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Industry News

Mouser stocks BrightSense 5.1 MP CMOS image sensors

Mouser stocks BrightSense 5.1 MP CMOS image sensors

Key Takeaways

  • Mouser Electronics now stocks STMicroelectronics BrightSense Vx1943 (RGB‑NIR) and Vx5943 (monochrome) 5.1 MP CMOS image sensors.
  • Both parts are offered in dual‑side antireflective (AR) OBGA packages and as bare‑die for custom camera modules.
  • Vx1943 delivers full‑color plus near‑infrared (NIR) capture; Vx5943 provides high‑sensitivity monochrome imaging from visible to NIR.
  • Typical specs: 5.1 MP (≈2592 × 1944) resolution, 1.4 µm pixel pitch, up to 30 fps, 12‑bit ADC, and on‑chip HDR support.
  • Mouser guarantees 100 % genuine, trace‑able parts and supplies full technical documentation through its online Resource Center.

Mouser Expands Portfolio with BrightSense 5.1 MP Sensors

Mouser Electronics announced that its inventory now includes STMicroelectronics’ BrightSense Vx1943 and Vx5943 CMOS image sensors. The two families target a broad spectrum of applications—from consumer smartphones to industrial machine‑vision rigs—by combining high‑resolution imaging with integrated NIR capability.

Product Overview

Feature BrightSense Vx1943 (RGB‑NIR) BrightSense Vx5943 (Monochrome)
Resolution 5.1 MP (≈2592 × 1944) 5.1 MP (≈2592 × 1944)
Pixel Pitch 1.4 µm 1.4 µm
Spectral Sensitivity Visible + NIR (≈400‑1100 nm) Visible + NIR (≈400‑1100 nm)
Output Format 12‑bit RGB + NIR channel 12‑bit monochrome
Maximum Frame Rate 30 fps @ full resolution 30 fps @ full resolution
Package Options OBGA (dual‑side AR) & bare die OBGA (dual‑side AR) & bare die
Key Applications Consumer imaging, AR/VR, NIR‑assisted vision Industrial inspection, low‑light, night‑vision, scientific imaging
HDR Support On‑chip dual‑exposure HDR On‑chip dual‑exposure HDR
Operating Temperature –40 °C to +85 °C –40 °C to +85 °C

Both sensors are fabricated on a 0.9 µm CMOS process and feature on‑chip analog‑to‑digital conversion with programmable gain, enabling low‑noise performance down to 0.6 % lux (RGB) and 0.3 % lux (monochrome) under NIR illumination.

Design Flexibility

  • OBGA Package – The 6 mm × 6 mm ball‑grid array includes a dual‑side antireflective coating that reduces surface reflections by > 30 % across the 400‑1100 nm band, improving signal‑to‑noise ratio in harsh lighting.
  • Bare‑Die Option – For OEMs that require ultra‑compact camera modules, the sensors are also offered as die‑level components, allowing custom lens stacks and wafer‑level optics.

Why Mouser?

Mouser positions itself as a “global authorized distributor” with a reputation for rapid fulfillment. All BrightSense units are 100 % genuine, fully traceable from STMicroelectronics, and are stocked in multiple regional warehouses for same‑day or next‑day shipping. Engineers can also access:

  • Technical Resource Center – Datasheets, reference designs, and application notes are downloadable directly from the Mouser product page.
  • Design‑Assist Tools – Interactive pin‑out diagrams, PCB footprints, and optical simulation files simplify integration into new camera designs.

Market Implications

The addition of BrightSense sensors to Mouser’s catalog lowers the barrier for startups and mid‑size manufacturers to prototype NIR‑enhanced imaging systems. The dual‑package offering supports both rapid‑prototyping (OBGA) and volume‑production (bare die) strategies, aligning with the growing demand for AI‑driven vision in robotics, smart retail, and autonomous vehicles.


Bottom Line

Mouser Electronics now carries STMicroelectronics’ BrightSense Vx1943 and Vx5943 5.1 MP CMOS image sensors, delivering high‑resolution color‑plus‑NIR and monochrome‑plus‑NIR capabilities in a ready‑to‑solder OBGA or bare‑die form factor. With specs such as 1.4 µm pixels, 30 fps full‑frame capture, and on‑chip HDR, these parts are well‑suited for next‑generation consumer, industrial, and computer‑vision applications. Mouser’s global inventory, guaranteed authenticity, and extensive technical resources make it a convenient sourcing hub for engineers looking to accelerate time‑to‑market on NIR‑enabled imaging projects.

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