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Nvidia gpu factory

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Manufacturer First
Product Attributes:
Type: Intel
Application: Enterprise Level
Instruction System: RISC
Max. CPUs: 2
System Architecture: X86 Server
Integrated Graphics Card
PCI Express 3.0 16X
Output Type: HDMI
Chip: nVIDIA
Memory Bus: 384 Bit
Bus Standard: PCI-E 16X
Heat Dispatch Method: Fan HeatSink
3D API: DirectX 11.2
Video Memory Capacity: ≥2GB
Video Memory Type: DDR5
Interface: PCI Express
Separate Network Card
Type of Network: Ethernet
Field: Server
Cache Memory: 8MB
Socket: Socket AM2
Manufacturing Process: 22nm
Hyper-Threading Technology: Support
Core Code: Haswell
Operating System Support: Linux
Storage Capacity: < 320GB
Supporting Memory Capacity: 16GB
Form Factor: Rackmount
Memory Capacity: 16GB
Network Connectivity: 100GbE
Operating System: Linux
Processor Type: Intel Xeon
RAID Support: RAID 1
Usage: Computer
Certification: ISO
Condition: New
Use: Servers
Number of CPu Threads: 4
Server Form Factor: 1U
Management Interface: BMC
Power Supply: Redundant PSU
RAM Capacity: 128GB
Hybrid Storage(Combination of HDDs and SSDs)
Application: Server
Application: Entry Level
Application: Department Level
Instruction System: CISC
Max. CPUs: 1
System Architecture: Non-X86 Server
Dedicated Graphics Card
Chip: AMD/ATI
Memory Bus: 512 Bit
Memory Bus: 256 Bit
Bus Standard: PCI
PCI Express 2.0
Interface: HDMI
Storage Capacity: >1TB
Supporting Memory Capacity: >1TB
Supporting Memory Capacity: ≤8GB
Form Factor: 1U
Form Factor: 2U
Network Connectivity: 1GbE
Operating System: Windows Server
Usage: Workstation
Usage: Server
Server Form Factor: 2U
RAM Capacity: 16GB

Sourcing guidance for Nvidia Gpu Factory

What are the key technical specifications to evaluate when sourcing GPUs from a factory?

When sourcing high-performance GPUs, you must prioritize Architecture (e.g., Ada Lovelace, Ampere), CUDA Core count, and VRAM capacity (GDDR6/GDDR6X). For AI and deep learning applications, verify the Tensor Core generation and FP16/FP32 floating-point performance. Ensure the factory provides detailed thermal design power (TDP) ratings and uses high-quality capacitors and MOSFETs to ensure stability under heavy overclocking or 24/7 industrial workloads.

How can I verify the authenticity and quality of GPU components at the factory level?

To avoid 're-marked' or used chips, require the factory to provide Original Design Manufacturer (ODM) documentation and component traceability reports. Conduct 3DMark or FurMark stress tests for at least 24 hours on sample units to check for thermal throttling and artifacting. Ensure the factory utilizes automated optical inspection (AOI) and X-ray testing for SMT (Surface Mount Technology) lines to guarantee solder joint integrity on the BGA chips.

What compliance standards are mandatory for international GPU distribution?

Electronic components must meet CE (Europe), FCC (USA), and RoHS (Restriction of Hazardous Substances) certifications. For power-intensive hardware, UL or ETL certification for the integrated power phases is critical. If the GPUs are intended for server use, ensure compliance with IEC 62368-1 safety standards for audio/video and ICT equipment.

Can the factory provide customization (OEM/ODM) for specific industrial needs?

Professional factories should offer custom PCB layouts, specialized cooling solutions (liquid cooling vs. blower fans), and BIOS tailoring. For B2B buyers, check if they can provide Long-Life Cycle (L-Series) support, ensuring the same hardware revision remains available for 3-5 years to maintain system compatibility in industrial or medical imaging environments.

Cross-Border Procurement Risks and Strategic Advice for GPU Sourcing

How do I navigate international trade restrictions and export controls for high-end GPUs?

High-performance GPUs (especially those used for AI) are subject to Export Administration Regulations (EAR). You must verify if the specific model exceeds the Total Processing Performance (TPP) thresholds set by the U.S. Department of Commerce. Always request an End-User Statement (EUS) from your client and ensure the factory is not on any Entity Lists to prevent shipment seizures at customs.

What is the best strategy for price negotiation in a volatile semiconductor market?

GPU pricing is highly sensitive to memory (VRAM) market fluctuations. Negotiate a price adjustment formula based on public memory spot prices. For large-scale procurement, use Made-in-China.com to compare verified 'Gold Members' and 'Audited Suppliers.' Aim for tiered pricing where the unit cost drops significantly once you hit 1,000+ unit thresholds, and try to lock in quotes for at least 30 days to hedge against price spikes.

How can I ensure transaction security and mitigate the risk of receiving defective bulk lots?

Never release full payment upfront. Utilize Escrow services or Letters of Credit (L/C). Insist on a Pre-Shipment Inspection (PSI) by a third-party agency (like SGS or Intertek) to perform random serial number verification and functional boot tests. Ensure the contract includes a Defective Allowance (DA) or a RMA (Return Merchandise Authorization) policy that covers international shipping costs for units with a failure rate exceeding 1%.

What are the logistics considerations for shipping sensitive electronic components?

GPUs are highly sensitive to Electrostatic Discharge (ESD) and physical shock. Ensure the factory uses anti-static shielding bags and custom-molded EPE foam packaging. For cross-border shipping, choose Air Freight with temperature and humidity control if possible. Clearly define Incoterms (preferably FOB or DAP) and ensure the cargo is covered by All-Risk Marine Insurance to protect against theft or damage during transit.

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