PING telecom gratings

PING – polarization independent gratings

100% dielectric gratings offer unbeatable environmental and thermal stability combined with high-efficiency, low PDL performance.

Benefits

High efficiency, low PDL, broad spectral bandwidth
Transmission gratings give great alignment tolerances
Low transmitted wavefront distortion
High tolerance to illumination angle of incidence
2-grating designs are possible, offering compact design possibilities
Unbeatable thermal & environmental stability & lifetime

Applications

Wavelength Selective Switches (WSS) / ROADMS
Tunable filters
Optical channel monitors (OCM)
Wavelength blockers
Mux / Demux
LIDAR
OCT (Optical Coherence Tomography)

Product overview

While we primarily supply PING gratings as OEM gratings, the following gratings, and many other gratings, are available from stock. You can order the gratings via the product links, or request a quotion for these or other customized gratings below.

Polarization Independent Gratings

Polarization independent (PING) telecom gratings from Ibsen are produced by holographic stepper technology in 100% dielectric materials. This leads to unbeatable thermal and environmental stability, with no polymers, epoxies, gelatins, or metals in the optical path nor in the grating whatsoever. Advanced etching technology ensures the highest diffraction efficiency and lowest PDL over a very broad bandwidth. Low angular sensitivity is an added bonus for module design and assembly.

C-band

Grating	Resolution	AOI	Grating area	Chip size	DE (*)	PDL
PING-Sample-003	940 l/mm	46.6°	19 mm x 13.5 mm	21 mm x 15 mm	>90%	<0.25 dB
PING-Sample-001	966.2 l/mm	49.9°	8 mm x 4 mm	9 mm x 8 mm	>90%	<0.25 dB
PING-Sample-171		49.9°	6.5 mm x 5 mm	7.5 mm x 7 mm	>90%	<0.25 dB
PING-Sample-182		49.9°	12 mm x 3 mm	15.5 mm x 3.5 mm	>90%	<0.25 dB
PING-Sample-007		49.9°	10.2 mm x 4.0 mm	11.2 mm x 8.0 mm	>90% (**)	<0.25 dB
PING-Sample-121		49.9°	14.5 mm x 8 mm	16 mm x 10 mm	>90%	<0.25 dB
PING-Sample-131		49.9°	14.5 mm x 8 mm	16 mm x 10 mm	>92%	<0.25 dB
PING-Sample-141		49.9°	14.5 mm x 8 mm	16 mm x 10 mm	>94%	<0.25 dB
PING-Sample-142		45°	15 mm x 9 mm	16 mm x 10 mm	≥94%	≤ 0.3 dB
PING-Sample-002		49.9°	14 mm x 11.5 mm	16 mm x 13.5 mm	>90%	<0.25 dB
PING-Sample-083	1000 l/mm	49.9°	19 mm x 13.5 mm	21 mm x 15 mm	>90%	<0.25 dB
PING-1000-042	1000 l/mm	50°	40 mm x 37 mm	43.6 mm x 38 mm	>90%	<0.25 dB
PING-600-052	600 l/mm	29.4°	41 mm x 41mm	42 mm x 42 mm	>90%	<0.25 dB

L-band

Grating	Resolution	AOI	Grating area	Chip size	DE (*)	PDL
PING-Sample-072	940 l/mm	48.5°	14 mm x 11.5 mm	16 mm x 13.5 mm	>90%	<0.25 dB
PING-Sample-073	940 l/mm	48.5°	19 mm x 13.5 mm	21 mm x 15 mm	>90%	<0.25 dB

O-band

Grating	Resolution	AOI	Grating area	Chip size	DE (*)	PDL
PING-Sample-106	1144.16 l/mm	49.9°	14 mm x 11.5 mm	16 mm x 13.5 mm	>90%	<0.25 dB

1064 nm band

Grating	Resolution	AOI	Grating area	Chip size	DE (*)	PDL
PING-1379-422	1379 l/mm	45°	20 mm x 15 mm	22 mm x 17 mm	>94%	<0.25 dB

940 nm band

Grating	Resolution	AOI	Grating area	Chip size	Bandwidth	DE (*)
PING-1500_915-980	1500 l/mm	45°	18 mm x 12 mm	20 mm x 14 mm	915 nm - 980 nm	>90%

800/850 nm band

Grating	Resolution	AOI	Grating area	Chip size	Bandwidth	DE (*)	PDL
PING-Sample-012	1764.7 l/mm	49.9°	10.2 mm x 5.2 mm	11.2 mm x 10.2 mm	826 nm - 873 nm	>85%	<0.25 dB
PING-1765-025	1765 l/mm	49.9°	25 mm x 16 mm	29.5 mm x 20 mm	795 nm - 885 nm	>80%	<0.25 dB