October 24th, 2018

Teledyne e2v, a subsidiary of Teledyne Technologies (NYSE: TDY), has introduced the Emerald 2M image sensor—adding to its lineup of advanced imaging solutions. This new addition targets cost-sensitive applications requiring high-definition video capture without distortion.

Key Specifications

  • Resolution: 2 Megapixels
  • Package Options:
    • CLGA package (high performance)
    • Miniaturized organic fan-out package (1.19 mm thick)

The Emerald 2M is the smallest full HD global shutter sensor available, making it ideal for reducing camera system costs when paired with low-cost optics.

Technical Features

  • Global Shutter CMOS Pixel: Optimized for up to a 5° Chief Ray Angle measurement.
  • Optical Format: Compatible with standard 1/3" lenses.
  • Interface: Supports MIPI CSI-2, enabling high-speed data transfer rates of up to 100fps.

Advanced On-Chip Capabilities

The sensor includes several digital processing features designed to reduce the computational load on external processors:

  • Multi-region-of-interest (ROI) support
  • Subsampling functionality
  • Auto-exposure at first frame capture
  • Single-frame HDR capability
  • Integrated chip statistics gathering

These embedded functions help accelerate development cycles by minimizing time-to-market requirements.

Availability and Contact Information

Sample units are expected to ship in the second quarter of 2019. For product details, interested parties should contact Teledyne e2v directly or visit their website.

Media Inquiries: [email protected] | +44 (0)1245 453607

About Teledyne Imaging

Teledyne Imaging comprises technology companies specializing in imaging solutions. Their products serve industries including healthcare, life sciences, aerospace, defense, and industrial automation through innovative sensor design backed by decades of experience.

For more information on the Emerald family or other product lines within Teledyne Imaging, please visit:

  • teledyne-e2v.com
  • teledyneimaging.com

Last Updated: 2025-09-05 05:26:26