Rondo 1x4 Distribution Amplifer

Ideal Use Cases

The HT-FLARE-4 is designed for an HDMI system that needs to distribute one source to four displays at the same time. Its defined role is straightforward: accept a single HDMI source and provide four simultaneous outputs carrying that source. That makes the model relevant wherever the display plan calls for repeated presentation of one video feed rather than selection among several sources. It is also suited to a display group that combines 4K and 1080p destinations. The documented downscaling capability allows simultaneous routing to both resolution classes, so a system does not have to be limited to displays with one common output resolution.

Why Choose This Model

This model brings the core format requirements into one coordinated signal-distribution specification. It supports 18 Gbps bandwidth, full HDMI 2.0, and HDCP 2.2. Its stated video ceiling is 4K at 60 Hz with 4:4:4 color sampling, providing a clear match for sources and displays that use that format. The four-output configuration also makes the required scale explicit: it is built for four simultaneous destinations without requiring an eight-output member of the FLARE family. For a project centered on one source and four displays, the HT-FLARE-4 aligns the distribution count, bandwidth, and format support in a single model.

Installation and Integration

Place the HT-FLARE-4 in the HDMI signal path between the source and the four display destinations. System planning should keep every signal within the documented HDMI 2.0, HDCP 2.2, 18 Gbps, and 4K/60 4:4:4 limits. In a mixed-display installation, the 4K and 1080p destinations can operate simultaneously through the unit's downscaling support. The provided product data does not specify cable-distance limits, enclosure dimensions, mounting methods, power requirements, connector orientation, or included accessories. Those details should therefore remain open installation checks rather than assumptions. The same applies to any source or display behavior not described in the available information.

Performance Highlights

At the top of the documented range, the HT-FLARE-4 supports video resolutions up to 4K at 60 Hz with 4:4:4 color sampling. Its rated 18 Gbps bandwidth and full HDMI 2.0 support define the signal capability, while HDCP 2.2 compatibility is included for the HDMI path. Distribution remains simultaneous across the four outputs: the product takes one source and makes it available to four destinations. When 4K and 1080p displays are used together, downscaling provides the documented bridge between those display resolutions. No HDR, audio-format, refresh-rate-above-60-Hz, or latency specification is supplied, so this listing makes no claim for those attributes.

What Makes It Different

The defining combination is not only its 1x4 output count, but also its handling of a mixed 4K and 1080p display set. A basic splitter description explains the topology; the downscaling statement explains how this FLARE model addresses displays at two documented resolution levels at once. That distinction matters when one HDMI source must remain available across four outputs but every connected display is not necessarily 4K. The model also keeps the relevant compatibility markers explicit: HDMI 2.0, HDCP 2.2, 18 Gbps, and 4K/60 4:4:4. It is a distribution amplifier for one shared source, not a device described as providing independent source selection for each output.

Final Assessment

The HT-FLARE-4 is a focused choice for a one-source, four-display HDMI distribution requirement. Its strongest documented case is a system needing simultaneous outputs, up to 4K/60 4:4:4 video, and coexistence of 4K and 1080p displays through downscaling. HDMI 2.0, HDCP 2.2, and 18 Gbps support provide the concrete compatibility framework for evaluating the source and destinations. Select it when those published capabilities match the planned signal path. Because the supplied specifications do not cover physical dimensions, power, cable reach, mounting, audio, or accessories, those items should be verified separately before final installation planning.