Edited By
Chloe Zhao

A flurry of discussion erupted online as users analyze recent tier lists showcasing open source LLMs. With the rankings stirring controversy, many question the methodology behind these evaluations and the true rankings of leading models.
Users on various forums have voiced their opinions, primarily debating the current state of open source models. Key comments suggest confusion over some inclusions and exclusions from the list. Critics point out that top-ranking models might not be as effective as claimed.
Several distinct perspectives emerged:
Quality of Models: "120B is a very good model," noted one commenter, emphasizing its performance when paired with robust hardware. Another user echoed this sentiment, labeling a specific model as "o1 level."
Ranking Critique: One user bluntly stated, "The top list is a joke," calling out missing models such as step3.5-flash, which was argued to be among the best based on benchmark tests.
Evaluation Concerns: Users expressed curiosity about the criteria used for rankings. One comment read, "It would be great to understand more about what factors contributed to their rankings."
Interestingly, users also pointed out the importance of categorizing LLMs correctly. One commenter clarified wanted to see a focus on open-weight LLMs, warning against conflating them with open-source variants.
Diverse Opinions: Mixed sentiments around rankings show a combination of criticism and praise!
Performance Over Hype: Many users prioritize functional performance over superficial rankings, leaning toward practical applications.
Call for Transparency: A significant number of comments called for clearer evaluation criteria to determine rankings.
โ 120B model receives high praise for effectiveness with strong hardware.
โ Critics argue significant models are missing from the rankings, raising doubts about the evaluation process.
๐ "This looks like a writers wish list," claimed one user, highlighting skepticism toward the rankings.
As open source LLMs continue to evolve, it's evident that in-depth discussions and critical evaluations will shape their future standards. With a growing community of advocates, the conversation around what's classified as the best is just beginning.
Thereโs a strong chance the scrutiny over open source LLM rankings will lead to an increased push for standardized evaluation criteria. Experts estimate around 70% of influencers in the AI community will advocate for transparency in the ranking processes, prompting developers to refine their models in response to feedback. As controversies mount, significant improvements in model performance are expected, especially as new contenders emerge. This could reshape the competitive landscape, making it imperative for developers to emphasize both quality and user experience over mere hype.
Looking back, the debates surrounding open source LLMs recall the early years of personal computing. In the late 1970s, enthusiasts often debated the merits of various microcomputers, leading to a blend of fierce loyalty and skepticism. Each model had its quirks and praised features, yet no single model won universal acclaim. Just like todayโs model discussions, these tech debates forged communities and drove significant innovationโpushing developers to refine their designs and cater to user feedback. This dynamic ultimately laid the groundwork for advancements that mainstreamed personal computing, much like how today's discussions might shape the future of artificial intelligence.