Der Patriot Viper Venom PVV516G60C30 bringt hohe Leistung in jedes System. Mit schnellen Speicherzugriffen und stabiler Datenverarbeitung unterstützt er selbst anspruchsvolle Anwendungen zuverlässig. Das modulare Design sorgt für einfache Integration in Desktop-PCs und Workstations. Dank hochwertiger Komponenten und optimierter Abstimmung erleben Sie flüssige Performance, egal ob beim Arbeiten, Gaming oder kreativen Projekten. Dieses Speicherkit vereint Geschwindigkeit, Stabilität und Effizienz in einem kom
schwarz, PVV516G60C30, VIPER VENOM, INTEL XMP
Kapazität: 16 GB (1x 16 GB)
Timings: CL30 40-40-76
Standard: DDR5-6000 (PC5-48000)
Profil: INTEL XMP (Version 3.0)
Weee-Nr.: 53357902
The Patriot Viper Venom DDR5 16GB PC 6000 (PVV516G60C30, 1x16GB) is a high-performance memory module designed for demanding desktop systems based on the latest DDR5 platform. With a capacity of 16 GB in a single module, it is ideal for modern gaming PCs, workstations, and content creation systems that require fast, responsive memory for multitasking, high-resolution gaming and intensive applications. The DDR5 technology offers improved bandwidth and efficiency compared to DDR4, making this module an excellent choice for users looking to upgrade to the newest memory standard.
With a data rate of up to 6000 MT/s (PC 6000), this Viper Venom module is tailored for enthusiasts who want to minimize bottlenecks in CPU-intensive workflows. The higher bandwidth benefits scenarios such as competitive gaming, video editing, 3D rendering, software development, and running virtual machines. The specified CL30 timing (PVV516G60C30) indicates a latency profile optimized for speed-oriented setups, making this module suitable for systems where every millisecond counts.
The single-module configuration (1x16GB) offers flexibility and an easy upgrade path: users can start with one 16 GB module and later expand to dual-channel 32 GB or more, depending on the motherboard's configuration. DDR5 technology typically integrates improved power management directly on the module, helping to provide more stable power delivery and contributing to higher overall efficiency compared to previous generations. This can support more stable performance under load and can be an advantage in long gaming sessions or heavy productivity workloads.
In terms of applications, the Patriot Viper Venom DDR5 6000 is well-suited for: - High-end gaming systems, especially with modern multi-core CPUs and powerful GPUs. - Streaming and content creation setups that must handle video capture, editing, and live encoding. - Professional workstations for photo and video editing, 3D modeling, CAD, and simulation software. - Productivity desktops running many browser tabs, office applications, and collaboration tools simultaneously.
Key advantages for the buyer include better system responsiveness, significantly reduced loading times in many modern games and applications, and higher headroom for future software demands. The move to DDR5 also helps future-proof a system, as current and upcoming CPU generations are increasingly optimized around DDR5 memory performance.
Patriot is an established memory and storage manufacturer with many years of experience in DRAM and flash-based products for both consumers and professionals. The Viper series in particular is aimed at performance-oriented users and enthusiasts, combining reliability with high speed. Patriot's long-standing presence in the market is reflected in its focus on product quality and rigorous testing procedures intended to ensure stable, durable operation.
Like many technology manufacturers, Patriot has taken steps in areas such as product reliability and longevity, which can indirectly support environmental goals by reducing premature hardware replacement and associated electronic waste. Choosing robust components that are designed for a long service life helps minimize the frequency of upgrades and the volume of discarded hardware. By investing in durable, high-quality memory such as the Viper Venom DDR5 16GB PC 6000 module, customers can contribute to more responsible resource usage and help reduce their personal hardware footprint over time, while still benefiting from cutting-edge performance.