HIGH POWER FIBER OPTIC CABLES
(HPOF &SIMM)
1. Hard Polymer Optical Fiber (HPOF)
2. Step Index Multimode Fiber (SIMM)
1. Hard Polymer Optical Fiber (HPOF)
The low OH large core fiber is ideally suited for use with both 650 nm and 850nm active
devices. Large core with 200um-600um diameters gives a good coupling efficiency for data
links or connectors. Systems with large core fiber have overall lower cost due to the loose
tolerance requirement of the components. HPOF shows the best performance when it is
applied to short to intermediate, a few hundreds to thousands feet, fiber optic data
transmission.
Hard polymer (HP) cladding made of “fluoroacrylate” has a role of protective coating of glass
core in addition to a role of fiber clad. HPOF is hard to break if it is bent tightly or treated
toughly in the process of installation or termination. The Hard Polymer cladding provides higher
tensile strength and greater resistance to moisture than the conventional claddings. These
features together create a fiber well suited for a wide variety of communications, industrial
applications, as well as near-IR spectroscopy.
Applications:
• Laser transmission
• Automotive cabling
• Short-to-medium distance communications (up to 3km)
• Near-IR spectroscopy
• Medical application (Laser and Sensor Technology)
• Factory automation
• Optical pyrometry
• Nuclear plasma diagnostics
Key Features and Advantages:
• Step index or part graded index
• Numerical Aperture≥0.37±0.02
• Customized NA’s available
• Low-OH Core for Vis-NIR transmission
• Large core diameter for high coupling efficiency to LED and laser sources
• Tolerant of wide fluctuations in temperature and humidity
• Compatible with a variety of light sources, such as: LEDs, laser diodes, VCSEDs, visible lamps
and gas lasers
Specifications:
Fiber Type |
HP200230
-37500 |
HP200230
-40500 |
HP300330 -37650 |
HP400430 -37730 |
HP600630 -371040 |
Part NO. |
SUN-
HP2110-A |
SUN-
HP2111-A |
SUN-
HP2110-B |
SUN-
HP2110-C |
SUN-
HP2110-D |
Geometrical Properties |
Core Diameter (um) |
200±3 |
200±3 |
300±6 |
400±6 |
600±10 |
Cladding Diameter (um) |
230-0/-8 |
230+0/-8 |
330+5/-8 |
430+5/-10 |
630+5/-10 |
Coating Diameter (um) |
500±25 |
500±25 |
650±25 |
730±30 |
1040±30 |
Core/Cladding Offset (um) |
≤5 |
≤5 |
≤6 |
≤6 |
≤6 |
Optical Properties |
Numerical Aperture |
0.37±0.02 |
0.4±0.02 |
0.37±0.02 |
0.37±0.02 |
0.37±0.02 |
Attenuation 850nm (dB/km) |
≤6.0 |
≤5.0 |
≤7.0 |
≤7.0 |
≤8.0 |
Bandwidth 850nm (MHz.km) |
≥20 |
≥50 |
≥20 |
≥20 |
≥20 |
Water Content |
Low OH |
Refractive Index Profile |
Step Index |
Grade Index |
Step Index |
Step Index |
Step Index |
Coating/Buffer Descriptions |
Core Material |
Pure Silicon Glass |
Cladding Material |
Fluoreacrylate |
Buffer Material |
UV Acrylate |
Operating Temperature (℃) |
-65~+85 |
Mechanical Properties |
Short Term Bend Radius (mm) |
≥10 |
≥10 |
≥15 |
≥29 |
≥58 |
Long Term Bend Radius (mm) |
≥16 |
≥16 |
≥24 |
≥47 |
≥94 |
Prod Test Level |
≥100 (0.689) |
Note:
1. The buffer material can be changed to high temperature resistance material such as ETFE
and FEP
2. Customized HPOFs are available, such as different NA and geometrical parameters

2. Step Index Multimode Fiber (SIMM)
Top
The step-index multimode fiber is manufactured with the advanced Plasma activated Chemical
Vapor Deposition (PCVD) process. Because of the inherent advantages of the process, the
fibers show excellent geometric and optical performance. To satisfy the demands of clients to
the most extent, a series of glass cladding step-index multimode fibers can be customized with
different fiber designs, including core diameter, cladding diameter, fiber diameter and NA.
Applications:
• Signal transmission
• Fiber sensor and laser transmission
• CATV, Local-area networks, data communications
• Medical equipment
• Optical device and connectors
• Near-IR and UV spectroscopy
• Scientific research
Key Features and Advantages:
• Flexible Numerical Aperture (NA): 0.00-0.32
• Flexible Core-Cladding Diameter Ratio: (CCDR) 1.05-1.4
• Excellent concentricity
• High coupling efficiency to LED and laser sources
• Low loss broad spectrum application: 275-2100 nm
• High power transmission
• Customized available
Specifications:
Fiber Type |
SI 40/125 -22/250 |
SI 100/140 -22/250 |
SI 105/125
-22-250 |
SI 110/125
-22/250 |
SI 200/240 -22/375 |
Part NO. |
SUN-
SI2014-C |
SUN-
SI2014-H |
SUN-
SI2014-J |
SUN-
SI2014-L |
SUN-
SI2014-P |
Geometrical Properties |
Core Diameter (um) |
40±2 |
100±3 |
105±2 |
110±3 |
200±5 |
Cladding Diameter (um) |
125±2 |
140±2 |
125±2 |
125±2 |
240±3 |
Coating Diameter (um) |
250±10 |
250±10 |
250±10 |
250±10 |
375±15 |
Core/Cladding Offset (um) |
≤1.0 |
≤1.5 |
≤1.5 |
≤1.5 |
≤1.5 |
Core Non-Circularity (%) |
≤5 |
Cladding Non-Circularity (%) |
≤1.0 |
≤1.0 |
≤1.0 |
≤1.0 |
≤2.0 |
Optical Properties |
Numerical Aperture |
0.22±0.02 |
Attenuation 850um (dB/km) |
≤3.0 |
≤3.0 |
≤3.0 |
≤4.0 |
≤5.0 |
Attenuation 1310um (dB/km) |
≤1.5 |
≤1.0 |
≤1.0 |
≤2.0 |
≤3.0 |
Bandwidth 850nm (MHz.km) |
≥20 |
Bandwidth 1300nm (MHz.km) |
≥20 |
Mechanical Properties |
Prod Test Level |
100 |
Material Composition |
Core |
Ga/F Doped Silica Glass |
Cladding |
Pure silica Glass or F doped silica Glass |
Note:
Customized SIMM fibers are available, such as different geometrical parameters, NA, coating or
buffer and higher strength.