SFP-10G-DZ-45.32-I delivers up to 10.7Gbps connectivity as a 10GBASE-DWDM SFP+ module operating on ITU Channel C40 at a 1545.32nm center wavelength. Combining a cooled EML transmitter with an APD photodetector enables reliable point-to-point spans up to 80km across SMF, backed by integrated digital optical monitoring and an industrial -40°C to +85°C operating temperature profile.
Arista SFP-10G-DZ-45.32-I เข้ากันได้ LINK-PP delivers industrial-grade 10GBASE-DWDM transmission over 80km single-mode fiber using the C40 1545.32nm wavelength on a 100GHz grid. Featuring a duplex LC interface, internal DOM diagnostics, and wide-temperature endurance from -40°C to +85°C, the transceiver streamlines high-density metro and access network expansion.
The hot-pluggable SFP+ footprint allows seamless field installation and maintenance without disrupting active host equipment. Built in full compliance with SFP+ MSA, the module operates efficiently from a single +3.3V power supply.
SFP-10G-DZ-45.32-I: 10 Gbps Connectivity for Multiplexed Optical Infrastructure
Sustained 10Gbps transmission rates provide dedicated optical capacity designed to integrate directly into multi-channel WDM mux/demux platforms. This high throughput ensures reliable data transport across aggregated backhaul spans and metropolitan hub locations.
Dense wavelength division multiplexing (DWDM) enables multiple dedicated data channels to transmit simultaneously over an existing optical fiber pair. By maximizing existing conduit utilization, this architecture eliminates the heavy capital expense of laying new physical dark fiber.
Channel C40 centers precisely at 1545.32nm on the standardized ITU-T 100GHz frequency grid to minimize adjacent-channel crosstalk. A cooled EML transmitter provides superior spectral stability, maintaining wavelength precision even during extreme ambient thermal shifts.
An integrated high-sensitivity APD photodetector pairs with an optimized link power budget to span reach distances up to 80km over standard single-mode fiber. This extended optical reach provides dependable point-to-point bridging across regional hubs and remote edge facilities without mid-span amplification.
Industry-standard duplex LC optical receptacles ensure solid mechanical mating and low insertion loss with standard single-mode patch cords. The compact latching connector design maintains optical alignment integrity under mechanical vibration and tight patch-panel cable management.
โมดูล SFP-10G-DZ-45.32-I พร้อม DOM สำหรับการตรวจสอบแบบเรียลไทม์
Digital optical monitoring (DOM) compliant with SFF-8472 continuously tracks internal operating parameters including optical Tx/Rx power, laser bias current, module temperature, and supply voltage. Network administrators can access these real-time telemetry metrics via the I²C interface to proactively isolate faults and prevent unexpected link outages.
Arista SFP-10G-DZ-45.32-I เข้ากันได้ LINK-PP 10G DWDM SFP+ transceivers meet international quality and environmental standards, certified under ISO 9001, CE, RoHS, and FCC.
Every 10G DWDM module undergoes rigorous optical spectrum analysis and bit error rate testing to ensure stable data transmission across long-distance links.
ใบรับรองคุณภาพ SFP-10G-DZ-45.32-I
Strict adherence to recognized global industry guidelines ensures each DWDM transceiver delivers consistent safety and optical stability in industrial environments.
Every SFP-10G-DZ-45.32-I DWDM SFP+ transceiver undergoes comprehensive production testing to ensure stable transmission and robust physical-layer reliability. Learn more about our validation standards at the LINK-PP ศูนย์สนับสนุนการทดสอบ
การทดสอบสเปกตรัมแสง
Verify central wavelength precision to ensure exact DWDM grid alignment.
การทดสอบรูปแบบตา
Analyze transmitter signal shape to ensure clean optical waveform integrity.
การทดสอบอัตราข้อผิดพลาดบิต
Confirm error-free data throughput across extended single-mode fiber link budgets.
ทดสอบอุณหภูมิ
Validate optical output stability across harsh industrial operating thermal cycles.
Careful packaging standards ensure that each SFP-10G-DZ-45.32-I 10G SFP+ DWDM transceiver remains completely undamaged before reaching your facility. Streamlined fulfillment procedures enable smooth order handling and timely dispatch for all scheduled shipments.
บรรจุภัณฑ์ป้องกันไฟฟ้าสถิต
Protect sensitive optical components from harmful electrostatic discharge during handling.
ระบบป้องกันการขนส่งที่ทนทานต่อแรงกระแทก
Shield optical transceivers against external vibration and physical transit impacts.
ดำเนินการและจัดส่งคำสั่งซื้ออย่างรวดเร็ว
Verify incoming orders quickly to ensure rapid warehouse packaging turnaround.
โลจิสติกส์ระดับโลกและการจัดส่งระหว่างประเทศ
Manage cross-border shipping documentation to facilitate clear overseas transit customs.
Insert the SFP-10G-DZ-45.32-I DWDM module into an SFP+ host cage until securely latched, then connect duplex LC single-mode patch cords directly into designated 100GHz C40 passive Mux/Demux ports. This straightforward deployment expands backbone bandwidth across multiplexed optical infrastructure, metro rings, and carrier-grade transport routes without recabling.
Compatibility depends on the specific switch model, port, and software version. Please provide these details before ordering so we can verify support for your platform and confirm the required coding. by LINK-PP Technical Support
Yes, provided your host equipment supports the module’s DOM readings. You can typically view transmit and receive optical power, module temperature, and other diagnostic data through the host device’s management interface. A separate optical power meter is still useful for independent testing. by LINK-PP Technical Support
Yes, provided your existing MUX/DEMUX has a compatible C40 (1545.32nm) port. Other wavelength channels can normally remain unchanged, as long as the channel plan is compatible and the link budget accounts for MUX/DEMUX insertion loss. by LINK-PP Technical Support
We compared several DWDM optics for a point-to-point link between network facilities. The EML transmitter and APD receiver made this one interesting for our longer span. Having separate Tx and Rx optical power specifications also helped us review attenuation and receiver limits before installation.
Our team is upgrading a regional office fiber network without adding new cable routes. Using a dedicated 100GHz DWDM channel lets us make better use of the existing fiber infrastructure. This module's 80km rating, duplex LC interface, and DOM diagnostics make it a practical candidate for that design.
We planned a fiber link between a main data center and a backup site using a C40 DWDM channel. The LS-DW4010-80I offered the right combination of 10G speed, long-distance capability, and optical monitoring. Its duplex LC interface also matched our existing SMF patching arrangement.
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