Custom & OEM Capabilities Examples Applications 10 kHz to 3 GHz, 6 GHz RF, DM LD to 20GHz, ExMOD to 60 GHz  1310 nm, 1550 nm, CWDM, DWDM Wavelengths High SFDR Automatic Optical Power Control, RF AGC, High Dynamic Range, MIMO Gain matching Auto-Discovery and real time link gain monitoring I2C Serial, RS422, Serial Interface  NMS, SNMP v2 and v3 Interface (via higher integration levels) Indoor or Outdoor Enclosures Customization into customer’s enclosure OZC responds to any RFoF SOW High T (85degC) maritime Delay line  5G fiber repeater (MIMO) pSec controlled phase delay  DWDM Direct Modulation LD custom integration  RF Over Fiber Transport MIMO Repeaters Teleport RF Signal Distribution Antenna Remoting Maritime RF Signal Transport Disaster Recovery Oil & Gas Platforms TVRO VSAT Contact Us Description Optical Zonu takes a modular approach to product design and development. Basic building blocks are pigtailed OEM boards. Optical Zonu makes these boards available for integration into larger and/or custom assemblies. The smallest pigtailed board is the OZ10x fiber transmitter and receiver. These modules weigh just 19 grams, occupy an envelope of 0.7” x 1.6” x 0.3”, and are powered from 5V. The OZ10x is ideal for low size/weight/power applications. The OZ10x was initially

High Security Wi-Fi over Fiber Home / Solutions / Secure Wi-Fi / High Security Wi-Fi over Fiber The enhanced indoor secure Wi-Fi and Cellular coverage is achieved via Distributed Antenna Systems (DAS). The Optical Zonu Converge Services Fiber DAS combines the advantages of a cellular DAS with the secure Wi-Fi service, delivering high quality service with increased capacity via MIMO and uniform coverage using centrally managed and located access points (AP’s). No signals can be intercepted especially in a Secure Compartmented Information Facility (SCIF). Whether using smart phones, tablets or laptops, for voice or data, users enjoy a consistent secure Wi-Fi experience across the coverage area. Solution enables full spectrum monitoring within the coverage area.  Proven and approved for high-security in multiple Governmental installations. Product Highlights: Coverage: Highest Quality of ServiceDue to coverage via multiple antennas, the Combined Wireless DAS system eliminates dead zones in the assigned area. Dynamic allocation provides a more efficient use of the spectrum, particularly when multiple networks operate in the same coverage area.  Maximum Capacity – Beyond traditional Wi-Fi NetworksSupport of MIMO DAS – bandwidth of >150Mb/s uniformly supported throughout coverage area. Future ProofThe fiberoptic DAS system by Optical Zonu is able to handle any indoor cellular

Special Functions DVB-T Built-In Fiber Transmitter Bias-T to Power Antenna Fiber Transmitter Bias-T On & Off Sliding Switch Optical Link Status LED Indicators 50Ω or 75Ω BNC RF Connectors Fiber Receiver AC Coupled RF Output Fiber Receiver Built-In DC Blocking Also Supports Wireless PL System Distribution over Fiber 2.11 mm Jack Power Connector (L722AS – Switchcraft) View Product Datasheet Low Phase Noise Timing and Frequency Conversion References Phased Array Element Synchronization Optimized for 10 – 200 MHz Available in 19” Chassis Plug-ins, Flange Mount Modules, and Pigtailed Board Assemblies 1310 nm, 1550 nm, CWDM Wavelengths Automatic Optical Power Control Local LED and Monitor/Alarm Indications Multiple Remote Monitoring and Control Options (Chassis) View Product Datasheet Wide Dynamic Range 6 GHz RFoF Links Up to 4 Transmit and/or Receive Signals per Plug-in Module Ultra Wide Input RF Dynamic Range 30 MHz to 3, 4, 6 GHz Adjustable Transmitter and Receiver RF Gain (30 dB range each) Optional AGC in Transmitter and Receiver 1310 nm, 1550 nm, CWDM Wavelengths Multiple Local and Remote Monitoring and Control Options View Product Datasheet Managed RF Over Fiber JS14 and S11 managed switches provide remote user interface Monitor/Control Multiple Chassis via Single IP Address Embedded web agents

DVB-T Features Applications Transmitter built-In Bias-T to power antenna Transmitter bias-T on/off sliding switch Transmitter bias-T status LED Optical link status LED indicators Receiver AC coupled, DC blocked, RF output ST (FC/APC or SC/APC optional) 50 Ω BNC RF Connectors RF Microphone Signal Distribution RF Camera Signal Distribution Wireless PL System Distribution over Fiber Datasheet Contact Us Description Broadcast professionals are required to cover various events at large venues. One of many challenges encountered is to increase the range of their RF camera, wireless microphone and PL system equipment. Optical Zonu’s Fiber Optic Link is designed to enhance the broadcaster’s coverage by transporting RF signals between RF audio and video antennas to their receivers transparently over long distances. It can carry any RF signal within the range of 20 MHz to 3 GHz (optional extended bandwidth of 20 MHz to 6 GHz available) with virtually no loss, making it a better choice than traditional coaxial cable links. Fiber optic cable offers almost unlimited area coverage by greatly increasing the link distance over single mode or multimode fiber optic cable. This link is designed specifically with broadcast professionals in mind and it supports most commonly used interfaces such as BNC (RF

Low Phase Noise Add Your Heading Text Here Features Options Applications Phase Noise Optimized Over 10 – 200 MHz Available in ALL OZC Modules/Systems/Products -40°C to +75°C Operating Temperature Range (1310 nm) Rugged Dust-Tight Housing 1310 nm, 1550 nm, CWDM Wavelengths Automatic Optical Power Control Local LED and Monitor/Alarm Indications Uncooled DFB Lasers Wide DC Power Input Range, +9V to +30V Lasers Conform to Class 1 Emission Level Per CDRH and IEC-825 (EN 60825) Standards Extended Low Frequency, down to 1 MHz Integrated WDM Cooled DFB Lasers Multimode Fiber Capability Low Phase Noise Reference Clock Distribution L-band Satcom Antenna Remoting VSAT Maritime Datasheet Contact Us Description The OZ600 (low phase noise) is an RF over Fiber standalone flange mount module which may be configured as a transmitter, a receiver, or a transceiver (transmitter + receiver). Low phase noise reference fiber transport is offered in many additional form factors such as pigtailed OEM board, 19” chassis plug-ins and IP67 outdoor enclosures. Phase noise performance is optimized for references in the range 10 – 200 MHz. Fiber links may be configured for unidirectional or bidirectional RF traffic. The OZ600 supports clock reference transport in situations where distance or flexibility of cabling may

TTL Series Features Options Applications TTL Logic Levels on I/O Unmodulated IRIG-B Transport 1PPS Transport (1PPM also supported) Clock Rates up to 20 MHz Optimization for Duty Cycle Distortion (DCD) -20°C to +70°C Operating Temperature Range 1310 nm, 1550 nm, CWDM Wavelengths Automatic Optical Power Control Local and remote monitoring options Uncooled Isolated DFB Lasers Available in 19” Rack Enclosures Lasers Conform to Class 1 Emission Level Per CDRH and IEC-825 (EN 60825) Standards Clock Rates > 5 Mbps High Optical Loss Budgets, > 15 dB Multimode Fiber On-Board TTL Transport Over Long Distances PTP Signal Distribution NTP Server Signal Distribution Synchronization of Power System Equipment GPS Timing Distribution Datasheet Contact Us Description The Optical Zonu TTL Series of OEM fiber optic transmitter and receiver modules facilitate the transport of timing (and other) signals that are not modulated onto RF carriers, over long distances of fiber. The most basic application is the fiber optic conversion and transport of (on board) TTL signals. The TTL Series also facilitates the transport of precise timing signals such as IRIG-B (unmodulated) and 1PPS. The RF interface on the TTL modules is 50Ω SMA (standard) or 50Ω SMB. Optical connector options include SC/APC (standard) and

Wide (Ultra-wide) Dynamic Range Features Options Applications Up to 4 Transmit and/or Receive Signals per Plug-in Module 30 MHz to 3, 4, 6 GHzAdjustable Tx and Rx RF Gain (30 dB range each) Demonstrated dynamic range > 60dB Optional AGC in Transmitter and Receiver -20°C to +55°C Operating Temperature Range 1310 nm, 1550 nm, CWDM Wavelengths High SFDR Automatic Optical Power Control Hot Swappable Multiple Local and Remote Monitoring and Control Options Uncooled DFB Lasers Lasers Conform to Class 1 Emission Level Per CDRH and IEC-825 (EN60825) Standards Integrated +35 dB High Gain Transmitter LNA Up to 60 dB RF Gain Tuning Range in Transmitter Extended Operating Temperature Range, -20°C to +60°C Integrated WDM RF Over Fiber Transport Teleport RF Signal Distribution RF and Optical Redundancy Antenna Site Diversity Phased Array Antenna Systems Radar Systems RF Signal Transport TVRO VSAT Datasheet Contact Us Description The J3U platform (see J3U Platform Overview) is a 19” 3RU chassis that accommodates (among other things) 16 pluggable, hot swappable fiber optic RF signal transport modules. Each RFoF J3U Quad plug-in module can accommodate up to four fiber transmitter and/or fiber receivers (in any combination). A single 3RU chassis can house up to 64 transmitter

Managed RFoF Description Managed RFoF (RF over Fiber) is the suite of tools and applications that may be used to monitor and control local and geographically dispersed analog signal transport systems. Monitoring management and commissioning of RFoF links are dramatically simplified with a unified management approach that enable full mix and match components to work together.  OZC infrastructure connects all modules via IIC, enable chassis monitoring accumulation via USB HUB, offer local agent with GUI and webUI capabilities, RestFUL APIs,  as well as full industrial grade NMS with active GUI, Monitoring SNMP V3, and datalogging, Link Monitoring, real time gain, auto-discovery and much more. Contact Us ManagedRFoF™ is the first system that enables intuitive simplified approach to complex analog signal distribution networks. Applications are embedded with all Optical Zonu modules that enable unified full Network Management System (NMS) approach. . Each physical location requires only one IP address regardless of the number for RFoF transmitters or receivers at the site. As long as there IP connectivity (OZC equipment can also provide GbE connectivity to remote locations) , the full set of management and control GUI , is accessible with only Web Browser . BUT can also be managed via full featured

Drone Control Over Fiber Fiber Optic Solutions for Non-Tethered Drones – Extension for protected “blind” control Overview Optical Zonu provides advanced fiber optic solutions for both tethered and non-tethered drones, meeting the diverse and rigorous demands of modern applications. From surveillance to data collection, drone applications require high-speed, low-latency, and interference-free communication links. Optical Zonu’s fiber optic technology enables drone systems to perform reliably across vast distances and challenging environments, delivering unparalleled data transmission and real-time connectivity. Fiber Controlled Drones: Reliable Long-Distance Communication For non-tethered or autonomous drones, Optical Zonu provides advanced RF-over-fiber (RFoF) solutions that allow drones to stay connected over extended distances without heavy RF infrastructure. Whether used for reconnaissance, environmental monitoring, or industrial inspections, fiber drones equipped with Optical Zonu’s fiber optic technology deliver consistent, high-quality communication across broad operating areas. Advantages of Fiber Optic Technology in Non-Tethered Drones: Extended Range: RF-over-fiber extends connectivity range, allowing drones to operate farther from ground stations without compromising data quality. Optical Zonu is transporting the RF signal, which makes the system’s technology independent. These links will work with any drone technology. Reduced Weight and Power Consumption: Optical Zonu’s lightweight, low-power fiber optic modules make them ideal for non-tethered drones where