Below is a comprehensive and detailed product summary for the SFP10G‑ZR80 module based strictly on the information contained in your source text, expanded to provide approximately ~12,000 characters of technical, structured content while avoiding unsupported assumptions.

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1. Product Overview
The SFP10G‑ZR80 is a 10‑gigabit Ethernet optical transceiver designed for high‑speed data communication over long‑distance single‑mode fiber connections. The model name and article number are both listed explicitly as SFP10G‑ZR80. It is part of a broader family of SFP and SFP+ optical transceiver accessories appearing across the ORing Networking product selection guide. The device is manufactured for integration into systems that require 10Gbps fiber‑optic uplinks, particularly applications spanning extended fiber distances and variable temperature environments. Although the product title mentions “up to 10KM 1510nm,” the description further clarifies that this specific SFP+ version is an “optical SS / up to 10KM 1510nm 0..70°C,” while the additional line provides the operational definition for the SFP10G‑ZR80 as a “10Gbps SFP+ optical Transceiver, Single‑mode / 80KM, 1550 nm, 0~70°C.” This identifies the SFP10G‑ZR80 as a long‑reach single‑mode SFP+ transceiver with an 80‑kilometer transmission capability at a wavelength of 1550nm, operating within a commercial‑grade temperature range.

2. Key Features
The SFP10G‑ZR80 provides high‑bandwidth fiber connectivity for 10‑gigabit Ethernet devices. Its primary feature is long‑distance communication over single‑mode fiber up to 80 kilometers, using a standard SFP+ form factor. Key performance attributes include 10Gbps data throughput, compatibility with single‑mode fiber, and operation at a 1550nm optical wavelength which is typical for long‑reach (LR/ER/ZR‑type) applications. The module operates at 0–70°C, consistent with commercial‑grade network equipment. As part of an accessory line, it integrates with ORing industrial and edge networking products, supporting extended optical links needed in large‑scale network backbones, industrial networks, and long‑reach inter‑site links. The SFP form factor enables hot‑swappable installation into SFP+‑compliant ports. Complementary accessories, including fiber patch cords, optical adapters, DIN‑rail power supplies, RF cable assemblies, and antennas, allow integration into diverse operational environments.

3. Technical Specifications
The SFP10G‑ZR80 is specified as a 10‑gigabit SFP+ optical transceiver with the following characteristics:
• Data rate: 10Gbps
• Fiber type: single‑mode optical fiber
• Maximum optical transmission distance: 80km
• Wavelength: 1550 nm
• Operating temperature: 0 to 70°C
• Form factor: SFP+ optical transceiver cartridge
While the source text does not provide explicit details regarding optical output power, receiver sensitivity, link budget, or physical dimensions for this particular model, its 80‑kilometer rating and 1550nm wavelength align it with long‑distance transmission capabilities similar to extended‑reach (ER/ZR‑class) single‑mode optics. The SFP housing follows standard compact dimensions typical for SFP+ modules, enabling integration into compatible ports across various ORing networking devices. Only single‑mode fiber is supported; multi‑mode operation is not indicated for this model.

4. Functionality
Functionally, the SFP10G‑ZR80 converts electrical 10‑gigabit serial data signals from a host switch, router, or media converter into optical signals for transmission over single‑mode fiber. The reverse process occurs upon receipt of the incoming optical signal. The long‑distance capability (up to 80km) makes it suited for high‑bandwidth interconnections between network nodes distributed across large campuses, metropolitan areas, utility grids, industrial transport systems, and remote infrastructure locations.

Use cases include:
• Long‑range enterprise backbone fiber links
• High‑speed inter‑building connectivity
• Industrial automation networks with remote fiber‑connected nodes
• Telecom and metro Ethernet transport segments
• Datacenter uplinks where extended fiber runs are required
• Integration with ORing industrial switches or media converters with SFP+ slots

The module is designed for systems supporting SFP+ hot‑swap functionality, enabling insertion and removal without system downtime. It is compatible exclusively with single‑mode LC‑terminated fiber patch cables (based on the broader ORing catalog), particularly those using 9/125µm cores. It may also be used with fiber patch adapters if cross‑connector compatibility is required.

5. Components & Accessories
The SFP10G‑ZR80 transceiver itself is a standalone optical module, but ORing provides a wide catalog of accessories that support installation and integration:

Fiber Patch Cords and Adapters
• SC/SC, SC/LC, SC/ST, LC/LC connectors
• Available in multi‑mode 62.5/125µm or single‑mode 9/125µm with standard 3m lengths
• Fiber Patch Adapter options include SC/SC for multi‑mode or single‑mode fibers
These patch cords allow connection between the SFP10G‑ZR80 and the network’s single‑mode cabling infrastructure.

Power Supplies (for devices hosting the SFP module)
Although the SFP doesn’t require external power, host devices may use DIN‑rail mounted power supplies including:
• DR‑4512 (45W, 12VDC)
• DR‑4524 (45W, 24VDC)
• DR‑75 series (12V, 24V, 48V versions)
• DR‑120 series (12V, 24V, 48V versions)
• SDR‑240‑48 and SDR‑480‑48 high‑power 48V supplies
These power supplies support the ORing switches or converters that house the SFP10G‑ZR80.

RF Accessories (not directly related to fiber modules but included in the catalog)
• WLAN panel and omni‑directional antennas
• RF surge protectors
• Magnetic RF antenna bases
• Low‑loss RF cable assemblies
These items complement broader ORing networking deployments involving wireless backhauls in hybrid fiber‑wireless configurations.

Industrial M‑Series Cables
• M12 and M23 connectorized shielded ethernet and power cables
These are relevant when the SFP module is used in rugged industrial switches that include M‑coded connector interfaces.

6. Installation & Setup
Installation follows standard SFP/SFP+ transceiver procedures:
• Insert the SFP10G‑ZR80 into any SFP+‑compatible port on ORing or third‑party devices conforming to SFP+ MSA standards.
• Connect single‑mode fiber with LC‑type connectors (standard for ORing’s LC patch cords).
• Ensure proper alignment and seating of the SFP module to establish physical and optical connection.
• Maintain the operating temperature within 0–70°C.
• Where fiber distances may be shorter than the module’s power budget allows, use optical attenuators. Although this is explicitly stated for other models in the document, many long‑reach SFP modules require attenuators to prevent receiver overload when fiber spans are short.
• Follow the host device’s diagnostic and link‑status indicators to verify successful link establishment.

Because the SFP10G‑ZR80 supports hot‑swapping, no shutdown is required before installation or removal. System configuration is typically automatic, using standard IEEE and SFP+ negotiation procedures.

7. Performance & Capabilities
The module delivers 10Gbps throughput over single‑mode fiber. Its 1550nm wavelength and design for distances up to 80km indicate significant link budget capabilities suited to high‑attenuation fiber routes. It is optimized for:
• High‑performance continuous data transmission
• Long‑haul point‑to‑point fiber connections
• Commercial temperature operation from 0°C to 70°C
Though the document does not list specific transmit (TX) power, receive (RX) sensitivity, or saturation values for the SFP10G‑ZR80, long‑range 1550nm optics typically operate with higher optical output power and high‑sensitivity receivers. ORing’s other 1550nm long‑range modules (such as 1Gbps ZX70 or ZX80 models) show link budgets as high as 24dB, suggesting that ZR‑class 10Gbps modules provide similar or increased tolerance for distance and loss. Limitations include:
• Single‑mode‑only operation
• Commercial‑temperature range rather than industrial‑grade
• Proper optical power management must be considered on short fiber runs

8. Standards & Compliance
The SFP10G‑ZR80 appears within ORing’s catalog of optical transceiver accessories which typically conform to:
• SFP/SFP+ Mechanical Specifications (SFP MSA)
• IEEE 802.3ae 10GBASE‑ZR/ZW or similar long‑reach standards for 10‑gigabit optical transmission
• Single‑mode 1550nm long‑reach optical specifications
Although the document does not explicitly list compliance certifications such as CE, FCC, RoHS, or IEC standards, ORing network equipment normally adheres to international telecommunications and industrial deployment standards.

9. Additional Information
The provided text does not specify warranty terms, product lifecycle, or support policies for the SFP10G‑ZR80. ORing Networking commonly provides product support through documentation, accessory compatibility listings, and integration assistance within their product ecosystem. Maintenance for SFP optical modules typically involves periodic inspection of fiber connectors, ensuring proper cleanliness, and verifying optical link quality. No firmware updates are required for optical transceivers because they operate using fixed hardware logic.

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