As the core facility for high-speed data transmission and storage, data centers have extremely high requirements for the performance, bandwidth, density and reliability of optical fiber products.
Yingda can offer the optical fiber products for data centers in competitive price, fast delivery, and get positive feedback from every customer.
OM3/OM4 fiber: suitable for short-distance (≤100 meters) high-speed transmission, supporting 10G/40G/100G Ethernet. OM4 has a bandwidth of 4700MHz·km at 850nm wavelength, suitable for internal interconnection in data centers.
OM5 wideband multimode fiber (WBMMF): supports short wavelength division multiplexing (SWDM) and single-fiber bidirectional (BiDi) technology, covers the 850-950nm wavelength range, can reduce the number of optical fibers, and is suitable for 400G/800G network upgrades.
YOFC Chaobei® OM4 Pro/Ultra: Optimized for 100G/Lane, OM4 Pro supports 850-870nm wavelength, OM4 Ultra supports dual windows (850-870nm and 910nm), suitable for 1.6Tb/s high-speed transmission.
G.652.D standard single-mode fiber: suitable for long-distance transmission, such as data center interconnection (DCI), supporting 100G/400G DWDM system.
G.654.E ultra-low attenuation large effective area fiber: the core uses pure quartz to reduce nonlinear effects, suitable for 200G/400G long-distance transmission, and reduces the number of relay stations.
G.657 bend-insensitive single-mode fiber: optimizes high-density wiring environment, supports smaller bending radius, reduces signal loss, and is suitable for wiring in data center racks.
Hollow-core fiber: The hollow-core fiber developed by Hengtong Optics has the characteristics of low latency and high bandwidth, and may be used in data center optical switching networks in the future.
Coherent optical module fiber: such as Molex 400G ZR QSFP-DD, which supports high-speed interconnection between data centers (DCI) and is suitable for DWDM long-distance transmission.
Supports MTP/MPO pre-terminated optical cables, and a 4U rack can manage 288 optical fibers, suitable for 40G/100G network upgrades.
Provides OM3/OM4/OM5 pre-terminated optical cables, supports high-density MPO/MTP connections, and reduces the complexity of data center wiring.
100G/400G BiDi optical modules: use single-fiber bidirectional technology to save optical fiber resources, such as 100G QSFP28 BIDI modules. Our company can provide optical modules and matching AOC high-speed series and DAC high-speed copper cables to meet the needs of 100G/200G/400G/800G high-speed, high-density transmission, low power consumption and low cost.
MPO/MTP patch cable: supports high-density connection, suitable for 40G/100G/400G parallel optical transmission system.
LC-LC duplex multimode patch cord: Telecom standard fiber patch cords can realize the precise docking and wiring requirements interface MPO and SFP, with low loss and can be customized.
Most of the MPO patch panels, WDM and optical module docking use LC duplex adapters, compact size, large capacity. MPO adapters can further increase the wiring density and ensure 400G and 800G high-speed transmission.
These fiber optic products jointly support the development of data centers towards high speed, high density, low latency, and green and low-carbon, meeting the bandwidth requirements of applications such as AI, cloud computing, and big data.
A data center usually refers to a space in which information is centrally processed, stored, transmitted, exchanged, and managed. It usually consists of basic environment, hardware equipment, basic software and application support platform.
There are mainly 7 types of data center: Enterprise-level data center, multi-tenant data center, edge computing data center, super large data center, cloud data center, modular data center, and hosting data center. What type of data center are you interested?
Data center work is based on the successful execution of data center operations. Data center operations include the day-to-day maintenance of data center systems and processes. Data center operations include setting up and managing network resources, ensuring data center security, and monitoring power and cooling systems.
The ownership of data centers generally belongs to telecommunications operators, cloud computing service providers, professional data center service providers and national information centers.
Northern Virginia own nearly 300 data centers, including many Amazon (AWS) servers, making it the largest concentration of data centers in the world.
Data centers are the core pillar of the digital economy, supporting cloud computing, streaming media, social media, financial transactions, AI systems, and enterprise IT operations. Building an independent and controllable data infrastructure can reduce external dependence and enhance network security and digital sovereignty. Generally, large technology companies such as OPEN AI, multinational companies, governments, and scientific research institutions will build their own data centers.
Data center is a physical facility designed to centrally store, manage and process a large number of computer servers and related equipment. It provides secure server storage, network connections, backup power and cooling systems to ensure that servers and equipment can operate efficiently and stably.
Cloud computing is a service model that provides on-demand computing resources (such as servers, storage, databases, networks, etc.) through the Internet, without users having to manage physical equipment. Cloud computing provides resources through cloud service providers (such as AWS, Microsoft Azure, Google Cloud, etc.), and enterprises do not need to purchase and maintain hardware equipment
The main reasons for building so many data centers are meeting the growing demand for data storage and processing, supporting the development of emerging technologies such as cloud computing and artificial intelligence, and promoting the development of the digital economy.
For the sake of argument, we can start with a figure of $1,000 per square foot. A 1,000 square ft. data center would then cost $1 million on that basis. A data center of the size that Facebook or Google might use would cost from $250 million to $500 million.
Data centers are among the most energy-intensive buildings, consuming 50 times more energy per floor than a typical commercial office building. Global data centers account for 1%-1.5% of global electricity consumption. This high energy consumption not only leads to high electricity bills, but also increases dependence on fossil fuels, which puts a burden on the environment. At the same time, data centers consume a lot of water resources during the cooling process. The noise level of the generator in the data center is about 85-100 decibels. The HVAC fan noise level is between 55 and 85 decibels. These noises not only affect the surrounding environment, but may also cause hearing damage.
It is feasible to use the heat from the data center for heating. The waste heat generated during the operation of the data center has the characteristics of stable temperature and large emission. Energy saving and environmental protection benefits Using waste heat for heating can significantly reduce the consumption of traditional fossil energy.
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