SME  /  TECH & INNOVATION

By FedEx | April 28, 2026

​​Shipping electronic components such as semiconductors is a delicate business, to say the least. This guide unpacks how to navigate complex semiconductor supply chains, minimize delays and damage, and ensure export compliance.

• Fueled by strong demand from AI, EVs, and cloud technologies, APAC plays a leading role in the global semiconductor industry. 
• The semiconductor supply chain is complex and globally connected, with chips moving across multiple countries for design, fabrication, and assembly. 
• Supply chain efficiency therefore depends on strict regulatory compliance, near-real-time tracking, and reliable shipping solutions.

Semiconductors are the foundational components behind modern technology. As advanced technologies like artificial intelligence (AI), electric vehicles (EVs), and cloud computing move into the mainstream, the semiconductor industry continues to grow rapidly – especially in Asia Pacific (APAC).

In 2025, global semiconductor sales rose 26.2% year over year to reach USD 795.6 billion – marking one of the industry’s strongest periods on record. APAC sits at the center of this growth, with Taiwan and South Korea leading advanced manufacturing, Japan playing a dominant role in materials and equipment, and China serving as both a major production base and a large consumption market.

APAC’s semiconductor device market is also projected to expand at a CAGR of 8.21% between 2025 and 2033, cementing its position as the world's largest regional semiconductor hub.

Amid this growth, geopolitical tensions and global uncertainty are placing increased pressure on time-sensitive semiconductor supply chains. Because a single missing chip can halt an entire production line, every delay comes with high stakes. A Harvard Business Review study found that a 10-day disruption at a semiconductor fabrication plant in Taiwan can cause ripple effects that last almost a year.

For APAC businesses shipping semiconductors or semiconductor components, a strong cross-border logistics strategy is essential to maximize efficiency and minimize delays. Here’s what you need to know about packing, shipping, and tracking semiconductors safely.

Behind the scenes of semiconductor supply chains

The journey of a semiconductor highlights the complexity of semiconductor supply chains. Producing just one chip often involves multiple cross-border movements across design, fabrication, testing, and packaging stages.

• Step 1: Semiconductors start as quartz sand, which is refined into high-purity silicon.
• Step 2: The silicon is then transported to specialized manufacturing facilities, like those in Japan, where it is processed into ingots and sliced into wafers.
• Step 3: These wafers are sent to fabrication plants across the world, where they undergo precise patterning to form microscopic circuits, including transistors and conductive pathways that make up microchips.
• Step 4: Many chips are then sent to assembly, testing, and packaging facilities across Asia, including China and other key Outsourced Semiconductor Assembly and Test (OSAT) hubs like Taiwan and Southeast Asia.
• Step 5: Depending on their application, the chips enter downstream industries such as automotive, consumer electronics, and data centers.

The multi-step journey requires manufacturers to navigate diverse regulations and requirements during shipping. What’s more, each component is highly delicate and sensitive to humidity and mechanical shock during transit.

From chip production to applications in cutting-edge technology, semiconductor shipping demands precision, speed, and global collaboration. How can manufacturers and exporters move these valuable components safely and efficiently?

Best practices for semiconductor shipping

1. Ensure your documentation is in order

Semiconductor supply chains are strictly governed by local and international export regulations. To reduce the risk of customs clearance delays, businesses need to:

• Understand international export regulations. As global trade policies evolve, countries across APAC are tightening export control laws and increasing enforcement measures. Singapore, for example, has issued an advisory regarding export controls on advanced semiconductor and AI technologies. Businesses need to stay updated on fast-changing regulations or risk heavy financial penalties.
• Be aware of duties and taxes. Duties and taxes are based on product classification under the Harmonized System (HS) code. Other costs may also contribute to the final amount, such as shipment value and insurance.
• Get familiar with free trade agreements (FTAs). APAC markets participate in a wide range of FTAs that lower tariffs and reduce barriers to cross-border trade. Businesses should research relevant agreements within APAC, such as the Regional Comprehensive Economic Partnership (RCEP), as well as agreements between APAC and other regions such as Europe.
• Complete shipping documents accurately. Ensure all documentation, such as commercial invoices, bills of lading, and air waybills, includes the correct HS code. Incorrect classification may lead to delays and penalties at customs.

For small businesses struggling with export compliance, digital tools can help reduce complexity and human error. For instance, FedEx Global Trade Manager offers a range of customs tools that enable exporters to estimate duties and taxes, access required documentation for cross-border shipments, and get shipment-specific regulatory guidance.

2. Pay attention to packaging and labeling

From silicon crystals to wafers to chips, semiconductors require specialized packaging to ensure they arrive intact. Here are some tips for packing semiconductor components.

• Prevent electrostatic discharge (ESD). Semiconductors are highly sensitive to ESD, which can damage delicate components. Use anti-static shielding bags and carrier tapes, along with appropriate cushioning materials, to protect components from electrostatic damage and mechanical shock during transit. 
• Protect against moisture and humidity. Excessive humidity can cause sensitive contacts and packaging materials to corrode. Use moisture barrier bags and desiccants such as silica gel to prevent humidity from reaching semiconductor components.
• Ensure accurate labeling and documentation. Improper labeling can lead to mishandling or delays in customs clearance.

3. Prioritize visibility and control in transit

Specialized cargo like semiconductors requires careful handling. It’s crucial to choose tailored shipping solutions that provide advanced visibility and control, helping reduce the risk of damage or disruption.

Here are four factors to look for when shipping semiconductors internationally.

Secure handling

Packaging alone won’t protect semiconductor shipments – proper handling is just as important. Logistics personnel should be trained in handling sensitive semiconductor components, from packaging through to delivery. This includes:

• Wearing anti-static garments
• Using anti-static tools
• Adhering to cleanroom standards where necessary

Expedited shipping

Semiconductor supply chains run on tight timelines, and delays can disrupt production schedules. The longer semiconductor shipments remain in transit, the greater the exposure to risks such as damage or customs delays. Planning the fastest and most efficient route – typically via international air freight – helps to minimize such risks.

Near-real-time shipment tracking

Shipment tracking enhances security and control for high-value cargo like semiconductors. Next-level monitoring solutions like FedEx Surround allow exporters to receive near-real-time updates and predictive delay alerts for cargo in transit. These insights help teams to proactively manage disruptions and plan contingencies.

Temperature control

Elevated temperatures in transit can affect sensitive semiconductor materials and components, including wafers and finished products. Temperature-controlled shipping solutions ensure semiconductors are transported within a stable environment, reducing the risk of heat-related damage.

Ship semiconductors safely with reliable logistics support

While global demand for chips continues to grow, semiconductor supply chains remain exposed to risk and uncertainty. For exporters, collaborating with a reliable logistics provider can ease the challenge of moving semiconductors safely and efficiently.

FedEx offers customized shipping solutions, compliance expertise, and advanced monitoring capabilities to support semiconductor logistics requirements. For example, we’ve collaborated with Micron to develop tailored logistics solutions for semiconductor supply chains, using digital intelligence to improve shipment predictability and transit times.

Most recently, we expanded our Transshipment Center at Taiwan Taoyuan International Airport to meet growing logistics demand from the semiconductor and high-tech sectors. As APAC continues to grow as a semiconductor powerhouse, FedEx aims to deliver the speed and reliability that exporters need.

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Explore how we can support semiconductor logistics across complex global supply chains. Start shipping with us here.