In an era marked by rapidly evolving technology and digital acceleration, the semiconductor industry sits at the very heart of this transformative change. This complex ecosystem and value chain, a finely-tuned global network of processes and procedures, is an underpinning pillar of our digital world.
Despite its small size, Singapore is a key industry leader. It houses some of the global top 10 semiconductor companies, which contribute significantly to the city-state’s robust economy. In a speech at SSIA Semiconductor Business Connect 2022, the minister stated that semiconductor manufacturing makes up over 80% of the country’s manufacturing output and 7% of its GDP. Singapore also accounts for 11% of the global semiconductor market, with 20% of global semiconductor equipment manufactured locally.
This is where the critical role of semiconductor logistics in the global supply chain comes into play. If you are a manufacturer, maker, or otherwise involved in the semiconductor industry in Singapore, read on for a useful guide on shipping and logistics.
Singapore-based semiconductor companies seeking to broaden their international footprint can immensely benefit from DHL Express’ unique offerings, including:
The ecosystem and value chain of the semiconductor industry covers a broad spectrum of stages, namely design, manufacturing, fabrication, assembly, and end-product integration. Each stage is interlinked and equally crucial for ensuring the end product’s integrity and functionality.
The semiconductor products and equipment most commonly shipped in or out of Singapore come from all stages of the value chain. These components are small and fragile yet high-value – necessitating careful consideration when shipping them worldwide.
DHL Express understands the significance of providing robust and reliable logistics solutions for semiconductor companies in Singapore. One way we do so is by serving key trade lanes in the global supply chain, including countries such as but not limited to:
United States of America
1. Ensure all documentation is accurate, up-to-date, and accessible
All paperwork should be completed with attention to detail and consistency, and copies should be provided for all parties involved in the shipping process. This typically includes commercial invoices, airway bills, and packing lists. For semiconductors, it is also crucial to specify the type of chip and its function. This will facilitate smoother customs clearance and reduce the risk of shipment delays.
2. Familiarise yourself with the relevant taxes and duties for global shipments
Import and export taxes and duties will vary based on the destination country and the specific type of semiconductor being shipped. It’s essential for companies to familiarise themselves with the tariff schedules and customs regulations of the destination country, as non-compliance can lead to severe penalties, shipment delays, or supply chain disruptions.
3. Use specialised packaging and transportation for high-value products
Semiconductors, especially semiconductor chips and wafers, are highly sensitive to factors such as shock, temperature fluctuations, and humidity. Specialised packaging and transportation methods are thus paramount in ensuring they reach their destination in perfect condition. From anti-static bags to secure cushioning to robust outer packaging, every step in the packaging process plays a vital role. Equally important is the mode of transportation, where options like air freight can offer quicker transit times and lower the risk of damage from environmental conditions.
4. Explore insurance options for high-value shipments
Given the high value of semiconductors and the potential risks during transportation, insurance is a key consideration for both buyers and sellers. Policies should be tailored to cover the specific risks associated with how the semiconductors are shipped, including damage from physical impact, temperature fluctuations, and electrostatic discharge.
Whether you’re one of the largest semiconductor companies or a burgeoning player in the semiconductor industry, DHL Express Singapore is equipped to address your overseas shipping needs. Navigate the intricate global semiconductor ecosystem, combat semiconductor supply chain issues, and ship your goods safely, swiftly, and reliably with DHL Express. Furthermore, DHL’s customer service is easily accessible and dedicated to addressing any concerns or queries you may have promptly and professionally.
Semiconductors are typically shipped in specialised containers that protect them from electrostatic discharge, moisture, and physical damage. The packaging is designed to safeguard the sensitive electronics within, ensuring they remain intact and functional during transit. For larger shipments, they are often placed in climate-controlled cargo to maintain optimum conditions. You can trust DHL Express for the delivery of your heavyweight shipments in a safe and timely manner.
The semiconductor industry encompasses the design, fabrication, and testing of semiconductor devices. This includes integrated circuits (ICs) like CPUs and memory chips, discrete devices like diodes and transistors, and the manufacturing tools used in wafer fabrication. It also involves the software and services supporting these processes and the integration of these devices into everyday products.
Yes, semiconductors are often shipped by air, especially when rapid delivery is crucial. Air shipping ensures that these delicate components reach their destination swiftly, minimising the time they spend in transit and reducing potential exposure to adverse conditions. DHL Express’ air import and export services, for instance, provide a reliable means to ship these fragile components safely.
In the context of shipping semiconductors, packaging refers to the protective materials and containers used to transport semiconductor products safely. Given the delicate nature of these items, the packaging is specially designed to shield them from potential hazards like electrostatic discharge, physical jolts, moisture, and temperature variations. This ensures that the semiconductors arrive at their destination in optimal condition, ready for integration into devices or further processing.