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– NAVigator Redundancy – Automated System Backup – Active Directory Support – IPv6 Dual Stack Support

Now Available

Field Upgradeable NAV Firmware

NAV has been updated with a range of features that bring powerful, new capabilities to the platform. NAVigator Redundancy adds an additional layer of protection to the highly reliable NAVigator System Manager. Automated System Backup complements the NAVigator Redundancy feature by enabling scheduled backups of configuration data. NAVigator now integrates with Active Directory®, streamlining centralized user management and permission authentication. Additionally, the NAV System now supports IPv4/v6 Dual Stack streaming video and audio over multicast IPv6.The NAV Pro AV over IP Series is the only solution designed for the enterprise network. The patented PURE3® codec delivers lossless 4K/60 4:4:4 video with ultra-low latency and efficient bit rates while tolerating the bursty network traffic found on converged networks. PURE3 is the ONLY codec specifically designed for the Pro AV industry that delivers robust, pristine video on converged or isolated networks.

Key Features

NAVigator Redundancy enables a standby NAVigator to takeover in the event of a primary failure Automated System Backup of NAVigator configuration data Active Directory assists in user and rights management IPv4/v6 Dual Stack enables streaming media via IPv6

Revolutionizing Mobile RF Performance – Now with a 3 MHz Split! Telewave.io proudly introduces the TMND3 series Compact Mobile Duplexers, breaking industry barriers with an unprecedented 3 MHz TX-RX split in a space-saving form factor. Plus, we’ve enhanced our TMND series to deliver even greater performance and reliability! Why It Matters: Breakthrough Frequency Separation: 3 MHz TX-RX split—first of its kind at Telewave.io! Compact, High-Performance Design: Just 1.4 × 4.5 × 6.9 inches, with 75 dB isolation, 50 watts power handling for VHF and UHF band models, and 25 watts power handling for 700, 800, and 900 band models. Seamless Integration: Ideal for mobile command units, emergency communication systems, and repeater setups. ✅ Ultra-Compact: Just 1.4 × 4.5 × 6.9 inches ✅ 75 dB Isolation, ✅ 50W Power Handling for VHF & UHF band models ✅ 25W Power Handling for 700, 800, and 900 band models ✅ Ideal for mobile and emergency systems

Fiber optic cables, often referred to as the “highways of data,” have revolutionized the way information is transmitted. These cables, crafted from ultra-thin strands of glass or transparent dielectric fibers, use light to carry vast amounts of data over incredible distances with remarkable speed and precision. Their innovation has become a cornerstone of modern technologies, enabling high-speed broadband internet, high-definition television, and more.

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How Fiber Optic Cables Work
The magic of fiber optics lies in Total Internal Reflection, a phenomenon that allows light signals to travel through the cable without interruption, even around bends. This enables the efficient and simultaneous transmission of large volumes of data across multiple channels, free from electromagnetic interference.

The Anatomy of a Fiber Optic Cable
Each fiber optic cable is meticulously designed with key components to ensure performance and durability:

Glass Core: The central component where light signals are transmitted.
Glass Cladding: Surrounds the core, reflecting light back into it to maintain signal integrity.
Plastic Buffer Coating: Adds flexibility and protects the glass from physical damage.
Outer Jacket: Shields the cable from environmental factors and mechanical wear.
Modes of Data Transmission: Single-Mode vs. Multi-Mode

Fiber optic cables can transmit data in two primary modes, each suited to different needs:

Single-Mode Fiber:

Features a single glass strand with a small core (8.3 to 10 microns).
Designed for long-distance transmission with minimal signal loss.
Offers higher transmission rates and distances, making it ideal for applications requiring precision and extended reach.
Generally more expensive due to its advanced design.

Multi-Mode Fiber:

Contains multiple glass fibers with larger cores (50 to 100 microns).
Suitable for high-speed data transfer over medium distances.
More cost-effective for short-range communication but less effective over long distances due to signal distortion caused by multiple light paths.

Fiber optic technology offers several significant benefits:

Durability and Longevity: Designed to last and experience minimal signal loss over time.
Electromagnetic Immunity: Unlike traditional cables, fiber optics are unaffected by electromagnetic interference.
Enhanced Security: Difficult to tamper with, ensuring safe and reliable data transmission.

A Brief History of Fiber Optic Innovation
From Alexander Graham Bell’s invention of the photophone in 1880 to becoming the backbone of global communication by the 1980s, fiber optics has continually evolved to meet the demands of modern connectivity. Today, it drives innovation, transforming how we connect and communicate.

The Future of Fiber Optics
Fiber optic cables are more than just a means of data transfer—they represent the foundation of a connected future. Their speed, efficiency, and reliability make them essential for enabling the digital advancements of tomorrow.

Explore the endless possibilities of fiber optics and join the movement toward a more connected world.

 

 High-Performance Sensor and Image Processor

The Explore SE boasts a Sony 1/1.8-inch 9MP CMOS sensor and a state-of-the-art image processor, to deliver stunning UHD images that capture realistic colors and maintain rapid focus.

 

 

 

Genlock Ensures Seamless Synchronization for Multi-Camera Productions

 

In multi-camera productions, Genlock (generator lock) ensures seamless switching and compositing of video sources. This synchronization technique provides a reference signal, typically from a dedicated generator or a master camera, guaranteeing all connected devices capture frames at precisely the same time. This prevents tearing and inconsistencies during video production and editing. The Explore SE features Genlock for superior synchronization, allowing it to function as the main camera and ensure precise video synchronization with sub-cameras in broadcasting and live streaming setups.

 

 

FreeD Integration Unlocks Immersive Virtual Productions

 

FreeD is a protocol that enables precise transmission of Pan, Tilt, Zoom, and Focus (PTZF) data directly from the camera to tracking system. Widely supported by most virtual set systems, FreeD makes virtual productions easier than ever. The Explore SE seamlessly integrates FreeD technology, empowering users to explore dynamic shooting angles and perspectives, ideal for versatile real-world and virtual-world applications. Explore SE’s broad compatibility with industry-leading virtual set systems like Brainstorm, Vizrt, Zero Density, Aximmetry, Unreal Engine, and VSet3D ensures a smooth workflow for all your virtual production needs.

 

 

 

Versatile Output Options

This Explore SE offers diverse output options, ensuring 4K60p output through NDI®, NDI®HX, 12G-SDI, HDMI, and SFP+. It provides great flexibility and compatibility to Telycam users.

 

 

Dual Tally Lights for Effortless Production Cues

Explore SE features built-in dual tally lights, visible on both the front and back of the camera. These lights work seamlessly with NDI, Visca Serial, and Visca over IP protocols. With a simple glance, on-screen talent and crew can identify the currently live camera (“Program”) and the one lined up for the next transition (“Preview”). This intuitive system ensures clear communication, guaranteeing smooth video production.

 

Feel free to email or call us to purchase this Product.

The Lilliput Q31-8K is part of the Lilliput flagship range of monitors designed to handle and process an 8K video input signal. It takes 4 x 12G-SDI input feeds via the BNC connectors at the back of the unit, and in compliance with the ST2082-12 video protocol, combines them to create an 8K 60Hz video signal which it displays on the 3840 x 2160 pixel panel.
With other features such as REC. 709 and DCI-P3 Color Space, 3D LUT Support, Remote Control through LAN connection, Multiview and Quad-Split, and an optionally purchased 12G-SFP connection – the Q18-8K packs massive value monitoring into an easy-to-operate system.

 

 

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