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Infinera ZXS-Q8L4ZZDR-00 130-3340-210
- 产品描述：Infinera ZXS-Q8L4ZZDR-00 130-3340-210_100GBase/OTU4-LR4 QSFP28 Transceiver (SMF, 1295nm to 1309nm, 10km, LC, DOM, 0 to 70C)_liyuan tech
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Manufacturer: Infinera
Part Number: ZXS-Q8L4ZZDR-00
Model code: 130-3340-210
CLEI: WOTRD6W4AA
Form Type: QSFP28
Transceiver Type: LR4
Speed Description: 100GB
Wavelength: 1295nm to 1309nm
Media: SMF
Reach: 10km
Connector: LC
DOM: DOM
Infinera ZXS-Q8L4ZZDR-00 (Part Number: 130-3340-210) optical transceiver
It belongs to the Infinera DTN-X platform and is a key component of this platform. Product Description
This is a high-performance line card that supports FlexCoherent technology and is mainly used in long-distance and high-capacity fiber backbone networks. Its main features and specifications are as follows:
1. Product type: Plug-in line card (Line Card), used for insertion into the chassis slots of the Infinera DTN-X series platform.
2. Core technologies:
DWDM (Dense Wavelength Division Multiplexing): Allows multiple different wavelengths of optical signals to be transmitted simultaneously in the same fiber, significantly enhancing the transmission capacity of the fiber.
FlexCoherent (Flexible Coherent Technology): This is the core technology of modern high-speed optical transmission. It combines high-order modulation (such as QPSK, 16-QAM) and digital signal processing (DSP),
and can intelligently adjust the modulation format and rate based on the transmission distance and fiber conditions to achieve the best balance of capacity and distance.
Super Channel (Super-Channel) technology: This card can bundle multiple adjacent wavelengths together to form a wider,
unified transmission "pipeline" (such as 500 Gb/s or 1 Tbps), which is more efficient and easier to manage than traditional single-wavelength transmission.
3. Ports and rates:
It typically provides 8 plug-in customer-side ports (such as 10GbE, OTU2, etc.) for receiving customer business signals from routers and switches.
On the line side, it aggregates all customer signals and sends them out through 4 line-side wavelengths (i.e., 4 "colors" of light).
The total transmission capacity of the entire card is up to 500 Gb/s.
4. Programmability and intelligence:
Supports software-defined optical network (SDON), allowing flexible configuration of rates, modulation formats, and protocols through software.
It has real-time performance monitoring and diagnostic functions, facilitating network operation and fault detection.
In simple terms, you can think of it as a "transport hub": It collects "vehicles" (customer signals) from different directions,
organizes them into a high-speed, long-distance "fleet" (super channel), and then efficiently and reliably sends them over the DWDM highway (fiber) to distant locations.
Application scenarios
This line card is designed for network environments with extremely high requirements for bandwidth, distance, and reliability, and is mainly used in:
1. Long-Haul/Ultra-Long-Haul Backbone (Long-Distance/Extremely Long-Distance Backbone Network)
Scenario: Connecting core network nodes in different countries, provinces, or major cities, spanning thousands of kilometers.
Reason: Its FlexCoherent technology can automatically optimize signals and overcome dispersion and nonlinear effects in long-distance transmission to ensure signal quality.
2. Submarine Cable Systems (Submarine Cable Systems)
Scenario: Used as terminal equipment for transoceanic communication optical cables.
Reason: Requires extremely high reliability and the most advanced error correction technology to cope with the harsh challenges of the underwater environment.
The Super Channel technology can maximize the transoceanic transmission capacity of a single fiber.
3. Data Center Interconnect (DCI - Data Center Interconnect)
Scenario: Connecting multiple large data centers geographically dispersed (such as between Google, Facebook, and AWS data centers).
Reason: Data centers need to synchronize massive amounts of data, with extremely high requirements for bandwidth and latency. This card can provide a stable, low-latency connection of hundreds of Gb/s.
4. Metro Core/Aggregation (Metro Core/Aggregation)
Scene: In a large city or regional area, traffic from various access points is gathered and connected to the national backbone network.
Reason: With the popularity of 5G, cloud computing, and 4K/8K video, metropolitan networks also require huge bandwidth. The high density and scalability of this card are highly suitable for this scenario.
5. Government and Research Networks
Scene: Projects such as the Large Hadron Collider (LHC) and astronomical observation networks need to transmit PB-level scientific data.
Reason: To handle unprecedented amounts of data, the network must have extremely high throughput and reliability.
In addition to infinera ZXS-Q8L4ZZDR-00 130-3340-210 , Liyuan Tech supply a wide range of other Infinera Series transceivers. If you have any need or interest, please feel free to send inquiry to global@chn-liyuan.com
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