XEM8310

149 FPGA I/O and 12 GTY transceiver lanes for high-count and high-bandwidth connectivity

Single-input (7.5 VDC to 15 VDC), high-efficiency switching power supplies provide stable, dependable power to the FPGA and peripherals

Measured performance at over 350 MiB/s for real-world data transfers to/from the PC using Opal Kelly's FrontPanel SDK

Integrated 2-GiByte DDR4 provides loads of high-speed on-board memory for high-performance applications, including video capture and data acquisition

52 HP I/O, 72 HD I/O, and 12 GTH transceiver lanes for high-count and high-bandwidth connectivity in a very small package

Integrated 1-GiByte DDR4 provides loads of high-speed on-board memory for high-performance applications, including video capture and data acquisition

Samtec Edge Rate® high-speed connector strips feature contacts optimized for signal integrity performance, increased durability and cycle life.

301 fabric I/O, 20 GTH transceiver lanes, and 8 GTY transceiver lanes

Single-input (5 VDC to 18 VDC), high-efficiency switching power supplies provide stable, dependable power to the FPGA and peripherals

Four SYZYGY Standard ports and two SYZYGY transceiver ports supported by three SmartVIO groups

28 high-speed gigabit transceivers are available with standard support for 10 GbE, JESD-204B, DisplayPort, PCI Express, HD-SDI, XAUI, Aurora, SATA, and others operating up to 12.5 Gb/s (16.375 Gb/s optional).

Two fully-independent USB 3.0 interfaces supports full-duplex operation.

Integrated DDR4 has a 72-bit data bus for high bandwidth transfers with ECC.

Integrated device sensors provide real-time measurement of temperature as well as voltage and current of the on-board high-efficiency switching power supplies. Measurements are available via the API.

72-bit wide CPU (PS) memory includes ECC for high-performance, memory intensive applications

72-bit wide dedicated FPGA (PL) memory

5 MGTH FPGA quads and 1 MGTR CPU quad for ultra-high speed peripheral interfaces

Single-input power supply (+6V to +15V) for easy power distribution design

Integrated 1-GiByte DDR3 provides loads of high-speed on-board memory for high-performance applications, including image capture and data acquisition.

High-efficiency switching power supplies provide stable, dependable power to the FPGA. In most applications, there is enough extra juice to also supply your board.

Integrated 16 MiB of on-board serial Flash for standalone FPGA booting and miscellaneous nonvolatile memory and a separate 16 MiB serial Flash for exclusive FPGA use.

Two SYZYGY standard ports and one SYZYGY transceiver port with fully-independent SmartVIO groups.

Integrated 512-MiByte DDR3 provides abundant on-board memory for high-performance applications, including image capture and data acquisition.

Power supplies are provided externally from your peripheral to reduce size and cost. This also eliminates switching supplies for noise-sensitive applications.

Lots of I/O are available on two mezzanine connectors for integration with external peripheral devices including access to three VCCO bank voltages.

Integrated 512-MiByte DDR3 provides loads of high-speed on-board memory for high-performance applications, including image capture and data acquisition.

High-efficiency switching power supplies provide stable, dependable power to the FPGA. In most applications, there is enough extra juice to also supply your board.

Integrates 32 Mib of on-board serial flash for standalone FPGA booting and miscellaneous nonvolatile memory.

Over 120 I/O directly connected to the FPGA including multiple multi-region clock connections (MRCC).

Integrated 512-MiByte DDR3 provides plenty of on-board memory for high-performance applications, including image capture and data acquisition.

The broad DC input range of +2.8V to +5.5V is compatible with most LiOn batteries.

High-efficiency switching power supplies provide stable, dependable power to the FPGA and DDR3.

On-board serial flash provides storage for an FPGA boot configuration and can be programmed via JTAG using the Altera Quartus tools.

Eight high-speed gigabit transceivers are available with standard support for PCI Express, DisplayPort, HD-SDI, XAUI, Aurora, SATA, and others operating up to 6.6 Gb/s (12.5 Gb/s optional).

Integrated 2-GiByte DDR3 provides plenty of on-board memory for high-performance applications, including image process, data acquisition, and software radio.

Eight high-speed gigabit transceivers are available with standard support for PCI Express, DisplayPort, HD-SDI, XAUI, Aurora, SATA, and others operating up to 6.6 Gb/s (12.5 Gb/s optional).

Virtual interface elements such as buttons, LEDs, and hex displays make cumbersome "I/O Boards" a thing of the past.

90 I/Os and 4 CLK pins are all arranged on a common 0.1" grid for easy prototyping.

A 32-Mbit SPI Serial Flash device is included for FPGA configuration or general data storage. An on-board switch lets you choose between USB or Flash for FPGA configuration, enabling full stand-alone operation. USB communication via FrontPanel is available in either mode.

The on-board PLL provides flexible clocking to the FPGA and expansion connectors.

Integrated 128-MiByte DDR2 provides plenty of on-board memory for high-performance applications, including image capture and data acquisition.

High-efficiency switching power supplies provide stable, dependable power to the FPGA. In most applications, there is enough extra juice to also supply your board.

Four high-speed gigabit transceivers are available with standard support for PCI Express, DisplayPort, HD-SDI, XAUI, Aurora, SATA, and others operating up to 6.6 Gb/s (12.5 Gb/s optional).

78 I/Os and including GCLK and an adjustable voltage bank are available on the FMC (LPC) connector

The Shuttle LX1 is a self-powered device and includes high-efficiency regulators to operate from a single 5-volt supply.

The XEM6110 is free from the confines of a desktop PC. Data blazes at speeds of 150 - 200 MB/s over PCI Express cabling.

The XEM6110 utilizes an independent PCI Express interface allowing the FPGA to be reconfigured without rebooting the host PC. This dramatically accelerates development by reducing design cycle time.

1 Gib of 16-bit wide DDR2 memory directly connected to the FPGA. Spartan-6 contains hard-core memory controllers to make interfacing simple and reliable.

The XEM6110 is powered by three high-efficiency switching power supplies to reduce your design burden and guarantee clean, stable power to the FPGA and memory.

High-efficiency switching power supplies provide stable, dependable power to the FPGA. In most applications, there is enough extra juice to also supply your board.

The XEM6010 integrates 32 Mib of on-board serial flash for standalone FPGA booting and miscellaneous nonvolatile memory.

86 I/Os and 6 CLK pins are all arranged on a common 0.1" grid for easy prototyping.

A 32-Mbit SPI Serial Flash device is included for FPGA configuration or general data storage. An on-board switch lets you choose between USB or Flash for FPGA configuration, enabling full stand-alone operation. USB communication via FrontPanel is available in either mode.

A 32-Mbit SPI Serial Flash device is available as an OEM option for FPGA configuration or general data storage. For more information please contact Opal Kelly Sales.

Four (4) "Pods" each provide +3.3v, DGND, and eight general-purpose I/O. Each Pod is a Digilent Pmod™ Compatible connector.

The XEM6002 is a bus-powered device reducing cable count and simplifying the user experience.

Two completely independent 128-MByte DDR2 SDRAMs are great for high-performance applications where separate memory busses are required. Total memory bandwidth is 2.128-GB/s or 17.024-Gb/s.

A wide-bus (36-bit), 1Mx36 SSRAM is directly connected to the FPGA for high-speed, synchronous, static storage.

An 32-Mbit SPI Serial Flash device is included for non-volatile storage of both FPGA configuration and post-configuration data.

The XEM5010 includes high-efficiency switching power supplies for the FPGA and support devices, reducing your design burden and project timeline.

Integrated 32-MByte SDRAM provides abundant on-board memory for high-performance applications, including image capture and data acquisition.

A 4-Mbit SPI Serial Flash device is included for FPGA configuration or general data storage. An on-board switch lets you choose between USB or Flash for FPGA configuration, enabling full stand-alone operation. USB communication via FrontPanel is available in either mode.

Two completely independent 32-MByte SDRAMs are great for high-performance applications where separate memory busses are required.

A high-performance 9 MiB (512k x 18) synchronous SRAM enables volatile storage that can persist between FPGA configurations.

An 8-Mbit SPI Serial Flash device is included for non-volatile storage. A separate Xilinx Platform Flash is available for FPGA configuration data.

The XEM3050 is powered by two high-efficiency switching power supplies to reduce your design burden and guarantee clean, stable power to the FPGA.

If you need standalone operation, Xilinx Platform Flash can configure the FPGA on startup and still allow you to communicate over USB.

Integrated 32-MByte SDRAM provides plenty of on-board memory for high-performance applications, including image capture and data acquisition.

The XEM3001 comes configured as a bus-powered device. With the removal of a jumper, you can configure the module to be self-powered.

3x SYZYGY standard ports and 1x SYZYGY transceiver port with two SmartVIO groups.

The Zynq processor can run Linux with wired Gigabit ethernet or WiFi (with USB dongle) internet access.