A few months ago we prepared a large comparison of two Hyperbook notebooks. I’m talking about the Hyperbook V models 13 and Hyperbook Z 15 that were equipped with Intel processors 10 generation (Comet Lake) and AMD Ryzen series 4000. This time for testing, we received a larger model with a diagonal 17, 3 “. This is the premiere Hyperbook Pulsar V notebook 17, which in addition to the larger matrix has also been equipped with solid components. The laptop itself, like other models of the company, has a very simple design. Nevertheless, I have some concerns about the profitability of choosing any laptop with an NVIDIA GeForce card RTX 2000 as the premiere of the next generation GPU for high-performance gaming laptops is approaching.

Author: Damian Marusiak

Compared to many other Clevo or Tongfang hulls (the tested model is based on the design of the latter company ), here it was decided to prepare a laptop with a housing largely made of magnesium alloy. You can feel it in everyday use, because the material used for production is characterized by a much better quality and overall better stiffness. Adding to this efficient components in the form of the 8-core Intel Core i7 processor – 10875 H and the NVIDIA GeForce RTX graphics card 2070 SUPER, we get a solid notebook for gaming and work at first glance. At first glance, it looks very good, but I am curious if the relatively slim design will cope with cooling the components – experience makes me look at such a set with a pinch of salt.

Hyperbook Pulsar V 17 is a new one CPU-based gaming notebook 10 Intel Core i7 generation – 10875 H and NVIDIA GeForce RTX mobile graphics 2070 COOL.

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Notebook Hyperbook Pulsar V 17 was equipped with the NVIDIA graphics chip belonging to the architecture Turing. The NVIDIA GeForce RTX card 2070 SUPER was made in an improved, 12 nm process FFN (NVIDIA FinFET), including 13, 6 billion transistors, and everything was placed on a much larger surface of 545 mm². this is due to the addition of dedicated Tensor cores and RT units which support pro tracking technology by default changes in real time (Ray Tracing) and a new form of upscaling (DLSS and DLSS 2.0) based on artificial intelligence algorithms. The base clock of the GeForce RTX card used 2070 SUPER was set at 1140 MHz, while in GPU mode Boost 4.0 increases to 1380 MHz with a TDP of 115 W. Unfortunately, you can see that in relation to the desktop version of the card the clocking has been severely twisted due to energy limits.

Hyperbook Pulsar V Specification 17:

• Intel Core i7 – 10875 H (2.3 GHz – 5.1 GHz)
• Memory: 16 GB DDR4 3200 MHz
• Dedicated graphics card: NVIDIA GeForce RTX 2070 COOL
• Screen: 17, 3 “/ IPS matte / 144 Hz / 1920 x 1080 pixels
• Samsung 1TB SSD 970 EVO / M.2 PCIE 3.0 x4 NVMe Interface
• Operating system: Microsoft Windows 10 Home 2004 Version

Hyperbook Pulsar V 17 is equipped with a powerful Intel Core i7 processor – 10875 H. It is “almost” the top representative of the latest, 10 generation of Intel Comet Lake-H chips, which is equipped with 8 physical cores and 16 threads, however being a model with a locked multiplier. The processor also supports the Intel Thermal Velocity Boost technique, thanks to which the clocking for up to two cores under appropriate conditions can be 5.1 GHz. The default CPU TDP is 45 In And Yes is also set in the presented notebook. In turn, with a short-term load, the TDP increases to 60 Hyperbook Pulsar V 17 therefore offers very slight increase in TDP, and therefore lower power consumption compared to other laptops with these processors. Processors 10 Intel Comet Lake-H generation also have a 2-channel DDR4 memory controller 2933 MHz.