VID675

6 Channel JPEG2000 Virtex-6™ PCI Express XMC Digital Video Image Processor

The very versatile VID675 is a high performance Xilinx Virtex-6 based PCIe/XMC standard compliant expansion module. The VID675 has been designed as a high-performance multi-camera digital video signal processor. The VID675 is configured with six (6) JPEG2000 hardware compression CODEC engines based on the Analog Devices ADV212 controlled logic running within the Virtex-6™ based. The VID675 is suitable for on-the-fly image processing from multiple cameras and high-speed real-time compression with sustained performance of 350Mpixels/s.

FM680

Virtex-6™ XMC VITA 42 With User Definable Memory & I/O

The very versatile FM680 is a high performance Xilinx Virtex-6™ based XMC industry standard VITA 42.3 compliant module. The FM680 has been designed to be a multi-function high-performance digital signal processor. The Virtex-6™ FPGA device available on board is user programmable and can be used for the implementation of high end signal processing algorithms.

VID371

Full Camera Link Frame Grabber with Video Processing Resources

The VID371 is a high performance PMC/XMC full camera link frame grabber. with two mini CL connectors. It offers fast on-board memory resources and two Cyclone III FPGA devices for real time video processing.

VID372

Dual Base Camera Link Frame Grabber with Video Processing Resources

The VID372 is a high performance PMC/XMC full camera link frame grabber. with two mini CL connectors. It offers fast on-board memory resources and two Cyclone III FPGA devices for real time video processing.

VID375

Dual Base Camera Link Frame Grabber with Video Processing Resources

The VID375 features a JPEG2000 hardware compression solution. It is based on the ADV212 codec devices suitable for on-the-fly compression prior or after the imaging processing implemented on the Cyclone III FPGA device. The VID375 has two low-cost Altera Cyclone III FPGA devices and some fast on-board DRAM memory resources. It is the most efficient hardware compression solution available with embedded processing power. The flexibility of the architecture and the use of the Camera-Link standard makes this solution universal for digital imaging systems.

VID471

Full Camera-Link Frame Grabber with Dual Xilinx Virtex™ 4 FPGA Video Processing Resources

The VID471 is a high performance PMC/XMC full camera link frame grabber. with two mini CL connectors. It offers fast on-board memory resources and two Virtex-4 FPGAs for real time video processing.

VID472

Dual Base Camera-Link Frame Grabber with Dual Xilinx Virtex™ 4 FPGA Video Processing Resources

The VID472 is a high performance PMC/XMC camera link frame grabber with two mini CL connectors in order to connect 2 independent cameras. It offers fast on-board memory resources and two Virtex-4 FPGAs for real time video processing. This product can also be used in PCI and PCI-express desktop PCs with a PCI to PMC or PCI-express to XMC adapter.

VID475

JPEG2000 On-The-Fly Compression System Solution with Dual Virtex-4 FPGA Video Processing

The VID475 features a JPEG2000 hardware compression solution. It is based on the ADV212 codec devices suitable for on-the-fly compression prior or after the imaging processing implemented on the Virtex-4 FPGA device. The VID475 has two Xilinx Virtex-4 FPGA devices and some fast on-board SRAM and DRAM memory resources. It is the most efficient hardware compression solution available with embedded processing power. The flexibility of the architecture and the use of the Camera-Link standard makes this solution universal for digital imaging systems.

FM489

Dual FPGA Virtex-5 & Virtex-4 based PMC-X/XMC Modular Multi-Purpose User Configurable: Memory, A/D, D/A, Solid-State Drive, Camera-Link, Six JPEG2000 CODECs, and More.

The FM489 is a high performance PMC-X or XMC module dedicated to data acquisition, processing and communication applications with complex requirements. Built on the success of the FM48x series, the FM489 offers two FPGAs: the Virtex-4 and the Virtex-5. The latter has direct links to the BLAST sites.

Floating Point FFT

4DSP's Floating Point FFT core is the most flexible IEEE-754 compliant FFT core available in the FPGA world. Designed for high performance programmable devices from Xilinx and Altera, this core performs Fast Fourier Transforms ranging from 256 points to 1M points and is ideal for high precision spectral analysis, radar and video processing applications.

Fixed Point FFT

4DSP's fixed point FFT cores are the most efficient and fastest available in the FPGA world. With a revolutionary architecture for efficient memory usage and balanced use of arithmetic and logic resources, we offer complete FFT solutions with any input resolution up to 2GSPS. Whether you require a forward FFT, Inverse FFT, a 2D FFT, correlation or any algorithm efficiently performed with a Fourier transform, our technology will offer you the best solution for a cost effective implementation.

Serial FPDP

4DSP's serial front panel data port core for FPGA is based on the ANSI/VITA 17.1-2003 standard. This intellectual property core can be implemented on any Xilinx FPGA families.

Polyphase Filterbank

The polyphase filterbank core is designed for 16 up to 4096 channels. Slower processing rates to better suit various requirements can be implemented. The data resolution ranges from 8-bit up to 24-bit. A floating-point version of the core is available upon request.

Digital Down Converter

A Digital Down Converter performs channel access functions in digital receivers. It is used for extracting a channel (frequency band) of interest in a wideband signal. 4DSP's wideband DDC core employs a quad DDC architecture to achieve ultra high performances. The core accepts up to 16-bit complex data and can process 1GSPS continuously. With a fully programmable architecture at all stages of the processing, this core combines flexibility and speed and can be used in combination with our dual-channel 1GSPS ADC module.