The BOSA is a stimulated Brillouin scattering based optical spectrum analyzer.
BOSA 100 + T100S-HP
Yenista has partnered with Aragon Photonics Labs to offer its customers an excellent Hi-Res OSA that perfectly combines with its
T100S-HP lasers, both having the highest dynamic range available on the market. In the set-up, the BOSA 100 operates with Yenista’s tunable laser through GPIB and a Trigger.
Analysis of Modulation Formats and Laser Lines
The Hi-Res OSA is well suited for analysis of complex modulation formats such as PAM4 for datacenters and PolMux QAM and PSK for Metro & Long-Haul Coherent Systems. Extension options are available for polarization analysis and phase measurements. The Hi-Res OSA is also well adapted to the characterization of laser devices such as accurate distance between side modes, SMSR and chirp.
Key Features
O- and CL-band models
Wavelength resolution: 10 MHz
Wavelength accuracy: 2 pm
Dynamic range: 80 dB spurious-free
Related Products
Other BOSA models
The BOSA 400 is equivalent to the BOSA 100 with respect to specifications, but it is fully standalone. The tunable laser is integrated in the BOSA benchtop which limits the number of options that can be integrated.
- BOSA 400 Brochure
BOSA Lite and BOSA Lite+ are cost effective Hi-Res OSAs. The specifications are slightly reduced compared to BOSA100 and BOSA400
- BOSA Lite & Lite+ Brochure
BOSA 100 mainspecifications
Wavelength Range
C band 1525 ?1565 nm
L band 1565 ?1607 nm
O band 1265 ?1355 nm
Optical Resolution : 10 MHz
Yenistalasers : C, L Band : T100S-HP/CL/M, T100S-HP/SCL/M, T100S-HP/CLU/M
O Band : T100S-HP/O/M, T100S-HP/O+/M
Wavelength Accuracy : Typ±2 pm withYenistaT100S-HP
Spurious free Dynamic Range2 : >80 dB
Calibrated Input Power Range : +13 to -70 dBm
Close-in Dynamic range : >40 dB @ ±0.3pm >60 dB @ ±0.6pm
Max. SafeInput Power : +20dBm
Sensitivity : -70dBm/0.1pm
Poweraccuracy : ±0.5dB
Polarization Measurement : Two orthogonal polarization channels., Full state-of-polarizationwith polarimetry extension
Measurement time : 1 sec. for 20 nm(C, L) , 1 sec. for 10 nm (O)