This summary of the video was created by an AI. It might contain some inaccuracies.
00:00:00 – 00:29:57
The video revolves around the reviewer's quest to find a pre-built computer with specific features and performance expectations. They compare several systems, highlighting issues with CPU cooling, component choices, case design flaws, and thermal performance testing. The ABS system emerges as a strong contender, excelling in gaming performance, frame time consistency, and power efficiency. The video also addresses BIOS updates, system setup challenges, and user experiences with different pre-built systems. Despite some minor shortcomings, the ABS Challenger is recommended for its good value and performance, with caution advised regarding potential support issues from vendors like Newegg.
00:00:00
In this part of the video, the reviewer discusses their quest to find a pre-built computer that works and has a GPU socketed when it arrives. They start by reviewing an ABS system priced at $1000, featuring a 1660 Super GPU and an i5 10400F CPU. The case used is the Ali 521 with an open front design aimed at good airflow. The reviewer contrasts this system with previous ones they examined, such as the Dell G5 5000 and an iBuyPower system, pointing out issues with proprietary components and shipping damage. The reviewer emphasizes the importance of finding a pre-built system with standard components that can turn on without problems.
00:03:00
In this segment of the video, the speaker discusses three computers they assessed; they identify a primary issue with a $1050 CyberPower computer related to CPU overheating due to a poor cooler choice. The computer is deemed an okay starting point but may need a CPU cooler replacement. They introduce a $1000 computer with advantages like dual RAM sticks and 16GB memory, comparing it directly to the Dell G5 and CyberPower computer. Concerns are raised about support from ABS or Newegg. The teardown reveals components like a Thermaltake power supply and cable management efforts. There are observations about a Micro ATX board in an ATX case, unusual fan mounting, and thin metal mesh plating.
00:06:00
In this segment of the video, the speaker discusses the flaws in the design of a pre-built PC case. They mention that the front panel is not easily separable and the front I/O is embedded in the panel, making maintenance harder. Despite the odd design choices, the case offers good airflow due to triple mesh layers. The speaker criticizes the foam filter behind the mesh for being difficult to remove and clean. They note that the overall design is still better than other pre-built cases in terms of airflow. Additionally, the speaker briefly talks about an anti-static modmat work surface and an MSI graphics card with a plastic back plate.
00:09:00
In this segment of the video, the reviewer points out issues with the thermal pads on the video card, noting it as an MSI design flaw. They discuss the 3000MHz RAM, the cooler design with flame patterns that could have been problematic in a poorly ventilated case, and the aluminum cold plate in the build. The reviewer also comments on the off-center cooler mounting, explaining how the contact may not be optimal but should suffice for the low-power CPU used in the system. They conclude by mentioning the power supply unit and hint at forthcoming discussions about its specifications.
00:12:00
In this part of the video, it is mentioned that Newegg might be using excess inventory to build computers. The speaker examines a power supply with specific ratings and features. The power supply is non-modular, which is deemed acceptable for pre-built systems. The video also highlights a non-standard RGB controller and fan system, pointing out potential issues with reusability. Despite some weaker parts, the overall component selection is considered compatible and competent. Testing on the front panel is suggested.
00:15:00
In this segment of the video, the narrator discusses the thermal performance of the ABS pre-built computer during CPU and GPU torture testing, highlighting favorable temperatures. They mention that the system has a good starting point for cooling but may require an upgrade if CPUs are later upgraded. Moving on to game testing, the ABS Challenger outperforms a system from Cyberpower in Cyberpunk 2077 at 1080p medium settings, showcasing a 4.8% lead at a lower price point. Additionally, Rainbow Six Siege runs well on the ABS system with superior frame time consistency compared to Cyberpower, despite being 50% cheaper. The importance of RAM and CPU impact on system performance is emphasized, along with the benefits of improved frame time consistency illustrated in a frame time plot.
00:18:00
In this segment of the video, the speaker discusses how gaming performance is measured in milliseconds, with lower and more consistent times being optimal. Framerate (fps) is mentioned as an abstraction related to frame time. The presenter compares the performance of different gaming systems, highlighting spikes and inconsistencies in frame times. The ABS Challenger system stands out for its consistent performance and surpasses competitors in terms of average and low frame rate metrics across various games like Hitman 3 and Red Dead Redemption 2. Detailed comparisons are made in terms of frame rates, performance, system build quality, and power consumption.
00:21:00
In this segment of the video, it is discussed that under a CPU-only workload, the system pulls 230 watts, indicating it does not significantly boost performance like higher-end CPUs would. The ABS system is compared to CyberPower in terms of power efficiency, with ABS being more efficient thanks to Rainbow Six performance. Some details about initial system setup are mentioned, such as an incorrectly placed GPU connection sticker and a defective PS2 port. An issue with the Gigabyte manual referencing non-existent options is highlighted, pointing to a potential oversight by Gigabyte. The BIOS version on the Gigabyte board is noted to be outdated.
00:24:00
In this segment of the video, users are shown facing difficulties trying to update the BIOS of a Gigabyte motherboard due to modifications in the model number. It is noted that using the ami command line tool for a forced update may be risky. The system comes with pre-broken functionality and a proprietary BIOS. The system did not have XMP enabled initially due to DDR4 incompatibility and was running at DDR4 2660 stock. Despite the inability to increase the frequency, leaving XMP disabled impacts performance. The absence of missing drivers in Device Manager was noted as a positive aspect. The system had Nvidia’s April 14th driver installed but was set to launch the Xbox app on boot. A Gigabyte control panel app and a mechanical keyboard were included, with the keyboard being deemed mediocre but still better than other options at a similar price point. The system outperformed other models previously reviewed. The speaker expresses gratitude to supporters on Patreon for enabling the purchase of different systems for review.
00:27:00
In this segment of the video, the speaker discusses the overall competence of an assembly built by CyberPower. They did well with small attention to detail, but lost sight of the bigger picture, leading to issues like a CPU cooler not allowing the CPU to hit 100 degrees Celsius. Despite this, the reviewed configuration performed well, outperforming competitors at similar prices without major issues. However, there are concerns about Newegg support based on a user’s experience with a broken fan in an $8,500 system purchased from Newegg. Newegg failed to help, highlighting potential support issues. The video concludes by recommending the build based on its quality and performance but advises caution for users who may need support due to uncertainties with Newegg’s assistance.