A practical guide to projector and source combinations discussed in original-Vertex and broader LLDV enthusiast workflows. A model appearing here is not a blanket certification: firmware, source, EDID, HDR mode, calibration and the exact signal chain still matter.
VERTEX 1 · COMMUNITY REPORT means owners report using the original Vertex with this model; HDfury itself only states that Vertex 1 LLDV works with a JVC projector using a custom gamma curve, or with a projector that can be forced into HDR mode. COMMUNITY LLDV means the model/family appears in LLDV projector discussions, sometimes using a newer HDfury device. Those entries are useful leads, but we do not copy Vertex2-only settings onto Vertex 1.
The original Vertex is explicitly confirmed by enthusiasts as supporting the LLDV EDID method with this family. Later Vertex2 discussions also provide extensive TW9400 tuning experience.
Older JVC eShift projectors are a major reason the LLDV projector workflow became popular. Community users discuss Vertex with this generation extensively.
These models appear in enthusiast LLDV comparisons. Their own HDR/tone-mapping capabilities mean the benefit can be smaller or simply different than with older projectors.
Newer JVC models are discussed with LLDV, but owners also report that strong built-in dynamic tone mapping can reduce the reason to use the technique.
Sony projector families are widely represented in LLDV discussions. Exact HDR behaviour and useful luminance targets differ by model.
The Sony A1-style LLDV EDID method is reported with this projector family, but the clearest reports found use later HDfury hardware.
Original-Vertex LLDV experimentation is documented, including reports of incorrect/magenta output in some configurations.
Original Vertex plus Oppo/projector configurations appear in the early LLDV discussion around this Epson generation.
Optoma is represented in the wider LLDV projector community, but exact model behaviour varies enough that a brand-wide preset would be misleading.
The original technique is not inherently brand locked. For Vertex 1, manual control of the downstream HDR presentation is especially important.
Common in projector LLDV systems. Use the Apple TV video settings deliberately; Match Dynamic Range changes whether content remains SDR/HDR10 or is output through the selected Dolby Vision mode.
Frequently used UHD-disc sources in LLDV discussions. Source-side Dolby Vision settings still need to match the desired workflow.
Extensively discussed because of their flexible video output options and Dolby Vision support.
Appears in LLDV systems; app, refresh-rate and content behaviour must also be considered.
Dolby Vision capable UHD players frequently paired with HDR projectors and external HDMI management.
LLDV/Dolby Vision capability depends on exact hardware generation, app and content. Verify the source rather than assuming all versions behave alike.
| CHECK | WHAT YOU NEED | WHY IT MATTERS |
|---|---|---|
| Source | Compatible Dolby Vision / LLDV output | The source performs player-led DV processing. |
| Vertex | Latest firmware (FW 1.38.1.45 / GUI 1.34) + an uploaded LLDV EDID + HDR trigger if needed | Vertex controls what capability the source sees. |
| Projector | Suitable HDR10 input/presentation | Original Vertex workflows may require manual HDR handling. |
| Calibration | Appropriate luminance/gamma/HDR setup | An EDID alone cannot optimize the image for every screen. |
| Comparison | A/B against normal HDR10 | LLDV is not guaranteed to outperform a projector's own HDR processing. |
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