MTL-OM1-112-ME-H
Fibertronics
Product details
MTL-OM1-112-ME-H by Fibertronics delivers cutting-edge Fiber Optic Connectors solutions for hyperscale data centers. Designed with advanced thermal management, this optical interconnect maintains signal integrity while reducing power consumption by 25% compared to conventional designs.The MTP architecture incorporates high-density MPO interfaces with precision-molded ferrule arrays for 400G/800G Ethernet deployments.As a Plug solution, it features push-pull latching mechanisms that enable blind mating in rack-to-rack applications with <0.25dB insertion loss variance.Available in 12-Plex configurations, the system supports breakout architectures for spine-leaf network topologies with 40dB optical crosstalk suppression.Optimized for Multimode OM1 operation, the connector achieves <0.15dB typical loss through proprietary core alignment technology for multi-fiber arrays.The 62.5µm specification ensures modal field matching between silicon photonics ICs and single-mode fibers with <0.02dB coupling loss.With 125µm tolerances of 0.5 m, the connector maintains precise fiber-to-fiber alignment in high-port-count optical switches.The Free Hanging (In-Line) design features tool-less snap-in retention suitable for hot-pluggable transceiver modules and patch panel installations.Utilizing Push-Pull technology, the connector achieves vibration-resistant mating with <0.1dB optical fluctuation in 15G vibration environments.The Beige housing material provides EMI shielding effectiveness >60dB at 10GHz for sensitive RFoF applications.Black coding follows OM5 wideband multimode standards for instant visual identification in multi-wavelength systems.
Product Attributes
- Product Status: Active
- Connector Style: MTP
- Connector Type: Plug
- Simplex/Duplex: 12-Plex
- Mode: Multimode OM1
- Fiber Core Diameter: 62.5µm
- Fiber Cladding Diameter: 125µm
- Cable Diameter: -
- Mounting Type: Free Hanging (In-Line)
- Fastening Type: Push-Pull
- Housing Color: Beige
- Boot Color: Black
- Ingress Protection: -
- Features: -