Commell has squeezed Intel’s Panther Lake-H into a Mini-ITX board before Intel has bothered with a desktop socket.
Taiwanese industrial embedded computing specialist has announced the LV-6718 as one of the first Mini-ITX motherboards to house a Panther Lake-H processor in a standard desktop chassis. The board ships with Intel’s Core Ultra 7 366H soldered directly to its 170mm by 170mm PCB, giving industrial-edge deployments Chipzilla’s newest mobile silicon without waiting for a socketed Panther Lake desktop variant.
The LV-6718 is a Mobile on Desktop, or MoDT, board, meaning it mounts a mobile processor directly on a desktop-format motherboard rather than using a removable CPU and socket. You lose the ability to swap the CPU, but gain a mobile SoC’s integrated platform feature, lower thermal design power and Chipzilla’s latest silicon before any socketed desktop equivalent appears.
Intel launched Core Ultra Series 3, better known as Panther Lake, at CES 2026 in January, pitching it at laptops, consumer Mini PCs and industrial edge deployments. Retail laptop systems appeared globally on 27 January 2026, while edge systems using the Core Ultra Series 3 began shipping in the second quarter, putting Commell’s July board neatly within that industrial window.
For industrial buyers, the fixed-CPU model is often a feature rather than a nuisance. System integrators building machine vision kits, factory-floor automation controllers, digital signage, and edge AI nodes can qualify a single thermal design and reproduce it at scale without socket-level variation across CPU units.
The Core Ultra 7 366H is a multi-tile Panther Lake-H chip made from four silicon blocks, each built on a process node suited to its job. Its compute tile contains 16 CPU cores, comprising four Cougar Cove Performance cores, eight Darkmont Efficiency cores, and four low-power Darkmont cores.
That compute tile is manufactured by Intel on its 18A process node, Chipzilla’s first production use of RibbonFET gate-all-around transistors and PowerVia backside power delivery. It is the bit that earns Panther Lake its Intel 18A badge, with Chipzilla claiming about 15 per cent better performance per watt than Intel 3.
The 366H’s smaller four-Xe3-core GPU tile is built on Intel 3, not 18A or TSMC, and supports ray tracing, DirectX 12 Ultimate, and a maximum GPU turbo of 2,450 MHz. It appears as generic Intel Graphics rather than Arc B370 or B390 because the LV-6718 uses standard DDR5 SO-DIMMs, and Panther Lake only enables Arc iGPU branding with at least LPDDR5X-7467 MT/s memory.
The I/O tile, covering the PCIe root complex, Thunderbolt 4, Wi-Fi 7 R2 and Bluetooth 6.0, is made by TSMC on N6. All the functional tiles are tied together by Chipzilla’s second-generation scalable fabric, a Foveros-style interconnect that makes silicon from different fabs behave as one coherent system.
Intel’s NPU 5 inside the 366H is rated at 50 TOPS at INT8 precision, although real inference performance depends on model architecture, software routing, memory bandwidth and thermal headroom.
Chipzilla certified Core Ultra Series 3 for 24/7 industrial operation with extended temperature support, while the 366H’s 15W minimum assured power suits cramped boxes that cannot house a discrete GPU accelerator. The NPU handles always-on inference, the CPU handles application logic and the four-core iGPU deals with display output and basic graphics.
Commell packs plenty into the 170mm by 170mm footprint: two DDR5 SO-DIMM slots supporting up to DDR5-7200 and 128GB, two M.2 2280 slots with one PCIe Gen5 and one PCIe Gen4, and a PCIe x16 slot operating at Gen5 x8. Networking includes dual Gigabit Ethernet and one 10GbE port, with LVDS, HDMI and DisplayPort for simultaneous displays.
USB includes three USB 3.2 Gen2 Type-A ports and one USB Type-C port with DisplayPort Alt Mode, while wireless uses an M.2 2230 Key E slot for Wi-Fi and Bluetooth modules. Industrial I/O includes four RS-232 ports and two RS-232/422/485 ports.
Commell bundles a cooler because the FCBGA2540 package does not match LGA-1700 or LGA-1200 mounting holes, so standard desktop coolers are useless here. The PCIe x16 slot provides eight of the platform’s 12 PCIe 5.0 lanes, which should be enough for a discrete GPU without bandwidth throttling.
For industrial and embedded system integrators, the LV-6718 is a neat way to get Panther Lake-H, a modern NPU, PCIe Gen5 storage, 10GbE and legacy serial I/O inside an existing Mini-ITX design. For small form factor enthusiasts, it is the only announced path to Panther Lake in a standard Mini-ITX case, though the industrial pricing model, bundled cooler and four-core iGPU will put off the faint-hearted.
Commell has not announced a consumer retail price or distribution channel. Buyers, whether industrial or brave hobbyists, will have to contact the company through the LV-6718 product page.
