Product Overview. Programmable Network Cards Network Appliances FPGA IP Cores
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1 2018 Product Overview Programmable Network Cards Network Appliances FPGA IP Cores
2 PCI Express Cards PMC/XMC Cards The V1151/V1152 The V5051/V5052 High Density XMC Network Solutions Powerful PCIe Network Solutions The V1151 & V1152 XMC cards feature Xilinx Virtex Ultrascale+ FPGAs, twelve 25G capable ports on the front panel, and sixteen high-speed links to the backplane. The V5051 & V5052 PCIe cards feature Xilinx Virtex Ultrascale+ FPGAs, sixteen 25G capable ports on the front panel, and a Gen3 x 16 PCIe host interface. Xilinx UltraScale+ FPGA (VU3P) Up to 12 transformer-coupled 1394b ports per card Front-panel and back-panel IO options available V1146 Up to 9 transformer-coupled backplane 1394b ports per card VITA 20 conduction-cooled compliant form-factor Up to 16 front panel optical ports that can provide Perfect for on-card application execution, algorithmintensive data processing, and traffic filtering/monitoring Quad SFP+ ports capable of Ethernet or Fibre Channel up to 5 G/s Supports PCI Express, PCI, and XAUI host interfaces V1131 Quad 10 Gigabit Ethernet SFP+ ports Altera Stratix V FPGA (scalable from A3 to A7) Supports PCI Express and XAUI host interfaces V5031 Quad 10 Gigabit Ethernet SFP/SFP+ ports Altera Stratix V FPGA (scalable from A3 to AB) Two independent banks of up to 8GB DDR3 SDRAM each Four independent banks of up to 144Mbit QDRII+ SRAM each On-board FLASH for dual boot support NW V1141 Up to 12 front panel optical ports that can provide Performs as a low-latency, high-bandwidth NIC card, port replicator/aggregator, port mux, or FPGA accelerator card V1142/V1144 Xilinx UltraScale+ FPGA (VU5P-VU11P) One bank of 144Mbit QDR-IV SRAM DV Newsletter CaptureXG 1000 Sixteen 1/10/25/40/100 Gigabit Ethernet SFP+ ports IRIG-A, B and G time synchronization PCAP Next Generation file format Programmable 5-tuple filters Low latency, multi-threaded DMA controller Be the first to receive the latest information on our newest cutting-edge technology. Only available to newsletter subscribers, this exclusive content & latest product information will keep you ahead of the competition. 10-second sign-up at
3 PCI Express Cards PMC/XMC Cards The V1151/V1152 The V5051/V5052 High Density XMC Network Solutions Powerful PCIe Network Solutions The V1151 & V1152 XMC cards feature Xilinx Virtex Ultrascale+ FPGAs, twelve 25G capable ports on the front panel, and sixteen high-speed links to the backplane. The V5051 & V5052 PCIe cards feature Xilinx Virtex Ultrascale+ FPGAs, sixteen 25G capable ports on the front panel, and a Gen3 x 16 PCIe host interface. Xilinx UltraScale+ FPGA (VU3P) Up to 12 transformer-coupled 1394b ports per card Front-panel and back-panel IO options available V1146 Up to 9 transformer-coupled backplane 1394b ports per card VITA 20 conduction-cooled compliant form-factor Up to 16 front panel optical ports that can provide Perfect for on-card application execution, algorithmintensive data processing, and traffic filtering/monitoring Quad SFP+ ports capable of Ethernet or Fibre Channel up to 5 G/s Supports PCI Express, PCI, and XAUI host interfaces V1131 Quad 10 Gigabit Ethernet SFP+ ports Altera Stratix V FPGA (scalable from A3 to A7) Supports PCI Express and XAUI host interfaces V5031 Quad 10 Gigabit Ethernet SFP/SFP+ ports Altera Stratix V FPGA (scalable from A3 to AB) Two independent banks of up to 8GB DDR3 SDRAM each Four independent banks of up to 144Mbit QDRII+ SRAM each On-board FLASH for dual boot support NW V1141 Up to 12 front panel optical ports that can provide Performs as a low-latency, high-bandwidth NIC card, port replicator/aggregator, port mux, or FPGA accelerator card V1142/V1144 Xilinx UltraScale+ FPGA (VU5P-VU11P) One bank of 144Mbit QDR-IV SRAM DV Newsletter CaptureXG 1000 Sixteen 1/10/25/40/100 Gigabit Ethernet SFP+ ports IRIG-A, B and G time synchronization PCAP Next Generation file format Programmable 5-tuple filters Low latency, multi-threaded DMA controller Be the first to receive the latest information on our newest cutting-edge technology. Only available to newsletter subscribers, this exclusive content & latest product information will keep you ahead of the competition. 10-second sign-up at
4 IP Cores PRE-LOADED OR STAND-ALONE Ethernet ExpressXG Complete FPGA design providing Ethernet interface IP, external memory interfaces, DMA controllers, PCIe interface, and software drivers. This IP provides out-ofthe-box operation of an FPGA-based Ethernet interface. Easy to add custom features for specific applications. TCP/UDP Offload Engine Hardware-based implementation of complete TCP/ UDP network stack. Increases bandwidth and latency performance of network interface while decreasing host processor utilization. 1394b - AS5643 PHY AS5643 PHY layer hardware implementation. Includes standard PHY-Link interface. OHCI Link Layer AS5643 OHCI Link layer hardware implementation. Includes standard PHY-Link interface and AXI bus for PCIe or embedded processor interface. GP2Lynx Link Layer AS5643 GP2Lynx Link layer hardware implementation. Includes standard PHY-Link interface. Fibre Channel ExpressFC Complete FPGA design providing network interface IP, external memory interfaces, DMA controllers, PCIe interface, and software drivers. This IP provides out-ofthe-box operation of an FPGA-based Fibre Channel interface. Easy to add custom features for specific applications. Link Layer Complete layer 1/layer 2 solution for Fibre Channel. Provides easy-to-integrate frame interface. Supports rates of 1/2/4/8/16G. Anonymous Subscriber Messaging (ASM) Hardware-based full-network stack implementation of FC-ASM. Provides hardware-based label lookup, DMA controllers, and message chain engines. F-35 compatible interface mode available. Remote Direct Memory Access (RDMA) Hardware-based full-network stack implementation of FC-RDMA. Provides hardware-based buffer mapping, DMA controllers, and message chain engines. F-18/F-15 compatible interface mode available. Offload Engine Hardware-based full-network stack implementation of AS5643. Provides hardware based label lookup, DMA controllers, and message chain engines. F-35 compatible interface mode available. Additional Protocols HOTLink II Complete layer 2 hardware implementation for HOTLink II. Provides easy to integrate frame interface. Supports full-rate, ½ rate, and ¼ rate operation as specified by the standard. F-18 compatible interface implementation. High Speed Data Bus (HSDB) Complete PHY and Mac layer hardware implementation for HSDB. Provides easy to integrate frame interface. F-22 compatible interface implementation. Serial Front Panel Data Port (sfpdp) Designed to the ANSI/VITA specification. The sfpdp core provides a complete hardware implementation of the protocol with an easy-to-integrate frame interface. Audio Video (AV) Hardware-based full-network stack implementation of FC-AV. Provides hardware-based buffer mapping, DMA controllers, and message chain engines. F-18/F-15 compatible interface mode available.
5 Appliances RapXG The RapXG delivers scalable, high-performance packet capture and playback. The RapXG comes standard with essential features, such as accurate time synchronization, programmable 5-tuple filters, PCAP Next Generation file format, a highly efficient PCI Express Gen3 host, a userfriendly GUI, and a feature-rich API for record and playback functions. Quad SFP+ ports supporting optical and copper connectors IRIG-A, B, and G time synchronization PCAP Next Generation file format Programmable capture size and hardware filters Low latency, multi-threaded DMA host interface Programmable Switch The Programmable Switch is a 32-port switch based on a powerful Xilinx UltraScale+ FPGA. This switch is ideal for applications that are not covered by a standard Ethernet or Fibre Channel switch. Applications include avionics testing platforms, in-line packet monitoring, on switch application execution, and security algorithm implementation. FPGA-based 32-port network switch Implicit Fibre Channel mode available for avionics networks Ethernet and Fibre Channel capable, up to 25G per port Embedded x86 processor available for control plane operations Customized functionality available Design & Verification Services Custom Hardware New Wave DV provides a variety of off-the-shelf solutions for high bandwidth, ultra-low latency, and other special purpose networking applications. However, some applications call for hardware that is custom-built to meet unique requirements. For these situations, we provide complete custom hardware design. New Wave DV s team of highly skilled engineers have extensive experience in designing, building, testing, and delivering electronic systems and chips. New Wave DV engineers are proficient in Verilog, VHDL, SystemVerilog, and they are experts in all FPGA vendor parts and tools. New Wave DV engineering resources can be used to create unique applications on existing New Wave DV cards, develop applications for non-new Wave DV cards, or to create completely custom hardware designs. We can produce solutions ranging from custom FPGA IP blocks to turn-key electronic systems. Independent Verification Design verification is one of our core competencies. Our verification engineers will test and prove the integrity of any design, large or small, ASIC or FPGA. We utilize SystemVerilog UVM and are up to speed on the latest constrained random methodologies and modern requirement test plans, to ensure that our clients receive the most thorough and accurate results. New Wave DV creates a verification plan and defines the verification process appropriate for each project. We utilize a variety of advanced design verification techniques, including: Complete simulation environments built around your DUT using UVM Constrained random stimulus generation Coverage-driven reactive test benches Integration of functional coverage assets using PSL/SVA Formal verification techniques We provide function coverage reports and code coverage reports with analyses following all verification processes.
6 ABOUT The New Wave Design and Verification team is made up of passionate engineers who have extensive experience designing, building, testing, and delivering electronic systems. We have combined our highly skilled engineers with our precision-made electronics products and unparalleled service to deliver products that meet your cost, schedule, and technical requirements. CONTACT New Wave Design and Verification, LLC 4950 W 78th St. Minneapolis, MN
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