A set of economical modules SFP+ 10G 1270/1330NM dedicated for HP/Arub
A set of two single-mode SFP inserts operates bidirectionally on one fiber on wavelengths 1270/1330 nm and on maximum distance to 20 km. The electrical interface of the SFP 10G fiber optic module complies with the SFI electrical specifications. The receiver converts serial optical data at 10 Gbit/s into PECL/CML serial electrical data. The single-mode SFP insert is equipped with a two-wire serial I2C interface for serial identification, digital diagnostics and module control. The improved digital diagnostics monitoring interface allows real time access to the SFP optical module, ensuring the monitoring of received optical power, laser beam current, laser output power, etc. Single-mode SFP+ modules work with 10 Gbps Ethernet, routers and SONET/SDH switches, 10G/8.5G/4.25G/2.125G/1.0625G optical channels and other 10 Gbps optical links. SFP+ 1270/1330NM inserts are dedicated for HP/Arub devices.
Special features
Special features
- Electrical interface compatible with SFF-8431
- Can be connected without interruption
- Data links up to 10.7 Gb/s
- LD transmitter DFB 1270/1330 nm
- PIN 1270/1330 nm Receiver
- Low energy consumption
- Can be used to connect the SMF 20 km
- All-metal housing for excellent EMI performance
- Advanced firmware enables storage of client system encryption information in the transceiver
- Economical SFP+ solution to increase port density and bandwidth
- Compatibility with HP/A screw devices
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Output connector | LC |
SFP module - port speed | 10 Gbps |
Transmission distance | 4-20km |
Certification | FCC |
Fiber optic connector | LC |
Fiber type | SM (Single-Mode) |
Housing material | Metal |
Interface type | SFP+ |
Maximum data transfer rate | 10700 |
Maximum operating temperature | 70 |
Maximum transfer distance | 20000 |
Number of products included | 2 |
SFP transceiver type | Fiber optic |
Single-mode fiber (SMF) supported | Yes |
Sustainability certificates | CE, RoHS |
Type of SFP duplex | Wavy (WDM) |
Wavelength | 1270/1330 nm |
Wavelength | 1330 |
Wavelength-division multiplexing (WDM) | Yes |