Examples of using Transceivers in English and their translations into Serbian
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Generic Optical Transceivers.
Optical transceivers are expensive.
The solution includes two hot-pluggable optical transceivers.
Which popular Gigalight's 25G transceivers are available today?
Let's take a look at these future-proofing optical transceivers.
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These transceivers are driving revenue growth which suggests a strong market.
Higher rate and higher density optical transceivers will be required.
Today most 25G transceivers operate at a 25.78125Gbps nominal data rate.
First of all, let's see the demand for optical transceivers by 5G.
These are dual-rate transceivers that support both 10G and 25G rates.
SFP28 is the standardized pluggable form factor for 25G transceivers.
The imminent 200G and 400G optical transceivers also poise to hold a fraction of the market share.
The 5G midhaul/backhaul network will have requirements for optical transceivers at 50Gbit/s.
The 200G QSFP-DD optical transceivers are mainly used in hyperscale cloud data centers.
The COBO solution is one of many pluggable optical transceivers' options based on MSA.
G optical transceivers and 400G optical transceivers will be used in the late of 5G.
Gigalight provides DWDM system customers with a series of DWDM transceivers and passive DWDM devices.
At present, 100G optical transceivers are mainstream for telecom in the medium and long-distance transmission.
In wavelength selection,the 1270/1 330nm solution will facilitate low-cost optical transceivers.
Device selection andarchitecture design for transceivers development, project development and management;
PAM4 codec chips perform conversion between NRZ signals andPAM4 signals inside transceivers.
Device selection andarchitecture design for optical transceivers development, project development andmanagement;
Familiar with the performance indicators and production processes of optical communication active transceivers and components;
The key technologies of 5G wireless optical transceivers are mainly embodied in the level of optoelectronic chips.
Development, maintenance and optimization of Firmware software related to optical transceivers test instruments;
The 200G optical transceivers from Gigalight were able to meet the demand of customer cost-effectively deploy 200G networks.
Responsible for product manufacturability design, and ensure that the transceivers have productization capabilities;
The 200G QSFP56 optical transceivers for applications in hyperscale cloud data centers that require 200G optical connectivity.
Engage in the overall design architecture review of 100G coherent optical transceivers, specific hardware circuit design, testing, etc.;
These products include optical transceivers, active optical cables, MTP/MPO cabling products, passive optical components, and video optics etc.