For full functionality of this site it is necessary to enable JavaScript.
EMIN.COM.MM
0

6G - Reshaping connectivity infrastructure and the era of multisensory communication.

03/26/2026 10:23:49

While 5G deployment is accelerating globally, standards for the next generation of networks, 6G, are already beginning to be established. This current transition marks a turning point as wireless networks move beyond their role as purely data transmission tools, becoming a platform for convergence between the physical, digital, and human worlds. Keysight Technologies plays a key role in building the standards framework and measurement solutions to realize this strategic vision.

Extending the frequency spectrum to below the Terahertz range

Exploiting the 100 GHz to 300 GHz (Sub-THz) frequency band represents the most significant technological milestone for 6G. This ultra-high frequency range provides vast bandwidth, enabling data rates to reach terabits per second. However, the physical characteristics of Sub-THz cause significant signal attenuation and are particularly sensitive to environmental obstacles.

To overcome this limitation, Keysight's measurement systems focus on maintaining signal integrity through high-efficiency power amplifiers and advanced phased array antenna technology. Controlling interference with high-frequency accuracy becomes a prerequisite for ensuring the stability of the real-world network.

Pure AI network architecture and self-optimization capabilities

Completely different from its predecessors, 6G boasts a design philosophy that integrates artificial intelligence directly into the physical layer. Every component in the network, from base stations to end devices, is capable of self-learning and adapting in real time.

The AI-native system supports the network in automatically adjusting beamforming to closely track users, optimizing energy consumption based on actual traffic, and predicting bottlenecks before they occur. This architectural testing process requires complex traffic simulation solutions to validate the decision-making capabilities of machine learning algorithms in all network traffic scenarios.

Convergence of terrestrial and non-terrestrial networks

The 6G vision aims for comprehensive coverage through the consolidation of non-terrestrial networks (NTNs). The infrastructure combines low-orbit satellites (LEO), high-altitude support systems (HAPS), and traditional base transceivers into a unified system. This convergence ensures seamless connectivity in challenging geographic areas such as oceans or remote airspace.

The biggest challenge lies in managing frequency shift due to the Doppler effect and the constantly varying latency of satellites. Keysight provides satellite channel simulation tools to help engineers design transceivers that maintain stable signal synchronization when roaming between different network layers.

The era of multisensory experiences and digital replicas

6G opens up groundbreaking applications such as three-dimensional spatial image communication and multi-sensory interaction. Maintaining the smooth operation of these services requires a network with extremely low latency and absolute reliability. Digital Twins technology plays a central role in the deployment process.

6G’s Evolution to incorporate the digital, physical and human worlds

Establishing a perfect digital simulation environment from the real-world infrastructure allows operators to test scenarios, evaluate performance, and troubleshoot before installing physical equipment. This method optimizes investment costs and accelerates the commercialization of the technology.

Sustainable development orientation and quantum-resistant cybersecurity

Beyond speed, 6G places a strong emphasis on energy efficiency and data security from the design level. This next-generation network requires detailed power consumption measurement solutions for each unit of data transmitted. Simultaneously, the application of quantum computing-resistant encryption standards is mandatory to address future security threats. Keysight is committed to collaborating with research institutions to develop rigorous security testing standards, protecting user privacy and national data security.

EMIN - Strategic partner for measurement solutions from Keysight

In the Vietnamese market, EMIN affirms its position as a comprehensive strategic partner, providing a synchronized measurement equipment ecosystem to support the entire development roadmap from 5G to 6G. We not only supply equipment but also offer deeply integrated solutions, supporting telecommunications businesses and research institutions to keep pace with leading global technology trends. Keysight's technical capabilities combined with EMIN's local support experience create a solid foundation for driving innovation in the new connected era.

Details about Keysight's advanced wireless measurement system: Keysight Measuring Equipment Catalog

Related News

Which Vacuum Pump Should You Choose for a Microbiology Lab to Avoid Affecting Samples?
07/15/2026 14:45:07

Vacuum pumps are utilized in a wide range of microbiology laboratory procedures, from membrane filtration and the aspiration of supernatants following centrifugation to sample concentration and the support of negative-pressure systems. Selecting the appropriate pump not only ensures more stable operational processes but also minimizes the risk of sample contamination, reduces maintenance costs, and extends the equipment's lifespan

QCVN 25:2025/BKHCN Takes Effect: Do Businesses Need to Prepare Electrical Safety Testing Equipment?
07/15/2026 09:15:04

Electrical safety is consistently one of the primary criteria evaluated before electrical or electronic equipment—or industrial components—are released to the market. A product may operate reliably yet still fail to meet requirements if its insulation lacks sufficient durability, its grounding resistance exceeds permissible limits, or leakage current occurs during operation.

Why Is Associated Research Considered an Icon of Hipot Technology?
07/14/2026 09:05:30

When it comes to electrical safety testing equipment specifically Hipot testers—many QA/QC and testing engineers are familiar with the globally renowned brand Associated Research. A subsidiary of the parent company IKONIX, Associated Research (ARI) invented the world's first commercial Hipot tester.

What Is the Standard 3-Phase Voltage? How to Read Cabinet-Mounted Meters Without Errors
07/13/2026 15:09:18

Voltmeters are almost invariably found on the panels of electrical cabinets in factories, power stations, or generator systems. A glance lasting just a few seconds allows an operator to determine whether the power supply is stable or showing signs of abnormality. However, not everyone understands the significance of the displayed readings, particularly regarding three-phase electrical systems.

Distinguishing between ARI’s Hypot, HypotUltra, and HypotMax: Which device is right for your factory?
07/13/2026 09:48:30

Few people realize that the concept of the "Hipot Test"—or electrical safety testing—has long existed within the electrical equipment manufacturing industry. Driven by the growing need to verify the voltage withstand capabilities of conductors, motors, and electrical devices, the industry required a robust and virtually fail-safe method to detect insulation weaknesses before products reached the market.

Stay Updated with Offers

Get exclusive volume discounts, bulk pricing updates, and new product alerts delivered directly to your inbox.

By subscribing, you agree to our Terms of Service and Privacy Policy.

Quick Support

Direct access to our certified experts