Regent5 designs and installs premium laser projection systems across the San Francisco Bay Area and Northern California, with project coverage extending through Santa Barbara, Los Angeles and Orange County. Projector selection is coordinated with screen size and material, throw and lens geometry, brightness, HDR goals, room light, seating, acoustics, ventilation, power, fiber HDMI, audio, automation, calibration and long-term service.
Regent5 compares projector platforms from the actual cinema: screen dimensions, throw, room light, desired brightness, contrast, HDR, lens requirements, acoustics, power, thermal conditions, signal path, automation, and serviceability.
Native 4K SXRD laser projectors spanning purpose-designed private cinemas with different screen-size and brightness requirements.
High-output native 4K SXRD laser projector for specialized large-screen cinema and visualization rooms requiring dedicated infrastructure.
Compact native 4K D-ILA laser models for dedicated theaters, rated by JVC at approximately 2,000 and 2,300 lumens respectively.
Higher-output D-ILA laser projectors with strong native contrast and JVC's Gen2 8K/e-shiftX platform for premium cinema applications.
4K HDR 3LCD laser home-cinema projector rated at 3,300 lumens with current Epson QZX processing and support for modern high-frame-rate sources.
High-lumen 4K HDR laser platform rated at 6,000 lumens with interchangeable lenses for large screens and challenging projection geometry.
Very-high-output 4K HDR laser platform rated at 10,000 lumens with lens options for oversized screens and demanding private cinema rooms.
Native 4K three-chip DLP RGB-laser platform rated up to 32,000 lumens for exceptional private cinemas with engineered power, cooling, lens, and equipment requirements.
Screen material, image dimensions, aspect ratio, throw, lens shift, projector location, masking, sightlines, structure, ventilation, and access resolved before construction.
Projector alignment, image setup, HDR, video path, fiber HDMI, audio, network, automation, lighting scenes, documentation, troubleshooting, and ongoing support.
There is no single best projector for every theater. The right choice depends on screen width and material, throw distance, room darkness, desired brightness and HDR impact, native contrast, lens requirements, seating distance, noise and ventilation, equipment space, source formats, and budget. Regent5 compares Sony, JVC, Epson, and Barco from the actual room requirements.
Sony's current premium cinema range uses native 4K SXRD, JVC focuses on native 4K D-ILA with very strong native contrast, Epson's Q-Series uses 3LCD laser platforms with options extending to very high brightness, and Barco Residential serves specialized large private cinemas with high-output DLP laser platforms. The room determines which strengths matter most.
Screen size should be set from seating distance, viewing angle, room width and height, desired aspect ratio, speaker layout, sightlines, projector brightness, throw range, and screen material. Regent5 resolves image geometry before projector placement and before framing, millwork, or ceiling details make the room difficult to change.
Required light output depends on screen area, screen gain, desired peak brightness, HDR goals, lens losses, throw, room light, calibration target, and aging margin. A lumen rating alone does not determine the result. Regent5 calculates expected screen brightness from the actual projector, lens, screen, and room rather than selecting by specification-sheet brightness alone.
All are current laser D-ILA projectors, but light output, native contrast, optical systems, chassis, and feature sets increase through the range. JVC rates the NZ500 around 2,000 lumens, NZ700 around 2,300, NZ800 around 2,700, and NZ900 around 3,300. Regent5 selects from screen size, throw, room darkness, desired contrast and brightness, and budget.
QB1000 is a premium home-cinema platform for conventional dedicated theaters. QL3000 and QL7000 move into much higher light output and support interchangeable lens choices, making them useful for larger screens, longer or unusual throw conditions, and rooms that need more brightness. The choice should be based on calculated screen brightness and the required lens geometry.
A platform like Nerthus is intended for exceptional private cinemas with very large screens and very high light-output requirements. Its power, cooling, physical size, lens, equipment-space, acoustic, structural, and service requirements are substantially greater than a conventional home projector. It should be considered only as part of a purpose-built cinema design.
Often, especially in a dedicated cinema where the center, left, and right speakers should sit at the correct height behind the image. The screen material must be chosen with image brightness, texture, viewing distance, speaker response, screen size, and projector output in mind. Regent5 coordinates screen and speaker design together.
Plan screen dimensions and material, aspect ratio, projector throw and lens position, ceiling or equipment-room support, ventilation, power, fiber or HDMI pathway, rack location, light control, speaker placement, seating sightlines, masking if used, automation, and service access before framing and drywall are complete. Projection geometry should come from the selected projector and lens.
Yes, when the selected projector and surrounding AV equipment expose supported control methods. Regent5 can coordinate projector power and input, video processors, sources, AV processors, masking, lighting, shades, audio, and cinema scenes through Savant, Control4, or Crestron after model-specific compatibility is verified.
Yes. Regent5 can evaluate the projector, screen, mounting, lens geometry, HDMI or fiber path, video processor, sources, AV processor, audio, networking, automation, ventilation, firmware, and calibration. Existing infrastructure is assessed before recommending projector replacement so usable parts of the theater can be retained when appropriate.
Installed cost depends on the projector and lens, screen and masking, room construction, acoustics, ventilation, power, mounting, signal transport, video processing, sources, immersive audio, lighting and shades, automation, calibration, and service requirements. The projector is only one part of the cinema, so a room design and system scope are needed before an installed budget is meaningful.
.svg)
© 2026 Regent5, LLC. CSLB C10 & C7 License 1033103.