Gigalight Launches 10G SFP+ AOC Checker

Date: 2015-09-26 Author: Gigalight 12529 Tags: 10G SFP+ Checker , 10G SFP+ AOC Checker

Shenzhen, China, September 25, 2015 − Gigalight has announced the launch of 10G SFP+ AOC Checker GEN2. The new checker combines multiple functions including bit error test (8.5G and 9.95 to11.3G), power meter test, EEPROM writing/reading, and DDM monitor, with features of high test precision, low consumption and good portability.

Gigalight 10G SFP+ Checker GEN2

Highlights

  • Silvery metal appearance, small exquisite size, good portability
  • Supporting 8.5Gbps, 9.95~11.3Gbps SFP+ transceiver BER Test
  • Built-in optical power meter, test range default as 1270~1550nm (850nm optional)
  • Interfaces: Mini USB port, two SFP+ port (supporting BIDI module loopback test)
  • Real-time DDM monitor reading and DDM Threshold reading
  • EEPROM writing & reading, flexible configuration for SFP+ compatibility
  • Simple graphical user interface, and no need for USB driver
  • OS operating system: Win XP 32bit/64bit, Win 7 32bit/64bit
  • External 5V direct current power

Applications

In the central interchanger and data center apparatus room, used for SFP+ modules maintenance, problem detection, and transmission capability & signal reception level confirmation; In distribution center and quality inspection, used for SFP+ information search, verifying whether SFP+ module meets the order requirements, and checking factory version, etc.; In production/R&D laboratory or solution field, used for verifying SFP module optical property, bit error test, power meter, EEPROM writing & reading, DDM monitor, etc.

About GIGALIGHT

GIGALIGHT is a global optical interconnection design innovator that designs, manufactures and supplies optical transceivers, active optical cables and coherent optical modules for data center network, 5G wireless network, optical transmission network, and broadcast video network. The company takes the advantages of exclusive design to provide customers with one-stop cost-effective optical network devices.