Original Huawei 100g 10km Qsfp28 SFP Transceiver Osn010n24 02312bss

• Type: Wireless
• Support Network: Ethernet
• Information content: Data
• Certification: CE, RoHS
• Condition: New
• Model Number: SFP Fiber Transceiver Mode
• Model NO.: 100G QSFP28 SFP Module
• Standard: IEEE802.3X
• Pn: 02312bss
• Huawei Compatible: Qsfp28-100g-Sr4
• Apply to: Sx700, Sx300 Series Campus Switch CE Series Data C
• Work with: Huawei Osn8800 Series Client Side Tributary Board,
• Transport Package: Tray Packing
• Trademark: OEM
• Origin: China
• Production Capacity: 5000PCS/Per Week

Product Description

Original Huawei 100G 10KM QSFP28 sfp transceiver OSN010N24

Experience unparalleled performance with our Original Huawei 100G 10KM QSFP28 sfp transceiver OSN010N24 optical transceiver. This high-quality product is designed to meet the demanding needs of modern networking environments. With its MPO connector, it enables easy and efficient connectivity, allowing for seamless integration into your network infrastructure.

Operating at a blazing-fast 100G speed, this transceiver ensures rapid data transmission over a distance of 0.1KM. It's the perfect solution for data centers, enterprise networks, and other high-bandwidth applications. With its reliable and robust design, it delivers exceptional signal integrity and low power consumption, guaranteeing stable and efficient performance.

Product Features: 
 

100Gigabit Ehernet Transceiver Information
Model	OSN010N24
Encapsulation mode	QSFP28
Interface standard	IEEE 802.3ba, 100GBASE-LR4
Bit Error Ratio (BER)	<1x10E-12
Working case temperature (°C)	0 °C to 70 °C (32°F to 158°F)
Digital diagnosis	SFF-8636
Environment standard	RoHS
Security standard	FCC class B, IEC 60825-1 Class 1
ESD(HBM1) (V)	500
Transmission rate (bit/s)	103.125G
Connector type	LC
Transmission distance (km)	10
Optical fiber type	SMF
Center wavelength (nm)	1295.56; 1300.05; 1304.58; 1309.14
Working wavelength range of the optical transmitter (nm)	1294.53-1296.59; 1299.02-1301.09; 1303.54-1305.63; 1308.09-1310.19
Maximum sending optical power (AVG) (dBm)	per lane:4.5
Maximum sending optical power (OMA) (dBm)	per lane:4.5
Minimum sending optical power (AVG) (dBm)	per lane:-4.3
Minimum sending optical power (OMA) (dBm)	per lane:-1.3
Receiving sensitivity (AVG) (dBm)	-
Receiving sensitivity (OMA) (dBm)	per lane:-8.6
Saturated optical power (dBm)	per lane:4.5
Minimum extinction ratio (dB)	4
Note	The optical power calculation is based on the OMA value.