It’s been a while since the debut of Intel Tiger Lake-U mobile processors. Over the past few weeks, we have had the opportunity to test several cheaper and more expensive ultrabooks, using new Intel chips. Based on Willow Cove architecture and lithography 10 nm SuperFin has a pretty good performance, but to the top AMD Ryzen units 4000 with 8 cores is still a bit missing. This time, however, we present a completely different construction for the premiere. The laptop is also slim and very mobile, but offers noticeably higher performance. I am talking about the Dream Machines G notebook 1650 Ti, which combines Intel Tiger Lake processors and NVIDIA GeForce GTX graphics cards 14.

Author: Damian Marusiak

Dream Machines G 1650 Ti at first glance looks like a typical ultrabook. Weight around 1.5 kg, screen size 14 inches. Finally – the low-voltage (?) Intel Core i5 processor – 1135 G7. Another, the most ordinary ultrabook? Not quite, because the equipment, despite its small size, also has an NVIDIA GeForce GTX card 1650 Ti and a noticeably better cooling system compared to typical ultrabooks. I think it is one of the most interesting laptops with a diagonal screen at the moment 14 who wants to combine work and entertainment. Whether the task has been completed, you will find out from the premiere test below. For now, let me just say that the equipment is not perfect, but in some respects it managed to surprise me positively.

Dream Machines G 1650 The Ti is a brand new laptop, with pretty good performance and high mobility. Despite the small housing, inside we find an Intel Core i5 processor – 1135 G7 and NVIDIA GeForce GTX graphics card 1650 Ti.

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The greatest novelty of the Dream Machines G laptop 1650 Ti in the presented version is the use of Intel Tiger Lake processors (11 Intel chipset generation Core). There was a lot of talk about processors long before their final debut (September 2). First of all, they use the redesigned Willow Cove architecture, based on last year’s Sunny Cove. Mainly the cache subsystem has been changed, increasing the number of L1 cache, L2 cache and L3 cache Moreover, the noticeably improved was used 10 nm technological process, named 10 nm SuperFin. The name is associated primarily with the use of new SuperFin transistors, which are to enable work with a higher clock at the same time lower voltages. The tested version of Acer has an Intel Core i5 unit – 1135 G7, equipped with 4 cores and 8 threads. The base clock of the processor is 2.4 GHz with the possibility of increasing in Turbo Boost 2.0 mode to a maximum of 4.2 GHz. Intel Core i5 – 1135 G7 has a default TDP of 28 W. Processor supports no only the Thunderbolt 4 platform, but also the first to introduce PCIe 4.0 to notebooks. Also supports DDR4 3200 MHz, LPDDR4X 4267 MHz and LPDDR5 5400 MHz – the latter will appear in laptops, however, only next year.

Dream Machines G configuration 1650 Ti:

• Intel Core i5 Processor – 1135 G7 (2.4 GHz – 4.2 GHz)
• 16 GB DDR4 RAM 3200 MHz / Dual Channel
• Integrated Intel Iris Xe Graphics
• NVIDIA GeForce GTX Graphics Card 1650 Ti 4 GB GDDR6
• Matrix 14, 1 “/ matte IPS / resolution 1920 x 1080 Pixels
• Transcend SSD 110 S / 512 GB / PCIe 3.0 x4 NVMe Interface
• Microsoft Windows operating system 10 Home 2004

The laptop is equipped with the NVIDIA graphics chip belonging to the Turing architecture. The NVIDIA GeForce GTX card 1650 Ti was made in an improved, 12 FFN technological process ( FinFET NVIDIA), containing 4.7 billion transistors, and everything is placed on a much smaller (compared to GeForce RTX cards) surface of 200 mm². The much smaller size of the core is associated with the removal of the Tensor and RT cores, so the system, although theoretically allows you to activate Ray Tracing, has completely blocked the ability to run DLSS and DLSS 2.0 / 2.1. The base clock of the NVIDIA GeForce GTX card used 1650 was set at 1350 MHz, while in GPU Boost 4.0 mode it increases to 1485 MHz. The card’s TDP is modest 50 W. Other parameters are as follows – the system is equipped with 4096 MB of Micron GDDR6 VRAM on the bus 128 – bitwise and effective timing of the order 12000 MHz (12 Gbps). This gives a bandwidth of 192 GB / s . The TU graphics chip used 117 has 32 rendering units ( ROP), 64 units texturizing (TMU) and 1024 CUDA cores.