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The Union trademark SMART ACCESS MEMORY was filed as Word mark on 06/18/2021 at the European Union Intellectual Property Office. The current status of the mark is "Application refused".
| Trademark form | Word mark |
| File reference | 018496104 |
| Application date | June 18, 2021 |
Trademark owner
2485 Augustine Drive
95054 Santa Clara
US
95054 Santa Clara
US
Trademark representatives
Prinzregentenplatz 7
81675 München
DE
goods and services
9
Semiconductor chips; semiconductor devices; semiconductors; accelerated data processors; accelerated video processors; central processing unit (cpu); cpu cores; graphics processing unit (gpu); gpu cores; graphics accelerators; graphics cards; graphics processors; video display cards; video graphics accelerator; video graphics processors; software programmable processors; microprocessors; microprocessor modules; integrated circuits, namely, graphics, video and multimedia integrated circuits; integrated circuit chip sets; integrated circuit chips; cards containing integrated circuits; chipsets; computer graphic chipsets; computer hardware; computer hardware for enhancing and providing real-time transfer, transmission, reception, processing and digitizing of audio and video graphics information; computer hardware subsystems comprised of microprocessor subsystems; microprocessor subsystems comprised of one or more microprocessors, central processing unit (cpu), cpu cores, and software for operating the foregoing; graphics processor subsystem, namely, microprocessor subsystems comprised of one or more microprocessors, graphics processing units (gpus), gpu cores, and software for operating the foregoing; computer motherboards; network-on-a-chip, namely, technology that provides interfaces across microprocessor cpu and gpu cores, memory, hubs and data fabric to enable microprocessor communications and increase computing performance and efficiency; data fabric, namely, hardware and software that supports storage, processing, analysis and management of disparate data; system on a chip (soc) architecture; system on a chip (soc) architecture for use with cpus and graphics processing units (gpus), namely, soc architecture that connects die-to-die, chip-to-chip, and socket-to-socket, used across different microprocessors to enable increased computing performance; semiconductor memories; integrated circuit memories; microprocessor communication memory; computer memory devices; computer memory hardware; semiconductor memory units; video random access memory (vram); software for operating all of the foregoing; recorded computer operating system software; downloadable computer operating system software; recorded processor operating software; downloadable processor operating software; recorded computer software for operating microprocessors; downloadable computer software for operating microprocessors; recorded computer software for databasing, visualization, manipulation, virtual reality immersion and integration of information; downloadable computer software for databasing, visualization, manipulation, virtual reality immersion and integration of information; recorded computer software for graphics and video games; downloadable computer software for graphics and video games; recorded graphics software; downloadable graphics software; downloadable video game software; downloadable virtual reality software; recorded basic input/output system (bios) software; downloadable basic input/output system (bios) software; recorded basic input/output system (bios) computer programs; downloadable basic input/output system (bios) computer programs; recorded computer software, namely, software that increases processing capabilities and performance of graphics processing unit (gpu) video random access memory (vram) by transferring data directly between computer processing units (cpus) and graphics processing units (gpus); downloadable computer software, namely, software that increases processing capabilities and performance of graphics processing unit (gpu) video random access memory (vram) by transferring data directly between computer processing units (cpus) and graphics processing units (gpus); semiconductor chips; central processing unit (CPU); CPU cores; graphics processing unit (GPU); GPU cores; microprocessor subsystems comprised of one or more microprocessors, central processing unit (CPU), CPU cores, and software for operating the foregoing; graphics processor subsystem, namely, microprocessor subsystems comprised of one or more microprocessors, graphics processing units (GPUs), GPU cores, and software for operating the foregoing; network-on-a-chip, namely, technology that provides interfaces across microprocessor CPU and GPU cores, memory, hubs and data fabric to enable microprocessor communications and increase computing performance and efficiency; system on a chip (SoC) architecture; system on a chip (SOC) architecture for use with CPUs and graphics processing units (GPUs), namely, SOC architecture that connects die-to-die, chip-to-chip, and socket-to-socket, used across different microprocessors to enable increased computing performance; video random access memory (VRAM); recorded basic input/output system (BIOS) software; downloadable basic input/output system (BIOS) software; recorded basic input/output system (BIOS) computer programs; downloadable basic input/output system (BIOS) computer programs; recorded computer software, namely, software that increases processing capabilities and performance of graphics processing unit (GPU) video random access memory (VRAM) by transferring data directly between computer processing units (CPUs) and graphics processing units (GPUs); downloadable computer software, namely, software that increases processing capabilities and performance of graphics processing unit (GPU) video random access memory (VRAM) by transferring data directly between computer processing units (CPUs) and graphics processing units (GPUs)
ID: 11018496104