SFP-10GDWZR-57-I designates a 10GBASE-DWDM SFP+ optical transceiver engineered for line speeds reaching 10.7Gbps on the ITU C57 channel (1531.89nm), qualified for industrial shell temperatures spanning -40°C to +85°C. Powered by a cooled EML transmitter aligned with an ultra-sensitive APD photodiode, it sustains point-to-point links extending up to 80km across SMF infrastructure alongside real-time digital optical monitoring (DOM) to oversee optical parameters.
MRV SFP-10GDWZR-57-I เข้ากันได้ LINK-PP module is an industrial-grade DWDM SFP+ transceiver delivering point-to-point transmission up to 80km over single-mode fiber via a duplex LC interface. Operating on a fixed ITU 100GHz C-band DWDM grid with integrated digital optical monitoring, it provides ruggedized, deterministic optical transport optimized for space-constrained regional aggregation rings and harsh edge infrastructure.
This DWDM transceiver module fully complies with SFP+ MSA standards, ensuring wide interoperability across switches and optical platforms. Its hot-swappable architecture allows network administrators to install or service connections without interrupting ongoing system operations.
SFP-10GDWZR-57-I: 10 Gbps Connectivity for Regional Aggregation Rings
Delivering sustained line speeds up to 10.7Gbps, this DWDM SFP+ module transfers heavy data streams with rapid throughput and minimal packet delay. This consistent 10G line capacity provides ample headroom to handle surging traffic flows across regional aggregation rings.
Dense wavelength division multiplexing enables multiple optical channels to share a single physical fiber pair simultaneously. By maximizing available strand capacity, this DWDM technology scales network bandwidth while avoiding the expense of new dark fiber construction.
The internal EML transmitter operates at the fixed 1531.89nm center wavelength, aligning cleanly with the standard ITU C57 channel on a 100GHz grid. Maintaining this precise optical frequency prevents channel overlap and eliminates crosstalk during multi-channel multiplexing.
An integrated high-sensitivity APD receiver enables this DWDM transceiver to bridge long distances up to 80km across single-mode fiber. This substantial optical reach eliminates the necessity for intermediate amplification nodes in wide-area network layouts.
Industry-standard duplex LC ports provide low insertion loss and dependable optical mating with standard single-mode patch cables. The compact latching connector ensures consistent physical contact and stable fiber alignment inside busy distribution frames.
SFP-10GDWZR-57-I Module with DOM for Real-Time Monitoring
Digital Optical Monitoring (DOM) continuously tracks critical operational metrics, including transmit power, receive power, bias current, supply voltage, and module temperature. Network engineers can inspect this real-time telemetry to assess link conditions promptly and prevent service disruptions.
MRV SFP-10GDWZR-57-I ที่ใช้งานร่วมกันได้ LINK-PP DWDM SFP+ optical transceiver adheres to stringent international manufacturing, safety, and environmental benchmarks, fully meeting the compliance standards of ISO 9001, CE, RoHS, and FCC certifications for worldwide deployment.
Every 10G DWDM module undergoes comprehensive multi-stage laboratory evaluations-including optical spectral analysis, eye diagram integrity checks, and bit error rate testing-to ensure dependable signal transmission prior to dispatch.
ใบรับรองคุณภาพ SFP-10GDWZR-57-I
These verified international compliance credentials confirm that each optical transceiver satisfies demanding manufacturing, low-emission, and environmental safety regulations, giving enterprise customers complete confidence in long-term hardware reliability.
Engineered and pre-coded to align with major switch and router platforms, this DWDM SFP+ transceiver delivers smooth plug-and-play installation and stable communication without triggering vendor compatibility alarms.
Each SFP-10GDWZR-57-I DWDM 10G SFP+ transceiver passes rigorous quality evaluations to guarantee wavelength stability and continuous, error-free transmission across long-distance fiber networks. To learn more about our comprehensive validation procedures, please visit the LINK-PP ศูนย์สนับสนุนการทดสอบ
การทดสอบสเปกตรัมแสง
Verify 1531.89nm wavelength accuracy to prevent multi-channel optical crosstalk.
การทดสอบรูปแบบตา
Evaluate optical waveform clarity to ensure robust high-speed signal integrity.
การทดสอบอัตราข้อผิดพลาดบิต
Measure data transmission precision to confirm zero-packet-loss long-haul connectivity.
ทดสอบอุณหภูมิ
Assess industrial thermal endurance to guarantee steady wide-temperature field operation.
Every MRV SFP-10GDWZR-57-I Compatible LINK-PP 10G SFP+ DWDM transceiver is carefully packed to guarantee complete physical integrity and electrostatic safety during transit. Our efficient shipping workflow ensures prompt order fulfillment and dependable delivery to customers worldwide.
บรรจุภัณฑ์ป้องกันไฟฟ้าสถิต
Protect sensitive internal electronics using anti-static protective packaging.
ระบบป้องกันการขนส่งที่ทนทานต่อแรงกระแทก
Reinforce outer shipping boxes against mechanical impacts during international transit.
ดำเนินการและจัดส่งคำสั่งซื้ออย่างรวดเร็ว
Process verified purchase orders quickly to maintain minimal fulfillment delays.
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Coordinate with trusted international carriers for continuous worldwide shipment tracking.
Insert the SFP-10GDWZR-57-I 10G SFP+ module firmly until the latch locks, connecting its duplex LC interface directly to the matching C57 DWDM Mux/Demux channel. Verifying proper optical power levels ensures flawless multiplexing over regional aggregation rings, delivering predictable 10G transport while preventing optical crosstalk between adjacent channels.
No, receiver sensitivity is only one baseline metric. To guarantee a stable 80km link, you must calculate the full optical power budget (minimum Tx power minus Rx sensitivity) and ensure it exceeds your total path attenuation. Your calculation should factor in fiber loss per kilometer, splice and connector insertion loss, passive MUX/DEMUX loss, chromatic dispersion penalties, and a 2–3 dB safety margin for fiber aging. by LINK-PP Technical Support
Yes, it is engineered for metro and long-distance backhaul, supporting up to 80km over single-mode fiber at data rates up to 10.7Gbps. Before deployment, please verify that your total span loss, host platform compatibility, wavelength channel plan, and remote-end optics align with the link's optical budget. by LINK-PP Technical Support
Different DWDM wavelengths may be used in the same system when the MUX/DEMUX supports the assigned channels. C56 is 1532.68nm, C57 is 1531.89nm, and C58 is 1531.12nm. Confirm the channel grid and port mapping before deployment. by LINK-PP Technical Support
The industrial temperature specification is helpful for sites with limited climate control. The actual host equipment still needs to support the expected operating conditions.
The module's 80km rating is relevant to our regional network design, but we still calculate the actual loss across the fiber, connectors, splices, and passive components. The listed -23dBm receiver sensitivity is another useful input for that assessment.
We are planning a DWDM connection between a regional office and an aggregation facility. The C57 wavelength gives us a specific channel assignment, while the EML/APD design and 80km reach suit our initial long-distance optical plan. We will test receive power after the fiber route is connected.
We need compatible optics for a DWDM link between two equipment rooms. The fixed 1531.89nm wavelength makes channel assignment straightforward, and the SFP+ footprint fits our planned host hardware, subject to final compatibility checks.
For our long-distance aggregation design, the C57 channel, 80km reach, and cooled EML/APD optics are all relevant. We will measure the installed path, confirm the MUX/DEMUX channel, and review DDM readings before moving the link into production. That process should help us catch optical-budget problems early.
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