All posts by: TARLUZ.COM

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Why MPO16 and MPO8 Structured Cabling Solutions for AI Infiniband Network

Many of the Infiniband transceivers with receptacle are duplex fiber or parallel fiber based. Since AI demand with enormous fiber needed. Data rates and the number of fibers required in this environment are increasing whilst the demand for improved efficiency is being asked of every installed system. AI data center required lots of computing capacity […]

AI

Ethernet Adapter and Smart NIC Market to surpass $16B by 2028 Driven by AI Demand

Dell’Oro said that the back-end Ethernet server connectivity for AI will drive market growth. It will exceed $16B at a 27% compound annual growth. Likewise, intelligent NICs, which include DPUs and IPUs, are positioned for high growth to support the intense demands of back-end. Ethernet-based networks. Smart NICs are programmable accelerators that make data center […]

AI

Single-Lambda 100G Pluggable Optics Solution Overview

Transceivers speed is increasing fast from 100G to 400G, 800G and soon 1.6T, at the mean time the technology also is keep improving, when we are look back to the transceivers we were use, it is quite simple, let say for a 10G transceivers, it consists one channel for transmit and one channel for receive, […]

Data Center

Why VSFF Connector is important for AI Data Center

Based on current TIA-942-C standard, the equipment transceiver optical interface is only involved with LC and MPO, even though LC is small compared with SC, and MPO with multi fiber in a single connector, however, for the AI data center, Computing capacity may be 1000x in 10 years, thus the density of the AI data […]

AI

Introduction to 100G QSFP28 Bidirectional Transceivers

TARLUZ 100G QSFP28 Bidirectional transceivers are a cost saving solution for building a network or upgrading an existing network, the transceivers provide 100G connectivity for platforms at up to 80km on single SMF (Single Mode Fiber). Features Full-duplex 100Gb at up to 80km on single SMF Saves optical fiber Works in QSFP28 ports Operate in […]

Data Center

400G/800G AI data center-oriented cables and transceivers

There are many medias to be used for interconnects among network equipment, copper and fiber, copper with its limitation of transmit distance, normally used for intra racks, and optics with longer transmission distance and used for inter-racks or inter-DCs. As for the copper media, there is DACs and ACCs. DACs, it is short for Direct […]

400G Network, 800G, AI

FAQ of 800G Transceivers

1. What form-factors are used for 800G transceivers? There are two main form-factors for 800G transceivers now, the OSFP and the QSFP-DD: OSFP Form Factor: OSFP is an abbreviation of Octal Small Form-factor Pluggable. This transceiver with Octal (8) electrical lanes, with each lane modulated at 100Gb/s to reach a bandwidth of 800Gb/s. It is […]

800G

Emerging Technologies of optical fiber in the AI era

AI requires enormous computing capacity, and the operators shall require lots of space for equipment, currently VSFF connector is becoming the idea solution for the AI, but also, people are seeking for new fiber to increase the density also. the following fiber maybe the choice of it. Few Mode Fibre Multicore Fibre Few Mode Fibre […]

AI, Optical Fiber

Applications of Optical Fiber

The ITU-T G.652 optical fibre standard was born in the year of 1984, 40 years ago. Happy birthday to the bedrock of broadband. During the last few decades, the fiber standard is evolving, we are summarizing it for you. Data Center and Campus G.657.D: The G.652.D nowadays is known as standard single-mode fiber and cable […]

Optical Fiber

Which MPO connector should I use?

The three most common MPO connector options are MPO-8, MPO-12, MPO-24 and MPO-16. MPO-8 is a legacy standard for the QSFPs, coming out of the transceivers running 40 Gigabit or 100 Gigabits. It is used for both multimode and singlemode transceivers and breakouts, but offers the lowest density option, because you’ll have to have more […]

AI, Data Center
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