Soluciones FPGA modulares de BittWare, una empresa Molex
BittWare, una compañía de Molex, ofrece una variedad de tecnologías informáticas a nivel de placa, sistemas integrados y experiencia en software. A través de su gama completa de placas FPGA PCIe, BittWare ofrece soluciones basadas en Intel (anteriormente Altera) y Xilinx. Descubra cómo BittWare amplía las capacidades de Molex para satisfacer la creciente demanda de soluciones de procesamiento de alto rendimiento basadas en placas FPGA en centros de cómputo y datos.
¡Pruebe las placas FPGA PCIe de BittWare
a través del programa Test Drive de Arrow!
Ahora puede solicitar una selección de productos BittWare en préstamo durante 30 días a través del programa Test Drive de Arrow. Comuníquese con nosotros en bittware.emea@arrow.com para conocer más detalles.
Pida prestada una tarjeta BittWare
Obtenga más información sobre cómo acelerar el procesamiento de cómputos, redes, almacenamiento y señal con las soluciones basadas en Intel FPGA de BittWare.
DESCARGUE EL FOLLETO DE BITTWARE
MIRE AHORA EL SEMINARIO WEB A PETICIÓN DE BITTWARE
Solución poderosa para acelerar las aplicaciones limitadas por memoria
Diseñada para la aceleración del procesamiento, la 520N-MX es una placa PCIe con el FPGA Stratix 10 MX2100 de Intel con memoria HBM2 integrada. El tamaño y la velocidad de la HBM2 (16 GB hasta 512 GB/s) permite la aceleración de las aplicaciones limitadas por memoria. Los QSFP28 de 100 G de la placa son ideales para la agrupación en clústeres, y los conectores OCuLink permiten la expansión.
Características:
• Intel Stratix 10 MX2100
• 16 GB de HBM2 hasta 512 GB/s
• BSP OpenCL optimizado por BittWare
Artículos y videos destacados
5G in the Future connected car: How the new mobile standard makes the vision of connected driving become a reality
According to a study by Ericsson, 15 percent of the world’s population will use the new 5G mobile standard by 2020, and the number of 5G subscriptions will break the 500 million mark in 2022. Forecasts also suggest that more than 1 million new mobile broadband subscribers will be added every day within the next six years – thus adding 2.6 billion subscribers by the end of 2022.
Meeting the challenges of automotive electronic modular connectivity, is your connectivity solution ready?
Yesterday’s transportation applications were relatively straightforward. Today, a new technology paradigm is emerging. Vehicle systems are now connected with complex electronics that drive modularization, with a significant increase in the number of engine compartment systems, HMI, radars and cameras that require multiple printed circuit board (PCB) and flex assemblies. These assemblies require connectors with improved signal integrity for speed and robustness in harsh environments. The latest move in the market is toward integrated, connected sensors, and the need for interconnectivity is creating a massive opportunity for suppliers.
Three Design Challenges Solved by MultiCat™ Power Connectors
Engineers often find themselves choosing between high-power connectors that don’t offer all the features that would be ideal for their designs and are forced to compromise as a result. For instance, if they can’t find a connector that delivers the required current rating in a small package, engineers may settle for a high-current connector that increases their design’s size.
RJ45 Products and the Internet of Things
Registered Jack (RJ) products have come a long way since the 1970s, when they were used primarily for connecting to telephone networks. As technology advanced, RJ45s took on the task of transmitting data. As demand grew for greater data transfers at faster speeds, RJ45 products needed to change to remain relevant in the industry. This led to the creation of magnetic connectors and ports, which include internal magnets to help filter signals and allow for higher speeds.
Con un rendimiento de punto flotante de precisión simple de hasta 10 TFLOPS, la 520N es una placa PCIe que cuenta con un Intel Stratix 10 FPGA y cuatro bancos de memoria externa DDR4.
Artículos y videos destacados
5G in the Future connected car: How the new mobile standard makes the vision of connected driving become a reality
According to a study by Ericsson, 15 percent of the world’s population will use the new 5G mobile standard by 2020, and the number of 5G subscriptions will break the 500 million mark in 2022. Forecasts also suggest that more than 1 million new mobile broadband subscribers will be added every day within the next six years – thus adding 2.6 billion subscribers by the end of 2022.
Meeting the challenges of automotive electronic modular connectivity, is your connectivity solution ready?
Yesterday’s transportation applications were relatively straightforward. Today, a new technology paradigm is emerging. Vehicle systems are now connected with complex electronics that drive modularization, with a significant increase in the number of engine compartment systems, HMI, radars and cameras that require multiple printed circuit board (PCB) and flex assemblies. These assemblies require connectors with improved signal integrity for speed and robustness in harsh environments. The latest move in the market is toward integrated, connected sensors, and the need for interconnectivity is creating a massive opportunity for suppliers.
Three Design Challenges Solved by MultiCat™ Power Connectors
Engineers often find themselves choosing between high-power connectors that don’t offer all the features that would be ideal for their designs and are forced to compromise as a result. For instance, if they can’t find a connector that delivers the required current rating in a small package, engineers may settle for a high-current connector that increases their design’s size.
RJ45 Products and the Internet of Things
Registered Jack (RJ) products have come a long way since the 1970s, when they were used primarily for connecting to telephone networks. As technology advanced, RJ45s took on the task of transmitting data. As demand grew for greater data transfers at faster speeds, RJ45 products needed to change to remain relevant in the industry. This led to the creation of magnetic connectors and ports, which include internal magnets to help filter signals and allow for higher speeds.
Descubra la placa PCIe de bajo perfil Arria 10 GX con QSFP y DDR4 en una plataforma Spider de BittWare
Artículos y videos destacados
5G in the Future connected car: How the new mobile standard makes the vision of connected driving become a reality
According to a study by Ericsson, 15 percent of the world’s population will use the new 5G mobile standard by 2020, and the number of 5G subscriptions will break the 500 million mark in 2022. Forecasts also suggest that more than 1 million new mobile broadband subscribers will be added every day within the next six years – thus adding 2.6 billion subscribers by the end of 2022.
Meeting the challenges of automotive electronic modular connectivity, is your connectivity solution ready?
Yesterday’s transportation applications were relatively straightforward. Today, a new technology paradigm is emerging. Vehicle systems are now connected with complex electronics that drive modularization, with a significant increase in the number of engine compartment systems, HMI, radars and cameras that require multiple printed circuit board (PCB) and flex assemblies. These assemblies require connectors with improved signal integrity for speed and robustness in harsh environments. The latest move in the market is toward integrated, connected sensors, and the need for interconnectivity is creating a massive opportunity for suppliers.
Three Design Challenges Solved by MultiCat™ Power Connectors
Engineers often find themselves choosing between high-power connectors that don’t offer all the features that would be ideal for their designs and are forced to compromise as a result. For instance, if they can’t find a connector that delivers the required current rating in a small package, engineers may settle for a high-current connector that increases their design’s size.
RJ45 Products and the Internet of Things
Registered Jack (RJ) products have come a long way since the 1970s, when they were used primarily for connecting to telephone networks. As technology advanced, RJ45s took on the task of transmitting data. As demand grew for greater data transfers at faster speeds, RJ45 products needed to change to remain relevant in the industry. This led to the creation of magnetic connectors and ports, which include internal magnets to help filter signals and allow for higher speeds.
Las placas FPGA actuales son tan versátiles que cualquier industria que trabaje con datos digitales puede aprovechar la aceleración, las transferencias de baja latencia y el procesamiento de señales de la línea de productos de BittWare.
Artículos y videos destacados
5G in the Future connected car: How the new mobile standard makes the vision of connected driving become a reality
According to a study by Ericsson, 15 percent of the world’s population will use the new 5G mobile standard by 2020, and the number of 5G subscriptions will break the 500 million mark in 2022. Forecasts also suggest that more than 1 million new mobile broadband subscribers will be added every day within the next six years – thus adding 2.6 billion subscribers by the end of 2022.
Meeting the challenges of automotive electronic modular connectivity, is your connectivity solution ready?
Yesterday’s transportation applications were relatively straightforward. Today, a new technology paradigm is emerging. Vehicle systems are now connected with complex electronics that drive modularization, with a significant increase in the number of engine compartment systems, HMI, radars and cameras that require multiple printed circuit board (PCB) and flex assemblies. These assemblies require connectors with improved signal integrity for speed and robustness in harsh environments. The latest move in the market is toward integrated, connected sensors, and the need for interconnectivity is creating a massive opportunity for suppliers.
Three Design Challenges Solved by MultiCat™ Power Connectors
Engineers often find themselves choosing between high-power connectors that don’t offer all the features that would be ideal for their designs and are forced to compromise as a result. For instance, if they can’t find a connector that delivers the required current rating in a small package, engineers may settle for a high-current connector that increases their design’s size.
RJ45 Products and the Internet of Things
Registered Jack (RJ) products have come a long way since the 1970s, when they were used primarily for connecting to telephone networks. As technology advanced, RJ45s took on the task of transmitting data. As demand grew for greater data transfers at faster speeds, RJ45 products needed to change to remain relevant in the industry. This led to the creation of magnetic connectors and ports, which include internal magnets to help filter signals and allow for higher speeds.