A new architecture that significantly outperforms traditional CPU + GPU systems
Santa Clara, California and Seoul, South Korea, December 8, 2025 /PRNewswire/ — DEEPX, a leader in ultra-low power on-device AI semiconductors, today announced the launch of a next-generation AI video analytics platform designed to break the limits of GPU-centric designs. Combining DEEPX accelerators and Ampere CPUs, this solution reflects a fundamentally new computing architecture, delivering much higher density, lower power consumption, and dramatically greater cost efficiency for large-scale Vision AI deployments.
The new system fuses DEEPX's DX-H1 Quattro AI accelerator with Ampere's high-efficiency CPU to create an optimized pipeline specifically for modern VMS requirements. As the global video management market moves from storage-centric operations to real-time AI analytics, the industry faces structural bottlenecks in GPU architectures: high heat, excessive power consumption, and poor scalability. The DEEPX platform decisively eliminates these limitations and represents a clear departure from traditional GPU-only approaches.
The AmpereOne® CPU handles high-speed decoding of hundreds of high-resolution CCTV streams, while DEEPX's DX-H1 Quattro is dedicated to high-density AI inference. This division of labor provides exceptional throughput. Can be analyzed on a single server. Use over 200 cameras simultaneously and maintain Over 8,000 real-time AI inferences per second. with superior scalable performance 400 topsthis platform has unique capabilities to power mission-critical infrastructure such as smart cities, video surveillance logistics hubs, and industrial control systems.
The power efficiency of the system is equally devastating. While traditional CPU + GPU servers routinely exceed 1,200W to achieve similar workloads, the DEEPX platform 400W and 750Wdepending on the configuration. This significantly reduces operating costs for a 24/7 monitoring center. This is an increasingly urgent requirement as cities and businesses expand their AI adoption globally. The AmpereOne® architecture delivers exceptional decoding performance with minimal heat and exceptional density, allowing a single server to do what previously required an entire rack of GPU hardware.
The solution is built to support the full range of Vision AI workloads, including YOLO-based object detection, behavioral analytics, CLIP-based semantic search, and real-time RTSP encoding, delivering integrated analytics from edge deployments to hyperscale data centers. Compatibility across major server OEMs such as ASRock Rack, NEXT Computing, Gigabyte, System76, and Supermicro, as well as seamless integration with major VMS platforms, including Network Optix, ZoneMinder, or our own platforms, helps customers get started quickly.
“The combination of DX-H1 Quattro and AmpereOne® is redefining what is possible in the global VMS industry. This is the platform the market has been waiting for in the face of extreme cost and power pressures,” said Lokwon Kim, CEO of DEEPX. “We are aggressively targeting multi-billion dollar markets such as smart cities, video surveillance, transportation and industrial automation,” he added.
“Ampere processors are designed to handle intensive analytical workloads and continuous data ingestion while maintaining superior power efficiency,” said Jeff Wittich, Chief Product Officer at Ampere. “This combination is critical for customers deploying secure and reliable video infrastructure, from large enterprise deployments to edge-based systems.”
DEEPX plans to accelerate initial deployments across video surveillance, large-scale smart city programs, manufacturing and logistics infrastructure monitoring, and real-time traffic and security control. The company plans to introduce the platform to business customers around the world through a series of international exhibitions, technology webinars and roadshows starting in the first half of 2026.
source deep x
