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Effectively Manage Power Cord in Your Rack. Power cords are extensively adopted in data centers and server rooms to deliver power to various electronic loads and computer equipment.

Effectively Manage Power Cord in Your Rack

Judging solely from their appearance, you may find that there exist a confusing array of power cords with various plugs and receptacles. Not to mention that the application of each also varies largely. So how to identify power cords and get them organized within your IT rack? This article may solve your problem. What to Know About Power Cord? The connection of electronic equipment to the AC power supply is achieved by power cord, which has detachable connectors on both ends. IEC 60320 Power Cord The International Electrotechnical Commission (IEC) has published international standards IEC 60320 for power cords. NEMA Power Cord Established by the National Electrical Manufacturers Association (N.E.M.A.), NEMA describes various connectors used on power cords throughout North America and some other countries. Amps vs Wire Gauge. How to Handle Challenges of CWDM Testing? CWDM technology has proven itself to be a cost-effective and simplified method for network managers to optimize the existing infrastructure.

How to Handle Challenges of CWDM Testing?

The adoption of CWDM system into metro and regional network is constantly on the rise and it also extends the reach to the access networks. CWDM is becoming more widely accepted as an important transport architecture owing to its lower power dissipation, smaller size, and less cost. This article will focus on the challenges concerning CWDM testing, and provide several methods to help overcome them. DWDM Topology Design: How to Make it Right? Network expansion spurs the demand for faster data transmission and higher capacity over the network.

DWDM Topology Design: How to Make it Right?

In this case, DWDM emerges as a cost-effective solution to handle these issues, working efficiently to combine multiple wavelengths together and sent them over one single fiber. With the ability to carry up to 140 channels theoretically, higher capacity can be achieved by DWDM technology. This article guides you through some basics of DWDM topology. Common DWDM Topology Overview. Cabling Options for 40G QSFP SR4 and 40G QSFP BiDi Transceivers - Fiber Transceiver Solution. The boosting global data traffic spurs the demand for faster data transmission and greater capacity over the network, and the demand is not gonna slack.

Cabling Options for 40G QSFP SR4 and 40G QSFP BiDi Transceivers - Fiber Transceiver Solution

Thus migration from 10G to higher speed 40G or 100G becomes an inevitable trend yet a necessity for network managers to accommodate the data boom. For 40G short-reach data communication and interconnect applications, 40G QSFP SR4 and 40G QSFP BiDi transceiver modules are generally involved. This article guides you through the working principles of the two 40G transceivers, and then presenting the cabling options for each. Which One to Select, GLC-LH-SM Vs GLC-LH-SMD? Among so many different Cisco SFP modules, sometimes you may feel confused.

Which One to Select, GLC-LH-SM Vs GLC-LH-SMD?

Because the differences of some SFP modules are tiny, for instance, Cisco SFP GLC-LH-SM and Cisco SFP GLC-LH-SMD. If you can’t understand the the difference between these two Cisco SFP modules, you don’t know which one to select for your Cisco switch. This article is gonna explain GLC-LH-SM vs GLC-LH-SMD. Implementation of 100G/120G CXP module. Data center bandwidth demands continue to grow, requiring higher capacity and throughput.

implementation of 100G/120G CXP module

The 100G/120G Ethernet is no longer new in data center optic market, but it’s still a complex act to efficiently and effectively upgrade existing 10G/40G architectures to these higher data rates, especially in a space-constrained application. In order to explore the approaches of smooth migration to high density 100G/120G network, this post will take multimode 100G/120G CXP module as example, and illustrate some simplified scenarios when upgrading to these higher data rates. Overview on 100G/120G CXP Module High density 100G/120G CXP is very popular in the implementations up to 100Gbps for saving-space.

This deployment can then leverage the 10G-per-lane channels to distribute the 10G data anywhere in the data center. 100G/120G CXP module is designed to connect with an MTP/MPO-24 connector, which can be divided to 10x10G or 12x10G transceiver pairs. Easiest Connectivity Solutions for 25G and 100G. Due to the increasing number of connected devices in use and their need for fast-based data processing, data centers are under pressure of transmitting data more quickly and efficiently.

Easiest Connectivity Solutions for 25G and 100G

In order to keep pace with the rapid bandwidth increases, the applications standards organizations have been busy updating the recommended guidelines. Some intermediate speeds like 25 gigabit Ethernet are being developed to fit the gap between 10G, 40G, 100G and 400G. This post will discuss the benefits of 25G data rate and the connectivity solutions for 100GBASE-SR4 optical transceiver and 25GBASE-SR optical transceiver. What Are the Benefits of 25G? According to the IEEE standards, 25G Ethernet is now defined for both single-lane and four-lane versions of 25G. How to Deploy 10G, 40G, 100G in the Same Network. In 2010, 10G SFP+ became the primary equipment interface in data center applications.

How to Deploy 10G, 40G, 100G in the Same Network

However, jump to 2017, as demand for greater bandwidth shows no signs of slowing, 40G and 100G transceiver shipments saw a whopping increase. While shipments of 40G and 100G modules are on the rise, the large majority of data center networks don’t undergo a whole replacement of 10G device with 40G or 100G device. 100% Fiber Utilization with 2x3 MTP Conversion Cable. Cabling Solutions for 100G QSFP28 Transceiver. Since the demand for high speed data transmission keeps growing, 100G Ethernet has been widely deployed in data center.

Cabling Solutions for 100G QSFP28 Transceiver

Designed for high port density with small compact size and low power consumption, 100G QSFP28 transceivers domain the 100G transceiver module market. In the previous post “Focus on 100G QSFP28 Transceiver”, I have introduced four 100G QSFP28 transceiver types—100GBASE-SR4 QSFP28 transceiver, 100GBASE-PSM4 QSFP28 transceiver, 100GBASE-CWDM4 QSFP28 transceiver and 100GBASE-LR4 QSFP28 transceiver. So in this article, I will share cabling solutions for 100G QSFP28 transceiver with you.

We know that the above four 100G QSFP28 transceiver types can be divided into two categories according to the interface: 100GBASE-SR4 QSFP28 and 100GBASE-PSM4 QSFP28 are with MTP/MPO interface, while 100GBASE-CWDM4 QSFP28 and 100GBASE-LR4 QSFP28 are with duplex LC interface (shown as the figure below). Therefore, the cabling solutions are different respectively. Conclusion. Fiber Optic Cable: Storage & Handling Tips.

The prevalence of fiber optic cable has become a trend which is embraced globally, since optical fiber offers unsurpassed advantages.

Fiber Optic Cable: Storage & Handling Tips

Fiber optic cables are sensitive to excessive pulling, bending, twisting, crushing and other impact forces, for any such damage may alter the fiber property and may pose threats to its performance. So, optical cable should be stored and handled in an appropriate way. This article offers recommendations for proper storage and handling of fiber optic cable. Fiber Optic Cable Storage. Riser, Plenum and LSZH MTP/MPO cable. Multifiber MTP/MPO cable is a preferable choice for high-density telecom and datacom cabling.

For the outer jacket of MTP/MPO cable, there are many terms to describe it, such as CM, LSZH, CMP, CMR, PVC, etc. FS.COM carries several of these technologies. Roles of MTP Trunk, MTP Harness, MTP Conversion Harness in 40G/100G Migration. With bandwidth demands continuing to grow, higher and higher capacity and throughput are required in the data center. And to address these needs efficiently and effectively, a strategic approach focusing on existing user expectations and future capacity requirements is wanted. MTP/MPO cable is the good choice that can meet various network requirements. This post will list the roles of different MTP/MPO cables (MTP trunk, MTP harness, MTP conversion harness) in 10G/40G/100G migration.

Focus on 100G QSFP28 Transceiver. To satisfy the increasing demand for high speed data transmission, network technology has been developed rapidly, from Fast Ethernet, Gigabit Ethernet to 10G, 40G, and even 100G Ethernet. And we know that 40G network technology has been widely applied for a long time. But now, the time of 100G is coming. Though for many data centers, 40G is enough for them now, the pace of development is unpredictable. In addition, some data centers have been already migrated to 100G and a range of 100G fiber optic transceivers are available on the market, among which 100G QSFP28 transceivers are considered to be the preference choice. Get Further Understanding of 10GBASE-T SFP+ Copper Transceiver - Blog of FS.COM. 10GBASE-T is a standard technology that enables 10 Gigabit Ethernet operations over balanced twisted-pair copper cable, including Category 6a unshielded and shielded cabling.

Compare with 10G optical transmission, 10GBASE-T uses copper cables, which offers great savings and flexibility during network deployment. And 10GBASE-T SFP+ copper RJ-45 transceiver, which is known for its reliability and good performance, provides data center managers a new option for their 10G networks. Fiber Patch Cable Cleaning Recommendations. Fiber optics have expanded the capabilities and possibilities of networks beyond our expectation.

One-click Cleaner — A Practical Tool for Cleaning Connector. Connectivity-solutions-duplex-parallel-optical-links. In optical communication, duplex and parallel optical links are two of the most commonly deployed cabling structures. Can 40GBASE-LR4 Be Used for 4x10G? Get Further Understanding of 10GBASE-T SFP+ Copper Transceiver - Blog of FS.COM. Why CPAK Transceiver is Different in 100G Solutions? - Blog of FS.COM. Nowadays, as the bandwidth, transmission speed and network traffic volumes continue to escalate, 100G transceiver market is booming and will be more popular in the future. At present, there are several types of 100G optical transceivers on the market: CFP, CFP2, CFP4, QSFP28 and 100G CPAK. All of them are playing a critical role in 100G networks. This post will give a detailed introduction of 100G CPAK module.

MTP Connectivity — Low-loss Multifiber Connectivity. Things We Should Know Before Migrating to Base-8 System. Why Short Distance MTP-based Connectivity Utilizes OM3 or OM4 Fibers? As today’s network needs to support more devices and advanced applications than ever before, the amount of data transmitted at the enterprise business level is rapidly climbing. How to Deploy a Single-Fiber CWDM Network?

Single Fiber Solution in WDM System. Installation Guide to CWDM MUX/DEMUX System - FS.COM – China Cables Supplier. Evolution of Optical Wavelength Bands - FS.COM – China Cables Supplier. This blind dog changes lives (and racks up Instagram likes) Three Types of 40G QSFP+ Transceivers for Long Distance Transmission. Using EDFA Amplifier for Long-Haul CATV Systems - FS.COM – China Cables Supplier. DWDM Solutions for Arista 7500E Series Switches - FS.COM – China Cables Supplier.

Some Thoughts Required Before MTP Cabling. Type A MTP Cassette and Type B MTP Cassette: When and Where to Use? QSA Module Vs. QSFP+ to SFP+ Breakout Cable – Chinacablebuy. Can We Use Base-8 and Base-12 Together in 40G Data Center? Why not Use Third-party Fiber Transceivers for Ubiquiti Switches? QSFP+ to 4xSFP+ AOC and QSFP+ MTP Breakout Cable Solution. 100G Switch Price and Configuration - Tutorials Of Fiber Optic Products.

Suggested 100G QSFP28 Transceiver Solutions for Data Centers - Fiber Cabling Solution. Comparison Between CFP-100G-SR10 and CFP-100G-LR4 Module. Cabling Solution for Upgrading to 40G and 100G - Fiber Optic Cabling Solutions. Introduction to Polarity Methods for MTP/MPO Systems. How to Clean a Fiber Optic Transceiver? 100G QSFP28 Transceiver Overview and How to Choose It. What Is The Difference Between Singlemode SFP and Multimode SFP - Fiber Transceiver Solution. What Are the Advantages and Disadvantages of Optical Fiber Cable? - Fiber Optic Cabling Solutions. How to Select Fiber Patch Cable for 40G QSFP+ Modules? Functions of ONT and OLT in GPON Network - Fiber Optical Networking.

Computer Networks Comparison Between LAN & WAN - Fiber Cabling Solution. Brief Introduction to Network Cable Tester. How to Convert a QSFP+ Port to a SFP+ Port? - Fiber Optic Cabling Solutions. Considerations for Buying Compatible Optical Transceiver - Fiber Optic Cabling Solutions. Optics Support for Extreme X770 Series Switches - Blog of FS.COM. Understanding Terminologies and Protocols of SDN - Blog of FS.COM. Should We Use Cat6 or Cat6a for 10GBASE-T? - Blog of FS.COM. How to Use Single-Fiber CWDM MUX/DEMUX - Blog of FS.COM. Ethernet Patch Cables VS. Cross-Over Cables - Blog of FS.COM. Transceivers and Cables Supported for Brocade ICX 7750 Switch - Blog of FS.COM.

FTTH Deployment for MDUs - Blog of FS.COM. Talk About QSFP 40G SR4 to 4 SFP 10G SR Transceiver Module - Fiber Cabling Solution. Fiber Patch Panels Used in Data Center's Structured Cabling - Blog of FS.COM.