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Lenovo ThinkStation PX, P7 and P5 workstations

25.03.2023

Lenovo has announced the release of the ThinkStation PX, P7 and P5 workstations. When designing them, Lenovo collaborated with Aston Martin.

The collaboration focused on capturing Lenovo's signature red design, delivering the best possible performance, and expanding customization options. In particular, the 3D body grille is inspired by the iconic DBS Grand Tour.

All three new workstations feature a modular design with front drive access for ease of service and upgrade flexibility.

The devices feature the latest Intel processors with up to 120 cores and support for professional NVIDIA RTX GPUs. In particular, the 4th generation Intel Xeon Scalable and NVIDIA RTX 6000 Ada Generation can be installed in top models. Can be installed

The workstations feature a new chassis design, an improved cooling system, and a baseboard management controller (BMC) for remote system monitoring.

The new workstations will be available from May 2023.

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Random news from the Archive

Breakthrough in cryomicroscopy 17.05.2015

One of the main research methods in modern molecular biology is cryoelectron microscopy. Unlike classical electron microscopy, it ensures the perfect preservation of the cell under study - but it loses in terms of magnification. More precisely, lost until recently.

In electron microscopy, fixing substances are used that fasten the proteins of the structures under study. They generate a number of artifacts that modify the object, and in order to avoid this, a cryoelectronic technique has been developed that allows you to instantly cool the structure under study at elevated pressure, while maintaining it in its original form.

The main disadvantage of cryomicroscopy was its low resolution - no more than 0,5 nm, while, for example, X-ray diffraction analysis allows us to examine objects up to 0,2 nm in size. A team of scientists from the Maryland division of the US National Institutes of Health has improved the technique to a resolution of 0,22 nm, which compares the performance of traditional and cryomicroscopic approaches.

The blue-yellow image is a photograph of the α-galactosidase protein. On the left is the level of detail that cryoelectron microscopy made it possible to achieve 3–4 years ago (just a blurry mass), and on the right is the modern part of the image, in which you can see, if not atoms, then at least protein-binding water molecules.

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