Ryan Optoelectronic modern office and R&D building
Home » Products » System Accessories » Thermal Imaging Module » Mid-Wave Cooled Infrared Core Module

loading

Mid-Wave Cooled Infrared Core Module

The mid-wave cooled infrared core module integrates a high-performance HgCdTe (MCT) cooled infrared focal plane detector, delivering a noise equivalent temperature difference (NETD) as low as 15 mK. Equipped with a new-generation long-life cooler, it offers extended operational lifetime (MTTF≥18,000 hours) and low noise performance. With an upgraded next-generation image processing algorithm, the module is optimized for challenging environments such as forests, sea surfaces, sky backgrounds, and rainy or foggy conditions, providing clear and sharp infrared imagery.
Availability:

Lens Selection

Array Size

Focal   Length/F#

Lens Type

Field of   View  (H×V)

IFOV

640×512

50mm/F2.0

Straight   Fixed-Focus

10.97°×8.78°

0.300   mrad

640×512

55mm/F2.0

Straight   Fixed-Focus

9.97°×7.98°

0.273   mrad

640×512

100mm/F2.0

Straight   Fixed-Focus

5.49°×4.4°

0.150   mrad

640×512

18-275mm/F5.5

Straight   Continuous Zoom

2.0°×1.6°~29.86°×24.08°

0.055   mrad

640×512

15-300mm/F4.0

Straight   Continuous Zoom

1.83°×1.46°~35.49°×28.72°

0.050   mrad

640×512

25-460mm/F4.0

Straight   Continuous Zoom

1.19°×0.96°~21.73°×17.46°

0.032   mrad

640×512

33-660mm/F4.0

Straight   Continuous Zoom

0.83°×0.67°~16.55°×13.27°

0.023   mrad

640×512

32-800mm/F4.0

Folded   Continuous Zoom

0.68°×0.55°~17.06°×13.68°

0.018   mrad

640×512

88-1100mm/F5.5

Straight   Continuous Zoom

0.52°×0.43°~6.24°×5.0°

0.014   mrad

640×512

88-1100mm/F5.5

Folded   Continuous Zoom

0.52°×0.43°~6.24°×5.0°

0.014   mrad

Additional lens models are available upon request, please contact us for further details.



Performance Parameters

Performance   Parameters

Model

M615S

M615L

M615D

Detector   Type

HgCdTe   (MCT) Cooled Infrared Focal Plane Detector

Resolution

640×512

Pixel   Pitch

15μm

Frame   Rate

100Hz/50Hz

F

F2.0/F4.0

F4.0/F5.5

Spectral   Range

3.7±0.2μm~4.8±0.2μm

NETD

≤15mK@25℃

Defective   Pixel Rate

≤0.5%

Cooldown   Time @ 25°C

≤7min

Image   Adjustment

Brightness   / Contrast

Auto   / Manual

Polarity

Black   Hot / White Hot (default)

Crosshair

Display   / Hide / Move

Digital   Zoom

1.0×   – 8.0× continuous

Image   Processing

Non-uniformity   correction

Digital   noise reduction

Digital   detail enhancement

Image   Flip

Horizontal   / Vertical / Diagonal

Power Supply

Input   Voltage

24–36   V DC (with isolation board), typical 28 V DC

No   lens (no isolation): 12 ± 0.1 V DC

Power   Consumption @ 25°C

Stable   ≤16 W,

Peak   ≤35 W

Stable   ≤12 W,

Peak   ≤25 W

Stable   ≤15 W,

Peak   ≤28 W

Interfaces

Analog   Video

PAL

Digital   Video

CameraLink/   SDI/ Ethernet

Network   Protocols

TCP/IP,   UDP, RTSP, etc.

Serial   Communication

RS422   (default baud rate 115200)、TCP/IP

External   Sync

Internal   (default) / External output / External input / Adaptive sync

Physical   Characteristics

Weight   (without lens)

≤870

≤480

≤572

Dimensions   (without lens)mm

144×75×81

120×88×57

104×102×55

Environmental   Adaptability

Operating   Temperature

-40℃~+60℃

Storage   Temperature

-45℃~+65℃

Random   Vibration

6.06g

4.2g

Shock

Half-sine   wave, 40 g, 11 ms (3 shocks per axis, 6 directions)

MTTF

≥6000h

≥6000h

≥18000h

Storage   Life

≥   10 years



Overview

The M615 mid-wave cooled infrared core module integrates a high-performance HgCdTe (MCT) cooled infrared focal plane detector, delivering a noise equivalent temperature difference (NETD) as low as 15 mK. Equipped with a new-generation long-life cooler, it offers extended operational lifetime (MTTF≥18,000 hours) and low noise performance. With an upgraded next-generation image processing algorithm, the module is optimized for challenging environments such as forests, sea surfaces, sky backgrounds, and rainy or foggy conditions, providing clear and sharp infrared imagery. The system supports a variety of optics, including a thermal fixed-focus lenses and continuous zoom lenses. It enables functions such as motorized focusing, continuous zoom, auto-focus, and defocus compensation, making it widely suitable for long-range observation applications such as vision enhancement and perimeter security.




Related Products

The U-shaped Gyro Stabilization System is purpose-built for heavy payloads and complex missions. U-shaped open-frame design allows seamless integration of long-range cameras, multi-sensor arrays, and laser systems.
 
Featuring dual-axis stabilization, even during high-speed maneuvers, strong winds, or heavy seas, u-shaped gyro stabilization system maintains stable and clear imaging, enabling real-time monitoring, long-range identification, and evidence-grade recording. With military-grade protection and reliability, the u-shaped gyro-stabilized imaging system excels in maritime surveillance, military reconnaissance, counter-UAV operations, and industrial inspections.
0
0
The Globe-shaped Gyro Stabilization System is an integrated and highly stable electro-optical observation and imaging platform. Utilizing advanced gyro-stabilization technology, globe-shaped gyro stabilization system ensures clear and steady imagery even under complex environments and high-speed motion.
 
  • Day camera
Pixel: 2MP
Resolution: 1920(H) × 1080(V)
Focal length: 6mm~210mm
  • Thermal imaging
Detector type : Uncooled Vanadium Oxide Microbolometer
Resolution: 640 × 512@12μm
Focal length: 50mm/F1.0
  • Laser Rangefinder: 50m~5000m
0
0
Equipped with high-definition visible light, infrared thermal imaging, and laser night vision for complementary detection, the marine gyro-stabilized imaging system rapidly locks onto targets and deploys multi-band countermeasures when required.It provides 24/7 monitoring and evidence collection over waterways, coastal areas, ports, lakes, and dams. 
 
Featuring 360° wave-resistant stabilization and 0.05° precision tracking, gyro-stabilized camera ensures rock-steady imaging even in rough seas. Powered by military-grade gyro stabilization technology, this system redefines maritime surveillance standards—delivering land-like stability on turbulent waters. To meet the needs of large-scale deployment and cost-sensitive operations, RYAN provide a Cost-Effective Universal Model, which inherits the core gyro stabilization technology while optimizing for accessibility and practicality.
  • Gyro-stabilization
Pan: 360° continuously
Tilt: -85°~+85°
Pan speed: ≥80°/s
Tilt speed: ≥60°/s
Pan Accelerate speed: ≥80°/s2
Tilt Accelerate speed: ≥60°/s2
Repeat positioning accuracy: ±0.01°
  • Day Camera
Sensor type: 1/2" Progressive Scan CMOS
Pixel: 2MP
Frame rate: 50/60Hz
Resolution: 1920(H) × 1080(V)
Focal length: 6mm~210mm
  • Thermal Camera
Detector type: Uncooled Vanadium Oxide Microbolometer
Resolution: 640 × 512@17μm
Focal length: 50mm Athermal lens

More discussion with engineers.
0
0
The short wave infrared (SWIR) thermal cameras operate in the 0.9–3 μm spectrum, detecting reflected infrared radiation rather than relying solely on emitted heat. The imaging of short wave Infrared (SWIR) thermal camera closely resembles visible light, offering sharp details and the ability to see through glass.
 
With high resolution and adaptability to bright or complex lighting conditions, short wave infrared (SWIR) thermal cameras excel in industrial inspection, scientific research, night vision enhancement, and detecting camouflaged targets. Built-in high-performance digital processor, using high-efficiency compression algorithm, the video is clear, real-time and smooth. We also provide flexible small-batch customization, tailoring systems to specific mission requirements and operational environments.
0
0
Our long-range long wave thermal (LWIR) cameras deliver exceptional image quality with sharp, high-contrast thermal imagery, offering unmatched detail, clarity, and fidelity in even the most demanding environments. Designed for 24/7 day-and-night surveillance, long wave thermal (LWIR) cameras provide superior thermal resolution for mission-critical applications such as border protection, coastal monitoring, and securing critical infrastructure. 
 
With cutting-edge technology and precise performance, long wave thermal (LWIR) imaging systems ensure reliable operation in any conditions. We specialize in custom engineering these systems to meet your specific requirements, incorporating virtually any add-on feature into our advanced gyro-stabilized systems and pan tilts/ gimbal platforms, making them ideal for a wide range of applications.
0
0
The u-shaped pan tilt system is an advanced sighting and tracking system that integrates high-precision optical sensors (HD visible-light cameras, infrared thermal imagers, laser rangefinders, etc.) with a high-speed, high-precision servo-controlled rotational mechanism. Its most distinctive external feature is its u-shaped support structure, it achieves movement in two degrees of freedom, enabling it to rapidly, stably, and precisely point and lock the optical sensors onto any target in space. Leveraging its unique u-shaped configuration, the high-speed u-shaped pan tilt achieves a perfect balance of rigidity, precision, speed, and stability. The u-shaped pan tilt system serves as the core platform for modern high-end observation, tracking, and targeting systems, with wide-ranging applications across critical domains from the battlefield to the city.
 
Payload Capacity: >40Kg
 
0
0

QUICK LINKS

PRODUCTS

CONTACT

Phone:+86-17660204088 
Email: info@ryanoptics.com
Add:Room 904, Building 22, CCCC Intelligent Industrial Park, Yushan Road No.5868, Licheng, Jinan, Shandong

SUBSCRIBE

​Copyright © 2025 Ryan Optics Technology Co., Ltd.  All Rights Reserved. Sitemap |  Privacy Policy