## What is Matrix Pricing?

Matrix pricing is an estimation technique used to estimate the market price of securities that are not actively traded. Matrix pricing is primarily used in fixed income, to estimate the price of a bonds that do not have an active market. The price of the bond is estimated by comparing it to corporate bonds with an active market, and that have similar maturities, coupon rates, and credit rating. This relative estimation process can be very helpful for debt valuation of private companies, which typically don’t report as much information as public companies.

Another use of matrix pricing is for bond underwriting, which can be used to estimate what the markets required rate of return on the bond will be.

### What is Yield to Maturity?

Yield to Maturity (YTM) is the total expected return from a bond if the bond is held until maturity, i.e., until the end of its lifetime, and all coupon are reinvested on the same rate.

- Coupon
_{i}is the coupon payment received by the bondholder at period i. - Face Value is the amount on which the coupon payments are calculated.
- Bond Price is the market price of the bond.

If we assume that coupon payments don’t change over time, then:

The formula shown above describes a polynomial in YTM. An approximate formula for the Yield to Maturity is the following:

*Learn more about YTM on CFI’s Free Fixed Income Fundamentals Course*

### Practical Example of Matrix Pricing

Bond A is a 6-year 10% annual coupon payment bond that is not actively traded on the market. Bond B is a 10-year 8% annual coupon payment bond that is actively traded on the market and with a market price of $80. Bond C is a 2-year 12% annual coupon payment bond that is actively traded on the market and with a market price of $120. All bonds come with a face value of $100. In order to price Bond A:

1. Calculate the yield to maturity of Bonds B and C.

2. The estimated market discount rate of the 6-year 10% bond is the arithmetic mean of YTM_{B} and YTM_{C}. Therefore, YTM_{A} = (11.46% + 1.74%) / 2 = 6.6%. An alternative method to calculate YTM_{A }is to take the geometric mean of YTM_{B} and YTM_{C}.

3. Therefore, the estimated market price of Bond A is given by the following formula:

** **

The estimated market price of Bond A based on Bonds B and C is $116.41. The estimation method is called matrix pricing because it uses a matrix like the one shown above.

### More Resources

CFI offers the Financial Modeling & Valuation Analyst (FMVA)™ certification program for those looking to take their careers to the next level. To keep learning and advancing your career, the following resources will be helpful: