24-channel Multi-Mode Insertion and Return Loss Test Station，ILRL-18001-MM
Model: ILRL-18001-MM
Origin: China
Brand: Neofibo
Production Description:
ILRL-18001-MM is a newly developed optical fiber device testing platform by Neofibo. It provides an efficient, accurate and flexible testing experience for MTP/MPO devices, optical fiber links and other applications, helping the industry simplify operations and improve testing efficiency. It features a wrap-free return loss test function that can be operated without the use of index matching gel. The platform can automatically perform dual-wavelength IL & RL testing for 24 channels, meeting the high-efficiency demand for multi-channel parallel testing. Adopting an integrating sphere testing scheme, it is perfectly compatible with the testing requirements of MTP/MPO devices.
Key Features:
- Wrap-free return loss test, no index matching gel required.
- Automatically performs dual-wavelength IL & RL tests for 12/24/16/32 channels.
- Adopts an integrating sphere test scheme to meet the testing requirements of MTP/MPO devices.
- Can be extended with a 32-channel 18000 optical power meter to support testing of MPO-fanout devices.
- Software-configurable for various special wiring sequences, cable test procedures, diversified test modes, and strong system compatibility.
- Supports burn-in monitoring and test applications.
- Supports automatic detection and single-channel manual testing.
- Supports multiple data storage formats including Excel, database and XML.
- Equipped with a high-performance built-in PC to ensure system compatibility and smooth operation.
Specifications：
Equipment List：
Note 1: One MPO finished adapter; configured with a 12/24-fiber flange or a 16/32-fiber flange depending on the number of channels in the equipment.
Note 2: The number of standard fibers varies depending on the number of channels in the equipment; if there are 24 channels, 25 fibers are provided; if there are 32 channels, 33 fibers are provided; and so on.
Note 3: All standard fibers will be provided according to the equipment’s single-mode or multi-mode configuration.
