logo
Send Message
Found 92 products for "

fiber optic attenuator

"
quality 10db Plug Type Male To Female FC APC Optical Fiber Attenuator factory

10db Plug Type Male To Female FC APC Optical Fiber Attenuator

10db Plug Type Male To Female FC APC Optical Fiber Attenuator FC APC Singlemode plug type 3db 5db10db 15db Male to Female optical fiber attenuator Product Description Optical attenuator is a passive device used to reduce the power level of an optical signal. It could be applied to debug optical power performance & optical instrument calibration correction & fiber signal attenuation to ensure the optical power in a stable and desired level in the link without any changes on

quality SC APC Female To Male Zinc Alloy Optical Variable Attenuator factory

SC APC Female To Male Zinc Alloy Optical Variable Attenuator

SC APC Female To Male Zinc Alloy Optical Variable Attenuator Introduction: Fiber Optic Attenuator is a component installed in a fiber optic transmission system that reduces the power in the optical signal. It is often used to limit the optical power received by the photo detector to within the limits of the optical receiver. Features: Low back reflection and Low PDL High precision attenuation value Precision control of attenuation range Wide attenuation range Precision

quality MTP Breakout Cable OM4 OFNP Fire Safety-Rated with 0.35dB Low IL for High-Speed Data Center Links factory

MTP Breakout Cable OM4 OFNP Fire Safety-Rated with 0.35dB Low IL for High-Speed Data Center Links

MTP Breakout Cable: MTP-16 F APC to 2 x MTP-8 F UPC, 16F, OM4, OFNP, Crossover This MTP-16 to 2 x MTP-8 OM4 cable is a multimode splitter fiber cable featuring an MTP-16 APC end with an 8-degree polished angle to deflect internal optical back reflections, preventing signal distortion by keeping reflections from entering the transceiver. Designed for connecting two 200G optical QSFP56 transceivers to 400G optical QSFP-DD/OSFP transceivers in data center high-speed fiber

quality MTP Breakout Cable OM4 50/125μm with 0.35dB Low IL and 8° APC Endface for High-Speed Data Center Links factory

MTP Breakout Cable OM4 50/125μm with 0.35dB Low IL and 8° APC Endface for High-Speed Data Center Links

MTP Breakout Cable - MTP-16 F APC to 2 x MTP-8 F APC, 16F, OM4, OFNP, Crossover This MTP-16 to 2 x MTP-8 OM4 cable is a multimode splitter fiber cable featuring an MTP-16 APC end with an 8-degree polished angle to deflect internal optical back reflections, ensuring optimal signal quality by preventing distortion from transceiver interference. Designed for high-speed data center applications, this cable links two 400G optical QSFP-DD/OSFP transceivers to 800G optical QSFP

quality MTP Breakout Cable with 0.35dB Low IL and 8° APC Endface for OFNP Fire Safety-Rated Data Center Links factory

MTP Breakout Cable with 0.35dB Low IL and 8° APC Endface for OFNP Fire Safety-Rated Data Center Links

MTP Breakout Cable - MTP-16 F APC to 2 x MTP-8 F APC This single-mode splitter fiber cable features an MTP-16 APC end with an 8-degree polished angle to deflect internal optical back reflections, ensuring optimal signal quality by preventing distortion from entering transceivers. Designed for high-speed data center applications, this cable links two 400G optical QSFP-DD/OSFP transceivers to 800G optical QSFP-DD transceiver transmission. Compared to separate breakout

quality OM4 MTP Breakout Cable with APC Connectors and OFNP Fire Safety for High-Speed Data Centers factory

OM4 MTP Breakout Cable with APC Connectors and OFNP Fire Safety for High-Speed Data Centers

MTP Breakout Cable, MTP-12 F APC to 2 x MTP-4 F APC, 8F, OM4, OFNP, Type B Product Overview The MTP-12 to 2 x MTP-4 APC (Female) OM4 cable is a multimode, 4-channel-to-two 2-channel splitter fiber cable designed for high-performance data center applications. This innovative solution uses 8 active fibers for data transmission and 4 inactive fibers as strength members. The APC end features an 8-degree polished angle that effectively deflects internal optical back reflections,

quality MTP Breakout Cable with 8° APC Endface, OFNP Fire Safety-Rated, and 0.35dB Low IL for High-Speed Data Links factory

MTP Breakout Cable with 8° APC Endface, OFNP Fire Safety-Rated, and 0.35dB Low IL for High-Speed Data Links

MTP Breakout Cable: MTP-12 F APC to 2 x MTP-4 F APC, 8F, OM3, OFNP, Type B The MTP-12 to 2 x MTP-4 APC (Female) OM3 cable is a multimode, 4-channel-to-two 2-channel splitter fiber cable designed for high-performance data center applications. This innovative solution uses 8 active fibers for data transmission and 4 inactive fibers as strength members. The APC endface features an 8-degree polished angle that effectively deflects internal optical back reflections, preventing

quality MTP Trunk Cable with 0.20dB Low IL 48F OM3 OFNP Fire Safety-Rated for High-Density Data Centers factory

MTP Trunk Cable with 0.20dB Low IL 48F OM3 OFNP Fire Safety-Rated for High-Density Data Centers

MTP-12 Trunk Cable, F to F, UPC, 48F, OM3, OFNP, 0.20dB, Type B MTP trunks are factory pre-terminated and rigorously tested, coming with reliable MTP-MTP or MTP-LC Uniboot connectors. Ultra-low loss MTP connectors can reduce signal loss during transmission to support long-distance transmissions and multiple connection areas. The robust double-jacket sheath enhances crush resistance, ensuring durability and performance over long-distance runs. These features make MTP

quality MTP Breakout Cable with 0.35dB Low IL and G.657.A1 Bend Insensitive Fiber for OFNP Fire Safety-Rated Applications factory

MTP Breakout Cable with 0.35dB Low IL and G.657.A1 Bend Insensitive Fiber for OFNP Fire Safety-Rated Applications

MTP Breakout Cable, MTP-24 F APC to 2 x MTP-12 F APC, 24F, OS2, OFNP, Type A Product Overview MTP Breakout cable provides a flexible multi-fiber cabling system based on MTP technology. Unlike MTP harness cables, these breakout cables feature MTP connectors on both ends, offering enhanced possibilities for existing 24-fiber cabling infrastructure. The 40/100G MTP Breakout cables eliminate fiber waste in current 40G transmission and upcoming 100G applications. Compared to