Industry Research Reports

The global Indoor 5G mmWave Small Cell market is projected to grow from US$ million in 2024 to US$ million by 2030, at a Compound Annual Growth Rate (CAGR) of % during the forecast period.

5G Base Station Testing refers to the process of conducting various performance and functional tests on 5G wireless communication base stations. Base stations are a key component in building a 5G network and are responsible for sending and receiving wireless signals to provide high-speed, low-latency communication services.

Phased Array Antenna Kits for 5G is an antenna technology used in 5G wireless communication systems. Unlike traditional antennas, it can achieve beam forming and directional emission by controlling the phase and amplitude of each antenna element in the array. Phased array antennas use electronic control to quickly orient and focus wireless signals, thereby improving signal transmission efficiency and coverage.

5.5G networks are designed to provide higher data transfer speeds and lower latency than 5G. This will help support more real-time applications such as augmented reality, virtual reality, HD video streaming and cloud gaming. Will utilise a spectrum range of higher frequencies, including millimetre wave and terahertz bands, to provide greater bandwidth and faster data speeds. Supports more communication modes and device connectivity, including device-to-device (D2D) communication, vehicle-to-vehicle (V2X) communication, and communication between Internet of Things (IoT) devices.

Massive Machine Type Communication (mMTC) is Machine-to-machine Communication over Wired or Wireless Networks Where Data Generation, Information Exchange, and Actuation Occur with Minimal or No Human Intervention. Massive Machine Type Communication in Healthcare is a Solution for the Rapid Transformation of Healthcare to a Distributed, Patient-centric Approach with the Rapid Penetration of Advanced Technologies and Embedded Devices. Among the Specific Solutions Are the Use of Web-scale Ai Solutions and Cloud Analytics to Correlate Data from Patient Records and Images, Online Medical Devices and Other Sources to Advance Patient Diagnoses; and Networked Control of Ambulances to Deliver Patients in a Timely Manner and Prevent Delays in Ambulance Care Due to Vehicle Congestion or Driver Inexperience.

Massive Machine Type Communication (mMTC) Also Known As Massive Machine Communication MMC) or Massive Machine to Machine Communication is a Type of Communication Between Machines over Wired or Wireless Networks Where Data Generation, Information Exchange and Actuation Takes Place with Minimal or No Intervention from Humans. It is a Sub-classification of Machine Type Communication (MTC). mMTC Deals Particularly with Wireless Connectivity and Networking Amongst Massive Numbers (billions) of Machines and is Considered a Key Progression from the Internet of Things Iot to the Internet of Everything.

Healthcare Organizations Have a Huge Need for Flexibility, Agility and Rapid Response. by Combining Different Technologies to Operate in Tandem, Unified Communications Can Help Healthcare Organizations Achieve Their Goal of Running Efficiently by Bringing Together Multiple Forms of Communication Channels, Such As Voice, Video, Software, Data and More, Using a Single Device. Unified Communications Has Been Proven to Benefit Most Businesses, but Healthcare Organizations Have Been Slower to Make Changes, Often Because of the Bureaucracy Involved, but That Doesn't Mean It's Not Worth Putting on the Agenda. It Can Transform Healthcare Organizations by Providing Greater Quality of Care for Patients and Improving Collaboration Among Colleagues (medical and Support Staff.) Benefits of Unified Communications in Healthcare Include: Increased Cross-departmental Collaboration, Increased Productivity; Enabled Telemedicine, Improved Patient Communication Experience, Effective Patient Care, and More.

Unified Communications as a Service (UCaaS) in Healthcare is a Delivery Model in Which a Variety of Collaboration and Communications Services and Applications Are Outsourced to Third-party Providers, Allowing Companies and Healthcare Organizations to Communicate over IP and Unify Communications on a Single Platform. UCaaS is Not a Single Service, but a Variety of Communications Applications and Services That Use Cloud-based Software Services to Store and Transfer Information, Allowing Healthcare Organizations to Communicate More Efficiently, Share Files Securely and Ultimately Improve Care Delivery. While Options Vary by Provider and Customer Needs, UCaaS Solutions Typically Include Hosted Phone Systems, Network Management Tools, Conferencing and Collaboration Tools.

Aided by the Transformative Nature of Iot Technology and Advances in Computing Power, Wireless Technology and Data Analytics, the Healthcare Industry Generates Vast Amounts of Complex and Heterogeneous Medical Data, and with Systems Now Interconnected and Mobile Devices Widely Used for Remote Access and Data Sharing, This Digitization is Increasingly Exposing Healthcare Organizations to Generic and Targeted Attacks. The Healthcare Industry Faces All the Cybersecurity Challenges That Any Enterprise Faces, As Well As Their Own Unique Challenges. They Must Protect Their Networks, Databases and Endpoints from Attacks. They Are Responsible for Protecting Private Financial and Medical Information About Their Patients and Employees. They Often Protect Valuable Intellectual Property. in Addition, They Face Challenges That Few Other Companies Encounter. the Number of Smart Medical Devices Has Exploded in the Last Decade. Virtually Every Conceivable Medical Device Now Supports a Network or is Connected to an Organization's Operational Network. These Connected Devices Are Often Necessary to Keep Patients Alive. Disabling Them or Modifying Their Functionality Can Mean the Difference Between Life and Death, and Like Any Digital Device, Updates Are Needed to Keep Them Operational and Secure.

Non-Fungible Token (NFT) is a kind of encrypted digital equity certificate based on blockchain technology that cannot be copied, tampered with, or divided. It can be understood as a decentralized “virtual asset”. Or the digital ownership certificate of the physical asset". From a technical perspective, NFTs are issued in the form of smart contracts. A smart contract can issue one or more NFT assets, including physical assets such as physical collections, event tickets, and virtual assets such as images, music, and game props.Non-Fungible Token (NFT) is a kind of encrypted digital equity certificate based on blockchain technology that cannot be copied, tampered with, or divided. It can be understood as a decentralized “virtual asset”. Or the digital ownership certificate of the physical asset". From a technical perspective, NFTs are issued in the form of smart contracts. A smart contract can issue one or more NFT assets, including physical assets such as physical collections, event tickets, and virtual assets such as images, music, and game props.