LWDM BLOCK
4 Channels 1273-1286nm or 1295-1309nm,0.5-1.0mm pitch, AOI 8/13.5 deg, 3.0nm wider passband,Low CW temp. drift, Low IL LWDM4 Z-BLOCK mux demux

Future Optics‘ z-block is a passive optical subassembly (POSA) based on our free-space-optics wavelength division multiplexing (WDM) platform to deliver optical mux / demux functionality directly inside standard or customized small-form-factor transceivers. Our unique filter based ROSA block and TOSA block are designed to seamlessly integrate with your specific input and output interface.Future Optics Z-block subassemblies are available for various channel center wavelength LWDM4 transceivers and with custom beam pitch designs.

Future Optics' 4 CH LWDM4 Z- Block is a LWDM Block to act as a Mux or Demux optical sub-assembly, working at red-band from 1295.56 to 1309.14 nm and matching with 0.75 mm pitch LD or PD array, which is integrated inside the transceivers to combine or separate 800GHz spacing 4 channels. 

Based on thin film filter technology and optical path Zig-Zag design of micro-optics, taking advantage of high precision assembly, this product features small form, ultra-low loss, high channel isolation and exceptional stability in comparison with AWG WDM mux demux device based on silicon chip technology.

The very high parallelism pitch tolerance of the LWDM4 Z-blocks enables a rapid alignment process during coupling and assembly.

Future Optics provide all kinds of LWDM Z-BLOCK mux demux devices with various channel numbers, beam pitches and angle of incidence for customers to choose.



Features:

●  Extremely high precision of beam parallel 

●  Extremely low insertion loss: maximum value 1.0dB

●  Exceptional reliability and stability

●  Wide pass band

●  Wide operating temperature range

●  Telcordia GR-1221/1209-CORE Compliant 


Applications:

●  100G CFP/CFP2/CFP4/QSFP-28 transceivers

●  200/400G transceivers 

●  Other high-speed transceivers 

●  Science and lab


Specifications:

ParametersUnitValue
Operating wavelength rangenm1260~1360
Channel center wavelengthnm

1295.56, 1300.05, 1304.58, 1309.14

Pass bandnm±1.3
Ripple over pass banddB0.4
Channel insertion lossdB1
Angle of incidence°8.0°±0.2
IL uniformitydB≤0.6
Beam pitchMm0.75±0.05
Adjacent channel isolationdB25
Non-adjacent channel isolationdB35
Polarization dependent lossdB≤0.25
Return lossdB45
Parallel of all beams°≤0.2
Operating temperature°C-20 ~ +70
Storage temperature°C-40 ~ +85
Footprint dimension (L*W*H)mm5.33*3.37*1


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