Mock fallback summary. - **Discussion**: The conversation begins with a nostalgic look at SLI's potential for game rendering, where using two graphics cards could effectively double performance. However, the discussion quickly turns critical, as the speaker reveals that despite the appeal, SLI isn't the future-proof solution it once seemed. Instead, it's presented as a technology that NVIDIA has intentionally phased out, raising questions about its practical effectiveness today. - **Context**: SLI technology emerged as a strong contender in gaming performance during its heyday, particularly with cards like the NVIDIA RTX 3090 Ti. However, as gaming demands evolved, SLI's limitations became apparent leading to its decline in relevance, hence the current scrutiny over its effectiveness. - **External Verification**: [SLI Technology](https://en.wikipedia.org/wiki/Scalable_Link_Interface) [NVIDIA RTX 3090](https://en.wikipedia.org/wiki/Nvidia_GeForce_30_series) - **Discussion**: As the hosts set the performance baseline with the single RTX 3090 Ti, they highlight its specs and substantial memory that once made it a leading card. They also touch on its challenges with efficiency, drawing a stark comparison to modern GPUs. The dialogue reveals a tension between nostalgia for older technology and the need for current standards in gaming. - **Context**: The RTX 3090 Ti was considered the top card at its launch and is significant in analyzing the evolution of graphic cards and player needs in gaming. Understanding its performance in comparison to newer models can shed light on the advancements within GPU technology. - **External Verification**: [NVIDIA GeForce RTX 3090 Ti](https://en.wikipedia.org/wiki/Nvidia_GeForce_30_series) [GPU technology advancements](https://en.wikipedia.org/wiki/Graphics_processing_unit) - **Discussion**: The hosts delve into the technical aspects of SLI, emphasizing that although two GPUs are used, the reliance on a master-slave configuration complicates matters. It becomes clear that while optimistic claims of doubled performance exist, reality often presents a significant bottleneck factoring in waiting times for data to be relayed between the cards. The conversation highlights frustrations experienced when attempting to utilize SLI for gaming. - **Context**: As gaming demands increase, particularly in terms of frame rates and resolutions, SLI was expected to provide solutions. However, the complexities and inefficiencies that arise with its implementation have contributed to a gradual phasing out of the technology, prompting discussions about its utility today. - **External Verification**: [NVIDIA SLI](https://en.wikipedia.org/wiki/Scalable_Link_Interface) - **Discussion**: The hosts examine micro stuttering as a profound drawback of SLI, stemming from the inherent delays while cards wait for data from one another. Despite high frame rate counters, the gaming experience can feel jarring due to these fluctuations. They discuss how this issue may lead to a negative user perception of the technology, contributing to the public's frustration with NVIDIA. - **Context**: Micro stuttering has been a widely known challenge facing gamers utilizing SLI, adding another layer of complexity to the technology's fading popularity. As gaming performance expectations have increased, such issues could no longer be overlooked. - **External Verification**: [Micro Stuttering](https://en.wikipedia.org/wiki/Micro_stuttering) - **Discussion**: The episode shifts towards the current irrelevance of SLI in gaming, discussing how modern GPU architectures support multi-GPU configurations, but only in specialized applications. They highlight NVIDIA's choice to maintain NVLink for professional cards aimed at AI and heavy computational workloads, leaving gamers without the option for SLI. The conversation reflects on the broader trend in the GPU industry moving away from SLI due to effectiveness and market demand. - **Context**: The gradual demise of SLI in gaming signifies a larger trend in gaming technology, as single, more powerful GPUs have become the standard and are prioritized over multi-GPU setups that complicate system design and efficiency. - **External Verification**: [NVIDIA NVLink](https://en.wikipedia.org/wiki/NVLink) [Trends in GPU technology](https://en.wikipedia.org/wiki/Graphics_processing_unit)

This $5000 PC From Just Four Years Ago SUCKS

Topics

Introduction to SLI Technology

Performance Comparison

Challenges with Multi-GPU Configurations

Micro Stuttering Issues

Current Status and Future of SLI