ERNIE 4.5 vs ERNIE X1: Features and Differences 185

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ERNIE 4.5 vs ERNIE X1: Features and Differences

On March 16, 2025, Baidu officially released ERNIE 4.5 and ERNIE X1. Below is an overview of the features and differences between these two models:

ERNIE 4.5 vs ERNIE X1: Features and Differences

Baidu officially released ERNIE 4.5 and ERNIE X1 on March 16, 2025. Below are the features and differences between these two large models:

Features of ERNIE 4.5 and ERNIE X1

1. ERNIE 4.5

ERNIE 4.5 is Baidu's first natively multimodal large model. Its main features are as follows:

  • Multimodal Capabilities: It can process data in multiple modalities, including text, images, audio, and video. For example, it can understand image content and generate related textual descriptions, or generate corresponding images based on text.

  • Content Generation: It performs exceptionally well in content generation, producing content that is more realistic and accurate, making it suitable for creative writing, content creation, image generation, and other scenarios.

  • Performance Optimization: Compared with previous versions, ERNIE 4.5 shows significant improvements in multimodal understanding, generation quality, and performance.

  • Application Scenarios: Suitable for tasks that require handling multiple data types, such as ad creativity, video script generation, and intelligent customer service.

2. ERNIE X1

ERNIE X1 is a deep thinking model. Its main features are as follows:

  • Complex Problem Solving: It excels at handling complex logical reasoning and long chain-of-thought problems, and can better understand and solve complex tasks, such as solving math problems and logical reasoning questions.

  • Multi-tool Invocation: X1 supports multi-tool invocation and can autonomously call external tools (such as advanced search, document Q&A, AI drawing, code interpreter, etc.) to complete tasks, thereby providing more comprehensive solutions.

  • Outstanding Chinese Language Capabilities: It performs excellently in Chinese processing, skilled at Chinese knowledge Q&A, literary creation, official document writing, and other tasks, making it suitable for Chinese application scenarios.

  • Application Scenarios: Suitable for scenarios requiring deep thinking and complex problem solving, such as academic research, data analysis, and educational tutoring.

文心大模型4.5与文心大模型X1的特点与区别.webp

Differences Between ERNIE 4.5 and ERNIE X1

Comparison DimensionERNIE 4.5ERNIE X1
Model PositioningThe first natively multimodal large model, focusing on multimodal understanding and generationDeep thinking model, focusing on complex problem solving and multi-tool invocation
Multimodal CapabilitiesStrong multimodal understanding capabilities, able to process text, images, audio, video, and other content, generating more realistic contentSupports multimodal capabilities, can understand and generate images
Logical Reasoning CapabilitiesSignificantly improved logical reasoning capabilitiesStrong long chain-of-thought reasoning, skilled at complex problem solving and logical reasoning
Tool Invocation CapabilitiesNot explicitly mentionedSupports multi-tool invocation, such as advanced search, document Q&A, AI drawing, code interpreter, etc.
Chinese Language CapabilitiesNot explicitly mentionedOutstanding Chinese capabilities, skilled at Chinese knowledge Q&A, literary creation, and official document writing
Performance BenchmarkOutperforms GPT-4.5 in multiple testsPerformance benchmarked against DeepSeek-R1
API PricingInput 0.004 CNY per thousand tokens, output 0.016 CNY per thousand tokensInput 0.002 CNY per thousand tokens, output 0.008 CNY per thousand tokens

API调用价格对比.webp

In summary, ERNIE 4.5 focuses more on multimodal understanding and generation, making it suitable for tasks involving multiple data types, emphasizing content realism and diversity. ERNIE X1, on the other hand, focuses more on complex problem solving and logical reasoning, making it suitable for scenarios that require deep thinking and multi-tool invocation, especially excelling in Chinese language processing.