Astera PixelBrick PB15

Last Updated 2 days ago

Overview

Astera PixelBrick lighting fixture

The Astera PixelBrick PB15 is a small battery-powered RGBMintAmber PAR/uplight with Astera’s Titan LED Engine. Its narrow native beam, one controllable pixel and modular mounting tracks let it work as a compact accent, wall uplight, visible pixel or part of a larger connected shape.

PixelBrick is a distinct fixture from Astera’s tubes and HydraPanel. The published body is only 91 × 91 × 94 mm, but it includes an internal battery, CRMX receiver and BluetoothBridge capability. Beam filters and connecting hardware change its use without turning it into a multi-pixel tube or a zoom Fresnel.

Key specifications

SpecificationDetails
Model / order codePB15
Colour engineTitan LED Engine; RGBMintAmber
LED / system power15 W total LED designation on specs page; 12 W LED draw; 20 W maximum system consumption
Pixels1
Native optical angles13° beam; 25° field
Beam modifiers17° BeamSoftener, 30° Flood Filter, BrickDome and other compatible accessories
Current colour metricsCRI Ra / TLCI ≥96 at 3200–6500 K
Battery durationUp to 20 hours with output limited for the selected runtime
Nominal rechargeApproximately 5 hours in the operating manual
DC supply24 V DC / 0.8 A; specified 5.5 × 2.1 mm power/data connection
Direct AC input on headNone
ControlLocal, infrared, AsteraApp / built-in BTB, CRMX; wired DMX through compatible PowerBox/DataLink system
Body size / listed weight91 × 91 × 94 mm; 1.12 kg
Environmental limits0–40°C; IP65 only in the specified sealed or cabled configuration
MountingFour airline tracks, four M5 threads and model-specific BrickBracket / connecting accessories
current Astera specification table and version-3 data sheet dated July 18, 2025, read with the operating manual.

Strengths and limitations

Strengths

  • A compact controlled source fits difficult accent positions.
  • Astera wireless control supports remote colour and level changes.

Limitations

  • Beam filters and diffusion change both coverage and exposure.
  • Confirm hardware revision, runtime setting and the required power/data accessories.

Practical uses

The native 13° beam is useful for an uplight, a tight object accent or a small directional pool. The 17° BeamSoftener and 30° Flood Filter widen or soften that optical distribution. They are inserted modifiers rather than a continuous mechanical zoom.

The BrickDome makes a visible glowing pixel and changes the source appearance. It can be useful in a practical-light pattern or a reflection. A broader beam or a dome does not create the source area of a large softbox, so evaluate shadows and catchlights at the intended distance.

Each PixelBrick is one pixel. Several units can build a line, cluster or matrix, with each head patched appropriately. For animated visible shapes, check the order of the heads, viewing angle, apparent gaps and exposure through the camera before programming a complex effect.

SetupWorking approach
Visible practicalSet brightness and colour through the camera so the fixture retains the intended detail in frame.
Accent or reflectionPosition the source for its beam and emitting shape, then control spill with the correct accessory.
Lighting setups

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Output and colour

Astera’s current specification table and July 2025 version-3 sheet give the following output. The light’s native beam is 13° with a 25° field. These centre-lux values are for the documented narrow fixture configuration; they should not be presented as the output through a 30° filter or a dome.

Older manual/data-sheet copies quote lower total-flux values such as 450 lumens at 3200 K. The table here uses the current version-3 publication consistently instead of mixing an older lumen row with a newer centre-lux figure. These remain manufacturer typical values rather than a site retest.

White settingTotal luminous fluxCentre illuminance at 1 m
2700 K405 lumens6,178 lux
3200 K475 lumens7,144 lux
5500 K395 lumens5,985 lux
Current Astera table / version-3 data sheet. Lumens and lux describe different quantities.

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Power and batteries

The up-to-20-hour statement is tied to Astera’s runtime management. Selecting a longer required duration limits output to preserve enough energy. It does not promise twenty hours at maximum brightness. Set the required run time before assessing the available level for the scene.

The specifications distinguish the 15 W total-LED designation, 12 W LED power draw and 20 W maximum system consumption. Use the complete system and charging requirements for supply planning rather than treating the LED figure as every possible electrical load.

The head takes the approved 24 V DC / 0.8 A arrangement and has no direct AC input. An individual compatible supply or PowerBox can support longer operation and charging. The manual gives an approximately five-hour recharge; allow for actual pack condition and the supplied charging system.

Inspect battery health on used units and follow the manufacturer’s storage/recharge guidance. A full charge indicator alone does not establish the remaining useful capacity of an aged internal battery. Avoid scheduling an inaccessible overhead rig around an untested maximum-duration claim.

The head does not provide a conventional five-pin XLR DMX socket. Connect DMX, Art-Net or sACN to a compatible Astera PowerBox, then use the specified power/data combination cable to the PixelBrick. The manufacturer recommends PowerBox 2×86 W and also identifies compatible Titan PowerBox/DataLink arrangements.

DataLink adds data but does not contain its own power supply, so it needs the correct external supply. A connector that looks like an ordinary DC barrel does not establish compatibility with an arbitrary cable for both power and data.

The PowerBox can charge eight PixelBricks in their case and support longer installations. Verify the actual case, supply, cables and data route when hiring a kit. An eight-head case is not automatically complete if its PowerBox or sealed connection cables are missing.

Control, cooling and camera operation

The local panel supports direct setup, while infrared and AsteraApp provide other control routes. The built-in BluetoothBridge can connect a compatible control device and relay AsteraApp commands through the Astera UHF system. That app route is distinct from the CRMX receiver’s wireless-DMX path.

The current sheet lists CRMX, UHF, Bluetooth and Wi-Fi radio capabilities. Use the firmware’s documented function for each route rather than assuming every radio mode is a generic network input. The published up-to-300 m CRMX/UHF and approximately 3 m Bluetooth ranges are typical claims, not a guarantee through scenery or radio interference.

For console use, select the matching profile, address and radio pairing. A one-pixel fixture can still use several control channels depending on the selected colour and dimming mode. Test low fades, blackout and signal-loss behaviour with the actual transmitter and profile.

Talkback/app monitoring and stored effects can help preparation and battery oversight. Record colour/white settings, runtime selection, intensity and the control path when a cue has to be repeated.

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Modifiers, rigging and the working package

Four airline tracks and M5 mounting/safety points accept the model-specific BrickBracket, BrickMount, BrickConnect, BrickHinge, BrickTilt and related hardware. These serve different roles: a bracket supports one fixture, while connectors and hinges build approved multi-head arrangements. Follow the load and support instructions for the complete shape.

The 1.12 kg listed fixture mass grows quickly when multiple heads and metal connecting parts are combined. Use appropriate stand/truss support and secondary retention, and protect the optics and controls from concentrated clamp pressure. A convenient modular joint is not an unlimited structural rating.

IP65 applies when unused DC connections are sealed with PB15-PLG covers, or when the specified PWB-CAB connection system is correctly assembled. Astera notes that compatible older Titan power/data cables can carry the connection without providing an IP65 connection. Match both the electrical and sealing requirements.

Keep the head within the 0–40°C operating range. Inspect socket covers, sealing parts, threads, tracks, filter retention and the housing after transport. Test the battery, every required colour, local/app/CRMX routes and any wired system before a weather-exposed or elevated installation.

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Alternatives and related fixtures

An Astera Helios Tube or Titan Tube provides a long multi-section source rather than one narrow PAR beam. A pocket panel gives a different reflection and spill pattern. Choose PixelBrick for its modular one-pixel body, beam options and the Astera control system that the full package supports.

FixtureChoose it for
Astera HydraPanelA different source shape within the Astera system.
Aputure MC ProA separate power, mounting and control ecosystem.
Related fixtures

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What people are saying

Graham Sheldon: compact punch and useful accessories

Sheldon likes the narrow beam, small package, battery life and modular accessories. He sees the PixelBrick as easy to add to a film or television kit, while noting the price and the need to assess how often its connecting shapes will be useful. Read or watch the full account.

Videos

PixelBrick: product walkthrough

A model-specific walkthrough or review.

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Rental and used-fixture checks

Verify the exact model, power components and control profile. Inspect mounts, optics or diffusion, connector locks and cables. Test a slow fade, colour matching and the complete intended remote-control path before rigging.

Documentation and specifications

official product overview, current specifications, July 2025 version-3 data sheet, operating manual and current profiles and technical downloads.

Product photograph: Astera official product photograph.

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