Single-mode

FUD-3562, PM075 LNA-FA Optical Fiber

SKU: FUD-3562

You have selected an application designed fiber, not fully released which may have a longer lead time than our standard products.

FUD-3270, PM060 LNA, Optical Fiber

SKU: FUD-3270

You have selected an application designed fiber, not fully released which may have a longer lead time than our standard products.

PS1060, Photosensitive, Optical Fiber

SKU: PS1060

Coherent PS1060 photosensitive fiber is designed for use in writing fiber Bragg gratings for pump stabilizers or diode output wavelengths in the 980 to 1060 nm range. PS1060 is also used in coupler applications. This photosensitive fiber provides a cost-savings for grating-writing because customers can write highly repeatable, quality gratings in a short time.

This product requires a purchase of a minimum quantity of : 112

780-HP, Select Cutoff SM Optical Fiber

SKU: 780-HP

Coherent 780-HP high-performance select cutoff single-mode fiber is optimized at near IR wavelengths. This application-specific fiber was developed for applications requiring coupler generation, diode pigtails and unique delivery needs for the near IR continuum. Compared to the best fibers available today, 780-HP fiber features higher proof test levels and tighter second mode cutoff tolerance. These features result in higher strength, increased component reliability, improved production yields and reduced costs for component manufacturers.

This product requires a purchase of a minimum quantity of : 152

FUD-3397, PM780-BK-S-BN, Optical Fiber

SKU: FUD-3397

You have selected an application designed fiber, not fully released which may have a longer lead time than our standard products.

FUD-3548, 780-XP, Optical Fiber

SKU: FUD-3548

You have selected an application designed fiber, not fully released which may have a longer lead time than our standard products.

FUD-3558, PM780C-A, Optical Fiber

SKU: FUD-3558

You have selected an application designed fiber, not fully released which may have a longer lead time than our standard products.

FUD-3602, SM780, Optical Fiber

SKU: FUD-3602

You have selected an application designed fiber, not fully released which may have a longer lead time than our standard products.

FUD-3835, 780-HP-HYT-BK, Optical Fiber

SKU: FUD-3835

You have selected an application designed fiber, not fully released which may have a longer lead time than our standard products.

PM850G-80/170-5, PM Panda-Type Gyro, Optical Fiber

SKU: PM850G-80/170-5

Coherent 850 nm PANDA-style PM Gyroscope fibers have extremely high birefringence and exceptionally tight dimensional specifications, critical for manufacturing high precision, high-performance gyro-coils. High consistency and extreme end-to-end control of optical properties provide particular advantage in this application by reducing fiber generated signal artifacts. The intrinsically high level of radiation resistance allows operation for extended periods of time on low earth orbits, near and deep space, and applications where exposure to man-made radiation is expected. The Panda-style configuration is preferred over bow-tie or elliptical clad designs because of its advantages in process scalability and product uniformity. These fibers are offered in industry standard specifications and Coherent high performance (HP) versions optimized for exceptional splicability and offering the tightest tolerance specifications available.

PME850G-40/100-5, PM Elliptical-Clad Gyro, Optical Fiber

SKU: PME850G-40/100-5

Coherent elliptical clad PM Gyroscope fibers have high birefringence and are designed for gyroscope and sensor applications. These fibers feature good bending performance and are optimized for either 850 nm or 1300 nm wavelength operation. The 850 nm optimized fiber has a 40 µm clad diameter and the 1300 nm optimized fiber has an 80 µm clad diameter. Both are ideally suited for applications requiring a small form factor.

PM850G-80/135-2HP, High-Performance PM Panda-Type Gyro, Optical Fiber

SKU: PM850G-80/135-2HP

Coherent 850 nm PANDA-style PM Gyroscope fibers have extremely high birefringence and exceptionally tight dimensional specifications, critical for manufacturing high precision, high-performance gyro-coils. High consistency and extreme end-to-end control of optical properties provide particular advantage in this application by reducing fiber generated signal artifacts. The intrinsically high level of radiation resistance allows operation for extended periods of time on low earth orbits, near and deep space, and applications where exposure to man-made radiation is expected. The Panda-style configuration is preferred over bow-tie or elliptical clad designs because of its advantages in process scalability and product uniformity. These fibers are offered in industry standard specifications and Coherent high performance (HP) versions optimized for exceptional splicability and offering the tightest tolerance specifications available.

S630-HP, Pure Silica Core Select Cutoff SM, Optical Fiber

SKU: S630-HP

Coherent pure silica core fibers are optimized for use at visible wavelengths from 400 up to 700 nm. These high-performance fibers were developed for applications such as RGB components requiring couplers, diode pigtails and unique delivery needs. The pure silica core fibers were designed for more demanding applications that require lower attenuation and higher resistance to radiation and color center formation compared to germanium-doped fibers. An extended range (XP) version of S405 replaces the HP version offering a broader operational wavelength range.

This product requires a purchase of a minimum quantity of : 87

PM630-HP, Panda-Type Select Cutoff PM, Optical Fiber

SKU: PM630-HP

Coherent industry leading visible and short wavelength Polarization Maintaining fibers have superior waveguide, radiation, and mechanical properties enabling a large variety of new critical applications in diverse markets. High consistency and extreme end-to-end control of optical properties provide particular advantage in spectrographic and frequency sensitive applications. The intrinsically high level of radiation resistance allows this family to operate for extended periods of time on low earth orbits, near and deep space, and in applications where risk of exposure to man-made radiation is great.

This product requires a purchase of a minimum quantity of : 40

PM-S630-HP, Panda-Type Pure Silica Core Select Cutoff PM, Optical Fiber

SKU: PM-S630-HP

Coherent industry leading short wavelength pure silica core polarization maintaining fibers have superior waveguide, radiation, and mechanical properties, enabling a large variety of applications in diverse markets. High consistency and extreme end-to-end control of optical properties provide particular advantage in spectrographic and frequency sensitive applications. The pure silica core fiber is optimum for demanding applications in the UV and visible spectrum requiring ultra-low attenuation over longer lengths and where resistance to radiation-induced damage and color center formation are critical.

This product requires a purchase of a minimum quantity of : 35

FUD-3414, PM630-BK-S-BN, Optical Fiber

SKU: FUD-3414

You have selected an application designed fiber, not fully released which may have a longer lead time than our standard products.

FUD-3781, PM630-HP-BK-S-BN, Optical Fiber

SKU: FUD-3781

You have selected an application designed fiber, not fully released which may have a longer lead time than our standard products.
This product requires a purchase of a minimum quantity of : 10

630-HP, Select Cutoff SM, Optical Fiber

SKU: 630-HP

Coherent visible wavelength fibers are optimized for use from 400 up to 900 nm. The high-performance fibers were developed for applications such as RGB components requiring generation of couplers, diode pigtails and unique delivery needs. These fibers feature greater proof test levels and a tigher second mode cutoff tolerance than standard fibers, resulting in higher strength, increased component reliability, better production yields and reduced costs for component manufacturers.93

This product requires a purchase of a minimum quantity of : 152

PM460-HP, Panda-Type Select Cutoff PM, Optical Fiber

SKU: PM460-HP

Coherent industry leading visible and short wavelength Polarization Maintaining fibers have superior waveguide, radiation, and mechanical properties enabling a large variety of new critical applications in diverse markets. High consistency and extreme end-to-end control of optical properties provide particular advantage in spectrographic and frequency sensitive applications. The intrinsically high level of radiation resistance allows this family to operate for extended periods of time on low earth orbits, near and deep space, and in applications where risk of exposure to man-made radiation is great.21

This product requires a purchase of a minimum quantity of : 34

PM-S405-XP, Panda-Type Pure Silica Core Select Cutoff PM, Optical Fiber

SKU: PM-S405-XP

Coherent industry leading short wavelength pure silica core polarization maintaining fibers have superior waveguide, radiation, and mechanical properties, enabling a large variety of applications in diverse markets. High consistency and extreme end-to-end control of optical properties provide particular advantage in spectrographic and frequency sensitive applications. The pure silica core fiber is optimum for demanding applications in the UV and visible spectrum requiring ultra-low attenuation over longer lengths and where resistance to radiation-induced damage and color center formation are critical. Extended range XP and XP+ versions of PM-S405 offer the broadest operational wavelength range with minimal lot to lot beam divergence variation on the XP+ version.

This product requires a purchase of a minimum quantity of : 28

S405-XP, Pure Silica Core Select Cutoff SM, Optical Fiber

SKU: S405-XP

Coherent pure silica core fibers are optimized for use at visible wavelengths from 400 up to 700 nm. These high-performance fibers were developed for applications such as RGB components requiring couplers, diode pigtails and unique delivery needs. The pure silica core fibers were designed for more demanding applications that require lower attenuation and higher resistance to radiation and color center formation compared to germanium-doped fibers. An extended range (XP) version of S405 replaces the HP version offering a broader operational wavelength range.

This product requires a purchase of a minimum quantity of : 55

FUD-4136, PM-S405-HNA, Optical Fiber

SKU: FUD-4136

You have selected an application designed fiber, not fully released which may have a longer lead time than our standard products.

460-HP, Select Cutoff SM, Optical Fiber

SKU: 460-HP

Coherent visible wavelength 460-HP fiber is optimized for use from 450 up to 600 nm. The high-performance fibers were developed for applications such as RGB components requiring generation of couplers, diode pigtails and unique delivery needs. These fibers feature greater proof test levels and a tigher second mode cutoff tolerance than standard fibers, resulting in higher strength, increased component reliability, better production yields and reduced costs for component manufacturers.

This product requires a purchase of a minimum quantity of : 80

S460-HP, Pure Silica Core Select Cutoff SM, Optical Fiber

SKU: S460-HP

Coherent pure silica core fibers are optimized for use at visible wavelengths from 400 up to 700 nm. These high-performance fibers were developed for applications such as RGB components requiring couplers, diode pigtails and unique delivery needs. The pure silica core fibers were designed for more demanding applications that require lower attenuation and higher resistance to radiation and color center formation compared to germanium-doped fibers. An extended range (XP) version of S405 replaces the HP version offering a broader operational wavelength range.

This product requires a purchase of a minimum quantity of : 53

FUD-4194, S460-PI, Optical Fiber

SKU: FUD-4194

You have selected an application designed fiber, not fully released which may have a longer lead time than our standard products.