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– Suitable for lectures, conferences and meetings
– 1/2.3” MOS Sensor
– High Dynamic Range
– HDMI Video & Audio Output
– 22x Optical Zoom
– NDI|HX Compatible
The Panasonic AW-HE38H is a more cost-effective alternative to the AW-HE40H for on-site applications requiring high-quality video, such as meetings, conferences and lectures. Its built-in 22x optical zoom, 1/ 2.3” MOS Sensors, Digital Signal Processors, and High Dynamic Range provide outstanding colour reproducibility in a wide range of shooting conditions.
The AW-HE38H can be upgraded to become NDI|HX compatible, enablingvideo transmission via IP connection without using an external converter. In addition, flexible IP Control capability would allow up to 100 units of AW-HE38H to be controlled from a single remote camera controller (AW-RP120G/RP50) or PC. Contact us for more information!
Blogs
Introducing the Next-Gen LiveU Solo Pro Portable Encoder
February 10, 2023
The LiveU Solo PRO brings a robust 4K streaming solution to the market in a small form-factor LiveU today unveiled its next-generation Solo PRO portable bonding encoder for engaging live coverage, combining professional-grade 4K and HEVC video quality with rock-solid reliability. The Solo PRO ensures the smoothest streaming experience, combining up to...
Enterprise-Grade Live Event Production: Building Reliable Broadcast Systems for Corporate Communications
March 2, 2026
Enterprise live event production is now a core part of corporate communication strategy. This article explores how livestream enterprise systems enable polished, reliable video delivery for town halls, hybrid launches, and stakeholder communications. It covers how professional AV infrastructure, thoughtful system design, and scalable technology help organisations support in-house teams,...
Interconnected AV for Multi-Site Events: A Better Way to Coordinate Live Production Streaming
March 2, 2026
Running a live stream from multiple locations often highlights the limits of traditional one-way church streaming setups. This article explores how interconnected, bi-directional AV systems improve coordination, timing, and engagement across campuses. It also looks at how low-latency transmission, stable network bonding, and centralised production control work together to support...
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