10Pcs Sc/upc-Sc/apc Fiber Patchcord-Sm(9/125) G657A2 Or G657B3-1M, 2M Or 5M-3.0Mm Cable / Jumper

10Pcs Sc/upc-Sc/apc Fiber Patchcord-Sm(9/125) G657A2 Or G657B3-1M, 2M Or 5M-3.0Mm Cable / Jumper

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Product Details

  • CompatibleIntel,huawei,transition Networks,alcatel-Lucent,planet,tp-Link,extreme,supermicro,moxa,ericsson,brocade,cisco,aruba,foundry,ubiquiti,mikrotik,hp,enterasys,zyxel,netgear,trendnet,ibm,f5 Networks,h3C,customized Brands,avago,arista,mellanox,avaya,dell Force10,dell,hirschmann,open Switch,finisar,ciena,juniper,linksys,smc,allied,d-Link
  • Item Length1M
  • Brand NameCicvchc
  • Fiber TypeSingle Mode
  • Connector TypeHybrid
  • Size1M, 2M Or 5M
  • Model NumberP01-009
  • Connector-End1Sc/upc
  • Connector-End2Sc/apc
  • Fiber TypeSingle Mode (9/125) G657A2, G657 B3
  • Cable MaterialLszh
  • Cable Size3.0Mm
  • Cable ColorWhite
  • Length1M, 2M Or 5M
  • Packing10Pcs Per Big Poly Bag

Product Description

10Pcs Sc/upc-Sc/apc Fiber Patchcord-Sm(9/125) G657A2 Or G657B3-1M, 2M Or 5M-3.0Mm Cable / Jumper

8 Applications: Fiber Optic communications system; Fiber Optic access networks; CATV Fiber Optic data communication Fiber Optic Test Equipments How to select fiber type ITU-T Single-mode Standards
(commonly used in service provider networks)
G652D and G657A2 specifications refer to the glass and cable construction of optical fibre and are generally the fibres of choice in optical fibre patch leads for singlemode systems. The G652D fibre Mode Field Diameter is 10.4µm @1550nm. G652D fibres provide marginally lower loss transmission, which is better in facilitating long distance communication links (up to and greater than 100km). However, G652D fibres have limited bend resistance. G657A2 fibres are used in advanced access cable network installation, where higher bend resistance is required for smaller cable jointing pits and also allows for cable and hardware miniaturisation. G657A2 fibres are fully compatible with G652D fibres. The G657A2 fibre Mode Field Diameter is 9.8µm@1550nm. Splice losses are slightly higher when splicing the two different fibres together. G657A2 fibre have greater resistance to bending (macrobend) losses (see figure below), and facilitating low cost deployment techniques.
10Pcs Sc/upc-Sc/apc Fiber Patchcord-Sm(9/125) G657A2 Or G657B3-1M, 2M Or 5M-3.0Mm Cable / Jumper

Figure1: Relevant Bending radii for G652 and G657 fibres.Fibre Bending Radii Vs Attenuation Increase at 1550nm. Therefore, G657A2 optical fibre in patch cords, provide an improved bend radius and flexibility, which may allow for better cable management and routing in congested areas. The improved bend radius, may also allow for increased density in high density patching fields. G657A2 optical fibre is becoming very popular in Data Centre and Enterprise network deployments.
How to select fiber type ITU-T Single-mode Standards
(commonly used in service provider networks)
G652D and G657A2 specifications refer to the glass and cable construction of optical fibre and are generally the fibres of choice in optical fibre patch leads for singlemode systems. The G652D fibre Mode Field Diameter is 10.4µm @1550nm. G652D fibres provide marginally lower loss transmission, which is better in facilitating long distance communication links (up to and greater than 100km). However, G652D fibres have limited bend resistance. G657A2 fibres are used in advanced access cable network installation, where higher bend resistance is required for smaller cable jointing pits and also allows for cable and hardware miniaturisation. G657A2 fibres are fully compatible with G652D fibres. The G657A2 fibre Mode Field Diameter is 9.8µm@1550nm. Splice losses are slightly higher when splicing the two different fibres together. G657A2 fibre have greater resistance to bending (macrobend) losses (see figure below), and facilitating low cost deployment techniques.
10Pcs Sc/upc-Sc/apc Fiber Patchcord-Sm(9/125) G657A2 Or G657B3-1M, 2M Or 5M-3.0Mm Cable / Jumper

Figure1: Relevant Bending radii for G652 and G657 fibres.Fibre Bending Radii Vs Attenuation Increase at 1550nm. Therefore, G657A2 optical fibre in patch cords, provide an improved bend radius and flexibility, which may allow for better cable management and routing in congested areas. The improved bend radius, may also allow for increased density in high density patching fields. G657A2 optical fibre is becoming very popular in Data Centre and Enterprise network deployments.
ITU-T Single-mode Standards
(commonly used in service provider networks)
ITU-T
Standard
ISO/IEC
Standard
Bend Loss
Radius
Bend Loss
(Max loss/turn
@ 1550 nm)
Nominal
Mode Field
@ 1310 nm
Comments
G652.D
OS2
30 mm
0.001 dB
(0.1 dB @ 100
turns)
8.6-9.2
"Standard"
Single-mode
G657.A1
OS2
10mm
0.75dB
8.6-9.2
G652.D Compliant
" Bend-Insensitive" Single-Mode
G657.A2
OS2
7.5mm
0.5dB
8.6-9.2
G652.D Compliant
"Bend-Insensitive" Single-Mode
G657.B3
Non-compliant (chromatic dispersion, low water peak)
5mm
0.15dB
8.6-9.2
G652.D Compliant
"Bend-Insensitive" Single-Mode
G652D and G657A2 specifications refer to the glass and cable construction of optical fibre and are generally the fibres of choice in optical fibre patch leads for singlemode systems. The G652D fibre Mode Field Diameter is 10.4µm @1550nm. G652D fibres provide marginally lower loss transmission, which is better in facilitating long distance communication links (up to and greater than 100km). However, G652D fibres have limited bend resistance. G657A2 fibres are used in advanced access cable network installation, where higher bend resistance is required for smaller cable jointing pits and also allows for cable and hardware miniaturisation. G657A2 fibres are fully compatible with G652D fibres. The G657A2 fibre Mode Field Diameter is 9.8µm@1550nm. Splice losses are slightly higher when splicing the two different fibres together. G657A2 fibre have greater resistance to bending (macrobend) losses (see figure below), and facilitating low cost deployment techniques.
10Pcs Sc/upc-Sc/apc Fiber Patchcord-Sm(9/125) G657A2 Or G657B3-1M, 2M Or 5M-3.0Mm Cable / Jumper

Figure1: Relevant Bending radii for G652 and G657 fibres.Fibre Bending Radii Vs Attenuation Increase at 1550nm. Therefore, G657A2 optical fibre in patch cords, provide an improved bend radius and flexibility, which may allow for better cable management and routing in congested areas. The improved bend radius, may also allow for increased density in high density patching fields. G657A2 optical fibre is becoming very popular in Data Centre and Enterprise network deployments.

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