The Trade War and How it Affects Global Supply Chains

The trade war between the United States and China has escalated tensions and disrupted global supply chains. The conflict is based on economic issues and the clash of two different visions of the world order.

All nations seek to act in their own best interests. That might involve importing goods that are cheaper than what they can produce at home, or exporting products to markets where they can earn more money. Sometimes political considerations drive decisions that have unintended consequences, such as imposing tariffs or restricting imports to gain influence in international forums.

During the presidential campaign, Donald Trump disdained current trade agreements and promised to bring manufacturing jobs back to America. After he took office, he imposed new tariffs that many economists believe will raise prices on American consumers and harm the economy overall.

When a nation imposes a tariff, it forces other countries to increase their own rates or face retaliation, which can lead to a spiral of higher and higher tariffs as nations fight over who will gain the most power in the global marketplace. This can have severe consequences, especially during recessions and periods of civil unrest, when countries are more likely to protect their internal interests from outside competition.

Attempting to avoid trade war, some nations rely on international bodies like the World Trade Organization (WTO) to resolve disputes and reduce barriers to trade. However, the WTO process can be slow and cumbersome. In the meantime, some nations may choose to impose sanctions or other forms of coercive trade barriers, such as embargoes or export restrictions, which can have dramatic and unpredictable consequences.

Applying Mobile Technology in a Variety of Settings

Mobile technology is about using smartphones, tablets and laptops to connect to a network for communication, navigation and computing. These systems can be used in a variety of settings, including work, home and school.

Cellphones use radio signals to communicate with each other and the masts or base stations that hold their signals. They can’t send these signals very far by themselves, however, as the signals would be too much for the phone to handle. So, cellphones have to send and receive signals from their nearest mast or base station. The masts or base stations can pick up the faint signals from many phones and then send them onward to their destination, and this is how they provide robust long-distance communication.

This cellular technology has progressed from its earliest, analog days to a powerful multitasking system that’s capable of GPS navigation, internet browsing, gaming and instant messaging. The systems have also become smaller and more portable, with tablets and laptops providing even greater portability than desktop computers in a much more compact form factor.

The latest cellular technologies offer even faster connectivity. For example, 4G (also called LTE) networks, which are now common worldwide, can deliver Internet speeds of up to 10 Mbps and compete with cable Internet services in some markets. Even more advanced 5G, which offers an aggregated set of frequencies to unlock bandwidth and is about 20x faster than 3G, is gaining traction. The possibilities for applying mobile technology are nearly endless.