10GB-ZR-SFPP Extreme Networks compatible 10G ZR SFP+ 80km Module

Extreme compatible 10GB-ZR-SFPP - Key Features
- Compatibility: Extreme
- Media Type: Single-Mode Fiber (SMF)
- Fiber Count: Duplex
- Connector: Double LC/UPC
- Maximum Distance: 80 km
- Average Link Budget: 23 dB
- Tx Wavelength: 1550 nm
- Supported Data Rate: 1.25 Gbps - 11.32 Gbps
- DDM/DOM: Supported
- Temperature Range: Standard 0°-70°C
Extreme 10GB-ZR-SFPP Price
Extreme compatible 10GB-ZR-SFPP Specifications
Form Factor | SFP+ |
Media Type | Single-Mode Fiber (SMF) |
Fiber Count | Duplex |
Connector | Double LC/UPC |
Maximum Distance | 80 km |
Average Link Budget | 23 dB |
TX Wavelength | 1550 nm |
RX Wavelength | 1550 nm |
Supported Data Rate | 1.25 Gbps - 11.32 Gbps |
Supported Ethernet Applications | 10G Ethernet (10.31Gbps), Gigabit Ethernet (1.25 Gbps) |
Supported Fiber Channel Applications | 10G Fiber Channel (10.52 Gbps), 1G Fiber Channel (1.0625 Gbps), 2G Fiber Channel (2.125 Gbps), 4G Fiber Channel (4.25 Gbps), 8G Fiber Channel (8.5 Gbps) |
SDH/SONET Standards | STM-64 (9.95Gbps) |
DDM/DOM | Supported |
Tx Wavelength Bandwidth | 37 nm (1528-1565 nm) |
Rx Wavelength Bandwidth | 37 nm (1528-1565 nm) |
Minimum Transmitting Power | 0 dBm |
Maximum Transmitting Power | 5 dBm |
Receiver Sensitivity | -24 dBm |
Dispersion | 1600 ps/nm |
Transmitter Type | EML Laser |
Receiver Type | APD Photodiode |
Temperature Range | Standard 0°-70°C |
Power | +3.3V single power supply |
Compliance | CE,Class 1 FDA and IEC60825-1 Laser Safety Compliant,RoHS,SFF-8431,SFP MSA |
Extreme compatible 10GB-ZR-SFPP Datasheet
v3Complete technical specifications and product details
Extreme compatible 10GB-ZR-SFPP Description
EdgeOptic's 10GB-ZR-SFPP compatible is an Extreme Networks-coded version of the EdgeOptic 10G-SFP-80 multi-vendor 10GBASE-ZR transceiver. The optical specifications mirror the OEM 10GB-ZR-SFPP. It is an SFP+ module with a duplex LC interface that transmits at 1550 nm over single-mode fiber, and its 23 dB link budget supports reach up to 80 km. An EML laser drives the transmit path and an APD photodiode handles receive, giving 0 to +5 dBm of TX output and an RX sensitivity better than −24 dBm. Dispersion tolerance is 1600 ps/nm for stable long-haul operation at this wavelength. A single 1550 nm wavelength over a duplex fiber pair suits metro and inter-site Ethernet uplinks that run past the 40 km reach of an ER optic.
Optical diagnostics are reported through DOM/DDM, covering TX and RX power, module temperature, laser bias current, and supply voltage. The module draws from a single +3.3V rail and is rated for the standard 0 to 70 °C operating range. Traffic-wise it handles 10G Ethernet and Gigabit Ethernet, which aligns with the Ethernet switching role of Extreme Networks ExtremeXOS / Switch Engine platforms. Because ZR optics launch at relatively high power, protect the receiver from overload on spans well short of the 80 km design reach by adding an in-line attenuator where needed.
Extreme lists 10GB-ZR-SFPP and 10310 as ordering codes for the same 10GBASE-ZR SFP+ module, so either code refers to this part. The EEPROM is coded with Extreme vendor identity for recognition on ExtremeXOS and Switch Engine switches; verify the part against the Extreme Networks optics compatibility matrix for your specific switch model, since the supported model list depends on the switch series and firmware release. The module meets the SFP+ MSA (SFF-8431) and is CE, RoHS, and Class 1 laser safety compliant per IEC 60825-1.
Backed by 15+ years of EdgeOptic compatibility engineering across vendor optical platforms. For help confirming fit on a specific Extreme switch model, contact our sales team. Ships next business day from EU stock with a lifetime warranty.
Frequently Asked Questions
Is the Extreme Networks 10GB-ZR-SFPP the same as the 10310?
Yes. Extreme Networks lists 10GB-ZR-SFPP and 10310 in the same product row of its optical transceiver guide as ordering codes for one 10GBASE-ZR SFP+ 80 km module. EdgeOptic keeps a separate page for each code because engineers search both, but the physical optic and its specifications are identical.