Giga Computing, adhering to a spirit of innovation, is actively expanding into new server application markets, particularly in the AI field with GPU module architecture. Additionally, we focus on technologies such as Direct Liquid Cooling (DLC), Immersion Cooling, and integrated control software, in which we have achieved a leading position in the market to continuously provide highquality products and services to our global customers. The core values of high performance, data security, flexible scalability, and sustainability are realized in all of our products.
Giga Computing Launches New Low-carbon Server Program to Promote Sustainable Growth and Long-term Value
Giga Computing has officially launched a low-carbon transformation program for its server product line, investing in the design and development of sustainable servers. The new product series is manufactured using a high proportion of post-consumer recycled (PCR) materials, with some finished product components containing up to 95% recycled materials, marking a new chapter in the transition toward green and sustainable IT infrastructure.
Application of High-Proportion Recycled Materials in Server Structural Components
Giga Computing's sustainable server design solution will begin with three major structural components by introducing recycled materials:
- Fan ducts and hard drive trays: Made with up to 95% PCR polycarbonate (PC) or PC+ABS plastic, sourced from materials including water bottles, wafer carriers, optical disks, automotive headlights, and other electronic products.
- Heat sinks: Use 100% PCR aluminum, primarily sourced from recycled aluminum window frames, bicycle parts, and retired heat sinks.
- Chassis structural components: Made of low-carbon metal materials containing 20% Pre-Consumer Recycled content.
All recycled materials undergo industrial-grade durability, thermal conductivity, and reliability testing to ensure that they meet Giga Computing's quality and performance standards while also achieving sustainability goals.
Innovative Application of Recycled Materials to Achieve Carbon Footprint Reduction and Compliance Advantages
Giga Computing works with material suppliers to establish a comprehensive material tracking and traceability system, creating specific and quantifiable environmental benefits and reporting value for customers:
- Quantifiable carbon reduction results: Based on Giga Computing's 2024 procurement data, if all aluminum heat sinks were replaced with recycled aluminum heat sinks, annual emissions could be reduced by more than 160 metric tons of CO2e; if all structural components were made from recycled materials, total annual carbon reduction would exceed 275.75 metric tons of CO2e.
- Third-party material certification: All recycled materials have obtained credible third-party certifications, which customers can directly reference in ESG reports and sustainability performance disclosures to enhance corporate credibility and brand image.
- Compliance and competitive bidding advantages: As environmental regulations in the United States, Europe, Japan, and other regions become increasingly stringent, product carbon footprints and recycled material content have become key thresholds for exports and procurement. Giga Computing's innovative material applications can help customers comply with emerging environmental regulations and the EU Carbon Border Adjustment Mechanism (CBAM), enhancing their competitiveness in international tenders and markets.
Redefining Server Value: Performance × Sustainability × ComplianceKnown for its high-density, high-performance, and modular designs, Giga Computing is redefining its product philosophy by incorporating three core values: performance, sustainability, and compliance. This low-carbon transformation is not merely an upgrade in specifications, but also an important turning point for the server industry in its transition toward netzero targets. |
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Energy Conservation and Carbon-reducing/Green Product Design
Carbon-reducing Design
With the widespread adoption of cloud computing, artificial intelligence (AI) has gradually become mainstream in people's daily lives. Giga Computing is committed to developing lowcarbon products and has introduced server cooling solutions using Direct Liquid Cooling and Immersion Cooling. We enhance the R&D team's relevant capabilities and awareness through performance indicator setting and management, as well as low-carbon/green product education and training, and improve the team's R&D productivity through bonus incentives. In 2025, Direct Liquid Cooling and Immersion Cooling products accounted for 13.86% of total products (servers), an increase of 6.01% from the previous year. The project initiation rate also increased by 11.88% from the previous year, demonstrating our continued investment in related products and technologies.
It is estimated that modern data centers currently consume approximately 1% of global electricity and have a Power Usage Effectiveness (PUE) ranging from 1.4 to 1.6. This figure means thatapproximately 33% of energy consumption is not used by computing servers, but rather by other data center facilities, primarily data center cooling and air-conditioning equipment. Compared to traditional air cooling, Giga Computing’s liquid cooling solutions help improve data center energy performance, lower PUE values, and substantially reduce overall power consumption:
- Direct Liquid Cooling (DLC) solution: By bringing liquid cooling components into direct contact with heat-generating cores, server fan speeds and energy consumption are significantly reduced. It not only enables higher-density deployment of processors and computing cards within limited space, but also helps customers reduce total cost of ownership (TCO), lower noise levels, and maximize system performance. Based on 2025 estimates, the PUE of data centers using Direct Liquid Cooling solutions can be reduced to 1.29.
- Immersion Cooling solution: Servers are immersed in a non-conductive liquid, allowing heat to be transferred through direct contact between the liquid and heat-generating components and through liquid circulation, with heat dissipated through single-phase or two-phase physical phase-change processes. The system eliminates the need for complex components such as pumps or spray devices, significantly reducing equipment failure rates and maintenance costs, while setting a new benchmark for next-generation data centers with high scalability, stability, and exceptional energy efficiency.
In addition to breakthroughs in hardware technology, starting in 2026, Giga Computing has established relevant implementation targets for software, aiming to improve data center operational efficiency through the introduction of software management and optimization mechanisms, thereby effectively reducing data center electricity consumption and energy use.
G593-SD1 DLC Server |
G593 Product Carbon Footprint (Air vs DLC) |
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Unit: kg CO2e
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Green Product Design
With regard to green product design, Giga Computing has begun incorporating recycled materials into packaging materials, such as introducing 10% to 30% recycled content into EPE cushioning materials and incorporating 60% to 100% recycled pulp into cartons according to their intended use. Based on a review of 2025 shipment records, the total shipment value of Giga Computing's products (including boards, cards, and systems) was NTD 150.698 billion. Of this, products containing recycled materials had a shipment value of NTD 95.236 billion, accounting for 63.10% of the total shipment value; products using packaging materials containing recycled materials had a shipment value of NTD 150.927 billion, accounting for 99.85% of the total shipment value.
In addition, to reduce carbon emissions throughout the product life cycle and respond to the global net-zero transition trend, Giga Computing officially launched a recycled materials implementation program in 2025, incorporating material circularity into its product design and supply chain management strategies. In 2025, 100% post-consumer recycled (PCR) aluminum, 95% post-consumer recycled (PCR) plastic, and 20% post-industrial recycled (PIR) steel were introduced for aluminum heat sinks, fan ducts, hard drive tray panels, and chassis, respectively. Based on estimates using material carbon emission factors provided by recycled material suppliers, PCR materials can achieve carbon reduction rates ranging from 75% to 95%, while PIR materials can achieve a carbon reduction rate of 8%.
This opportunity can reduce material carbon intensity, enhance product sustainability and competitiveness, strengthen opportunities for cooperation with international customers, and establish differentiated advantages for low-carbon products. It represents a mid- and long-term structural adjustment strategy for carbon reduction.
| Recycle Materials | Aluminum | PC | PC+ABS | Stainless Steel |
| Prorortion of recycled materials | 100% | 95% | 95% | 20% |
| Type of recycled materials | PCR | PCR | PCR | PIR |
| Carbon reduction rate | 95.56% | 84.86% | 75.22% | 8.16% |
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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GIGAPOD Artificial Intelligence Data Center | |
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Giga Computing, adhering to a spirit of innovation, is actively expanding into new server application markets, particularly in the AI field with GPU module architecture. Additionally, we focus on technologies such as Direct Liquid Cooling (DLC), Immersion Cooling, and integrated control software, in which we have achieved a leading position in the market to continuously provide highquality products and services to our global customers. The core values of high performance, data security, flexible scalability, and sustainability are realized in all of our products.
Giga Computing Launches New Low-carbon Server Program to Promote Sustainable Growth and Long-term Value
Giga Computing has officially launched a low-carbon transformation program for its server product line, investing in the design and development of sustainable servers. The new product series is manufactured using a high proportion of post-consumer recycled (PCR) materials, with some finished product components containing up to 95% recycled materials, marking a new chapter in the transition toward green and sustainable IT infrastructure.
Application of High-Proportion Recycled Materials in Server Structural Components
Giga Computing's sustainable server design solution will begin with three major structural components by introducing recycled materials:
- Fan ducts and hard drive trays: Made with up to 95% PCR polycarbonate (PC) or PC+ABS plastic, sourced from materials including water bottles, wafer carriers, optical disks, automotive headlights, and other electronic products.
- Heat sinks: Use 100% PCR aluminum, primarily sourced from recycled aluminum window frames, bicycle parts, and retired heat sinks.
- Chassis structural components: Made of low-carbon metal materials containing 20% Pre-Consumer Recycled content.
All recycled materials undergo industrial-grade durability, thermal conductivity, and reliability testing to ensure that they meet Giga Computing's quality and performance standards while also achieving sustainability goals.
Innovative Application of Recycled Materials to Achieve Carbon Footprint Reduction and Compliance Advantages
Giga Computing works with material suppliers to establish a comprehensive material tracking and traceability system, creating specific and quantifiable environmental benefits and reporting value for customers:
- Quantifiable carbon reduction results: Based on Giga Computing's 2024 procurement data, if all aluminum heat sinks were replaced with recycled aluminum heat sinks, annual emissions could be reduced by more than 160 metric tons of CO2e; if all structural components were made from recycled materials, total annual carbon reduction would exceed 275.75 metric tons of CO2e.
- Third-party material certification: All recycled materials have obtained credible third-party certifications, which customers can directly reference in ESG reports and sustainability performance disclosures to enhance corporate credibility and brand image.
- Compliance and competitive bidding advantages: As environmental regulations in the United States, Europe, Japan, and other regions become increasingly stringent, product carbon footprints and recycled material content have become key thresholds for exports and procurement. Giga Computing's innovative material applications can help customers comply with emerging environmental regulations and the EU Carbon Border Adjustment Mechanism (CBAM), enhancing their competitiveness in international tenders and markets.
Redefining Server Value: Performance × Sustainability × Compliance
Known for its high-density, high-performance, and modular designs, Giga Computing is redefining its product philosophy by incorporating three core values: performance, sustainability, and compliance. This low-carbon transformation is not merely an upgrade in specifications, but also an important turning point for the server industry in its transition toward netzero targets.
Looking ahead, Giga Computing will continue to invest in green materials and innovative design to develop next-generation sustainable server solutions, while working with customers to advance toward a truly net-zero future and fulfill its dual commitment to the industry and the planet.
Energy Conservation and Carbon-reducing/Green Product Design
Carbon-reducing Design
With the widespread adoption of cloud computing, artificial intelligence (AI) has gradually become mainstream in people's daily lives. Giga Computing is committed to developing lowcarbon products and has introduced server cooling solutions using Direct Liquid Cooling and Immersion Cooling. We enhance the R&D team's relevant capabilities and awareness through performance indicator setting and management, as well as low-carbon/green product education and training, and improve the team's R&D productivity through bonus incentives. In 2025, Direct Liquid Cooling and Immersion Cooling products accounted for 13.86% of total products (servers), an increase of 6.01% from the previous year. The project initiation rate also increased by 11.88% from the previous year, demonstrating our continued investment in related products and technologies.
It is estimated that modern data centers currently consume approximately 1% of global electricity and have a Power Usage Effectiveness (PUE) ranging from 1.4 to 1.6. This figure means thatapproximately 33% of energy consumption is not used by computing servers, but rather by other data center facilities, primarily data center cooling and air-conditioning equipment. Compared to traditional air cooling, Giga Computing’s liquid cooling solutions help improve data center energy performance, lower PUE values, and substantially reduce overall power consumption:
- Direct Liquid Cooling (DLC) solution: By bringing liquid cooling components into direct contact with heat-generating cores, server fan speeds and energy consumption are significantly reduced. It not only enables higher-density deployment of processors and computing cards within limited space, but also helps customers reduce total cost of ownership (TCO), lower noise levels, and maximize system performance. Based on 2025 estimates, the PUE of data centers using Direct Liquid Cooling solutions can be reduced to 1.29.
- Immersion Cooling solution: Servers are immersed in a non-conductive liquid, allowing heat to be transferred through direct contact between the liquid and heat-generating components and through liquid circulation, with heat dissipated through single-phase or two-phase physical phase-change processes. The system eliminates the need for complex components such as pumps or spray devices, significantly reducing equipment failure rates and maintenance costs, while setting a new benchmark for next-generation data centers with high scalability, stability, and exceptional energy efficiency.
In addition to breakthroughs in hardware technology, starting in 2026, Giga Computing has established relevant implementation targets for software, aiming to improve data center operational efficiency through the introduction of software management and optimization mechanisms, thereby effectively reducing data center electricity consumption and energy use.
G593-SD1 DLC Server
Unit: kg CO2e
G593 Product Carbon Footprint (Air vs DLC)
Green Product Design
With regard to green product design, Giga Computing has begun incorporating recycled materials into packaging materials, such as introducing 10% to 30% recycled content into EPE cushioning materials and incorporating 60% to 100% recycled pulp into cartons according to their intended use. Based on a review of 2025 shipment records, the total shipment value of Giga Computing's products (including boards, cards, and systems) was NTD 150.698 billion. Of this, products containing recycled materials had a shipment value of NTD 95.236 billion, accounting for 63.10% of the total shipment value; products using packaging materials containing recycled materials had a shipment value of NTD 150.927 billion, accounting for 99.85% of the total shipment value.
In addition, to reduce carbon emissions throughout the product life cycle and respond to the global net-zero transition trend, Giga Computing officially launched a recycled materials implementation program in 2025, incorporating material circularity into its product design and supply chain management strategies. In 2025, 100% post-consumer recycled (PCR) aluminum, 95% post-consumer recycled (PCR) plastic, and 20% post-industrial recycled (PIR) steel were introduced for aluminum heat sinks, fan ducts, hard drive tray panels, and chassis, respectively. Based on estimates using material carbon emission factors provided by recycled material suppliers, PCR materials can achieve carbon reduction rates ranging from 75% to 95%, while PIR materials can achieve a carbon reduction rate of 8%.
This opportunity can reduce material carbon intensity, enhance product sustainability and competitiveness, strengthen opportunities for cooperation with international customers, and establish differentiated advantages for low-carbon products. It represents a mid- and long-term structural adjustment strategy for carbon reduction.
| Recycle Materials | Aluminum | PC | PC+ABS | Stainless Steel |
| Prorortion of recycled materials | 100% | 95% | 95% | 20% |
| Type of recycled materials | PCR | PCR | PCR | PIR |
| Carbon reduction rate | 95.56% | 84.86% | 75.22% | 8.16% |
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.
| GIGAPOD Artificial Intelligence Data Center |