Products

RHPC-HDSDI-2.1E

The RHPC-HDSDI-2.1E is the next generation in high-performance HD compact digital day/night enclosed board cameras. This 2.1 Megapixel board camera boasts a high quality progressive scan Exmor SONY CMOS image sensor. Combined with a beautiful f=3.6, 6, 8mm board lens with M12 Mount, this enclosed board camera captures beautiful images and video

What is 3G-SDI and HD-SDI?

3G-SDI is a successor technology to the well known and popular HD-SDI interface. It uses the same connectors and coaxial cables and is also completely downwards compatible. In a nutshell, it provides an increase in bandwidth which allows both higher resolutions and frame rates through a single connection.
"Traditional" HD-SDI is a global standard, specified in SMPTE292M and allows HD video data to be transmitted as 10bit YUV (correctly: YCbCr) at 1.485 Gbit/s. Ancillary data such as time code and audio are embedded in the signal.
Higher picture quality and frame rates such as RGB 4:4:4 or 50/60p can be realized through dual-link SDI connections. Dual link is also used for Stereo3D playback and record of two separate video streams in full resolution

• 1/4" SONY Monochrome CCD
• 32x32mm Single Board
• 350 TV Lines
• Clear Picture Controlled by DSP
• Low Noise
• 5 Volts DC to 14 Volt DC Operation
• Optional Connector Positions Available

* High Resolution Versions Available

RHPQ-710E

The RHPQ-710C / RHPQ-710E is a powerful OEM Board Camera for any application requiring a 32mmx32mm design and high quality image.

• 1/4" SONY Monochrome CCD
• 32x32mm Single Board
• 350 TV Lines
• Clear Picture Controlled by DSP
• Low Noise
• 5 Volts DC to 14 Volt DC Operation
• Optional Connector Positions Available

* High Resolution Versions Available

RHPQ-715N

The RHPQ-715N is a powerful OEM Board Camera for any application requiring a 32mmx32mm design and high quality image.

• 1/4" Color CCD
• 32x32mm Single Board
• 350 TV Lines
• Clear Picture Controlled by DSP
• Low Noise
• 5 Volts DC to 14 Volt DC Operation
• Optional Connector Positions Available

* High Resolution Versions Available

RHPQ-715P

RHPQ-715P is a powerful OEM Board Camera for any application requiring a 32mmx32mm design and high quality image.

• 1/4" Color CCD
• 32x32mm Single Board
• 350 TV Lines
• Clear Picture Controlled by DSP
• Low Noise
• 5 Volts DC to 14 Volt DC Operation
• Optional Connector Positions Available

* High Resolution Versions Available

The RHPQ-725N is a powerful OEM Board Camera for any application requiring a 32mmx32mm design and high quality image.

• 1/3" Color CCD
• 32x32mm Single Board
• 350 TV Lines
• Video Iris Signal Output
  (Option Factory Setting)
• Low Noise
• 12 Volt DC Operation

* High Resolution Versions Available

RHPQ-725P

The RHPQ-725N / RHPQ-725P is a powerful OEM Board Camera for any application requiring a 32mmx32mm design and high quality image.

• 1/3" Color CCD
• 32x32mm Single Board
• 350 TV Lines
• Video Iris
• Signal Output
  (Option Factory Setting)
• Low Noise
• 12 Volt DC Operation

* High Resolution Versions Available

The RHPQ-755N is a powerful color OEM Board Camera for any application requiring a 26mmx22mm design and high quality image.

Board Camera Features

• 1/4" Color Sony CCD
• 26x22mm Single Board Camera
• Aspherical Plastic Lens
  (to avoid defect by vibration)
• Option: OLPF*/IR Cut Filter Removed for improved infrared (low light) sensitivity
• 5 to 12 Volts DC Operation
• High Temperature/Low Tolerance Components
• Over/Reverse Current protection
• Optical Low Pass Filter

* High Resolution Versions Available

The RHPQ-755P is a powerful color OEM Board Camera for any application requiring a 26mmx22mm design and high quality image.

Board Camera Features

• 1/4" Color Sony CCD
• 26x22mm Single Board Camera
• Aspherical Plastic Lens
  (to avoid defect by vibration)
• Option: OLPF*/IR Cut Filter Removed for improved infrared (low light) sensitivity
• 5 to 12 Volts DC Operation
• High Temperature/Low Tolerance Components
• Over/Reverse Current protection
• Optical Low Pass Filter

* High Resolution Versions Available

* Low Quantity Orders Available as of September 2009

RHPQ-945N

The RHPQ-945N / RHPQ-945P is a powerful OEM Board Camera for any application requiring a 42mmx42mm design and high quality image.

• 1/3" Color Sony CCD
• 42mm x 42mm Single Board Camera
• Color/Monochrome - Day/Night
• Frame Integration
• Vari-Focal Auto-Iris Day-Night Lens
• Internal or External Synchronization
• 12 Volt DC Operation
• Horizontal & Vertical Image Flip Function
• Parameters Controllable Via Connector: External Sync, Frame Integration, Color Bar Output, Day/Night Mode, Vertical Flip, Horizontal Flip, Back Light Compensation, Auto White Balance, Auto Gain Control, Fixed Shutter

* High Resolution Versions Available

RHPQ-945P

The RHPQ-945N / RHPQ-945P is a powerful OEM Board Camera for any application requiring a 42mmx42mm design and high quality image.

• 1/3" Color Sony CCD
• 42mm x 42mm Single Board Camera
• Color/Monochrome - Day/Night
• Frame Integration
• Vari-Focal Auto-Iris Day-Night Lens
• Internal or External Synchronization
• 12 Volt DC Operation
• Horizontal & Vertical Image Flip Function
• Parameters Controllable Via Connector: External Sync, Frame Integration, Color Bar Output, Day/Night Mode, Vertical Flip, Horizontal Flip, Back Light Compensation, Auto White Balance, Auto Gain Control, Fixed Shutter

* High Resolution Versions Available

SCAILX-SOM-AI

Universal SoM Board for Edge Vision AI

Introducing the Videology SCAiLX - 42 x 42mm Universal SoM Board for Edge Vision AI. Powered by the NXP I.MX 8M Plus 1.6 GHz processor, this board features a Neural Processing Unit (NPU) with 2.3 TOPS, ensuring high-performance AI capabilities. With 2 GB LPDDR4 RAM and 8 GB eMMC flash, it provides ample memory and storage for your edge AI applications. The board also comes equipped with 2x MIPI-CSI and supports 2x 1080p@60 max, as well as hardened H.264/H.265 ENC/DEC for efficient video processing.

i.MX8M Plus Edge AI modular platform

The SCAILX-SOM-AI module is a universal interface board with a iMX8M Plus processor with AI capabilities and specific connectivity towards vision solutions.

Zoom block interfacing

The SCAILX-SOM-AI platform supports a range of LVDS zoom block cameras, including the Sony FCB-EV7520A, FCBEV9520L, Tamron MP1010M-VC, MP3010M-EV and the Videology Zoom Block camera series, such as 24Z2.1W-10X/-20X/-
30X/-40X/-55X and the 25Z2.4W-36X Global Shutter*.
*: ask for availability or check list of supported cameras

Board level interfacing

MIPI board level cameras can be used with the SCAILX-SOM-AI connecting to a MIPI-CSI port using a SCAILX-FLEX cable
(up to 48 cm). Color and monochrome cameras are supported. The cameras can be directly streamed and controlled via
the V4L (Video4Linux) software interfacing.

StingRay 100mm SWIR Manual Focus and Iris

100mm SWIR

Unlimited Applications can benefit from SWIR Technology.

StingRay specializes in bringing the best possible optics to market. The rest is up to you. New SWIR Applications are discovered every day and StingRay looks forward to service these future markets. StingRay's Goal is to stay one step ahead of detector technology.

Applications for SWIR:

• Plastic Sorting
• Agriculture Sorting
• Solar Cell Inspection
• Glass Inspection

StingRay SWIR Lenses are crafted using SWIR specific materials and coatings. Lower cost alternatives are generally inexpensive visible lenses that are coated with a 'SWIR-specific' coating. While this might work for some applications, the system will suffer from low overall transmission of SWIR light as well as focus shift across the SWIR band. This will produce a dark, fuzzy image.

StingRay lenses provide a boosted transmission which provides for a bright image and also gives a crisp focus due to it's achromatic correction.

What is SWIR?

Shortwave Infrared (SWIR) is identified as 900-1700nm.

Essentially, think of SWIR as 'light' that the human eye can't see. Unlike thermal infrared, SWIR behaves much like visible light as it is reflected as opposed to emitted.

How can we see it?

Humans can't see SWIR energy. By pairing an InGaAs detector with a SWIR-optimized lens, SWIR is converted to a visible image that can be utilized by humans and machines.

200mm SWIR

Unlimited Applications can benefit from SWIR Technology.

StingRay specializes in bringing the best possible optics to market. The rest is up to you. New SWIR Applications are discovered every day and StingRay looks forward to service these future markets. StingRay's Goal is to stay one step ahead of detector technology.

Applications for SWIR:

• Plastic Sorting
• Agriculture Sorting
• Solar Cell Inspection
• Glass Inspection

StingRay SWIR Lenses are crafted using SWIR specific materials and coatings. Lower cost alternatives are generally inexpensive visible lenses that are coated with a 'SWIR-specific' coating. While this might work for some applications, the system will suffer from low overall transmission of SWIR light as well as focus shift across the SWIR band. This will produce a dark, fuzzy image.

StingRay lenses provide a boosted transmission which provides for a bright image and also gives a crisp focus due to it's achromatic correction.

What is SWIR?

Shortwave Infrared (SWIR) is identified as 900-1700nm.

Essentially, think of SWIR as 'light' that the human eye can't see. Unlike thermal infrared, SWIR behaves much like visible light as it is reflected as opposed to emitted.

How can we see it?

Humans can't see SWIR energy. By pairing an InGaAs detector with a SWIR-optimized lens, SWIR is converted to a visible image that can be utilized by humans and machines.

25-250mm SWIR

Unlimited Applications can benefit from SWIR Technology.

StingRay specializes in bringing the best possible optics to market. The rest is up to you. New SWIR Applications are discovered every day and StingRay looks forward to service these future markets. StingRay's Goal is to stay one step ahead of detector technology.

Applications for SWIR:

• Plastic Sorting
• Agriculture Sorting
• Solar Cell Inspection
• Glass Inspection

StingRay SWIR Lenses are crafted using SWIR specific materials and coatings. Lower cost alternatives are generally inexpensive visible lenses that are coated with a 'SWIR-specific' coating. While this might work for some applications, the system will suffer from low overall transmission of SWIR light as well as focus shift across the SWIR band. This will produce a dark, fuzzy image.

StingRay lenses provide a boosted transmission which provides for a bright image and also gives a crisp focus due to it's achromatic correction.

What is SWIR?

Shortwave Infrared (SWIR) is identified as 900-1700nm.

Essentially, think of SWIR as 'light' that the human eye can't see. Unlike thermal infrared, SWIR behaves much like visible light as it is reflected as opposed to emitted.

How can we see it?

Humans can't see SWIR energy. By pairing an InGaAs detector with a SWIR-optimized lens, SWIR is converted to a visible image that can be utilized by humans and machines.