Advanced computational performance, multiple and compact design, seamless support for the visualization of data in shops

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Summary:

• Show: support for four independent exhibits (FHD/4K/8K) for media broadcasting.

• Excellence in periphery: advanced Intel® processor (Tiger Lake-UP3) to provide high performance for physical networking.

• To facilitate well-considered design: compact, rich I/O and extended interface support, wireless modules (selections).

• Industrial-level reliability: unwinded design and reliable manufacturing quality to ensure that systems operate without fear.

Global Leading Alternative Solutions Providers - China Science and Technology - announced the launch of a completely new, unwinded media broadcaster EMP-510, a product with a strong brink AI calculation, a rich I/O endnote, flexible extensions, multiple support and compact design that can be deployed in space-limited applications. EMP-510 Applications such as digital signs and video walls, which are highly suitable for intelligent retail or the information and entertainment industry.

China’s science and technology EMP-510 supports the 11th generation Intel® CoreTM processor, with two DDR4 SO-DIMM (with a system of up to 64 Gb) inner tanks and one M-key 2280 (PCIe x 4+SATA) for storage. AI-driven systems support in-depth learning and video analysis to capture the number of visitors and provide business insights, thus helping to optimize marketing strategies and increase the number of admissions.

The first/O end of EMP-510 consists of one DB-9 COM end, four x 3.0 ends, two LAN ends and one line entry/export interface. The equipment also supports a full-sized mini-PCIe intake, M.2 E-key 2230 and SIM as an extended interface. In addition, through the combination of Intel® Iris® Xe C.C., China’s science and technology EMP-510 supports a number of indications, including one DP 1.4 (8K) and three HDMI 2.0b (4K), that images are shown to be bleak.

EMP-510 The introduction of brandless, compact design allows for several hours of video broadcasting. Passive dishesion and energy efficiency can minimize post-deployment support costs and maintenance costs. In addition, compact skirmishes can be easily deployed in space-limited applications, so that they can be deployed anywhere the user needs.