An Optical Delay Line (ODL) is an electric-optic-electric instrument. It performs fixed time delay(s), between a few nanoseconds up to several hundred microseconds, for RF signals from 10MHz up to 40GHz and more. There are low-frequency ODL versions ranging from 10MHz to 6GHz. The high-frequency ODLs versions are up to 8GHz, 15GHz, 18GHz, 20GHz, and…
RFOptic keeps on growing, and we now have two more open positions. Are you a R&D and Integration Engineer or a Junior Practical Engineer? Then we would love you to join us and become part of our RFOptic family! Job description for R&D and Integration Engineer (5 days a week) for the integration and development…
We are looking for an R&D and integration engineer (Option for part-time employment). Suitable for master’s degree students who are especially invited to apply! Tasks: Developing and integrating RF Electro-Optical systems Preparing system test specifications, defying and characterizing optical components Prototyping and conducting tests Engineering and Integration of RF Electro-Optical systems Requirements: BA in Electro-Optics…
Our RF over Fiber converters (RFoF) are suitable for any application where cables are not sufficient, especially when high performance is required. Analog RF over Fiber modules convert RF signals to optical signals and back. One unit has an optical transmitter which converts the signal from RF to Optical, and a second receiver unit converts…
RFOptic’s NA distributor Summit Communications Solutions represented RFOptic at Satellite 2019, presenting our RF over Fiber & Optical Delay Line solutions to interested parties from the enterprise, finance, media, military & government, telecommunications, and transportation sectors. If you want to learn how RFOptic’s RF Over Fiber optical links are used for satellite communication signals (Satcom), click here
RFOptic’s North American distributor Summit Communications will attend the Satellite 2019 show on May 7! Contact SummitCSC NOW to discuss your RF Over Fiber (RFoF) and ODL (Optical Delay Line) applications and find out what we can do for you! You can set up an appointment by email or phone +1 732 543 5738 –…
GPS signals have to be transferred from the antenna to a control room in mobile networks architecture. Sometimes, the physical distances are more than a few kilometers which preclude the use of coax cable due to high loss. Minimal fiber infrastructure drives mobile companies to use the same infrastructure for GPS and digital signals using…
During March 26 – 28 2019, the AUSA Global Force Exhibition will take place at the Von Braun Center in Huntsville, Alabama. It is the place to be to meet and network with more than 6,000 major players from the Army, DoD, academia and worldwide defense industry. RFOptic’s US partner SummitCSC will be present at…
5G will be taking off with the 3.5 GHz band playing a key role During the last months of 2018, the US regulators are considering a key set of rules associated with priority access license to spectrum in the in the 3.5 GHz band spectrum. In October, the FCC announced that it will b e…
Since we at RFOptic get regularly questions about Optical Delay Lines, we have written this short article to answer the most frequent ones. For starters, an Optical Delay Line system (ODL) incorporates high-performance lasers such as DFBs, optical modulators for high operation frequencies, and photodiodes. It can also incorporate other components such as optical dispersion…
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