K video playback.

Water, Heat & Shock Proof: Built to withstand extreme conditions.

Wide Compatibility: Works with Android phones, drones, action cams, and more.

10-Year Warranty: Samsung’s reliability ensures long-term use.

Best For:

Photographers and videographers

Mobile gamers needing extra storage

Users with large media libraries

Conclusion: Why Choose Samsung Accessories?

Whether you need a Samsung headset wired for immersive sound, Samsung earphones wired for everyday use, or a Samsung Evo Plus 256GB card for expanded storage, Samsung delivers quality, durability, and performance. These accessories are designed to enhance your digital lifestyle while offering great value for money.

Final Recommendation:

For audiophiles & gamers → Samsung wired headsets

For budget-conscious users → Samsung wired earphones

For storage-hungry devices → Samsung Evo Plus 256GB

Upgrade your tech setup today with Samsung’s trusted accessories!