To transfer the data from the sensor in a modern camera, MIPI CSI-2, a popular high speed serial interface specification, is often used. For this interface, BitSim has developed two CSI-2 cores, BitCsi2Tx and BitCsi2Rx that provide a low-power and cost-effective solution for your camera application. The design is fully configurable and is aimed for … Continue reading BIT-MIPI CSI-2 CAMERA INTERFACE
Our building block Bit-Imager is basically an electronic card adapted to easily produce a CMOS-based stereo camera with USB3 interface. Regardless of the application, size or other imaging needs, if you need a camera with a high packing density and integrated circuit we can easily adapt this platform to your needs. You decide if the … Continue reading BIT-IMAGER CAMERA PLATFORM
A full embedded camera-system is provided with the Bit-Multi-Ethernet-Camera, consisting of an integrated chain of IP blocks. It feeds a camera sensor’s video stream via RTP to an UDP/IP-Ethernet Interface. All processing of the video stream and protocol handling is done in hardware. Only a lens, a camera sensor, PHY components and housing are needed … Continue reading BIT-MULTI-ETHERNET – CAMERA
Would you like to display text, graphics or video on a built-in display? Or even mix video and graphics on the display? This becomes easy with BADGE – BitSim Accelerated Display Graphics Engine, that supports both TFT and STN display. BADGE is a configurable IP block with an advanced 2D graphics controller for both ASIC … Continue reading BADGE – 2D GRAPHICS
BitSim’s FMC data acquisition board MAGIC ADDA enables both ADC, Analog to Digital conversion and DAC, Digital to Analog conversion at a cutting edge of technology in terms of high speed. The design can be easily adapted for different applications where data collection is important, for example RF, microwave, optical and Big Data. The performance … Continue reading MAGIC ADDA DATA ACQUISITION
To efficiently transfer large amounts of data and off-load the embedded processor, BitSim is offering its IP core, Bit-1G-UDP Ethernet. This core offloads an embedded processor with the communication accelerated in the FPGA, with more than ~900+ Mb/s of effective data transfer rate. Standard functions for transmit, receive, ARP-handling, AXI-stream and loop back are included.
For embedded applications with extremely high demands for fast data transfers, BitSim has launched its IP core, Bit-10G-UDP Ethernet. This core is a real-time offload engine where the communication is accelerated in the FPGA, and uses the 10 Gb/s Ethernet protocol to the host. Standard functions for transmit, receive, ARP-handling, AXI-stream and loop back are … Continue reading BIT-10G-UDP ETHERNET
BitSim’s UHAB board enables both ADC, Analog to Digital conversion and DAC, Digital to Analog conversion at high sampling speeds. Learn more about UHAB here
BitSim’s UHAB board enables both ADC, Analog to Digital conversion and DAC, Digital to Analog conversion at high sampling speeds.
BitSim’s FMC Data Acquisition board ADC130 is designed for applications needing high resolution Analog to Digital Conversion. It provides sampling up to 130 MHz at 16 bits resolution.