A swap dealer quotes a euro midrate of 3.8175 percent (APR) in bond

equivalent yield with quarterly compounding for a two-year yen-per-euro currency coupon

swap. The corresponding two-year yen rate is 2.9291 percent (APR) in quarterly

compounded bond equivalent yield. The dealer charges an annual fee of 8bp (2bp per

quarter) around the euro swap mid-rate against yen three-month LIBOR flat. The swap

pricing schedule looks like this:

Currency Coupon Swap Pricing Schedule

Maturity Bid (in ) Ask (in )

2 years 3.7375% 3.8975%

Quotes are against 1-year LIBOR Euroyen flat.

The spot exchange rate is 168.264/.

PVIFA (present value interest factors for annuities) can be used to calculate present value of

annuities; multiply them by the coupon. Useful PVIFA include:

PVIFA(8 periods at the 3.8175%/4 = 0.954375% euro rate) = 7.66707456

PVIFA(8 periods at the 2.9291%/4 = 0.732275% yen rate) = 7.74268838

a. MTT Co. has 1,682,640,000 of two-year yen debt at a floating rate of three-month ()

LIBOR + 88 bps (MMY), or LIBOR + 22 bps each three months. NTT wants to swap

this into fixed rate euros to fund its European operations. What is the all-in cost of

NTTs yen-for-euro currency coupon swap?

b. Verify this by calculating the internal rate of return on NTTs fully covered / swap.

c. EuroAnalog, N.V. (EA) has 10 million of two-year fixed rate debt at 4.7508 percent in

bond equivalent yield (BEY). EA wants floating rate yen debt to fund its expansion into

Japan. Identify the all-in cost of EAs / currency coupon swap.

d. Verify this cost by calculating the internal rate of return on EAs fully covered cash

flows.

e. What does the swap bank gain from these transactions? (in basis points EAR)