High Quality SFP 1.25g 1310nm 20km Module SFP Module Price

Information content
Data
Certification
CE, ISO, RoHS, FCC
Condition
New
Connector
Sc/LC/FC/St
Trademark
Freshere, OEM, ODM
Origin
China
Production Capacity
50000
Package size per unit product
1.00cm * 1.00cm * 1.00cm
Gross weight per unit product
1.000kg
Reference Price
$ 6.08 - 6.75
Contact Us

Product Description

Product Description

Overview

  • High Performance - Single mode duplex 1.25 Gigabit SFP transceiver, supports up to 20km fiber length connection and 0~70ºC operating temperature.
  • Widely Compatible - The SFP transceiver are widely compatible with Cisco products(Cisco 3000 &6000 series router are not supported) and Netgear, MikroTik, Ubiquity, DLink etc., ( Not recommended for HP, Juniper and Aruba products). The fiber module also works well with switch, router, media converter and more gigabit SFP optic ports
  • High Quality - The shell adopts high density and heat-resistant insulation zinc alloy, high performance chipset, which makes the product more stable and efficient transmission, and low power consumption. More than 1000k+ pcs SFP are already deploy in global market
  • 100% Aging Testing - The gold finger of SFP module are carefully examined to reach the perfect combination of circuit assembly precision. All SFP are 100% aging testing after assembling to ensure that all sold modules are stable and high reliability
  • Fast & Convenient Connection - The SFP support hot swappable, which just need plug and play for fast connection with LC-LC Single-mode fiber path.
High Quality SFP 1.25g 1310nm 20km Module SFP Module Price High Quality SFP 1.25g 1310nm 20km Module SFP Module Price
High Quality SFP 1.25g 1310nm 20km Module SFP Module Price High Quality SFP 1.25g 1310nm 20km Module SFP Module Price High Quality SFP 1.25g 1310nm 20km Module SFP Module Price High Quality SFP 1.25g 1310nm 20km Module SFP Module Price High Quality SFP 1.25g 1310nm 20km Module SFP Module Price
Company Profile

 

 

 

 

Communication Module

SUPERAUTO.CAT, 2023