• April 13: Advanced Imaging: This session, hosted by Art Weeks, will provide a technical dive into how ZyPer4K (SDVoE) and ZyPerUHD (JPEG2000) AVoIP encoders and decoders, as well as the ZyPer Management Platform, work together to enable the creation of visually spectacular multiviews, blended projection images and video walls. Attendees will earn 1.25 AVIXA CTS credits.
• April 20: ZeeVee Certified Solution Partner Training on AVoIP and RF Modulation:  Are you a system integrator or AV installer looking to become an AV over IP and RF expert? Join us for this informative session and receive up to 4.5 AVIXA CTA credits.

You can get additional information and register for these webinars, and other upcoming events, via this link.

Our SIGNAL Partner website provides access to past SIGNAL Session and Certified Solution Partner Training webinars. To learn more about becoming a ZeeVee SIGNAL Partner, go to this link or contact sales@zeevee.com.

Come see us at InfoComm 2023

Booth 4061, Orlando, June 14 – 16, 2023

Join us in Orlando for an in-depth look at our newest AV over IP ZyPer4K (SDVoE uncompressed 4K) and ZyPerUHD (JPEG2000 compressed 4K) encoders and decoders as well as our multifaceted and industry leading ZyPer Management Platform. We will also be showing our rock-solid and feature packed ZyPer MX2/MX4 streaming encoders.

New products to be featured at the show include:

• ZyPerUHD60 AVoIP encoders and decoders
• ZyPer4K SDVoE wall plates
• HDMI extender kit

Art Weeks will present an AVIXA Enterprise IT education session on June 14!

Don’t miss the AVIXA education session entitled “Enterprise IT: AV Network Preparation, Readiness and Design,” to be led by our own Director of Product Management Art Weeks. In this session attendees will learn about AVoIP-based network design. Many real-world AV IP network examples will be reviewed and discussed highlighting the advantages of certain designs in the real world. The course wraps up with high level checklist of things to watch out for and plan for with any AVoIP network design.