Zotac is expanding its lineup of compact edge computing hardware with several new embedded Edge AI devices designed for industrial and commercial deployments rather than everyday home use. Unveiled in the context of an industry trade show environment, these mini PCs and embedded systems focus on running analytics close to where data is generated, helping businesses process, classify, and act on sensor or measurement data before sending it to a central control system.
These new Zotac edge devices target scenarios such as manufacturing floors, monitoring setups, and existing analytics installations that need reliable small-form hardware with specialized connectivity, efficient operation, and (depending on the model) extra AI acceleration. Instead of being positioned as general-purpose consumer mini PCs, they’re built for integrators and organizations that need compact machines that can be mounted, tucked into tight spaces, and connected to industrial equipment.
Linux-focused embedded options based on Rockchip
Among the newly revealed models are the ZP-RK88DX and ZP-RK76, which are built on Rockchip’s RK3588 and RK3576 platforms. These chipsets are commonly associated with embedded deployments and are well-suited for Linux-based workloads, making them a practical fit for industrial edge computing tasks where stability and long-term platform support matter.
Zotac highlights that the ZP-RK88DX can optionally be paired with a DeepX module to add dedicated AI capability, delivering up to 25 TOPS of AI performance. This kind of boost can be useful for tasks like on-device inference, smart classification, or computer-vision-adjacent workflows where sending everything to the cloud isn’t ideal.
Intel-powered edge mini PC with Core Ultra and up to 64GB RAM
Zotac is also introducing the ZP-MI625DX, which follows a similar edge-AI concept but switches to an Intel platform. It uses the Intel Core Ultra 5 125H, a processor that includes an integrated NPU for AI workloads. This makes it attractive for edge applications that benefit from AI acceleration without needing an additional module.
On the upgrade side, the ZP-MI625DX supports M.2 SSD storage and can be configured with up to 64GB of DDR5 memory, giving it more headroom for heavier multitasking, larger datasets, or more demanding analytics pipelines.
Two compact systems built around Intel N150
For lighter-duty deployments, Zotac also announced the ZP-S35N150P and ZP-PI339-P2, both based on the Intel N150. This processor is described as limited in performance, but it can still make sense for simple control, signage, monitoring, gateway tasks, or other basic edge roles where power efficiency and size matter more than raw compute.
One of the most notable differences between the two is cooling. The ZP-PI339-P2 is passively cooled, which can be a major advantage in environments where silent operation, reduced maintenance, or fewer moving parts are priorities. In terms of form factor, the ZP-PI339-P2 resembles a more traditional mini PC, while the ZP-S35N150P is designed with mounting in mind, including wall-mount-friendly deployment.
Despite their compact footprint, both models include two HDMI 2.0 ports for display connectivity. The ZP-S35N150P further leans into industrial use with additional connection options such as RS485 and dual Gigabit Ethernet, which are often important for tying into industrial machines, controllers, and local device networks.
Pricing and availability
Zotac has not shared pricing or release timing yet. Availability is also expected to differ from mainstream mini PCs, with these embedded Edge AI devices more likely distributed through specialized channels rather than typical consumer retail stores.
For businesses looking to add edge AI computing, industrial connectivity, or compact embedded controllers to existing systems, Zotac’s latest lineup signals a clear focus: small devices purpose-built for real-world deployment conditions, with multiple architectures available depending on performance needs and operating environment.
