XCVU7P, L2FLVA2104E est vir virtex ultrasscale + fpga chip ex Xilinx, a ducens provisor de programmable logica solutions. Hoc chip est pars Xilinx scriptor summus perficientur Virtex ultrasscale + series et features 2.7 million logica cellulis et 3,780 DSP crustae.
XCVU7P, L2FLVA2104E est vir virtex ultrasscale + fpga chip ex Xilinx, a ducens provisor de programmable logica solutions. Hoc chip est pars Xilinx scriptor summus perficientur Virtex ultrasscale + series et features 2.7 million logica cellulis et 3,780 DSP crustae.
Et chip utilitas 16nm finfet + processus technology, quod providet princeps campester of perficientur et industria efficientiam. Etiam sustinet a range of Advanced Connectivity interfaces, inter PCI Express Gen4 et 100g Aer.
"L2FLVA2104E" in nomine xcvu7p, l2flva2104e refers to batch et notam codes tum celeritas, temperatus et gradus characteres chip.
XCVU7P, L2FLVA2104E est disposito ad tractare postulantes applications quod requirere summus perficientur et flexibilitate, ut notitia centrum acceleratio, apparatus cognita consequentia et summus finem networking. Hoc includit dives paro of features, comprehendo programmable logica cellulis, summus celeritate Vide transceolves et memoria cuneos cum ulturam facultatem. Et ingens facultatem et processui capabilities huius chip faciam illud vulgaris choice pro variis industriae et commercial applications.
Praeterea, ad xcvu7p-l2flva2104e praebet futurum-probationem, scalable et efficiens infrastructure ad accelerationem computo-intensive applications, cum suis compatibility cum software-defined. Quod chip est plene compatible cum Xilinx scriptor Vivado Design Suite, enabling Developers creare customized consilia ad propria applications seamlessly.
Altiore, XCVU7P, L2FLVA2104E est summus perficientur et versatile FPGA, offering potens computing suggestum in developers operantes in industriae, commercial, et alia provectus applications. Cum ad provectus features et capabilities, hoc fpga praebet princeps efficientiam et flexibilitate, faciens illud optimum arbitrium pro range of perficientur-discrimine embedded applications.
