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Compare 167 Other from 60 vendors (1 - 10)
  • Decision tree inference core
    • So_ip_idt core can be used create a decision tree directly in hardware. It can create DTs with univarite, multivariate and non-linear tests.
    • Creating DTs directly in hardware results in the significant increase of DT inference speed, compared with the traditional software-based approach.
    Block Diagram -- Decision tree inference core
  • FPGA Scrubber Controller
    • GRSCRUB is an FPGA supervisor responsible for programming and scrubbing the FPGA configuration memory to prevent the accumulation of radiation-induced errors.
    • The GRSCRUB IP currently supports the AMD/Xilinx Kintex UltraScale and Virtex-5 FPGA families.
    Block Diagram -- FPGA Scrubber Controller
  • 3D LUT Intel® FPGA IP
    • As a part of the Video and Vision Processing (VVP) Suite Intel® FPGA IP, the 3D look-up table (LUT) Intel® FPGA IP provides an efficient solution for video color space and dynamic range conversions, chroma keying, and the creation of artistic effects.
    Block Diagram -- 3D LUT Intel® FPGA IP
  • ARINC429 Verification IP
    • Available in Verilog, System Verilog, and UVM.
    • Support for Bipolar RZ encoding
    • Integration friendly
    • Supports a wide variety of error injection scenarios.
    Block Diagram -- ARINC429 Verification IP
  • ARINC 708A Verification IP
    • Available in Verilog, System Verilog, and UVM.
    • Control Word information can be user-configurable / Random. (Protected By parity).
    • Data word header will be according to the 270 271 label Frame received from Control Word.
    • Support for Hazards, Faults, and Errors.
    Block Diagram -- ARINC 708A Verification IP
  • I3C
    • Innosilicon’s I3C (Improved Inter Integrated Circuit) is enhanced with I2C protocol and is compatible with I2C
    • It adds new functions, including higher transmission speed, in-band interrupt, CRC check, and so on
    • Now, the I3C protocol is divided into MIPI and JEDEC
    • Usually, MIPI I3C is applied in sensor/IoT data transmission, and JEDEC I3C is applied in storage chip configuration
    Block Diagram -- I3C
  • Ultra-low-power 60 GHz radar-on-chip
    • CSEM has developed a low-cost, ultra-low-power 60 GHz MIMO FMCW PHY that can be integrated into radar-on-chips with custom digital processing for specific applications.
    • This solution leverages CSEM’s decades of experience in ultra-low-power RF CMOS system-on-chip design.
    Block Diagram -- Ultra-low-power 60 GHz radar-on-chip
  • cjTAG IEEE 1149.7 Compact TAP Controller
    • Supports IEEE 1149.7 classes 0–5 (selected through hardware configuration parameter)
    • Partitioned along IEEE 1149.7-specified functional boundaries (so that only the required hardware is included):
    • Supports all mandatory and optional scan formats: JScan0–3, SScan0–3, OScan0–7, and MScan
    • Supports all mandatory and optional cJTAG commands
    Block Diagram -- cjTAG IEEE 1149.7 Compact TAP Controller
  • LZ4/Snappy Data Decompressor
    • LZ4SNP-D is a custom hardware implementation of a lossless data decompression engine for the LZ4 and Snappy compression algorithms.
    • The core receives compressed files, automatically detects the LZ4 or Snappy format, and outputs the decompressed data.
    Block Diagram -- LZ4/Snappy Data Decompressor
  • xHCI Verification IP
    • Compliant with xHCI 1.1, USB3.1, USB3.0, USB2.0 (including errata) and PIPE specifications 3.0, UTMI+ 1.1, ULPI 1.1 specifications.
    • Full support for backward compatibility (HS/FS/LS).
    • Flexible user interface : AHB/AXI/PCIe with configurable Data width (32,64,128).
    • Supports upto 64 device slots, 2 downstream ports and upto 4 interrupters.
    Block Diagram -- xHCI Verification IP
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Semiconductor IP