Many redundant signal architectures may be constructed in Optical Zonu’s J3U chassis platform. 1+1 architectures are common, however as a spare transmitter/receiver pair are required for each primary transmitter/receiver pair, the cost and rack space required by such a redundant system may become prohibitive. N+1 architectures require a spare transmitter/receiver pair for each N transmitter/receiver pairs. Assume the case where there is a fiber transmitter chassis and a fiber receiver chassis at different locations. The spare transmitter is swapped in for a failed fiber transmitter (shown on l ..read more

As telecommunication networks become more advanced and of a greater scale than before, the supervision and monitoring of telecommunication equipment is vital for optimizing performance, detecting, and resolving faults promptly, and ensuring proactive maintenance. Acknowledging this, digital networks have built a significant and standardized infrastructure around the industry-based protocol Simple Network Management Protocol (SNMP) that enables network wide supervision. Unlike other equipment in a telecommunication network, Radio Frequency over Fiber (RFoF) links are not standardized. They can ..read more

Due to Optical Zonu’s significant growth we are attracting a lot of attention.  This month our co-founder and CEO, Meir Bartur, was the feature story in Microwave Journal.  Meir was asked to discuss his views and the role of RF over Fiber in the future of an autonomous military.  You can read the entire article here https://www.microwavejournal.com/articles/41296-the-role-of-rfof-in-an-autonomous-military-future The post OZC Nets Cover Article in Microwave Journal appeared first on Optical Zonu Corporation ..read more

System Overview:    – In a communication system where precise timing is critical, such as in telecommunications networks or data centers, maintaining synchronization between different components is essential. Scenario:    – Consider a scenario where data transmission between various devices must occur with minimal latency and precise timing. Components Involved:    **Transmitters:** Devices that send optical signals.    **Fiber Optic Network:** The medium through which optical signals travel.    **Receivers:** Devices that receive and process o ..read more

Unlock unparalleled control over signal timing with Optical Zonu’s Variable Optical Delay Lines. Engineered for excellence, our delay lines empower your optical communication systems with precision, adaptability, and advanced technology. Key Features: Adaptive Delay Management: Tailor signal delays to perfection, ensuring optimal synchronization for your optical communication needs. Photon Precision: Optical Zonu’s variable optical delay lines offer supreme accuracy, harnessing the speed of photons for reliable signal timing. Versatile Applications: Suited for a myriad of applications, from te ..read more

As seen in Aviation Pros https://www.aviationpros.com/airports/article/53080438/managing-cellular-connectivity-challenges-during-the-holiday-season  Each year, the busy Holiday season is a wakeup call for airport operators in charge of providing ubiquitous cellular connectivity to support staff, customers and the many other amenities expected of a modern facility. Given the growing reliance and importance of digital technologies such as mobile ticketing and wayfinding apps, robust wireless has quickly become the “fourth utility” for airport operations alongside running water, electricit ..read more

  Introduction: In the dynamic realm of telecommunications and radar systems, precision and reliability are paramount. Fiber optic delay lines play a pivotal role in ensuring seamless communication by managing signal timing and synchronization. In this blog, we delve into the intricacies of delay lines, exploring their significance, applications, and how Optical Zonu stands at the forefront of innovative solutions in this domain. Understanding Fiber Optic Delay Lines: Fiber optic delay lines are devices designed to introduce a controlled delay in the transmission of RF signals. This dela ..read more

Please click to see improved OZ600, OZ800 and OZ1600 datasheets showing the gain adjustment feature.  This is based on feedback from our customers and is targeted to those who expressed an interest in the ability to adjust the gain – but good for everyone to be aware of. Should you have any questions or require further clarification, please feel free to reach out to me at ron.stark@opticalzonu.com. We are here to assist you.   The post OZ600, OZ800 and OZ1600 with Gain Adjustment appeared first on Optical Zonu Corporation ..read more

OZC was highlighted in an Aerospace & Defense Technology both print and online.  You can view the article on pages 12 – 13 by clicking here Article Optical Zonu Optical Zonu Co-Founder and CEO Meir Bartur was also quoted for an article on Electronic Warfare in Military + Aerospace Electronics  Read article here Optical Zonu’s unique and industry leading approach to the design, development and manufacture of RFoF technologies continues to capture the attention of the media and the industry at large!  For more information please visit our website at www.OpticalZonu.com or cal ..read more

OZC Offers New Frequency Band-specific Modularity for Multi-sector Indoor Wireless Deployments   Los Angeles, CA – September 12, 2023 – Optical Zonu Corporation, a leading provider of radio frequency over fiber (RFoF) transport solutions, has announced the launch of ZONUConnect 3.0, the next generation of its popular fiber optic transport system connecting multi-sector base transceiver stations (BTS) and distributed antenna systems (DAS) for distances of 300 ft. to 16 miles. The carrier-grade system is now “future-proof,” boasting hot-swappable individual band amplifiers in a compact desi ..read more