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Interface IP Cores for GLOBALFOUNDRIES

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Compare 132 Interface IP Cores for GLOBALFOUNDRIES from 22 vendors (1 - 10)
  • 4.25 Gbps Multi-Standard SerDes
    • The MXL4254A is a silicon proven Quad Gigabit SerDes implemented in digital CMOS technology. Each of the four channels supports data rate up to 4.25 Gbps.It is compatible with router-backplane links, PCI Express, SATA, RapidIO, 10 Gbps Ethernet (XAUI), FibreChannel, SFI-5, SPI-5, and other communication applications.
    Block Diagram -- 4.25 Gbps Multi-Standard SerDes
  • Ultra-short reach SerDes with 500 Gbit/s throughput
    • 2x to 4x throughput at 50% or less energy consumption as compared to conventional SerDes over the same number of pins/wires
    • High pin-efficiency and low power
    • 208.3 Gbit/s full-duplex bandwidth per mm of die edge (500 Gbit/s for 2.4 mm of die edge)
    Block Diagram -- Ultra-short reach SerDes with 500 Gbit/s throughput
  • XAUI PHY
    • Very low output jitter
    • Receiver equalization for enhanced jitter tolerance
    • Programmable TX levels with multiple post-cursor emphasis options
    • Automatic driver/receiver impedance calibration
    Block Diagram -- XAUI PHY
  • PCIe Gen2 PHY
    • PCI Express Gen 2 and Gen 1 compliant
    • Supports various PCI Express modes and extensions
    • Programmable amplitude and pre-emphasis
    • Programmable receiver equalization
    Block Diagram -- PCIe Gen2 PHY
  • PCI v2.1 Master/Slave controller
    • The PCI master/slave controller is fully compliant with PCI Local Bus Specification, Revision 2.3.
    • It has a fully customizable PCI Configuration Space. The controller supports both 32- and 64-bit PCI bus paths.
    • The application interface can be configured as a 32-bit bit as well as a 64-bit interface as per requirements.
    Block Diagram -- PCI v2.1 Master/Slave controller
  • PCI v2.1 Host Controller
    • The PCI Host controller offers a PCI 32-bit bus operating at 33MHz and supports PCI devices conforming to the PCI Local Bus Specification 2.1.
    • PCI Host Bridge contains an internal arbiter to manage up to 4 external devices 
    Block Diagram -- PCI v2.1 Host Controller
  • PCIe Gen3 PHY
    • Low Risk - Silicon proven with Si characterization data
    • Excellent Interoperability
    • Superior Noise Immunity
    Block Diagram -- PCIe Gen3 PHY
  • PCIe 3.1 Controller with AXI
    • Compliant with the PCI Express 3.1/3.0, and PIPE (16- and 32-bit) specifications
    • Compliant with PCI-SIG Single-Root I/O Virtualization (SR-IOV) Specification
    • Supports Endpoint, Root-Port, Dual-mode configurations
    • Supports x16, x8, x4, x2, x1 at 8 GT/s, 5 GT/s, 2.5 GT/s speeds
    • Supports AER, ECRC, ECC, MSI, MSI-X, Multi-function, P2P, crosslink, and other optional features
    • Supports many ECNs including LTR, L1 PM substates, etc.
    Block Diagram -- PCIe 3.1 Controller with AXI
  • I2C Controller IP – Master, Parameterized FIFO, AXI Bus
    • The DB-I2C-M-AXI Controller IP Core interfaces an ARM, MIPS, PowerPC, ARC or other high performance microprocessor via the AMBA 2.0 AXI System Interconnect Fabric to an I2C Bus. The I2C is a two-wire bidirectional interface standard (SCL is Clock, SDA is Data) for transfer of bytes of information between two or more compliant I2C devices, typically with a microprocessor behind the master controller and one or more slave devices.
    • The DB-I2C-M-AXI is a Master I2C Controller that controls the Transmit or Receive of data to or from slave I2C devices. Figure 1 depicts the system view of the DB-I2C-M AXI Controller IP Core embedded within an integrated circuit device.
    Block Diagram -- I2C Controller IP – Master, Parameterized FIFO, AXI Bus
  • I2C Controller IP- Master / Slave, Parameterized FIFO, AHB Bus

    • The DB-I2C-MS-AHB Controller IP Core interfaces a microprocessor via the AMBA AHB Bus to an I2C Bus in Standard-Mode (100 Kbit/s) / Fast-Mode (400 Kbit/s) / Fast-Mode Plus (1 Mbit/s) / Hs-Mode (3.4+ Mb/s) / Ultra Fast-Mode (5 mbit/s).

      The I2C is a two-wire bidirectional interface standard (SCL is Clock, SDA is Data) for transfer of bytes of information between two or more compliant I2C devices, typically with a microprocessor behind the master controller and one or more slave devices.

      The DB-I2C-MS-AHB is a Master / Slave I2C Controller that in Master Mode controls the Transmit or Receive of data to or from slave I2C devices while in Slave Mode allows an external I2C Master device to control the Transmit or Receive of data.

    Block Diagram -- I2C Controller IP- Master / Slave, Parameterized FIFO, AHB Bus
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