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| Product Introduction | The Kunlun Chip GR800 32GB is the third-generation cloud high-performance AI accelerator card launched by Kunlun Chip Technology under Baidu. It is built on the self-developed XPU-P architecture, focusing on large-scale AI model training and inference scenarios. It has outstanding advantages in memory specifications, computing performance, and ecosystem compatibility, and has been widely applied to intelligent computing demand scenarios in key industries such as finance, internet, and telecommunications. |
| Name | Kunlun Chip GR800 32GB |
| Benchmark product | Comparable to A10 |
| FP16 | 128 TFLOPS |
| INT8 | 256 TOPS |
| VRAM type | HBM2E (High Bandwidth Memory, with approximately 30% higher bandwidth compared to HBM2, suitable for the high bandwidth demands of large model inference) |
| Chip fabrication process | TSMC 7nm process, paired with 2.5D CoWoS advanced packaging (ensuring core heat dissipation and signal stability) |
| DirectX support | Does not support DirectX or OpenGL for non-graphics rendering positioning, no game/graphics related API adaptation |
| Video memory frequency | Effective frequency 9.375Gbps. By combining the HBM2 memory type with a 1.2TB/s bandwidth, the typical frequency of HBM2 memory in the same industry level is inferred. |
| Memory Bus Width | 1024bit Based on a memory bandwidth of 1.2TB/s and an HBM2 effective frequency of approximately 9.375Gbps (bandwidth = bus width × frequency ÷ 8), it complies with the HBM2 specification characteristics. |
| Video memory speed | 7ns (based on the physical characteristics of HBM2E memory chips, corresponding to an equivalent frequency of 4000 MHz, with latency better than GDDR6) |
| Output Interface | No traditional video output interfaces (DP/HDMI/VGA), focused on data center inference/computing scenarios |
| Output interface type | The core interface is PCIe Gen4.0 x16 (bidirectional bandwidth 64GB/s), supporting x86/ARM host interconnection. |
| Form Factor | FHFL dual - slot |
| Weight | 1064g |
Cyber Resilient Architecture for Zero Trust IT environment & operations
Security is integrated into every phase of the PowerEdge lifecycle, including protected supply chain and factory-to-site integrity assurance. Silicon-based root of trust anchors end-to-end boot resilience while Multi-Factor Authentication (MFA) and role-based access controls ensure trusted operations.
Increase efficiency and accelerate operations with autonomous collaboration
The OpenManage™ systems management portfolio delivers a secure, efficient, and comprehensive solution for PowerEdge servers. Simplify, automate and centralize one-to-many management with the OpenManage Enterprise console and iDRAC.
Sustainability
From recycled materials in our products and packaging, to thoughtful, innovative options for energy efficiency, the PowerEdge portfolio is designed to make, deliver, and recycle products to help reduce the carbon footprint and lower your operation costs. We even make it easy to retire legacy systems responsibly with Technologies Services.
Designed for 24x7 enterprise data center operations, it features enterprise-grade components and energy-efficient hardware optimized for deployment at scale.
Supports Secure Boot with Hardware Root of Trust technology, provides an extra layer of security, and meets NEBS Level 3 standards to meet new data center standards.
The passively cooled, energy-efficient, dual-socket design fits a wide range of Tesla-Certified systems from OEM vendors and is easy to integrate into existing data center infrastructure.
What products are available for deployment?
Our offerings cover Servers, Storage, Workstations, Memory, Hard Disks, laptops, and Desktops.
Are product customization options supported?
Yes, options can be customized to match specific infrastructure requirements.
How is product quality ensured?
Strict quality assurance (QA) and quality control (QC) systems are maintained alongside specialized engineering oversight.
What are the distribution opportunities?
We look for distributor and agent partnerships globally to support localized support networks.
What packaging specifications are used for shipments?
Standard packaging consists of durable cartons, which can also be tailored to match specific delivery specifications.
What is the typical delivery timeframe?
Delivery timelines vary based on the quantity requested, but typically average around 7 days.
