IP Cores

Listed here is a selection of IP cores that we have available four our FPGA devices.

For more information on any of them, please contact us.

FC-JPEG04 – JPEG compression algorithm core for FPGA

JPEG compression algorithm core for FPGA   Sundance's FPGA implementation for a JPEG compression algorithm, the FC-JPEG04, is based on the ISO/IEC 10918-1 standard. This intellectual property core (IP core) development uses the Xilinx Virtex-II FPGA as the reference platform hardware and can be implemented on most Sundance Xilinx-based SMT platforms. Data is fed to...

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FC003-D – SATA IP-Core for Xilinx FPGAs – Dual Host

SATA IP-Core for Xilinx FPGAs - Dual Host The LDS-SATA_DUAL_HOST_XV5 IP incorporates the Transport layer, the Link layer and the PHY layer on a Xilinx Virtex 5 FPGA. The LDS-SATA_DUAL_HOST_XV5 IP is compliant with Serial ATA II specification and signaling rate is 1.5Gbps and scalable to GEN 2. The LDS-SATA_DUAL_HOST_XV5 IP is fully synchronous with...

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FC003-S – SATA IP-Core for Xilinx FPGAs – Single Host

SATA IP-Core for Xilinx FPGAs - Single Host The LDS-SATA_HOST_XV5 IP incorporates the Transport layer, the Link layer and the PHY layer on a Xilinx Virtex 5 FPGA. The LDS-SATA_HOST_XV5 IP is compliant with Serial ATA II specification and signaling rate is 1.5Gbps and scalable to GEN 2. The LDS-SATA_HOST_XV5 IP is fully synchronous with...

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FC100 – IEEE-754 FFT / IFFT Floating Point core for FPGA

Sundance's new off-the-shelf IEEE-754 FFT / IFFT Floating Point core is the most efficient available in the FPGA world. Designed for high performance programmable devices from Xilinx, this FFT core performs long transforms ranging from 32 points to 64M points with external memory connected to the FPGA, such as ZBT SRAM, QDR2 SRAM or DDR2...

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FC104 – Wideband Digital Down Converter core for FPGA

Wideband Digital Down Converter core for FPGA   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. Sundance's wideband DDC core employs a quad DDC architecture to achieve ultra high performances. The core accepts 16-bit complex data and...

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FC107M – SPI Master FPGA Core

SPI Master FPGA Core   This firmware module provides a flexible master-mode Serial Peripheral Interface (SPI) module for any FPGA. The SPI protocol shifts a single in/out data bit serially to build up a data word of predefined width before transferring the resulting word to the connected logic. With many flexible options, the FC107M module...

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FC107S – SPI Slave FPGA Core

SPI Slave FPGA Core This firmware module provides a flexible slave-mode Serial Peripheral Interface (SPI) module for any FPGA. The SPI protocol shifts a single in/out data bit serially to build up a data word of predefined width before transferring the resulting word to the connected logic. With many flexible options, the FC107S module should...

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FC108 – Polyphase filterbank core for FPGA

Polyphase filterbank core for FPGA The polyphase filterbank algorithm is a very efficient way to implement a uniformly distributed multi-channel filterbank using a fast fourier transform (FFT). The functional diagram below shows a polyphase filterbank with 256 channels, continuously processing digitized samples coming from a 2GHz Analog-to-Digital converter. The polyphase filterbank core is designed for...

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FC118 – High-resolution complex Fast Fourier Transform

FC118, high-resolution complex Fast Fourier Transform (FFT) function in a resource-efficient high-speed streaming implementation. This highly-customizable core is ideally suited for channellizing applications The FC118 FPGA IP core provides a high-resolution complex Fast Fourier Transform (FFT) function in a resource-efficient high-speed streaming implementation. This highly-customizable core is ideally suited for channellizing applications such as Software...

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FC903 – WiMAX PHY Lab – A MIMO WiMAX PHY model for MATLAB

WiMAX PHY Lab - A MIMO WiMAX PHY model for MATLAB   WiMAX PHY Lab is a comprehensive implementation of the mobile WiMAX physical layer. WiMAX PHY Lab can be used at all stages of the WiMAX software, hardware and IPR development, from research, prototyping and implementation, up to system benchmarking, verification and testing. The...

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FC911 – LTE PHY Lab – a MIMO LTE PHY model for MATLAB

LTE PHY Lab - a MIMO LTE PHY model for MATLAB   LTE PHY Lab is a comprehensive implementation of the 3GPP Release 8 E-UTRA physical layer. LTE PHY Lab can be used at all stages of the LTE software, hardware and IPR development, from research, prototyping and implementation, up to system benchmarking, verification and...

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