ネットワーク百科事典

次なる主要技術10

[Network Encyclopedia] What is Computing-network Integration

This video explains the definition and six characteristics of computing-network integration.

A Computing First Network (CFN) supports the digital era's defining vision: to realize ubiquitous networks, ubiquitous computing power, and ubiquitous intelligence — for everyone.

[Network Encyclopedia] What Is an Advanced Industrial Network Like

An advanced industrial network with networked devices, IP-based connections

Network Encyclopedia Green and Low Carbon, Making Every Watt Play More Value

What black technology enables network devices to intelligently save power? Huawei's innovative black

IPv6 Enhanced

[Network Encyclopedia] IPv6 Enhanced Series 01 SRv6 Fundamentals and Industry Development

Zhenbin Li, Huawei's chief datacom protocol expert, introduces the origins of IPv6 Enhanced innovat

[Network Encyclopedia] IPv6 Enhanced Series 02 G-SRv6 Fundamentals

This video introduces the fundamentals and benefits of G-SRv6.

[Network Encyclopedia] IPv6 Enhanced Series 03 Network Slicing

Jie Dong, secretary of the IETF IDR Working Group, introduces the background and overall architectur

[Network Encyclopedia] IPv6 Enhanced Series 04 Introduction to IFIT

Tianran Zhou, Huawei's datacom standards expert specialized in telemetry, introduces the advantages

[Network Encyclopedia] IPv6 Enhanced Series — What Is APN6

APN6 — a new application-aware technology — can accurately perceive applications and work with other

[Network Encyclopedia] IPv6 Enhanced Series — What Is Deterministic IP Networking

This document describes what Deterministic IP is.

[Network Encyclopedia] IPv6 Enhanced Series 05 Introduction to Multicast BIERv6

Geng Xuesong, a BIER standards expert in Huawei data communication domain, introduced a new multicas

[Network Encyclopedia] IPv6 Enhanced Series 06 IPv6 Address Types

Cao Huijuan, a solution architect in Huawei data communication domain, introduced IPv6 address types

[Network Encyclopedia] IPv6 Enhanced Series 07 IPv6 Address Planning Principles and Details (Part One)

Liu Shuying, a solution architect in Huawei data communication domain, introduced IPv6 address plann

[Network Encyclopedia] IPv6 Enhanced Series 07 IPv6 Address Planning Principles and Details (Part Two)

Liu Shuying, a solution architect in Huawei data communication domain, introduced IPv6 address plan

[Network Encyclopedia] IPv6 Enhanced Series - Have You Ever Heard of FlexE? What Is FlexE?

FlexE is short for flexible Ethernet. How does it implement flexibility? What role does FlexE play in 5G development? Watch this video to find the answers.

[Network Encyclopedia] Is SRv6 Secure?

SRv6 has become increasingly popular over the past few years. What security threats does SRv6 face? What security design does SRv6 have? This video will give you answers.

[Network Encyclopedia] IPv6 Enhanced Series 08 IPv6 Address Allocation Methods

IPv6 addresses can be configured manually or automatically. As manual configuration is complex, automatic configuration is commonly used. But how are IPv6 addresses allocated to interfaces through automatic configuration? This video provides the answers.

[Network Encyclopedia] IPv6 Enhanced Series 09 IPv6 Network Evolution Strategy

As new services such as IoT and mobile Internet develop, IPv6 Enhanced technologies gradually mature. In the future, enterprises' internal applications and networks will evolve to the IPv6 architecture. But IPv6 migration on enterprise networks is a gradual, long-term process. This video introduces the general roadmap for the migration.

[Network Encyclopedia] IPv6 Enhanced Series 10 Introduction to IPv6 NAT

IPv6 NAT, an address translation technology built for IPv6, solves the problem of IPv4 address exhaustion. As one of the technologies in IPv6 NAT, NPTv6 overcomes the deployment shortcommings of NAT44 and becomes an formal international standard. How does this technology guarantee the independence of edge networks and effectively manage dual-homed scenarios? Watch this video to find the answers.

[Network Encyclopedia] What is IPv6 Enhanced?

An upgraded version of Internet Protocol version 6 (IPv6), IPv6 Enhanced includes a series of protocol and technology innovations that comprehensively improves IP network capabilities across six dimensions: ultra-high bandwidth, ubiquitous connectivity, security, automation, deterministic quality, and low latency.

[Network Encyclopedia] What Is IPv6 Enhanced Used For

IPv6 Enhanced lays a connectivity foundation for the digital economy and serves as the cornerstone f

IPv6

[Network Encyclopedia] Why Do We Need IPv6?

Featuring high efficiency, flexibility, and security, Internet Protocol version 6 (IPv6) is a next generation system that brings the intelligence and computing power of the intelligent world to everything. This is the cornerstone for Internet innovation in the digital age.

[Network Encyclopedia] Is the IPv6 network more secure

With IPv6 cast as the protocol of choice for the future of the Internet, how does it help to improve cyber security capabilities? Inheriting IPv4’s advantages, IPv6 mitigates or even eliminates scan attacks, broadcast storms, and fragmentation atacks. IPv6 also improves the efficiency of application access and threat blocking by leveraging its scalability to promote innovation.

[Network Encyclopedia] IPv6 Basic Series — Why Do We Need DS-Lite

NAT64 is important during the transition from IPv4 to IPv6. It enables IPv4 and IPv6 networks to communicate with each other and facilitates the evolution to IPv6-only networks.

[Network Encyclopedia] IPv6 Basic Series — What is IPv6 DNS

IPv6 DNS is used to translate domain names into IP addresses. So how does it work? And what advantages does it offer over IPv4 DNS? This video will answer these questions for you.

[Network Encyclopedia] IPv6 Basic Series — Why Do We Need DHCPv6

When it comes to IPv6, the first thing you may think about is its large number of addresses. We hope that this video will help you understand there's more to IPv6 than simply the massive address space.

[Network Encyclopedia] IPv6 Basic Series — What Do You Know About IPv6 Addresses

[Network Encyclopedia] IPv6 Basic Series — Why Do We Need ND

ND replaces ARP, bringing advantages in functionality, security, and more.

[Network Encyclopedia] IPv6 Basic Series — What Is 6PE and What Is It Used For

How does 6PE, a transitional technology for connecting IPv6 islands, help networks evolve from IPv4

[Network Encyclopedia] IPv6 Basic Series — What Is 6VPE

How does 6VPE, a transitional technology for connecting IPv6 islands, help networks evolve from IPv4 to IPv6? What's the difference between 6PE and 6VPE? How will 6VPE evolve as networks develop? Find the answers in this video.

[Network Encyclopedia] IPv6 Basic Series — What Is IPv4 over IPv6

How is IPv4 over IPv6, an IPv4-to-IPv6 transition technology, implemented? What are its advantages a

[Network Encyclopedia] IPv6 Basic Series — Why Do We Need NAT64

NAT64 is important during the transition from IPv4 to IPv6. It enables IPv4 and IPv6 networks to communicate with each other and facilitates the evolution to IPv6-only networks.

キャンパスネットワーク

[Network Encyclopedia] What Is 3D Radio Calibration

3D radio calibration is one of the innovations made in the Huawei Wi-Fi 6 Advanced technical framework. Taking terminal experience into account, 3D radio calibration adapts to more complex spatial environments, bringing premium Wi-Fi experience.

[Network Encyclopedia] What Is Wi-Fi 6 Advanced?

Building on standard Wi-Fi 6, Wi-Fi 6 Advanced proposes a series of innovative technologies to implement network-wide gigabit speeds, real-time intelligent control, and harmonized Internet of Things (IoT) sensing.

[Network Encyclopedia] What Is CoSR

New Wi-Fi expectations — precise control, interference-free, efficient transmission... all made possible by Coordinated Spatial Reuse (CoSR).

[Network Encyclopedia]What Is Air Interface Slicing

Air interface slicing can provide highly reliable networks with deterministic latency for key servic

データセンターネットワーク

[Network Encyclopedia] What is NoF+?

Huawei Lossless Ethernet Storage Network Solution

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WAN

[Network Encyclopedia] What Is Intelligent Traffic Steering

Huawei SD-WAN intelligent traffic steering improves bandwidth efficiency up to 90%, transmits traffic along the most suitable path, and facilitates branch interconnection.

[Network Encyclopedia] What Is Multi-Fed and Selective Receiving?

Huawei's Software-Defined Wide Area Network (SD-WAN) solution uses multi-fed and selective receiving technology to achieve zero packet loss and low latency for key services, providing users with a smoother service experience.

[Network Encyclopedia] What Is A-FEC?

Adaptive Forward Error Correction (A-FEC) optimizes packet loss and ensures smooth video playback even when the packet loss rate reaches 30%.