Arxys VideoX V5 Launch
VideoX V5 Delivers The Promise of H.265 Today
VideoX V5 sets new standards for video performance, H.265 CODEC processing, power efficiency, cooling and connectivity.
VideX V5 Brings Powerful Advantages
Reduce server counts, increase camera density, and extend retention.
without increasing the budget.
Up to 33% more high resolution video streams per server means fewer servers per install
Up to 50% more H.265 camera streams per server means fewer servers & more savings
Lower power consumption & decreased cooling needs ensures long life.
2x bandwidth & 2x the network connectivity drives performance.
Chiplet Micro-architecture
Taming The Math Beast
AMD Epyc Zen5 CPUs are purpose-built for the precise math and processing loads of massively parallel video streaming, video motion detection, video analytics and h.265 decoding.
Lead with Advanced Capabilities
VideoX V5 Performance, Efficiency & Value.
Arxys VideoX V5 systems, powered by AMD’s advanced Zen 5 EPYC CPUs, deliver a major leap in surveillance and analytics performance, offering up to 33% more stream capacity and 50% higher H.265 and video analytics throughput while using less power and generating less heat. This enables integrators to deploy fewer servers with smoother playback, lower latency, and reduced energy costs. Leveraging AMD’s chiplet architecture and CPU-GPU innovation, Arxys provides future-ready, energy-efficient systems that handle demanding AI and video workloads with superior reliability and compatibility across Microsoft platforms and leading VMS solutions—positioning partners at the forefront of next-generation security technology.
Leap Ahead of Your Competition
VideoX V5 Delivers on the Promise of H.265 Today.
AMD’s new Zen 5 CPUs deliver a massive leap in H.265 video performance, powering Arxys VideoX V5 systems to achieve unprecedented efficiency in video surveillance and analytics. With ultra-high GHz clock speeds sustaining all-core turbo performance 20–40% higher than Intel’s Xeon 6 and 5th Gen Xeon chips, Zen 5 provides the raw processing muscle needed to handle the heavy math of H.265 decoding, compression, and motion analytics. Its re-engineered integer and floating-point engines, combined with a true native 512-bit AVX data path, deliver unmatched throughput and stream density—enabling smoother playback, lower latency, and more streams per server without dropped frames. The V5 VideoX micro-architecture fully unlocks these gains, delivering up to 2.3x more H.265 stream processing per server with 30–50% bandwidth and storage savings compared to H.264. The result is fewer servers, simpler deployments, and dramatically higher efficiency—finally delivering on the full promise of H.265 performance today.
AMD EPYC Momentum
AMD Commands over 40% of Server Market Share, & Growing.
For years, Intel was the safe choice for servers—but the market is changing fast. AMD’s chiplet design has proven it can deliver more power, better efficiency, and lower costs than Intel’s traditional single-chip approach. Instead of cramming everything onto one massive piece of silicon, AMD builds its CPUs from smaller, specialized chiplets connected with high-speed links. This means they can use the best technology for each part—cutting-edge for compute, tried-and-true for I/O—resulting in faster performance and better reliability. The payoff is clear: AMD servers handle heavy video workloads like H.265 decoding and analytics with less lag, lower power draw, and higher throughput. That’s why more data centers and video surveillance systems are moving to AMD—it simply does more, for less, without sacrificing stability.