Industrial Video Encoders & Decoders

Browse video encoders and decoders designed to support IP surveillance and network-based video distribution across industrial and infrastructure applications. These products are used to convert, transmit, and integrate video between different system types, helping bridge traditional video equipment with modern IP-based surveillance networks.

Upgrade your surveillance infrastructure with smart video conversion tools. Browse our encoders and decoders or contact us for more information.

Enquire Now

Showing 0 of 2 Video Encoders & Decoders items

Sort By:

View:

Filter your results

2 options available

Moxa VPort 464 Series

4 Channel H.264/MJPEG to Ethernet Video Encoder, 0°C to +60°C

2 options available

Moxa VPort 461A Series

1 Channel H.264/MJPEG to Ethernet Video Encoder, 0°C to +60°C

Frequently Asked Questions

Learn More About Industrial Video Encoders & Decoders

A video encoder is a device that converts video from a non-IP source into a digital stream that can be transmitted across an IP network. It is commonly used when existing analogue or legacy video equipment needs to be integrated into a modern network-based surveillance system.

A video decoder is a device that receives a digital video stream from an IP network and converts it into a format that can be displayed or used by compatible video equipment. It is often used where network video needs to be shown on monitors, video walls, or other display systems.

These products are typically used when a surveillance project involves mixed video infrastructure rather than an all-IP system from the start. An encoder can help bring older cameras into a networked environment, while a decoder can help present network video in a usable format at the viewing end.

They are especially useful in upgrade or hybrid projects, but not only there. They can also be used wherever video needs to be distributed, converted, or integrated between different parts of a surveillance system, including control rooms, multi-screen monitoring, and network-based video workflows.

Important factors include the type of video input or output required, network compatibility, channel count, mounting method, and how the product will fit into the wider surveillance system. The right choice depends on whether the requirement is video conversion, display integration, or support for a mixed surveillance environment.