Kramer Electronics KDS-17DEC 3840 x 2160 pixelov 85 fps

Kramer Electronics KDS-17DEC is an AVoIP decoder designed to stream 4K video and audio over Ethernet using copper cabling in unicast or multicast configurations. The device supports up to 3840 x 2160 resolution with high frame rates and provides Gigabit Ethernet connectivity in a durable black aluminum casing, suitable for integration into IP-based AV systems.

Advantages

The KDS-17DEC delivers 4K60 4:4:4 video quality and high-quality digital audio while offering extensive control over video walls and advanced connectivity and configuration options. It is optimized for bandwidth efficiency to work over existing IT networks with simplified switch configuration. The unit supports high-performance deployments, is lightweight (0.7 kg), and comes in a robust aluminum enclosure for reliable operation.

Suitable for

• Enterprise AV distribution and digital signage
• Educational campuses and lecture halls
• Government and control-room installations
• Video walls and multiroom AV systems

Key specifications

• Maximum resolution: 3840 x 2160 pixels
• Frame rate: up to 85 fps
• AVoIP streaming: unicast and multicast over Ethernet (copper)
• Network: Gigabit Ethernet
• Weight: 0.7 kg
• Product colour: Black
• Housing: Aluminum
• Brand / MPN / EAN: Kramer / 60-001690 / 7291063100032

How to use

Install the KDS-17DEC in your AV network and connect it to a Gigabit Ethernet switch using standard copper Ethernet cable. Configure the device for unicast or multicast streaming according to your network design and set resolution and frame-rate parameters to match source and display capabilities. Use the available management and configuration tools to control video-wall layouts, stream routing and audio settings. Ensure the receiving displays or endpoints are compatible with 4K60 4:4:4 signals and the chosen frame rate.

Recommendations

For reliable performance in large-scale deployments, use managed Gigabit switches with appropriate Quality of Service (QoS) settings, keep firmware updated, and plan multicast routing where required. Leverage existing Ethernet cabling to minimise installation time and consult network administrators to avoid bandwidth contention with other critical services.