On October 30, the Ministry of Industry and Information Technology (MIIT) published the list of winners in the 2026 fifth batch of SME specialty industrial clusters, along with the review results for the second batch of 2023. Two Shenzhen clusters made the new list: the Bao’an District semiconductor packaging-and-testing equipment cluster and the Longhua District mini-PC device cluster. In addition, the Longgang high-end intelligent vehicle-mounted device cluster and the Longhua new-type display device cluster both passed their reviews. Unlike mainstream manufacturing tracks such as consumer-electronics end products, both of Shenzhen’s newly designated clusters target niche, high-barrier segments — the former positions itself in the domestic-substitution gap for upstream semiconductor equipment, while the latter anchors on the demand for hardware carriers driven by the rise of edge computing.
Looking at the substance of these clusters, their competitiveness comes from dense networks of “specialized and sophisticated” SMEs that build a locally matched supply chain. The Bao’an semiconductor packaging-and-testing equipment cluster covers equipment, components, and process services for the packaging and testing stage, right at the critical window of domestic equipment replacing imports. The Longhua mini-PC device cluster leans on hardware-carrier demand in the form of Mini PCs, industrial PCs, and edge-computing boxes, with complete local support in structural parts, power supplies, thermal design, and system assembly, giving both clusters differentiated competitiveness in component self-development and industry-standard setting. For end-product makers, an industrial cluster means a shorter material radius, faster prototyping iterations, and a more stable production ramp-up.
From the perspective of the industry landscape, the combination of “national-level clusters plus niche hardware” sends two signals. First, policy support is shifting from broad, all-in-one end-product agglomerations toward two types of high-barrier segments — chokepoint links and emerging computing-power carriers: packaging-and-testing equipment represents the domestic-substitution depth of the semiconductor chain, while mini-PC devices correspond to the edge-hardware volume growth brought by cloud-edge collaboration and on-device AI. Second, cluster designation brings targeted support in funding, land, and talent, accelerating the local closure of regional supply chains. As edge-computing hardware moves from project-based procurement to volume shipments, clusters with complete supporting ecosystems will be first in line to capture this structural increment.
For Junyi Microelectronics, the track where the Longhua mini-PC device cluster sits is precisely the industrial base of the company’s industrial-control and edge-computing product lines. Junyi’s industrial mini PC IPC-i5-1235U and the mini-PC device cluster occupy the same ecological niche in chassis form factor, thermal design, and system integration, while the edge-computing hosts 5G-EDGE-3399Pro/AI-BOX-3588 directly benefit from the volume logic of edge-computing hardware carriers. The core boards J-3568/J-3576/J-3588 and the K-series edge-intelligent motherboards, as embedded computing modules, likewise rely on cluster-style local support to shorten the chain from R&D to mass production. The growth of national-level clusters means the maturity of China’s edge-hardware supply chain keeps rising, providing a more stable industrial foundation for self-developed end-product and board makers like Junyi.
Source: https://k.sina.com.cn/article_7857201856_1d45362c001908sz8k.html (2026-10-30)