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PLC Optical Splitter
AR/VR

PLC Optical Splitter

Supplier
China-tscom
Category
AR/VR
Origin
China

The PLC optical splitter is an integrated-waveguide optical power distributor on a silica substrate. Available 1×N and 2×N splitters evenly distribute signals from one or two inputs to multiple outputs, or operate in reverse to combine multiple signals into one or two fibers. Features include a broad operating wavelength range, low insertion loss, low polarization-dependent loss, a miniature design, good channel uniformity, high reliability and stability. It passes GR-1221-CORE and GR-12091-CORE reliability tests and complies with RoHS.

Specification Snapshot
Return Loss [1×2; Indoor Testing; Excludes Connector Loss]
≥55 dB
Return Loss [1×4; Indoor Testing; Excludes Connector Loss]
≥55 dB
Return Loss [1×8; Indoor Testing; Excludes Connector Loss]
≥55 dB
Return Loss [1×16; Indoor Testing; Excludes Connector Loss]
≥55 dB
Return Loss [1×32; Indoor Testing; Excludes Connector Loss]
≥55 dB
Return Loss [1×64; Indoor Testing; Excludes Connector Loss]
≥55 dB
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Overview

The PLC optical splitter is an integrated-waveguide optical power distributor on a silica substrate. Available 1×N and 2×N splitters evenly distribute signals from one or two inputs to multiple outputs, or operate in reverse to combine multiple signals into one or two fibers. Features include a broad operating wavelength range, low insertion loss, low polarization-dependent loss, a miniature design, good channel uniformity, high reliability and stability. It passes GR-1221-CORE and GR-12091-CORE reliability tests and complies with RoHS.

Specifications

ParameterValue
Insertion Loss [1×2; MAX(P/S); indoor testing; excludes connector loss]3.8/4.0
Uniformity [1×2; MAX(P/S); indoor testing; excludes connector loss]0.6/0.6
Polarization Dependent Loss [1×2; MAX(P/S); indoor testing; excludes connector loss]0.15/0.25
Return Loss [1×2; Indoor Testing; Excludes Connector Loss]≥55 dB
Insertion Loss [1×4; MAX(P/S); indoor testing; excludes connector loss]7.0/7.4
Uniformity [1×4; MAX(P/S); indoor testing; excludes connector loss]0.6/0.7
Polarization Dependent Loss [1×4; MAX(P/S); indoor testing; excludes connector loss]0.15/0.25
Return Loss [1×4; Indoor Testing; Excludes Connector Loss]≥55 dB
Insertion Loss [1×8; MAX(P/S); indoor testing; excludes connector loss]10.5/10.7
Uniformity [1×8; MAX(P/S); indoor testing; excludes connector loss]0.8/1.0
Polarization Dependent Loss [1×8; MAX(P/S); indoor testing; excludes connector loss]0.2/0.25
Return Loss [1×8; Indoor Testing; Excludes Connector Loss]≥55 dB
Insertion Loss [1×16; MAX(P/S); indoor testing; excludes connector loss]13.6/13.9
Uniformity [1×16; MAX(P/S); indoor testing; excludes connector loss]0.9/1.2
Polarization Dependent Loss [1×16; MAX(P/S); indoor testing; excludes connector loss]0.2/0.3
Return Loss [1×16; Indoor Testing; Excludes Connector Loss]≥55 dB
Insertion Loss [1×32; MAX(P/S); indoor testing; excludes connector loss]16.6/16.9
Uniformity [1×32; MAX(P/S); indoor testing; excludes connector loss]1.2/1.4
Polarization Dependent Loss [1×32; MAX(P/S); indoor testing; excludes connector loss]0.25/0.3
Return Loss [1×32; Indoor Testing; Excludes Connector Loss]≥55 dB
Insertion Loss [1×64; MAX(P/S); indoor testing; excludes connector loss]21/21.5
Uniformity [1×64; MAX(P/S); indoor testing; excludes connector loss]1.7/1.9
Polarization Dependent Loss [1×64; MAX(P/S); indoor testing; excludes connector loss]0.25/0.35
Return Loss [1×64; Indoor Testing; Excludes Connector Loss]≥55 dB
Insertion Loss [1×128; MAX(P/S); indoor testing; excludes connector loss]24/24.5
Uniformity [1×128; MAX(P/S); indoor testing; excludes connector loss]2.2/2.5
Polarization Dependent Loss [1×128; MAX(P/S); indoor testing; excludes connector loss]0.4/0.45
Return Loss [1×128; Indoor Testing; Excludes Connector Loss]≥55 dB
Insertion Loss [2×2; MAX(P/S); indoor testing; excludes connector loss]4.0/4.3
Uniformity [2×2; MAX(P/S); indoor testing; excludes connector loss]0.9/1.1
Polarization Dependent Loss [2×2; MAX(P/S); indoor testing; excludes connector loss]0.25/0.3
Return Loss [2×2; Indoor Testing; Excludes Connector Loss]≥55 dB
Insertion Loss [2×4; MAX(P/S); indoor testing; excludes connector loss]7.4/7.6
Uniformity [2×4; MAX(P/S); indoor testing; excludes connector loss]1.0/1.2
Polarization Dependent Loss [2×4; MAX(P/S); indoor testing; excludes connector loss]0.25/0.3
Return Loss [2×4; Indoor Testing; Excludes Connector Loss]≥55 dB
Insertion Loss [2×8; MAX(P/S); indoor testing; excludes connector loss]10.7/11.0
Uniformity [2×8; MAX(P/S); indoor testing; excludes connector loss]1.0/1.2
Polarization Dependent Loss [2×8; MAX(P/S); indoor testing; excludes connector loss]0.25/0.3
Return Loss [2×8; Indoor Testing; Excludes Connector Loss]≥55 dB
Insertion Loss [2×16; MAX(P/S); indoor testing; excludes connector loss]14/14.5
Uniformity [2×16; MAX(P/S); indoor testing; excludes connector loss]1.2/1.5
Polarization Dependent Loss [2×16; MAX(P/S); indoor testing; excludes connector loss]0.3/0.35
Return Loss [2×16; Indoor Testing; Excludes Connector Loss]≥55 dB
Insertion Loss [2×32; MAX(P/S); indoor testing; excludes connector loss]17.5/18
Uniformity [2×32; MAX(P/S); indoor testing; excludes connector loss]1.5/1.8
Polarization Dependent Loss [2×32; MAX(P/S); indoor testing; excludes connector loss]0.3/0.35
Return Loss [2×32; Indoor Testing; Excludes Connector Loss]≥55 dB
Insertion Loss [2×64; MAX(P/S); indoor testing; excludes connector loss]21.4/21.9
Uniformity [2×64; MAX(P/S); indoor testing; excludes connector loss]2.0/2.3
Polarization Dependent Loss [2×64; MAX(P/S); indoor testing; excludes connector loss]0.35/0.4
Return Loss [2×64; Indoor Testing; Excludes Connector Loss]≥55 dB
Operating Wavelength [Indoor Testing; Excludes Connector Loss]1260–1650 nm
Fiber TypeITU-T G657A1, G657A2
Temperature stability [−40 to 85°C; Indoor Testing; Excludes Connector Loss]Maximum 0.5; Typical 0.3
Operating Temperature−40 to85
Storage Temperature−40 to85
Package Dimensions [1×2; I Bare Fiber; Length × Width × Height]40 mm × 4 mm × 4 mm
Package Dimensions [1×4; I Bare Fiber; Length × Width × Height]40 mm × 4 mm × 4 mm
Package Dimensions [1×8; I Bare Fiber; Length × Width × Height]40 mm × 4 mm × 4 mm
Package Dimensions [1×16; I Bare Fiber; Length × Width × Height]45 mm × 5 mm × 4 mm
Package Dimensions [1×32; I Bare Fiber; Length × Width × Height]55 mm × 7 mm × 4 mm
Package Dimensions [1×64; I Bare Fiber; Length × Width × Height]60 mm × 12 mm × 4 mm
Package Dimensions [1×2; II Miniature; Length × Width × Height]60 mm × 7 mm × 4 mm
Package Dimensions [1×4; II Miniature; Length × Width × Height]60 mm × 7 mm × 4 mm
Package Dimensions [1×8; II Miniature; Length × Width × Height]60 mm × 7 mm × 4 mm
Package Dimensions [1×16; II Miniature; Length × Width × Height]60 mm × 12 mm × 4 mm
Package Dimensions [1×32; II Miniature; Length × Width × Height]80 mm × 20 mm × 6 mm
Package Dimensions [1×64; II Miniature; Length × Width × Height]100 mm × 40 mm × 6 mm
Package Dimensions [1×2; III Box Type; Length × Width × Height]90 mm × 20 mm × 10 mm
Package Dimensions [1×4; III Box Type; Length × Width × Height]100 mm × 80 mm × 10 mm
Package Dimensions [1×8; III Box Type; Length × Width × Height]100 mm × 80 mm × 10 mm
Package Dimensions [1×16; III Box Type; Length × Width × Height]120 mm × 80 mm × 18 mm
Package Dimensions [1×32; III Box Type; Length × Width × Height]120 mm × 80 mm × 18 mm
Package Dimensions [1×64; III Box Type; Length × Width × Height]140 mm × 114 mm × 18 mm
Package Dimensions [2×2; I Bare Fiber; Length × Width × Height]50 mm × 5 mm × 4 mm
Package Dimensions [2×4; I Bare Fiber; Length × Width × Height]50 mm × 5 mm × 4 mm
Package Dimensions [2×8; I Bare Fiber; Length × Width × Height]50 mm × 5 mm × 4 mm
Package Dimensions [2×16; I Bare Fiber; Length × Width × Height]55 mm × 7 mm × 4 mm
Package Dimensions [2×32; I Bare Fiber; Length × Width × Height]60 mm × 7 mm × 4 mm
Package Dimensions [2×64; I Bare Fiber; Length × Width × Height]65 mm × 12 mm × 4 mm
Package Dimensions [2×2; II Miniature; Length × Width × Height]65 mm × 7 mm × 4 mm
Package Dimensions [2×4; II Miniature; Length × Width × Height]65 mm × 7 mm × 4 mm
Package Dimensions [2×8; II Miniature; Length × Width × Height]65 mm × 7 mm × 4 mm
Package Dimensions [2×16; II Miniature; Length × Width × Height]80 mm × 20 mm × 6 mm
Package Dimensions [2×32; II Miniature; Length × Width × Height]80 mm × 20 mm × 6 mm
Package Dimensions [2×64; II Miniature; Length × Width × Height]100 mm × 40 mm × 6 mm
Package Dimensions [2×2; III Box Type; Length × Width × Height]90 mm × 20 mm × 10 mm
Package Dimensions [2×4; III Box Type; Length × Width × Height]100 mm × 80 mm × 10 mm
Package Dimensions [2×8; III Box Type; Length × Width × Height]100 mm × 80 mm × 10 mm
Package Dimensions [2×16; III Box Type; Length × Width × Height]120 mm × 80 mm × 18 mm
Package Dimensions [2×32; III Box Type; Length × Width × Height]140 mm × 114 mm × 18 mm
Package Dimensions [2×64; III Box Type; Length × Width × Height]140 mm × 114 mm × 18 mm

Applications

Telecommunication sector PON System FTTH CATV Video Transmission

Datasheet

Product Datasheet
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Supplier Information

Ch
China-tscom
View Supplier →
Founded in 2000 and listed on the ChiNext of Shenzhen Stock Exchange in 2016, T&S Communications is a national high-tech enterprise focusing on the R&D, production and sales of core optical communication components and integrated functional modules. As a globally leading manufacturer of MTP/MPO high-density optical fiber connectors and one of the world's largest manufacturers of ceramic ferrules, the company's products are widely used in large and ultra-large data centers, cloud computing platforms, AI training clusters, telecommunication networks and next-generation intelligent computing infrastructure in North America and Europe, continuously providing high-quality optical connection products and solutions to global leading cloud service providers, equipment manufacturers and data center operators. The company has a rich product line, covering passive optical components such as high-density optical fiber connectors, conventional optical fiber connectors, PLC splitters, and wavelength division multiplexers, active optical components such as high-speed optical modules and active optical cables, as well as key basic components such as ceramic ferrules, MT ferrules, planar lightwave circuit wafers and chips. T&S Communications has three subsidiaries: Hechuan Powder, Ruixinyuan, and Tesilu Precision, and has established a production base in Vietnam. Relying on the "Guangdong Provincial Optical Fiber Sensing (T&S Communications) Engineering Technology Research Center", the company actively promotes the large-scale application of optical fiber sensing technology in fields such as electric power, transportation, energy, and infrastructure. Looking to the future, T&S Communications closely follows the development trends of ultra-high computing power and the Internet of Everything, focusing on cutting-edge businesses such as high-density optical interconnection, CPO (Co-Packaged Optics) and optical fiber sensing, and is committed to building a high-density, high-speed, intelligent "optical communication + optical sensing" product system, providing global customers with reliable and forward-looking products and solutions.

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