Framos Technologies d.o.o.
FRAMOS implements the best current and emerging imaging technologies to address specific customer requirements and applications. FRAMOS meets these requirements with advanced and proven imaging components from a global network of renowned partners and with FRAMOS IP.
- 0049 89 710 667 – 0
- 0049 89 710 667 – 66
- Tölzer Str. 1
München, 81379
Germany
Categories
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product
FRAMOS SLVS-EC RX IP CORE
Sony’s SLVS-EC interface standard has emerged as the best high speed interface to Sony’s best image sensors, enabling higher throughput, greater signal integrity, and simpler designs. Engineers developing solutions using Xilinx FPGAs and SoCs can take advantage of FRAMOS’s SLVS-EC RX IP Core, Evaluation Board and tested source code examples. Device builders and camera vendors can de-risk the design while reaping the benefits of Sony’s latest high-speed interface.
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FRAMOS Cameras With Intel® RealSense™ Technology
FAMOS D400e
The D400e products from FRAMOS bring state of the art Intel® RealSense™ stereo depth sensing technology into the industrial environment. The series offers full bodied IP66 rated cameras, and board level modules for easy and flexible integration into your design.
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GMSL3
FRAMOS is the first company in the market to integrate Analog Devices’s new GMSL3 technology into an embedded vision environment. GMSL3 can transmit high frame rates (4K, 90 fps) as far as 14 meters with unprecedented efficiency. This interface is well suited for applications where the MIPI CSI-2 (D-PHY) length restrictions are not sufficient, while at the same time, a highly durable cable with low power consumption and low cost are essential. Camera developers can use the flexible FRAMOS Sensor Module Ecosystem to validate a variety of image sensors in the lab and in the field while taking advantage of the interface’s features.
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Global Shutter Image Sensors
Global shutter sensors have a fast and high-resolution capture of the entire field of view. Each pixel on a global shutter sensor completes its exposure simultaneously. This feature allows them to freeze motion in captured images. Each pixel will not only have the same integration time, but they will start their integration at the same time across the entire sensor. This exposure and detection scenario makes this type of sensor easier to synchronize with a flash or other external event.
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Combination Antennas
By combining multiple technologies such as GNSS, cellular, and WiFi in a single housing, our combination antennas help you to increase efficiency and coverage for applications such as fleet management, vehicle tracking, and passenger connectivity on the go.
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Event Based Image Sensors
EVS
Event-based Vision Sensors (EVS) help alleviate this issue by only sending data from pixels who have detected a change in intensity. This allows them to minimize the volume of data that is transmitted over the sensor’s data bus while minimizing the processing resources need to analyze the image. On top of this, individual pixel autonomously responds to illuminance changes allowing the sensor to detect small and/or high frequency changes with lower bandwidth requirements.
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ToF Image Sensors
The ability to measure objects at a distance to determine how far away they are and/or their overall dimensions is becoming more popular in Imaging. With this, there are several different techniques and technologies, each with their own advantages and disadvantages. Picking the right one can be daunting without someone in your corner to help decipher your needs and direct you to the best product to meet them.
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Customized Solutions Based On Intel® RealSense™
The Intel® RealSenseTM stereo depth technology is what you need, but the form factor or features of available solutions does not fit the requirements?
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SONY'S Pregius Technology
CMOS Global Shutter
Its outstanding performance, success, and large consumer capacity were among some of the triggers resulting in Sony’s decision to shut down their CCD sensor development and production, despite their technology and market leadership. The Pregius technology series combines the image quality from its technology with high readout speeds, an electronic global shutter and the low noise EXview HAD II Technology from the CCD designs.
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FRAMOS Sensor Module Ecosystem
Embedded Vision applications have specific vision requirements. Image sensors (IMS) are not only part of stand-alone camera systems anymore. Today, IMS are very tightly integrated with processors into heterogenous “Embedded Systems“. The FRAMOS Ecosystem of Sensor Modules and Adapters provides vision engineers and developers with ready-to-use compositions of hardware, software and reference designs to accelerate time-to-market and optimize resources.
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The Intel® RealSense™ Depth Sensing Portfolio
Intel® RealSense™ offers a range of stereo vision cameras and modules, supported by an extensive open-source SDK. The D400 product line helps you ensure that you can add robust three-dimensional vision capability to your products or systems. The cameras feature an integrated ASIC that performs real-time depth calculation directly on the camera, saving you processing resources on the host system. The SDK allows you to further tune the depth data stream to your needs.
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SWIR Image Sensors
Though NIR and SWIR act similarly to visible light, they are not visible to the human eye. As a result, these spectrums present valuable information which can show artifacts or damage that would otherwise not be seen. Click here to see some examples of how SWIR is being used in existing applications today.
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Rolling Shutter Image Sensors
Rolling Shutter devices start and then stop their exposure line by line. This means that that each line will be recorded at a slightly different exposure time. This effect is pronounced for short exposures which produces images with distortion due to moving objects and short flashes of light.
