Giga Computing is dedicated to improving human life through technological advancements of computing. In response to the growing demands for artificial intelligence, high-performance computing, and cloud computing, we uphold an innovative spirit and continuously exploring new server application markets, particularly focusing on AI&HPC servers with GPU modular architecture, ongoing development of x86 and ARM64 architecture servers, and high-density servers that enhance computing power within limited spaces. Additionally, we are focusing on the autonomous development of direct liquid cooling (DLC) technology and immersion cooling technology. Our efforts in diversification and integration within the industry ecosystem have secured our position as a market leader.
Sustainable Server Design and Development
Giga Computing announced the official launch of its low-carbon transformation initiative for its server product line. The company is investing in the design and development of sustainable servers that are manufactured using a significant percentage of post-consumer recycled (PCR) materials, and this includes some finished components that use up to 95% recycled materials. This marks a new green chapter in sustainable IT infrastructure.
Recycled Materials Successfully Integrate into Key Structural Components
Giga Computing’s sustainable server design begins with three major structural components:
- Air ducts and drive trays: Made with up to 95% PCR PC or PC+ABS plastics, sourced from post-consumer items such as water bottles, wafer carriers, CDs, automotive headlamps, and other electronics
- Heatsinks: Made with 100% PCR aluminum, primarily sourced from recycled aluminum window frames, bicycle components, and decommissioned heatsinks
- Chassis components: Made with 20% pre-consumer recycled low-carbon metals
All recycled materials undergo comprehensive testing for industrial-grade durability, thermal conductivity, and reliability to ensure that mass-produced units meet Giga Computing’s quality and performance standards while advancing sustainability goals.
Driving Carbon Savings and Compliance Through Recycled Material Innovation
Working alongside PCR material suppliers, Giga Computing has built a rigorous material tracking and traceability framework that brings measurable and reportable value to customers:
- Quantifiable Carbon Reduction: Based on 2024 procurement numbers, switching to heatsinks that incorporate recycled materials could reduce more than 160 metric tons of CO₂e annually. When applied across all structural components in manufactured servers, the total carbon reduction could exceed 275.75 metric tons of CO₂e annually, which is equivalent to the offset if you planted and grew 2,758 tree seedings for 10 years.
- Third-Party Material Certification: The recycled materials used in sustainable servers are certified by credible third-party organizations, enabling customers to cite the data directly in ESG reports and sustainability performance disclosures, enhancing corporate credibility and the brand’s green image.
- Compliance and Bidding Advantage: As environmental regulations and carbon emission standards have tightened in the United States, Europe, and Japan, the carbon footprint of products and the percentage of recycled materials used have become key thresholds for exports and procurement. Giga Computing’s recycled material innovation supports customers in complying with emerging environmental regulations and EU Carbon Border Adjustment Mechanism (CBAM)
High-efficiency and Energy-saving Technology
In response to the growing demand for data centers and the impact of international decarbonization trends, Giga Computing is committed to developing low-carbon products and implementing DLC and Immersion Cooling solutions for server heat dissipation. The Company enhances the R&D team's capabilities and awareness by establishing and managing performance indicators, holding low-carbon and green product training, and improving the team's R&D productivity through bonus incentives. In 2024, the project launch rate for DLC and Immersion Cooling products increased by 14.31% compared to the previous year.
DLC solution brings heat generating components into contact with coolant filled modules. Only a few low speed server fans are needed to carry the high temperatures produced during efficient operation out of the servers and dissipate heat. Consequently, more processors can be installed within limited space, helping customers with high-density IT deployments reduce total cost of ownership, energy consumption, and noise while improving system performance.
Immersion Cooling solutions are suitable for any enterprise application, submerging servers into cooling tanks so that the heat generated by high computing power is conducted into non-conductive coolant, and, through a coolant circulation device, the heat is discharged to air or liquid cooling pipelines, maintaining efficient server operation. The immersion cooling solution system does not require the use of pumps or sprinklers, significantly reducing equipment failure rates and maintenance needs. This approach not only lowers operating costs but also benefits the environment, with simultaneous upgrades in energy efficiency. During the product lifecycle of a server, the phase with the highest carbon emissions is the usage stage, followed by the raw materials stage. After evaluating different cooling solutions during the usage stage, it has been confirmed that the immersion cooling solution offers the best energy-saving carbon reduction effects, followed by the DLC solution.
The emergence of liquid cooling solutions is mainly due to the higher heat transfer efficiency of liquid compared to air, allowing heat to be dissipated more effectively. As a result, liquid cooling solutions improve cooling efficiency compared to traditional air-cooled technologies, enhance the PUE of data centers, and significantly reduce energy consumption.
● H263-S63 Product Carbon Footprint
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● H273-Z81 Product Carbon Footprint
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● H263-S63 Carbon Emissions by Cooling Solutions
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● H273-Z81 Carbon Emissions by Cooling Solutions
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Frame-level Solution – GIGAPOD
Giga Computing offers technology leaders powerful, top-tier accelerated infrastructure, GIGAPOD, a groundbreaking AI supercomputing platform that empowers enterprise data centers with integrated artificial intelligence innovation. This powerful accelerated computing platform is based on an x86 architecture processor, employs the NVIDIA HGX™ H100 system integrated with eight NVIDIA H100 Tensor Core GPUs, and provides unparalleled processing power for AI workloads.
GIGAPOD is a fully integrated service that simplifies the deployment of AI supercomputing clusters. With professional assistance, enterprises can easily create a powerful computing unit formed by interconnected racks. This AI ecosystem further employs NVIDIA NVLink™ to achieve ultra-fast communication during parallel computing.
Highlights of GIGAPOD:
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GIGA POD AI Data Center | |
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Giga Computing is dedicated to improving human life through technological advancements of computing. In response to the growing demands for artificial intelligence, high-performance computing, and cloud computing, we uphold an innovative spirit and continuously exploring new server application markets, particularly focusing on AI&HPC servers with GPU modular architecture, ongoing development of x86 and ARM64 architecture servers, and high-density servers that enhance computing power within limited spaces. Additionally, we are focusing on the autonomous development of direct liquid cooling (DLC) technology and immersion cooling technology. Our efforts in diversification and integration within the industry ecosystem have secured our position as a market leader.
Sustainable Server Design and Development
Giga Computing announced the official launch of its low-carbon transformation initiative for its server product line. The company is investing in the design and development of sustainable servers that are manufactured using a significant percentage of post-consumer recycled (PCR) materials, and this includes some finished components that use up to 95% recycled materials. This marks a new green chapter in sustainable IT infrastructure.
Recycled Materials Successfully Integrate into Key Structural Components
Giga Computing’s sustainable server design begins with three major structural components:
- Air ducts and drive trays: Made with up to 95% PCR PC or PC+ABS plastics, sourced from post-consumer items such as water bottles, wafer carriers, CDs, automotive headlamps, and other electronics
- Heatsinks: Made with 100% PCR aluminum, primarily sourced from recycled aluminum window frames, bicycle components, and decommissioned heatsinks
- Chassis components: Made with 20% pre-consumer recycled low-carbon metals
All recycled materials undergo comprehensive testing for industrial-grade durability, thermal conductivity, and reliability to ensure that mass-produced units meet Giga Computing’s quality and performance standards while advancing sustainability goals.
Driving Carbon Savings and Compliance Through Recycled Material Innovation
Working alongside PCR material suppliers, Giga Computing has built a rigorous material tracking and traceability framework that brings measurable and reportable value to customers:
- Quantifiable Carbon Reduction: Based on 2024 procurement numbers, switching to heatsinks that incorporate recycled materials could reduce more than 160 metric tons of CO₂e annually. When applied across all structural components in manufactured servers, the total carbon reduction could exceed 275.75 metric tons of CO₂e annually, which is equivalent to the offset if you planted and grew 2,758 tree seedings for 10 years.
- Third-Party Material Certification: The recycled materials used in sustainable servers are certified by credible third-party organizations, enabling customers to cite the data directly in ESG reports and sustainability performance disclosures, enhancing corporate credibility and the brand’s green image.
- Compliance and Bidding Advantage: As environmental regulations and carbon emission standards have tightened in the United States, Europe, and Japan, the carbon footprint of products and the percentage of recycled materials used have become key thresholds for exports and procurement. Giga Computing’s recycled material innovation supports customers in complying with emerging environmental regulations and EU Carbon Border Adjustment Mechanism (CBAM)
High-efficiency and Energy-saving Technology
In response to the growing demand for data centers and the impact of international decarbonization trends, Giga Computing is committed to developing low-carbon products and implementing DLC and Immersion Cooling solutions for server heat dissipation. The Company enhances the R&D team's capabilities and awareness by establishing and managing performance indicators, holding low-carbon and green product training, and improving the team's R&D productivity through bonus incentives. In 2024, the project launch rate for DLC and Immersion Cooling products increased by 14.31% compared to the previous year.
DLC solution brings heat generating components into contact with coolant filled modules. Only a few low speed server fans are needed to carry the high temperatures produced during efficient operation out of the servers and dissipate heat. Consequently, more processors can be installed within limited space, helping customers with high-density IT deployments reduce total cost of ownership, energy consumption, and noise while improving system performance.
Immersion Cooling solutions are suitable for any enterprise application, submerging servers into cooling tanks so that the heat generated by high computing power is conducted into non-conductive coolant, and, through a coolant circulation device, the heat is discharged to air or liquid cooling pipelines, maintaining efficient server operation. The immersion cooling solution system does not require the use of pumps or sprinklers, significantly reducing equipment failure rates and maintenance needs. This approach not only lowers operating costs but also benefits the environment, with simultaneous upgrades in energy efficiency. During the product lifecycle of a server, the phase with the highest carbon emissions is the usage stage, followed by the raw materials stage. After evaluating different cooling solutions during the usage stage, it has been confirmed that the immersion cooling solution offers the best energy-saving carbon reduction effects, followed by the DLC solution.
The emergence of liquid cooling solutions is mainly due to the higher heat transfer efficiency of liquid compared to air, allowing heat to be dissipated more effectively. As a result, liquid cooling solutions improve cooling efficiency compared to traditional air-cooled technologies, enhance the PUE of data centers, and significantly reduce energy consumption.
● H263-S63 Product Carbon Footprint
● H273-Z81 Product Carbon Footprint
● H263-S63 Carbon Emissions by Cooling Solutions
● H273-Z81 Carbon Emissions by Cooling Solutions
Frame-level Solution – GIGAPOD
Giga Computing offers technology leaders powerful, top-tier accelerated infrastructure, GIGAPOD, a groundbreaking AI supercomputing platform that empowers enterprise data centers with integrated artificial intelligence innovation. This powerful accelerated computing platform is based on an x86 architecture processor, employs the NVIDIA HGX™ H100 system integrated with eight NVIDIA H100 Tensor Core GPUs, and provides unparalleled processing power for AI workloads.
GIGAPOD is a fully integrated service that simplifies the deployment of AI supercomputing clusters. With professional assistance, enterprises can easily create a powerful computing unit formed by interconnected racks. This AI ecosystem further employs NVIDIA NVLink™ to achieve ultra-fast communication during parallel computing.
Highlights of GIGAPOD:
- Industry integration capability: Giga Computing collaborates closely with technology leaders such as AMD, Intel, and NVIDIA to ensure the prompt fulfillment of customer requirements and schedules.
- Diverse product portfolio: A rich variety of high-density GPU servers can be tailor-made to meet each customer's unique requirements.
- High scalability: GIGAPOD is designed with high flexibility and future expandability, ensuring optimal performance and efficiency.
- High performance computing: From single GPU servers to clustered data centers, Giga Computing ensures the provision of leading computing power by optimizing cooling designs or implementing liquid cooling solutions.
- Expertise and extensive experience: Possesses the professional know-how to deploy large-scale AI data centers and provides end-to-end services from consultation to implementation.
| GIGA POD AI Data Center |
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