XCZU5cg, L1SFVC784I habet LXIV Bit processus scalability, combining real-vicis control cum software et hardware engines pro graphics, video, waveforms, et packet processui. Multi processor on-chip ratio cogitationes sunt aedificata in vexillum real-vicis processors et tabulata instructa cum programmable logica.
XCZU11EG, 3ffvc1760E integrata pluma Dives LXIV frenum Quad Core aut Dual Core brachium in unum fabrica ® cortex-A53 dispensando ratio et programmable logica ultrasscale architecture fundatur in Dual Core brachium-R5F. Praeterea etiam includit in-chip memoria, multi Portus externum Memoria interfaces et dives periphericis nexu interfaces.
Xczu47dr-l2ffvg1517i xc7a100t-2FGG676i potest consequi altiorem cost-efficaciam in multiple facies, inter logic, signum processus, embedded memoria, LVDs I / O, Memoria interfaces, et transceivers. Artivi, VII FPGAs sunt perfecta pro sumptus sensitivo applications quod requirere summus finem functionality.
Et xczu15eg, 2ffvb1156i chip instructa cum 26.2 MBit Embedded Memoria et CCCLII initus / output terminals. XXIV DSP transceiver, capaces firmum operationem ad 2400mt / s. Sunt etiam IV 10G SFP + fibra opticus interfaces, IV 40g QSFP fibra opticum interfaces, I USB 3.0 interface, I Gigabit Network interface, et I DP interface. In tabula habet auto-imperium potentia in sequence et sustinet multiple startup modus
Sicut membrum de FPGA chip, xcvu9p, 2flga2104i habet MMCCCIV programmable logica unitates (pis) et 150MB de interna memoria, providing in horologium frequency ad 1.5 GHz. Provisum CDXVI input / output paxillos et 36.1 MBit distributed Ram. Non sustinet agro programmable portam ordinata (FPGA) Technology et potest consequi flexibile consilium variis applications
Xcku060-2ffva1517i est optimized ad systematis perficientur et integration sub 20nm processus, et adoptat unum chip et altera-generation reclinant silicium internonnect (SSI) technology. Hoc FPGA est etiam an idealis arbitrium pro DSP intensive processus requiratur pro altera-generation medical Imaging, 8k4k video, et heterogenea wireless infrastructure.
