Press release
SE301 Carrier Board Supports Two Advanced SOM Devices
SE301 populated with SoM1 and SoM1-SOC
The SE301 is extremely versatile - it can be used as a standalone board or integrated into a host PC. It provides engineers and developers with a wide array of interfaces and options including:
⚙️ #FMC+ connector linked to SOM1
⚙️ #FMC connector for SOM1-SOC
⚡️ #SFP+ for lightning-fast data transmission
🖥 DisplayPort for video output
💽 SATA for storage drives
🌉 PCIe Gen 2 x8 (both SOMs can access through an FPGA-configured PCIe switch)
🔌 GPIO for general purpose I/O
🤝 I2C header
📲 USB OTG as a USB device or host
💾 JTAG to USB for programming both SOMs with ease
⌚️ Si35338 clock generator for advanced clocking capabilities
⏱ External clock input for additional timing control
🔗 #JTAG connector to program any attached FMC+ board
A key highlight of the #SE301 is the robust inter-processor communication between the two SOMs. This is achieved through 4 high-speed #serdes transceivers operating at 12.7Gbps each (50.8Gbps total bandwidth) and a 16-bit AXI streaming interface. The board also provides 12 pairs of GPIO signals directly between the two SOMs for maximum design flexibility.
With its cutting-edge performance and versatility, the #SE301 enables engineering teams to build highly advanced systems for #defense, #SDR, #imaging, #automation, #medicaldevices, and more. The extensive capabilities of this new carrier board will pave the way for revolutionary embedded #AI and #ML solutions at the #edge. ⚡️
We can't wait to see the innovative products our customers will build by leveraging the powerful #SE301! Let us know if you have any questions. This board is a game-changer!
#SOC #FPGA #CarrierBoard #NewProduct #AI #EdgeComputing #AdvancedCircuits #Innovation #PolarFire #microchip #riscv #edgeai #imageprocessing
Dr Nory Nakhaee
1575 Delucchi Lane Suite 215
Reno NV 89502
USA
Specializing in Digital Signal Processing (DSP), FPGA, and IO hardware, IP Cores, Libraries, Application Solutions, and Embedded Systems.
Sundance DSP is a worldwide supplier of high-performance DSP and FPGA processor boards and I/O modules in support of high-performance, parallel processing applications in a variety of fields including, imaging, radar, sonar, simulation, industrial control, and military.
The hallmark is total flexibility with infinite expandability based on industry-standard platforms like PCI, PCI Express, PMC, and XMC using the latest DSP and FPGA technologies. Processor boards using TMS320C6000 floating and fixed-point DSPs and Virtex-4 and Virtex-5 FPGAs in PMC and TIM formats. Support for multi-DSP and multi-FPGA with 64bits, 66MHz PCI, and PCI Express interface on PMC/XMC conduction-cooled hardware. ADC, DAC, and IO boards with different sampling rates and resolutions. ADC and DAC modules in PMC/XMC format with built-in FPGA power for pre-processing. Direct DSP interface to Serial ATA (SATA) for data logging applications and Ethernet and USB for host interface.
FPGA IP cores in VHDL to kick-start core and ASIC designs. Sophisticated design automation tools for multi DSP and FPGA targets. Rapid prototyping tools based on Simulink with Hardware-In-the-Loop support. Interface to Labview virtual instruments on the host. Cores include FFT, Polyphase Filter, Power Spectrum Extraction, and interleave. All cores are designed to target Virtex-4 and Virtex-5 as well as Virtex-II Pro FPGAs. FFT and Polyphase filter cores are essential components of the Beamforming application offered by Sundance DSP.
Optimized, hand-coded floating-point DSP, image processing, Linpack, Eispack, and BLAS libraries. A unique floating-point DSP library for fixed-point TI DSPs! Linpack, Eispack, and CBLAS libraries are specialized and target DSP-based solutions using TMS320C64xx and TMS320C67xx.
Support for embedded applications, using conduction-cooled hardware, in Software Defined Radio (SDR), Beamforming, image processing, telecommunications, industrial automation, and military.
Our US offices on the East coast and in Reno NV can help with your custom design hardware, software, firmware, and application development requirements.
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