Clearing House Interbank Payments System (CHIPS): How It Works & Why It Matters

The American dollar’s importance in global trade can hardly be understated. Every day, billions of dollars are transferred between banks and independent entities across the world. Large-scale transactions like these need a strong and secure system to support them.

In this article, we’ll answer an important question: how does the USD go around? CHIPS is a network that is designed to settle dollar transactions across borders. We will look at what CHIPS is, how it works, who uses it, and how it affects cross-border payments.

The Clearing House Interbank Payments Systems, colloquially called CHIPS, is a wire-transfer system based in the USA. CHIPS is owned by a group of banks through the Clearing House. It is responsible for the netting and settlement of large-value payments in the USD.

History of CHIPS

In 1970, CHIPS or the Clearing House Interbank Payments System, was organized by the New York Clearing House Association. 8 banks were initially part of this agreement. In subsequent years, commercial banks, foreign banks, and other financial institutions also participated in this arrangement. 

As of today, around 50 entities participate in the CHIPS system.

Typically, high-value payments in the USD move through CHIPS. This movement has a pre-defined flow.

First, a bank initiates a payment and submits a payment message to the CHIPS system. The message is first validated (message format, credit limits, etc.) and, if validated, queued for processing. Instead of immediate settlement, a netting engine comes into play. The engine calculates net positions, which can be bilateral or multilateral:

• Bilateral netting can offset payments between two financial entities
• Multilateral netting can offset payments across the network

Once the settlement positions are calculated, the final settlement can take place.

Another part of the CHIPS engine is the liquidity savings mechanisms. Participants pool a certain amount into a central funding account, which, in turn, allows the settlement of large-value payments.

CHIPS and Fedwire are payment systems that operate using different settlement types. Because of this difference, CHIPS is well-suited for higher-volume transactions. Fedwire’s strength, on the other hand, is in its speed. Let’s look at this table for a quick comparison:

When it comes to cross-border transactions, multiple networks and payment systems are at play. It’s important to understand how they work together to actually execute such transactions. In the next section, let’s look at two such systems: CHIPS and SWIFT.

As discussed, CHIPS is a privately owned payments system designed to tackle large transactions. A common question here is whether CHIPS is related to SWIFT.

SWIFT, or the Society for Worldwide Interbank Financial Telecommunication, is a messaging network. It is used by banks to transmit information and payment instructions. Let us look at the differences between the two.

CHIPS and SWIFT operate alongside each other. While SWIFT transmits payment instructions, it is payment systems like CHIPS that actually perform the clearing and settling. This matters in international payment infrastructures, as we shall see in the next section.

CHIPS handles trillions in daily USD transactions. It’s a system that is critical to cross-border transactions, and here’s why:

• CHIPS can handle large-valued transactions. It can transfer money across borders while remaining compliant with various banking regulations.
• CHIPS uses netting, both bilateral and multilateral. This reduces the fees needed for fund settlement itself. As a result, international USD payments made through CHIPS are cost-effective.
• Next, CHIPS offers a high-grade of payment security. Authentication layers, encryption, and monitoring systems are at work, protecting your transactions.
• Finally, the liquidity optimization offered by CHIPS makes it ideal for foreign exchange settlements.

The netting mechanism is one of the mechanisms that make CHIPS so well-suited for international payments.

Multilateral netting is an offsetting process. When multiple transactions take place between multiple parties, netting combines the payments and settles them in one go.

As a result, liquidity requirements are lowered. Instead of paying fees on each transaction, a company has to pay the fees on a single settled transaction, which lowers banking and foreign exchange fees. Consequently, accounting is simplified, too.

However, there are risks to netting. Because these payments are pooled together, companies may share risk, even if only one participant fails to pay.

Let’s walk through an example. Image three companies involved in making payments to each other:

• Company A owes Company B: $100
• Company B owes Company C: $80
• Company C owes Company A: $60

Instead of each company making its individual payments, a multilateral netting mechanism will calculate the final balance. After this netting, Company A will pay $40, Company C will pay $20, and Company B will not have to pay. Now, the total number of payments needed has been lowered, and the settlement process has been simplified.

The settlement services offered by CHIPS are used by banks (commercial and investment), companies, and other financial institutions. CHIPS supports multiple transaction types used by all these parties.

1. Interbank Transfers: These payments are used by banks to move money between different accounts.
2. Corporate Payments: Private companies can use CHIPS for making high-value business payments. Supplier settlements are a common example of a large transaction made by multinational companies.
3. FX Settlements: When exchanging currencies, banks and investors can use CHIPS.
4. Securities Transactions: These payments are made by investment banks for the purchase of different financial instruments, such as treasury bonds.
5. Syndicated Loans: Banks can use CHIPS to simplify the payments for syndicated loans.
6. Government Payments: Finally, government institutions and central banks also use CHIPS for large international transfers.

Today, international payments and the US dollar are integral to business transactions. CHIPS brings both of them together in a single system. Complex payments are simplified in a single settlement. Overhead costs are reduced. Making foreign exchange transactions, interbank payments, and trade settlements becomes simpler and safer, all thanks to CHIPS.

Corporations with operations across borders will find that CHIPS is a critical part of their financial workflow. With time, however, cross-border payments are changing with the rise of blockchain-based payments, emerging CBDCs and stablecoins, and stricter regulations.

Platforms like Xflow are designed to work alongside traditional payment systems, plus adapt to the newer digital developments in finance. They can handle international transactions and provide quick settlements, all while helping you stay compliant.

There are a few limitations of CHIPS that businesses must be aware of. Although an excellent choice for large-scale USD transfers, here’s what CHIPS lags behind in:

• CHIPS is highly dependent on the US financial system.
• It operates only during US business hours on weekdays, leading to time zone constraints.
• The financial institutions that can join CHIPS directly are very limited.
• CHIPS is privately owned and operated, which can raise some concerns about regulatory oversight.
• CHIPS is not suitable for smaller or retail transactions.
• Likewise, it is not suitable for transactions that require urgent, immediate transfers.

The future of interbank payment systems, and money itself, is on the road to change.

The infrastructure that interbank payment systems like CHIPS run on is undergoing digitalization. You might have heard of cloud-based banking infrastructure, which is enabling scalability and real-time transaction processing.

There has also been an increase in regulatory pressure. For example, standards like the ISO 20022 were introduced to improve the transparency of payment data. All payment systems will be under scrutiny for their AML/KYC and cross-border tax compliance. 

Finally, newer methods of payment themselves, like CBDCs and stablecoins, are cropping up every single day. These payment tools, running on public blockchains, have provided a completely new way to view cross-border transactions. 

In the future, it is possible that interbank payment systems will need to carve out a niche for themselves, to exist alongside these hybrid payment infrastructures.

Fifty years since its inception, the Clearing House Interbank Payments System has become a critical US dollar clearing network. Going into the future, CHIPS will likely have to integrate itself into modernizing digital finance.

If you are looking for payment solutions that ease your transition into global transactions, look no further than Xflow. It is an indigenous platform built to make cross-border transactions faster and safer. Here are the key benefits of using the platform:

• Settlements within 24 hours, with no transaction limits
• Instant e-FIRA for each payment
• ISO 27001 and SOC 2 certifications for maximum information security
• Savings of 50% on FX costs, at transparent pricing
• Payments across 140+ countries
• Integrations with major accounting platforms
• Comprehensive onboarding support

Visit Xflow’s site today to find out how you can simplify your cross-border transactions.