Categories
- Direct Attached Copper > 40G DAC > 40G QSFP+ Breakout
- Direct Attached Copper > 100G DAC > 100G QSFP28 Breakout
- Active Optical Cables > 40G AOC > 40G QSFP+ Breakout
- Active Optical Cables > 100G AOC > 100G QSFP28 Breakout
- Cables > Single Mode Fiber (OS2) > MTP Breakout
- Cables > OM3 Multi Mode Fiber > MTP Breakout
- Cables > OM4 Multi Mode Fiber > MTP Breakout
- Active Optical Cables > 100G AOC > 100G QSFP28 Breakout I-Temp
- Active Electrical Cables > 400G AEC > 400G QSFP-DD Breakout
- Active Electrical Cables > 400G AEC > 400G OSFP Breakout
- Active Optical Cables > 200G AOC > 200G QSFP56 InfiniBand Breakout
- Direct Attached Copper > 400G DAC > 400G QSFP-DD Breakout
48 results for 'breakout'
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VSFF Connectors Provide Ultra High Density and Flexible Breakout Options at the Transceiver(Post)
It's been quite a while since we have seen an evolution in transceiver interfaces. Does anyone remember the GBIC with its Duplex SC Interface? In 2001, Major equipment manufacturers standardize ...
Why 400G?(Post)So, you plan a network upgrade soon and are still determining what technologies to use. You may be migrating your core network from 10G or 40G and are looking into other options. Logically, ...
AECs: Interconnect Legacy 100G Ports to 400G Ports(Post)You may have heard of an acronym making its way around the data center and optical network environments: AEC. Active Electrical Cables are one of the latest technologies for upgrading ...
The Migration Path to 400G over Multi-Mode Fiber(Post)In one of my previous articles, I discussed 4x 100G Networking in Data Centers and how we can relatively easily build 4x 100G breakout networks using 400G DR4 optics over single-mode fibe ...
Making the Right Connections in the Data Center: Point-to-Point or Structured Cabling?(Post)There are two different approaches to cabling in the data center, Point to Point and Structured Cabling. Let's take a closer look at each practice. Point-to-Point Cabling Point to Point ca ...
Speed Up High-Performance Computing with 200G InfiniBand HDR(Post)The fastest supercomputers today run at an Exaflop per second. And, yes, that’s as fast as it sounds. A “flop” is an addition or multiplication of 64-bit floating point numbers, an ...
Approved Networks AOC & DAC Application Notes(Post)Approved Networks, a brand of Legrand, provides a broad range of direct attach copper cables (DACs) and active optical cables (AOCs). This application note illustrates the use cases in the data cente ...
Avoid Data Center Drama - Get Higher Efficiency During Deployment(Post)Data center operators continue looking for ways to improve efficiency in all areas. They may be searching for solutions in deployment, cooling, energy, and/or rack space usage. The right Di ...
Are You Ready for 400 Gigabit Ethernet?(Post)100 GbE dominates over the current Gigabit Ethernet (GbE) market. According to LightCounting, 100 GbE optical transceivers accounted for more than half of total Ethernet transceiver sales in 2020. Wi ...
200G vs. 2x100G, How to Choose?(Post)You may recall an article I shared in June of 2021 about 400G, its complexity and how to select the appropriate 400G connectivity for your application. Now we’ll step back a bit and shine s ...
Advantages of Active Optical Cables(Post)In our previous video, we explained how direct attach cables (or DACs) can help you reduce the cost of switch-to-switch and switch-to-server connections; making new connections faster and easier. But ...
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