Soluzioni FPGA modulari di BittWare, un'azienda Molex
BittWare, un'azienda Molex, offre un'ampia serie di tecnologie di elaborazione a livello di scheda, sistemi integrati e competenze software. Grazie alla propria gamma completa di schede FPGA PCIe, BittWare propone soluzioni basate su Intel (già Altera) e Xilinx. Scopri come BittWare riesce ad ampliare la capacità di Molex di rispondere alla crescente domanda di soluzioni di elaborazione ad alte prestazioni basate su FPGA nei centri di calcolo e data center.
Prova le schede FPGA PCIe di BittWare
con il programma Test Drive di Arrow!
Ora puoi prendere in prestito alcuni tra i migliori prodotti BittWare per 30 giorni grazie all'apposito programma Test Drive di Arrow. Contattaci all'indirizzo bittware.emea@arrow.com per maggiori informazioni.
Prendi in prestito una scheda Bittware
Scopri di più su come accelerare calcoli, reti, archiviazione ed elaborazione dei segnali con le soluzioni basate su schede FPGA Intel di BittWare.
SCARICA IL WHITEPAPER BITTWARE
GUARDA ORA IL WEBINAR ON-DEMAND SU BITTWARE
Soluzione potente per accelerare le applicazioni legate alla memoria
Progettata per l'accelerazione dei calcoli, 520N-MX è una scheda PCIe con FPGA Intel Stratix 10 MX2100 FPGA con memoria integrata HBM2. Le dimensioni e la velocità di HBM2 (16 GB fino a 512 GB/s) consentono l'accelerazione delle applicazioni legate alla memoria. Le schede 100G QSFP28 della scheda sono ideali per il clustering e i connettori OCuLink consentono l'espansione.
Caratteristiche:
• Intel Stratix 10 MX2100
• HBM2 da 16 GB fino a 512 GB/s
• Pacchetto BSP OpenCL ottimizzato per BittWare
Articoli e video proposti
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 prestazioni in virgola mobile di singola precisione fino a 10 TFLOPS, la scheda 520N è una PCIe dotata di un FPGA Intel Stratix 10 e di quattro banchi di memoria esterna DDR4.
Articoli e video proposti
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.
Scopri la scheda PCIe Arria 10 GX a basso profilo con QSFP e DDR4 su una piattaforma BittWare Spider
Articoli e video proposti
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.
Le schede FPGA odierne sono talmente versatili che qualunque settore che lavori con dati digitali può sfruttare l'accelerazione, i trasferimenti a bassa latenza e l'elaborazione del segnale della gamma di prodotti BittWare.
Articoli e video proposti
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.