The digital economy is gradually becoming an important force to promote the rapid transformation and development of the domestic economy. As a new form of social economy, its core is to use "data" as the driving engine to build a new productivity structure and social production relations. The rapid development of the digital economy is inseparable from the computing power represented by cloud, computing, and AI. The capacity of the network also determines the capability of computing power. For the construction of new infrastructure, new technologies are needed to consolidate the foundation.

The basic capabilities of network capacity are composed of 5G and optical networks. Optical networks are a new generation of digital infrastructure based on all-optical foundation. After more than 4 years of development, optical networks have laid a solid network connection foundation for the construction of an information society. Similar to the transportation network is an infrastructure that people highly rely on in daily life, the optical network has become the infrastructure of the information society. Relying on optical network, the human society is entering an era of intelligence and internet of all things. On the other hand, the digital industry has promoted new requirements for the development of cloud and network integration. The future network needs to ensure multi-cloud access, and the transformation from best-effort service model into a deterministic and reliable guarantee model to expand new businesses and enhance user experience.
All-optical Foundation + Smart Brain = The Key to Capacity Improvement

All-optical Foundation
As a transmission channel, the optical network is a bridge connecting national hub nodes with thousands of industries. Smart Optical Network can provide low-latency and deterministic networks for these bridges which are the key and physical foundation for realizing powerful computing services. As early as 2019, Gemde launched its Smart Optical Network solution and proposed the four core concepts of “ubiquitous, ultra-broadband, open, and on-demand”. In 2020, SON will focus on the realization of the goal of Naas to help the commercialization of the network, and propose “upgrading capacity, upgrading experience, upgrading operation" three major upgrades. Based on years of practice, Gemde has enriched the connotation of NaaS operations. Through the two-level architecture of "all-optical physical foundation" + "smart brain", it builds an intelligent transportation artery between national hub nodes and regions.
In terms of ultra-wide pipelines, how to achieve ideal results in terms of spectrum efficiency and transmission distance has always been the focus of research in the industry. FiberHome has made breakthroughs in the two key technologies of "probabilistic shaping" and "Nyquist subcarrier". This is reflected in the single-wave 800G ultra-long-distance transmission, which is three times better than the previous generation technology, making the 800G technology large-scale urban Domain deployment becomes possible. In terms of system capacity improvement, FiberHome can currently provide a 220-wave system implementation scheme based on the "C+L" band. Through the combination of high speed and ultra-wide, the single fiber capacity has been increased by 11 times.
In terms of all-optical scheduling, FiberHome OXC all-optical crossover technology, including optical flexible backplanes, highly integrated boards, optical OAM based on optical tags, and other technologies, can effectively save 90% of the communication room space and reduce power consumption by 60% compared to the traditional ROADM architecture. Gemde has also made breakthroughs in miniaturizing OXC. Currently, it has launched the most compact 16-dimensional OXC equipment in the industry. Deploy OXC at the core node and deploy a miniaturized OXC at the integrated access node to achieve all-optical forwarding from cloud to end, which greatly reduces latency and can achieve ms-level latency. Once jumped into the cloud, it will give end users extremely low latency experience.
In terms of openness and disaggregation, Gemde realizes the interoperability of services of different manufacturers through the standard IrDI interface and realizes the unified management and control of different manufacturers through the standard southbound interface. Through this horizontal and vertical disaggregation, it helps operators break the barriers of different manufacturers and achieve end-to-end service and control.
In terms of independent research and development, at present, Gemde has been able to independently design OTN core chips in optical network products, and has also made major breakthroughs in the field of silicon optics. The self-developed 400G silicon optical chip can reduce the area by 80% compared with ordinary electric chips, so that the power consumption of the silicon optical module can be as low as 24w.
Smart Brian
The complexity of the network and the high cost of failures have pushed AI technology to the forefront of the communications industry. The operation and maintenance mode of optical network has gradually evolved from manual operation and maintenance in the past to automated operation and maintenance. The application of AI in optical networks can build a more intelligent and efficient network. Intelligent operation and maintenance through AI, such as rapid fault location and network health analysis, etc. FiberHome has deployed AI in the three key areas of "algorithm, computing power, and data": the data field relies on the massive data generated by the operation of a large number of devices on the existing network as a training database; in terms of computing power, the introduction of powerful computing power dedicated AI at the device level Chips, and use the "centralized + distributed" two-level architecture to process data; in terms of algorithms, FiberHome puts forward its own unique four core algorithms: index sequence construction method, feature decomposition cleaning method, correlation coefficient enhancement method, deep simulation combined prediction method greatly improves the accuracy of failure analysis and network prediction. Reflected in the operation and maintenance, finally achieved the effect of increasing the operation and maintenance efficiency by 85% and reducing the failure rate by 60%.
Full Ethernet + Intelligent lossless = The Key to Increase Computing Power
Smart Optical Network builds a bridge connecting various hubs, and data center is the core engine that continuously releases computing power into the network to provide support for the current 5G, artificial intelligence, Internet of Things, and other related digital applications. Therefore, in the construction of national hub nodes, in order to maximize the value of data and computing power, a data center network with zero packet loss is particularly important.

Gemde FitFabric converged data center network is formed by Gemde F-engine data center switches. Relying on the unique AI intelligent lossless algorithm, it can help customers build a unified and integrated network of high-performance computing storage and general computing and upgrade the three networks through IP technology to an all-Ethernet network. Provide customers with low-power, easy-to-maintain, low-latency and high-throughput computing and storage networks to meet the extreme network performance required by the service, and provide comprehensive support for computing power from the following four aspects：
Increase in computing power
The main goal of the three-year action plan for the development of new data centers clearly states that by the end of 2021, the average utilization rate of data centers across the country will strive to increase to more than 55%, and the total computing power will exceed 120 EFLOPS. By the end of 2023, the average annual growth rate of the national data center rack scale will be maintained at about 20%, the average utilization rate will strive to increase to more than 60%, the total computing power will exceed 200 EFLOPS, and the high-performance computing power will account for 10%. The computing power of national hub nodes accounted for more than 70%. Therefore, the future will be a new type of data flow-oriented computing power hub, so there are very high requirements for the scale of computing nodes. Gemde S16800 data center switch has a high-density 400GE interface, which supports the high-throughput and high-bandwidth requirements of supercomputer centers. The 400GE ultra-large-scale networking increases the number of computing nodes in a single POD, thereby increasing the overall computing power.
Release Computing Power
The FitFabric converged data center network uses RoCE technology to realize the direct transmission of data in the data buffer between two nodes in the "best effort" Ethernet transmission process, which reduces the delay from milliseconds to microseconds. At the same time, by enabling PFC and ECN technology combined with Gemde Fit AI intelligent tuning algorithm to ensure that RoCE packets are not lost and the network bandwidth is guaranteed, the optimal performance of the entire network is guaranteed, and 100% of the computing power is released.
Computing Capex Reduction
The future development and planning of new data centers are inseparable from green environmental protection and low-carbon energy saving. Gemde F-engine data center switches adopt the most advanced technology in the switching chip and have the lowest power in the industry while maintaining ultra-high performance. Consumption. It also has a variety of energy-saving technologies such as zone counter-rotation, independent air ducts and angled inward bends. It can effectively improve product efficiency, reduce noise pollution and computing power costs, and reduce overall energy consumption by 20% compared with FiberHome’s previous generation data center products.
Computing Power Guarantee
FitFabric converged data center network uses the Gemde data center intelligent management and control system FitControl, through the AI-based fault analysis engine, to realize intelligent operation and maintenance and the visibility of the business experience of the RoCE network, and realize the automatic detection, location, and repair of faults.
Smart Optical Network is a solid foundation for a new generation of digital infrastructure and a key means to continuously improve bandwidth and capacity. FiberHome data center products have also been applicated in the industry for many years, and they have been widely deployed from the underlying infrastructure to the uppermost network equipment. In the era of digital economy, computing power is productivity. With the official launch of the "Eastern Data and Western Calculation" project, a new wave of infrastructure will surely usher in the future. As the core supplier of operators, Gemde will act as a promoter in the future, relying on its deep accumulation in the industry market, FiberHome is willing to work with customers and partners to build a new national system computing hub and transportation artery to accelerate the digital transformation of the industry.