Kramer VM-20HD 1:10 Dual-Link HD-SDI Distribution Amplifier
Condition: Good
Open Box — New, unused gear. Original packaging has been opened, but the item has never been used.
Like New — Lightly used gear that appears brand new, with no visible signs of wear.
Very Good — Used gear with minimal cosmetic wear. Fully functional and well cared for.
Good — Fully functional gear with noticeable cosmetic wear from normal use.
Fair — Functional gear with significant cosmetic wear, such as major scratches or missing non-essential parts.
For Parts Only — Non-functional gear sold as-is. Suitable only for parts or repair; not operational.
Kramer VM-20HD 1:10 Dual-Link HD-SDI Distribution Amplifier
Details
At A Glance
The Kramer VM-20HD is a 1:10 Dual-Link HD-SDI distribution amplifier designed to split a single HD-SDI or Dual-Link HD-SDI signal to ten buffered, reclocked outputs simultaneously. Supporting resolutions up to 1080p and 2K with data rates up to 2.97 Gbps, it is well suited for broadcast facilities, live production environments, and large-scale AV installations where a single source must feed multiple downstream devices — such as monitors, capture cards, or video routers — without signal degradation. The unit's built-in reclocking circuitry regenerates the signal at each output, maintaining integrity across long cable runs and complex signal chains.
Description
Features
Specifications
What's Included
The Kramer VM-20HD is a 1:10 Dual-Link HD-SDI distribution amplifier designed to split a single HD-SDI or Dual-Link HD-SDI signal to ten buffered, reclocked outputs simultaneously. Supporting resolutions up to 1080p and 2K with data rates up to 2.97 Gbps, it is well suited for broadcast facilities, live production environments, and large-scale AV installations where a single source must feed multiple downstream devices — such as monitors, capture cards, or video routers — without signal degradation. The unit's built-in reclocking circuitry regenerates the signal at each output, maintaining integrity across long cable runs and complex signal chains.