The bottom is made of metal and has a threaded hole where its VESA mount can be attached. The sides and top of the device’s case are made of strong black plastic with ventilation holes on the two sides. The front of the device holds the power button/LED, as well as two Type-A USB 3.1 ports. On the rear of the device are two HDMI 2.0b ports, a USB 2.0 port, a USB 3.2 Gen2 Type-A port, Thunderbolt 4 and 3 ports, an RJ45 port for the 2.5GbE NIC, a cable-arm lock, and the electric power inlet. We were quite impressed with the care Intel put into the packaging presentation of their NUC 11 devices. When we removed the device from the box, we found an embossed tiger in the cavity. We also discovered a drawer in the side of the box that held a mounting plate with screws, an external power supply, as well as quick start, regulatory, and safety guides.
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After removing the top of the box, we found the NUC 11 Pro device. Nestled between four L-shaped foam legs was a bright blue 8” x 8” x 5.5” box emblazoned with “intel nuc element” on its top. We received our NUC 11 in a black shipping box that measured 12.5” x 10.5” x 8.5”. NUC 11 device, power adapter, various guides, and VESA mounting plate The product meets numerous safety regulations, EMC/RF, and environmental standards
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Windows 10, 64-bit, Windows 10 IoT Enterprise, Red Hat Linux, and Ubuntu 20.04 LTS Intel NUC 11 Pro Specificationsīelow are specifications for the TNKi5 that we will be reviewing: Manufacturer The device’s connectivity is very good as it has six USB ports, two HDMI ports, WiFi, and a 2.5Gb wired ethernet. The Intel NUC 11 Pro that we will be reviewing in this article is the TNKi5 which comes with 16 GB of RAM, a 512GB M.2-based SATA SSD, a Core i5-1135G7 processor with an integrated Iris Xe Graphics GPU, and Windows 10 Pro. These examples highlight the flexibility and range of uses that NUCs provide. We also reviewed a NUC 9 Pro which had a Xeon processor and discrete GPU, and ESXi running on it. Both systems have been working extremely well for their assigned roles. A more powerful NUC we reviewed was the NUC 8 i7BEH, which we installed ESXi on after our initial review and we currently use as an ESXi host.
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We have also reviewed other NUCs, including the NUC 7 CJYS, a low-priced system powered by an Intel Celeron J4005 processor that we ended up installing IGEL and Wyse VDI client software on and used to connect to our virtual desktops. The photo below shows how much larger it is than the Pro. We found the NUC 11 CE to be a capable machine for casual gamers, high-end home theaters, and content creators. That NUC has a quad-core i7 processor with 1.35 GHz, 96 EUs, Intel Iris Xe Graphics integrated GPU (IGPU), and a built-in video capture card. Over the years, we have had the opportunity to review many different NUC systems, with the latest being the NUC 11 Compute Element (CE). The particular model we are reviewing in this article is the NUC 11 TNKi5 with the 37mm case and an i5-1135G7 processor. They come in a 112 x 117 x 37mm, or 54mm tall, case. There are various configurations available for the NUC 11 Pros – the least powerful of which is powered by a dual-core Intel Core i3-1115G4 processor, and the most powerful is powered by a quad-core Intel Core i7-1185G7 processor. On the other hand, the Intel NUC 11 Pro unit, which we will be reviewing in this article, was designed for edge computing, and home and office use. Each one of these categories is unique and built for a different type of user in mind for example, the Compute Element, which we previously reviewed, was designed for light gaming, home theater, and content creation. In Q1 2021, Intel launched their NUC 11 line of systems which come equipped with 11 th Gen Intel Core processors and are broken into four different categories: Enthusiast (Phantom Canyon), Performance (Panther Canyon), Pro (Tiger Canyon), and Compute Element (Elk Bay).