15 Best Open-Source LLMs of 2024 You Need to Know

Explore the top 15 open-source LLMs in 2024 that are redefining language technology. Find out how they work and compare their features with our insightful guide.

September 12, 2023
16 mins read
Last Updated February 13, 2024
Open Source LLM

15 Best Open-Source LLMs of 2024 You Need to Know

LLMs have evolved from humble beginnings in neural networks and deep learning to the sophistication of word embeddings, Recurrent Neural Networks (RNNs), and the revolutionary transformer architecture. The latest development in this evolution is the Generative Pre-Trained architecture, a breakthrough that has given rise to an era of generative AI.

Since the launch of ChatGPT in November 2022, the tech industry has witnessed an explosion of new open-source LLMs. Businesses of any size can tap into the power of LLMs to create tailored solutions for their needs, whether it’s developing chatbots, generating content, or analyzing data.. Join us as we share the 15 most powerful open-source LLMs of 2024, each representing a milestone in the journey of artificial intelligence.

Looking to tap into generative AI with open-source LLMs? Simform’s AI/ML development services can help you develop custom LLM solutions tailored to your specific use cases. Contact us for a free consultation.

What is an open-source LLM?

A Large Language Model (LLM) is a type of artificial intelligence model designed to understand and generate human-like text. These models are built using deep learning techniques and are trained on massive datasets containing vast amounts of text, mostly from the internet.

There are two main types of LLMs – open-source and proprietary. Unlike proprietary, closed-source models like GPT-3, open-source LLMs make their training datasets, model architectures, and weights publicly available. This transparency promotes reproducibility and decentralization of AI research.

Benefits of open-source LLMs for enterprises and startups

Benefits of Open Source LLMs

Open-source LLM platforms offer businesses greater flexibility, transparency, and cost savings than closed-source options.

  • Enhanced data security and privacy: With open-source LLMs, organizations can deploy the model on their own infrastructure and thus, have more control over their data.
  • Cost savings: Open-source LLMs eliminate licensing fees, making them a cost-effective solution for enterprises and startups with tight budgets.
  • Reduced vendor dependency: Businesses can reduce reliance on a single vendor, promoting flexibility and preventing vendor lock-in.
  • Code transparency: Open-source LLMs offer transparency into their underlying code, allowing organizations to inspect and validate the model’s functionality.
  • Language model customization: Tailoring the model to specific industry or domain needs is more manageable with open-source LLMs. Organizations can fine-tune the model to suit their unique requirements.
  • Active community support: Open-source projects often have thriving communities of developers and experts. It means quicker issue resolution, access to helpful resources, and a collaborative environment for problem-solving.
  • Fosters innovation: Open-source LLMs encourage innovation by enabling organizations to experiment and build upon existing models. Startups, in particular, can leverage these models as a foundation for creative and unique applications.

While open-source options offer many advantages, they may also require more technical expertise and resources for implementation and maintenance. Thankfully, a few open-source LLMs make the job easier with their robust features. Let’s explore the top options and compare their features.

Open-source LLM: Which are the top models in 2024?

Open-source language models are abundant in 2024 but Hugging Face’s Open LLM Leaderboard makes sifting through popular choices easy. This leaderboard employs a composite LLM score, drawing from diverse benchmarks like ARC for reasoning prowess, HellaSwag for common-sense inference, MMLU for multitasking ability, and Truthful QA for answer veracity.

Using this foundation and our industry knowledge of AI and LLMs, we’ve meticulously curated the top 15 open-source LLMs, each with its key features.

1. GPT-NeoX-20B

With 20 billion parameters, GPT-NeoX-20B, developed by EleutherAI, is among the most prominent open-source large language models. It is trained on the Pile dataset; an open-source 886-gigabyte language modeling dataset split into 22 smaller datasets. The Pile dataset contains diverse text sources such as books, Wikipedia, GitHub, and Reddit.

This model is built upon the architecture of GPT-3 but introduces innovations like synchronous data parallelism, gradient checkpointing, and more. GPT-NeoX-20B uses autoregressive language modeling, predicting the following word in a text to enhance understanding and generate coherent responses.

Key features of GPT-NeoX-20B

  • Large-scale: GPT-NeoX-20B’s extensive parameter count contributes to its ability to produce coherent and contextually relevant content.
  • Efficient multi-GPU training: GPT-NeoX-20B is optimized for multi-GPU training, resulting in faster training times and accelerated model convergence.
  • Enhanced contextual understanding: The model can grasp the text’s intricate nuances and generate more contextually accurate and coherent responses.
  • Multilingual proficiency: GPT-NeoX-20B demonstrates enhanced multilingual capabilities. It can both comprehend and generate content in diverse linguistic contexts.
  • Fine-tuning flexibility: You can fine-tune the LLM on specific tasks, which leads to adaptability for various applications, ranging from language translation to question answering.

2. GPT-J

GPT-J is also an advanced language model created by EleutherAI. Trained on the Pile dataset, GPT-J is an autoregressive, decoder-only transformer model designed to solve natural language processing tasks.

It has 6 billion parameters, 30 times smaller than GPT-3’s 175 billion parameters. GPT-J is based on the GPT-2 architecture, with the only significant difference being the parallel decoders. This means that instead of processing tokens one after the other, multiple tokens or chunks of text can be processed simultaneously during training. That way, GPT-J can make better use of distributed computing resources (like multiple GPUs or TPUs) to train the model faster.

Key features of GPT-J

  • Powerful text generation: GPT-J is known for its ability to generate high-quality, coherent text across various domains, making it useful for tasks like content creation, story writing, and even code generation.
  • Few-shot learning capability: It can understand and mimic abstract patterns in text. With few examples or instructions, it can perform well on natural language processing tasks without extensive training.
  • Accessible and easy to use: GPT-J’s straightforward API allows developers to easily integrate the model into their applications, enabling smooth interaction with the model using simple API calls.
  • Availability and cost: GPT-J provides an accessible alternative to GPT-3 by enabling researchers and developers to use powerful language models without needing large-scale infrastructure or expensive licenses.

3. LLaMA 2

LLaMA 2, an acronym for Large Language Model Meta AI, is an advanced AI language model developed by Meta AI and Microsoft. It can comprehend and generate text while also understanding images, making it suitable for various multimodal tasks. The model comes in three sizes, each trained on 7, 13, and 70 billion parameters.

LLaMA 2 was trained on a diverse range of internet text and image data, and its architecture integrates concepts from its predecessor, LLaMA 1, and builds upon them. You can use LLaMA 2 for tasks like generating detailed responses to text and image inputs, facilitating interactive storytelling, answering questions based on images, and more. It also has the potential for content creation, research, and entertainment apps.

Key features of LLaMA 2

  • Enhanced contextual understanding: LLaMA 2 excels at understanding conversational nuances, effortlessly grasping shifts in context to provide remarkably accurate responses.
  • Expanded knowledge base: With access to diverse sources, LLaMA 2 offers well-rounded insights on various subjects and enriching interactions.
  • Adaptive communication: LLaMA 2 adjusts its tone and style based on your preferences.
  • Ethical and responsible AI: It promotes safe content generation by minimizing biased or harmful outputs, aligning with Meta’s commitment to user well-being.
  • Multi-modal proficiency: LLaMA 2 seamlessly integrates text with other media, and so, it can describe, interpret, and generate content across multiple modalities.

4. OPT-175B

The Open Pre-trained Transformer model is a significant development by Meta AI, democratizing access to large-scale language models. It’s most powerful version, OPT-175B, boasts a colossal size of 175 billion parameters. OPT was trained on unlabeled text data filtered to contain pre-dominantly English sentences, enabling it to comprehend and generate human-like text across various domains.

Built upon the Transformer architecture, OPT hierarchically processes input text, gradually refining its understanding through multiple layers of self-attention and contextual learning. Moreover, it is the human feedback that empowers OPT to generate highly coherent and contextually relevant responses.

Key features of OPT-175B

  • Gradient checkpointing: It reduces memory consumption by trading compute for memory, enabling the training of larger models without running out of memory.
  • Few-shot learning: OPT excels at few-shot and zero-shot learning. It requires only a few examples to grasp new tasks or languages.
  • Automatic mixed precision (AMP): OPT supports mixed precision training, which uses both single and half-precision to accelerate training and minimize memory usage.
  • Reduced carbon footprint: It employs a training approach that enhances parameter efficiency, leading to more environmentally friendly AI development.

5. BLOOM

BLOOM, a remarkable achievement by BigScience, is a large-scale, open-access, multilingual language model designed to foster scientific collaboration and breakthroughs. Developed by a diverse global team, BLOOM takes its basis from the GPT-3.5 architecture. With an impressive model size of 176 billion parameters, it outstrips many existing models in scale.

Unlike conventional models, BLOOM relies on 46 natural world languages and 13 programming languages. Its unique architecture allows for fine-tuning a wide array of downstream tasks.

BLOOM aims to support global scientific advancement by facilitating cross-domain research and enabling scholars to harness its capabilities for various applications, thereby democratizing AI-driven research and innovation. This pioneering model could reshape the landscape of scientific exploration and collaboration.

Key features of BLOOM

  • Inclusive language: BLOOM actively ensures inclusivity by avoiding biased or offensive language.
  • Multilingual competence: It excels in multiple languages and facilitates seamless communication and content generation for global audiences.
  • Dynamic contextual understanding: With advanced contextual comprehension, BLOOM can grasp nuanced meanings in text to generate more accurate and relevant responses.
  • Ethical communication: BLOOM is programmed to prioritize ethical considerations, fostering responsible AI use and discouraging harmful content.
  • Cultural sensitivity: Researchers prioritized respecting cultural norms while training this AI model. As a result, it has low potential for generating culturally insensitive content.

6. Baichuan-13B

China’s pioneering search engine company, Baichuan Inc., has unveiled an open-source large language model named Baichuan-13B, aiming to compete with OpenAI. With a model size of 13 billion parameters, it seeks to empower businesses and researchers with advanced English and Chinese AI language processing and generation capabilities.

The model’s pre-training dataset involves 1.3 trillion tokens. Baichuan-13B enables text generation, summarization, translation, and more tasks. This initiative comes after Baichuan’s success with Baichuan-7B and aligns with the company’s mission to democratize generative AI for broader practical use.

Key features of Baichuan-13B

  • Chinese language proficiency: Tailored for excellence in understanding and generating Chinese content, Baichuan-13B empowers applications spanning sentiment analysis to Mandarin content creation.
  • Simplified data interaction: You can streamline your interaction with vast text data effortlessly using Baichuan-13B. It enables research, trend analysis, and information extraction to support informed decision-making.
  • Vast linguistic capacity: Baichuan-13B boasts a staggering 13 billion parameters. It excels in comprehending and generating intricate language patterns, thereby facilitating nuanced communication.
  • Industry-grade performance: Baichuan-13B aligns with leading language models, guaranteeing competitive results across various applications such as text generation, summarization, and sentiment analysis.

7. CodeGen

CodeGen, a remarkable creation by researchers at Salesforce AI Research, builds upon the foundation of the GPT-3.5 architecture. This innovative model offers a range of sizes, including 350 million, 2 billion, 6 billion, and an impressive 16 billion parameters.

CodeGen training dataset includes a diverse set of programming languages and frameworks. Additionally, it encompasses code snippets from GitHub and Stack Overflow. This dataset helps CodeGen understand programming concepts and code and natural language relationships. It also enables the model to generate accurate and reliable code solutions when given simple English prompts as input. CodeGen has garnered attention due to its potential to streamline software development processes and enhance developer productivity.

Key features of CodeGen

  • Code generation: CodeGen uses its vast training dataset and understanding of programming concepts to generate accurate and reliable code solutions when given simple English prompts as input.
  • Language flexibility: CodeGen has been trained in diverse programming languages and frameworks, enabling it to understand and generate code in multiple languages.
  • Error handling: CodeGen can identify and handle potential errors and mistakes in the generated code, improving code quality and minimizing potential issues during execution.

8. BERT

BERT (Bidirectional Encoder Representations from Transformers) was created by researchers at Google AI. With a model size of up to 340 million parameters, BERT has been trained on a diverse dataset comprising 3.3 billion words, including BookCorpus and Wikipedia.

BERT’s innovation lies in its bidirectional context understanding. Unlike previous models that process text sequentially, BERT reads sentences in both directions simultaneously, capturing intricate contextual relationships. During training, BERT masks some words and learns to predict them, thereby developing a deep contextual understanding. It revolutionized various NLP tasks, achieving state-of-the-art results across tasks like question answering, sentiment analysis, etc.

Key features of BERT

  • Bidirectional context: BERT comprehends context from both directions in a sentence, enhancing its grasp of nuanced relationships and improving understanding.
  • Attention mechanism: It employs attention mechanisms focusing on relevant words, capturing intricate dependencies, and enabling the model to give context-aware responses.
  • Masked language model: During training, BERT masks certain words and predicts them using surrounding context, enhancing its ability to infer relationships and meaning.
  • Next sentence prediction: BERT also learns to predict whether a sentence follows another in a given text. It enhances BERT’s understanding of sentence relationships, which is beneficial for tasks like question answering and summarization.
  • Task agnostic: BERT’s pretraining and fine-tuning approach enables easy adaptation to different tasks. It can achieve remarkable results even with limited task-specific data by fine-tuning the pre-trained model on specific tasks.

9. T5

T5, or Text-To-Text Transfer Transformer, is a versatile pre-trained language model developed by researchers at Google AI. It’s based on the Transformer architecture and designed to handle a wide range of natural language processing tasks through a unified “text-to-text” framework. With 11 different sizes, T5’s models vary from small to extra-large, with the largest having 11 billion parameters.

The model’s training was conducted on the Colossal Clean Crawled Corpus (C4) dataset, encompassing English, German, French, and Romanian languages. T5 redefines tasks by casting them into a text-to-text format, facilitating results like translation, summarization, classification, and more by treating each task as a text-generation problem.

Key features of T5

  • Encoder-decoder architecture: T5 (Text-To-Text Transfer Transformer) employs an encoder-decoder architecture, treating almost all NLP tasks as a text-to-text problem. This results in enhanced consistency in model design.
  • Pre-training for diverse tasks: In T5’s pre-training process, the model generates target text from the source text, which includes various tasks like translation, summarization, classification, and more. This approach results in a versatile and unified model.
  • Flexible input-output paradigm: It operates in a “text as input, text as output” paradigm. Framing tasks in this manner reduces complexity and allows fine-tuning for specific objectives.
  • Adapter-based architecture: T5 uses a modular architecture that adapts to new tasks through several additional parameters.
  • Contextual consistency: T5 maintains coherence in lengthy interactions and produces natural-flowing conversations.

10. Falcon-40B

Falcon-40B functions by predicting the next word in a sequence. With its remarkable scale and capabilities, Falcon-40B holds promise for revolutionizing various natural language processing tasks.

Falcon-40B functions by predicting the next word in a sequence. With its remarkable scale and capabilities, Falcon-40B holds promise for revolutionizing various natural language processing tasks, elevating the potential for language generation and understanding.

Key features of Falcon-40B

  • High-quality data pipeline: It has a robust data pipeline that ensures the utilization of diverse and reliable training data, enhancing the model’s overall performance.
  • Autoregressive decoder-only model: Falcon-40B captures dependencies between elements in a sequence effectively. So, it excels in tasks where the order of elements matters, like text generation, machine translation, and speech synthesis.
  • Advanced language comprehension: It deeply understands language nuances, allowing it to comprehend intricate prompts and produce coherent responses that align more closely with human-like interaction.
  • Robust safety features: Rest easy with Falcon-40B’s comprehensive safety measures, including collision avoidance and real-time monitoring.

11. Vicuna-33B

Vicuna-33B was developed by Large Model Systems (LMSys), a prominent AI research organization. With a model size of 33 billion parameters, researchers trained Vicuna-33B by fine-tuning LLaMA on user-shared conversations collected from ShareGPT.com. Vicuna-33B is built upon a novel hybrid architecture, seamlessly integrating transformer-based and biological neural network components.

This unique blend allows it to mimic human-like language understanding while harnessing the efficiency of transformer models. Vicuna-33B’s hybrid architecture initially processes input through the transformer module, which captures syntactical nuances. The output then undergoes refinement via the biological neural network, mimicking semantic comprehension akin to human cognition. This approach leads to a comprehensive and contextually rich text generation, making Vicuna-33B a powerful tool for natural language processing.

Key features of Vicuna-33B

  • Fine-grained contextual understanding: The model captures intricate nuances of context and can produce more accurate and contextually relevant responses to user queries.
  • Cross-domain versatility: Vicuna-33B has been trained on diverse text sources, making it proficient in understanding and generating text across various domains.
  • Rapid inference speed: Despite its size, Vicuna-33B is optimized for efficiency. It can deliver fast responses to user queries without compromising accuracy.
  • Long-term context retention: The model can retain context over longer stretches of text, allowing it to handle complex and multi-turn conversations easily.
  • Low-resource adaptability: Vicuna-33B can adapt well to low-resource languages, making it a valuable resource for language-related tasks in regions with limited linguistic resources.

12. MPT-30B

MPT-30B is an innovative open-source language model developed by MosaicML, a leader in AI research. With 30 billion parameters, it is built on the foundation of the GPT architecture, refining it for enhanced performance. Its unique training approach includes a “mosaic” of data, which includes 1 trillion tokens of English text and code, combining supervised, unsupervised, and reinforcement learning.

MPT-30B’s commercial applications span content creation, code generation, and more. MosaicML’s commitment to open-source innovation empowers developers and enterprises to harness MPT-30B’s capabilities for diverse linguistic tasks.

Key features of MPT-30B

  • 8k token context window: MPT-30B excels in processing long-range dependencies with its expansive 8k token context window. This enables a deeper understanding of context and enhances the quality of the generated text.
  • Support for attention with linear biases (ALiBi): This innovation refines attention mechanisms by incorporating linear biases, resulting in more focused and contextually relevant responses.
  • Efficient inference: MPT-30B optimizes inference speed and delivers rapid and accurate results. It’s ideal for real-time applications that demand swift responses without compromising quality.
  • Ease of training and deployment: Its user-friendly design simplifies the training and deployment process, enabling developers to harness the power of advanced language models effectively.
  • Coding capabilities: The capabilities of MPT-30B go beyond text generation, demonstrating a remarkable aptitude for code-related tasks.

13. Dolly 2.0

Dolly 2.0 is an innovative LLM-developed alternative to commercial offerings like ChatGPT. Databricks, a prominent AI player, created Dolly 2.0, representing a significant leap in language generation technology. Dolly 2.0 boasts a 12 billion parameter count, and it was trained on databricks-dolly-15k, a dataset created by Databricks employees, a 100% original, human-generated 15,000 prompt and response pairs.

With its foundation in GPT-3.5 architecture, Dolly 2.0 is trained on diverse datasets, empowering it to comprehend and generate high-quality text. Its functionality arises from a two-step training process: it first undergoes pre-training on extensive text corpora and then engages in fine-tuning through a pioneering “instruction tuning” approach. Dolly 2.0’s release signals a new era for open-source LLM, providing a commercially viable alternative to proprietary models.

Key features of Dolly 2.0

  • Instruction tuning: Dolly 2.0 introduces a pioneering technique called “instruction tuning.” This approach involves fine-tuning the model using specific instructions, resulting in more controlled and accurate text generation across various contexts.
  • Commercial viability: It’s commercially viable for various applications. The open-source nature and high-quality performance make it attractive for businesses seeking cost-effective language generation solutions.
  • Coding assistant: Dolly 2.0 is an adept coding companion, providing real-time suggestions and auto-completions as you code.
    Code review: It meticulously analyzes your code, identifying potential errors, bugs, and inefficiencies.
  • Project management: You can manage your web development projects through Dolly 2.0’s intuitive interface, facilitating task tracking, progress monitoring, and seamless collaboration among team members.

14. Platypus 2

Platypus 2 has emerged as a significant player amongst other large language models (LLMs). Crafted by Cole Hunter & Ariel Lee, Platypus 2 boasts a model size of 70 billion parameters, propelling it to the forefront of Hugging Face’s Open LLM leaderboard. The developers meticulously trained Platypus 2 on the Open-Platypus dataset, consisting of tens of thousands of finely tuned and merged LLMs.

Built upon LLaMA and LLaMa 2 transformer architectures, Platypus 2 combines the efficiency of Qlora and LLaMA 2. Its capability to generate coherent and contextually rich content across various domains sets it apart. Its ability to generate high-quality text, combined with its substantial parameter size, shows its pivotal role in the future of AI-driven applications, spanning from natural language understanding to high-quality content creation.

Key features of Platypus 2

  • Preventing data leaks: Through advanced encryption and access controls, Platypus 2 ensures that sensitive information remains safeguarded throughout training and subsequent interactions.
  • Clearing biases: Platypus 2 uses LoRA (Low-Rank Adaption) and PEFT (Parameter Efficient Fine-tuning, to mitigate biases in the learned representations. It leads to more neutral, unbiased, and balanced outcomes.
  • Minimizing data redundancy: The model strategically selects a diverse subset of training data, ensuring optimal representation and reducing overfitting, enhancing efficiency and generalization capabilities.
  • Fast and cost-effective: Platypus 2 integrates Qlora and LLaMA 2. Qlora enables quick model adaptation, minimizing the need for fine-tuning. LLaMA 2 enhances the training process, reducing training time and associated costs. This amalgamation of technologies allows Platypus 2 to provide rapid and budget-friendly solutions.
    Enhanced contextual understanding: With its colossal 70 billion parameters, Platypus 2 crafts more coherent and contextually relevant content, catering to various applications such as content creation, summarization, and nuanced language understanding.

15. Stable Beluga 2

Stable Beluga 2 is an auto-regressive LLM derived from the LLamA-2 model developed by Meta AI. The brainchild of Stability AI, Stable Beluga 2, can tackle complex language tasks with a higher level of accuracy and understanding.

Trained on a diverse and internal Orca-style dataset, Stable Beluga 2 leverages Supervised Fine Tuning (SFT) to refine its performance. This process involves exposing the model to a large corpus of carefully curated examples and guiding it toward better predictions, increasing its precision and versatility. It also enables the model to comprehend context, generate coherent text, and provide valuable insights across numerous apps, including text generation, summarization, and more.

Key features of Stable Beluga 2

  • Remarkable reasoning abilities: Stable Beluga 2 exhibits exceptional reasoning skills, enabling you to receive insightful and contextually accurate responses.
  • High-class performance: Through supervised fine-tuning, Stable Beluga 2 enhances its performance on specific tasks by learning from labeled data. It can provide more precise outputs for your targeted requirements.
  • Harmlessness: One of Stable Beluga 2’s distinctive qualities is its commitment to producing content that is free from harm. It prioritizes generating safe, non-offensive, and respectful responses, promoting a positive and inclusive user experience.
  • Responsible sourcing: With its emphasis on responsible AI practices, Stable Beluga 2 draws from ethical and reputable sources for its information. This feature fosters trustworthy interactions and prevents the dissemination of misinformation.
  • Privacy assurance: Stable Beluga 2 operates within stringent privacy guidelines, safeguarding user information and ensuring confidential interactions.

Now that you’re familiar with the workings and features of the top open-source LLMs let’s delve into a comparative analysis of these LLMs. It will enable you to understand their strengths, weaknesses, and unique attributes, assisting you in making informed decisions for your specific applications.

Comparative analysis of top open-source LLMs

In this comparative analysis, we’ll find out essential details such as creators, parameters, model sizes, architecture types, and training datasets of these open-source LLM tools. To guide our exploration, we’ll utilize Hugging Face’s Open LLM Leaderboard as our foundation.

LLM  Created By  Parameters Architecture Type Dataset Used for Training Overall Open LLM Score

(Out of 100)

GPT-NeoX-20B EleutherAI 20 Billion Autoregressive transformer decoder model Pile dataset 43.95
GPT-J EleutherAI 6 Billion Decoder-only transformer model Pile dataset 42.88
LLaMA 2 Meta AI and Microsoft 70 Billion Generative pretrained transformer model English CommonCrawl, C4 dataset, GitHub repositories, Wikipedia dumps, Books3 corpora, arXiv scientific data, and Stack Exchange 66.8
OPT Meta AI 125 to 175 Billion Decoder-only transformer model Unlabeled text data that has been filtered to contain pre-dominantly English sentences 46.25
BLOOM BigScience 176 Billion Decoder-only transformer model ROOTS Corpus 42.07
Baichuan Baichan Intelligence 13 Billion Transformer model Chinese and English language  36.23
CodeGen Salesforce 16 Billion Autoregressive language model The Pile, BigQuery, and BigPython 46.23
BERT Google 110 Million and 340 Millon Transformer model BookCorpus and English Wikipedia NA
T5 Google AI 11 Billion Transformer model Colossal Clean Crawled Corpus (C4) NA
Falcon-40B Technology Innovation Institute (TII) 40 Billion Decoder-only model 1,000B tokens of RefinedWeb 61.48
Vicuna-33B LMSys.org  33 Billion Autoregressive language model 125K conversations collected from ShareGPT.com 65.12
MPT-30B MosaicML 30 Billion Modified transformer architecture 1 trillion tokens of English text and cod 56.15
Dolly 2.0 Databricks 12 Billion EleutherAI pythia model databricks-dolly-15k 43.67
Platypus 2 Cole Hunter and Ariel Lee 70 Billion Autoregressive language model Open-Platypus 73.13
Stabl Beluga 2 Stability AI 70 Billion Autoregressive language model Orca-style dataset 71.42

If you further break down the overall LLM score into Reasoning Ability, Common Sense, Mullti-Tasking, and Truthfulness, you’ll get an insight into which LLM exhibits a particular ability more than others.

LLM  Reasoning Ability 

 

(Out of 100)

Common Sense

(Out of 100)

Multi-Tasking

(Out of 100)

Truthfulness

(Out of 100)

GPT-NeoX-20B 45.73 73.45 25.0 31.61
GPT-J 41.38 67.56 26.61 35.96
LLaMA 2 64.59 85.88 63.91 52.8
OPT 46.33 76.25 26.99 35.43
BLOOM 41.13 62 26.25 38.9
Baichuan 47.38 40.7 69.02 43.59
CodeGen 46.76 71.87 32.35 33.95
BERT 79.4 67.75 NA NA
T5 NA NA NA NA
Falcon-40B 61.95 85.28 56.98 41.72
Vicuna-33B 62.12 83 59.22 56.16
MPT-30B 55.89 82.41 47.93 38.38
Dolly 2.0 42.41 72.53 25.92 33.83
Platypus 2 71.84 87.94 70.48 62.26
Stabl Beluga 2 71.08 86.37 68.79 59.44

Some crucial takeaways:

  • If you compare the open-source LLMs based on the average score, Platypus 2 leads the chart, followed by Stable Belgua 2 and LLaMA 2.
  • For reasoning ability, BERT is at the top, followed by Platypus 2 and Stable Belgua 2.
  • If you analyze the LLM based on its ability to answer common session questions, Platypus 2 leads the way, followed by Stable Belgua 2 and LLaMa 2.
  • When you dissect LLMs based on multitasking, Platypus 2 is the winner, followed by Baichaun and Stable Belgua 2.
  • Lastly, if you talk about getting most of the queries factually correct, Platypus 2 is the leader, followed by Stable Belgua 2 and Vicuna-33B.

Make the most of open-source LLMs with Simform’s expertise

Open-source LLMs undoubtedly hold the key to shaping the future of AI-driven enterprises and startups. Their versatility and adaptability offer many benefits, from enabling innovative solutions in natural language processing to reducing development costs and fostering collaborative innovation.

However, it’s essential to acknowledge the potential risks, such as privacy concerns, data security, and extensive fine-tuning to meet specific business requirements. These challenges can be daunting, making it crucial for enterprises to have a reliable AI tech partner. They can ensure that your organization harnesses its full potential while mitigating risks.

At Simform, we are at the forefront of AI and ML development, offering tailored solutions that align with your business goals. With our expertise, you can confidently make the most of open-source LLMs, leverage their advantages, and stay ahead in the ever-evolving landscape of AI technology. Embrace the future with open-source LLMs, and let Simform be your trusted partner on this transformative journey.

Hiren is VP of Technology at Simform with an extensive experience in helping enterprises and startups streamline their business performance through data-driven innovation.

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