Mortgage-backed security

A mortgage-backed security (MBS) is a type of asset-backed security that is secured by a mortgage or collection of mortgages. The mortgages are sold to a group of individuals (a government agency or investment bank) that securitizes, or packages, the loans together into a security that investors can buy. The mortgages of an MBS may be residential or commercial, depending on whether it is an Agency MBS or a Non-Agency MBS; in the United States they may be issued by structures set up by government-sponsored enterprises like Fannie Mae or Freddie Mac, or they can be "private-label", issued by structures set up by investment banks. The structure of the MBS may be known as "pass-through", where the interest and principal payments from the borrower or homebuyer pass through it to the MBS holder, or it may be more complex, made up of a pool of other MBSs. Other types of MBS include collateralized mortgage obligations (CMOs, often structured as real estate mortgage investment conduits) and collateralized debt obligations (CDOs).[1]

The shares of subprime MBSs issued by various structures, such as CMOs, are not identical but rather issued as tranches (French for "slices"), each with a different level of priority in the debt repayment stream, giving them different levels of risk and reward. Tranches—especially the lower-priority, higher-interest tranches—of an MBS are/were often further repackaged and resold as collaterized debt obligations.[2] These subprime MBSs issued by investment banks were a major issue in the subprime mortgage crisis of 2006–8.

The total face value of an MBS decreases over time, because like mortgages, and unlike bonds, and most other fixed-income securities, the principal in an MBS is not paid back as a single payment to the bond holder at maturity but rather is paid along with the interest in each periodic payment (monthly, quarterly, etc.). This decrease in face value is measured by the MBS's "factor", the percentage of the original "face" that remains to be repaid.

Securitization

Value of mortgage-backed security issuances in $USD trillions, 1990-2009. (source: sifma statistics, structured finance)

The process of securitization is complex and depends greatly on the jurisdiction within which the process is conducted. Among other things, securitization distributes risk and permits investors to choose different levels of investment and risk.[3] The basics are:

  1. Mortgage loans (mortgage notes) are purchased from banks and other lenders, and possibly assigned to a special purpose vehicle (SPV).
  2. The purchaser or assignee assembles these loans into collections, or "pools".
  3. The purchaser or assignee securitizes the pools by issuing mortgage-backed securities.

While a residential mortgage-backed security (RMBS) is secured by single-family or two- to four-family real estate, a commercial mortgage-backed security (CMBS) is secured by commercial and multi-family properties, such as apartment buildings, retail or office properties, hotels, schools, industrial properties, and other commercial sites. A CMBS is usually structured as a different type of security than an RMBS.

These securitization trusts may be structured by government-sponsored enterprises as well as by private entities that may offer credit enhancement features to mitigate the risk of prepayment and default associated with these mortgages. Since residential mortgage holders in the United States have the option to pay more than the required monthly payment (curtailment) or to pay off the loan in its entirety (prepayment), the monthly cash flow of an MBS is not known in advance, and an MBS therefore presents a risk to investors.

In the United States, the most common securitization trusts are sponsored by Fannie Mae and Freddie Mac, US government-sponsored enterprises. Ginnie Mae, a US government-sponsored enterprise backed by the full faith and credit of the US government, guarantees that its investors receive timely payments but buys limited numbers of mortgage notes. Some private institutions also securitize mortgages, known as "private-label" mortgage securities.[4][5] Issuances of private-label mortgage-backed securities increased dramatically from 2001 to 2007 and then ended abruptly in 2008, when real estate markets began to falter.[6] An example of a private-label issuer is the real estate mortgage investment conduit (REMIC), a tax-structure entity usually used for CMOs; among other things, a REMIC structure avoids so-called double taxation.[7]

Advantages and disadvantages

The securitization of mortgages in the 1970s had the advantage of providing more capital for housing at a time when the demographic bulge of baby boomers created a housing shortage and inflation was undermining a traditional source of housing funding, the savings and loan associations (or thrifts), which were limited to providing uncompetitive 5.75% interest rates on savings accounts and consequently losing savers' money to money market funds. Unlike the traditional localized, inefficient mortgage market where there might be a shortage or surplus of funds at any one time, MBSs were national in scope and regionally diversified.[8]

However, mortgage-backed securities also "led inexorably to the rise of the subprime industry" and "created hidden, systemic risks". They also "undid the connection between borrowers and lenders". Historically, "less than 2% of people lost their homes to foreclosure", but with securitization, "once a lender sold a mortgage, it no longer had a stake in whether the borrower could make his or her payments."[9]

History

Among the early examples of mortgage-backed securities in the United States were the farm railroad mortgage bonds of the mid-19th century which contributed to the panic of 1857.[10] There was also an extensive commercial MBS market in the 1920s.[11]

US government

As part of the New Deal following the Great Depression, the US federal government created the Federal Housing Administration (FHA) with the National Housing Act of 1934 to assist in the construction, acquisition, and rehabilitation of residential properties.[12] The FHA helped develop and standardize the fixed-rate mortgage as an alternative to the balloon payment mortgage by insuring them, and helped the mortgage design garner usage.[13]

In 1938, the government also created the government-sponsored corporation Fannie Mae to create a liquid secondary market in these mortgages and thereby free up the loan originators to originate more loans, primarily by buying FHA-insured mortgages.[14] As part of the Housing and Urban Development Act of 1968, Fannie Mae was split into the current Fannie Mae and Ginnie Mae to support the FHA-insured mortgages, as well as Veterans Administration (VA) and Farmers Home Administration (FmHA) insured mortgages, with the full faith and credit of the US government.[15] In 1970, the federal government authorized Fannie Mae to purchase private mortgages—that is, those not insured by the FHA, VA, or FmHA, and created Freddie Mac to perform a role similar to that of Fannie Mae.[15] Ginnie Mae does not invest in private mortgages.

Securitization

Ginnie Mae guaranteed the first mortgage pass-through security of an approved lender in 1968.[16] In 1971, Freddie Mac issued its first mortgage pass-through, called a participation certificate, composed primarily of private mortgages.[16] In 1981, Fannie Mae issued its first mortgage pass-through, called a mortgage-backed security.[17] In 1983, Freddie Mac issued the first collateralized mortgage obligation.[18]

In 1960 the government enacted the Real Estate Investment Trust Act to allow the creation of the real estate investment trust (REIT) to encourage real estate investment, and in 1977 Bank of America issued the first private label pass-through.[19] In 1983 the Federal Reserve Board amended Regulation T to allow broker-dealers to use pass-throughs as margin collateral, equivalent to over-the-counter non-convertible bonds.[20] In 1984 the government passed the Secondary Mortgage Market Enhancement Act to improve the marketability of private label pass-throughs,[19] which declared nationally recognized statistical rating organization AA-rated mortgage-backed securities to be legal investments equivalent to Treasury securities and other federal government bonds for federally charted banks (such as federal savings banks and federal savings associations), state-chartered financial institutions (such as depository banks and insurance companies) unless overridden by state law before October 1991 (which 21 states did[21]), and Department of Labor–regulated pension funds.[22]

The Tax Reform Act of 1986 allowed the creation of the tax-exempt real estate mortgage investment conduit (REMIC) special purpose vehicle for the express purpose of issuing pass-throughs.[23] The Tax Reform Act significantly contributed to the savings and loan crisis of the 1980s and 1990s that resulted in the Financial Institutions Reform, Recovery and Enforcement Act of 1989, which dramatically changed the savings and loan industry and its federal regulation, encouraging loan origination.[24][25]

Subprime mortgage crisis

Low-quality mortgage-backed securities backed by subprime mortgages in the United States caused a crisis that played a major role in the 2007–12 global financial crisis. By 2012 the market for high-quality mortgage-backed securities had recovered and was a profit center for US banks.[26]

Types

Most bonds backed by mortgages are classified as an MBS. This can be confusing, because a security derived from an MBS is also called an MBS. To distinguish the basic MBS bond from other mortgage-backed instruments, the qualifier pass-through is used, in the same way that "vanilla" designates an option with no special features.

Subtypes of mortgage-backed security include:

There are a variety of underlying mortgage classifications in the pool:

These types are not limited to Mortgage Backed Securities. Bonds backed by mortgages but that are not MBSs can also have these subtypes.

There are two types of classifications based on the issuer of the security:

Secondary mortgage market

The secondary mortgage market is the market where a network of lenders sell, and investors buy, existing mortgages or MBS. A large percentage of newly originated mortgages are sold by their originators into this large and liquid market where they are packaged into MBS and sold to public and private investors, including Fannie Mae, Freddie Mac, pension funds, insurance companies, mutual funds and hedge funds.

Because of the long-term nature of mortgages, the secondary market is an essential factor in maintaining lender liquidity. The infusion of capital from investors provides mortgage lenders such as banks, thrifts, mortgage bankers and other loan originators with a market for their loans. In addition to providing liquidity and increasing overall efficiency, the secondary market can smooth out geographic credit disparities. However, in some respects, particularly where subprime and other riskier mortgages are involved, the secondary mortgage market may exacerbate certain risks and volatility.[3]

TBAs

TBAs—short for "to-be-announced" securities—involve a special type of trading of mortgage-backed securities. TBAs are the most liquid and important secondary mortgage market, with volume in the trillions of dollars annually.[36] TBAs are traded by MBS traders with notional amounts. There are settlement days when the traders have to make good on their trades. At that time, they choose fractions from various pools to make up their TBA. Only agency mortgage-backed securities trade in the TBA market.[36] "In a TBA transaction, the parties agree on a price for delivering a given volume of Agency Pass-Through Mortgage-Backed Securities at a specified future date. The distinguishing feature of a TBA transaction is that the actual identity of the securities to be delivered at settlement is not specified on the date of execution (“Trade Date”). Instead, the parties to the trade agree on only five general parameters of the securities to be delivered: issuer, mortgage type, maturity, coupon, and month of settlement."[37]

TBAs are critical in determining the ultimate interest rates that mortgage borrowers pay, since mortgage originators can "lock in" rates and use TBAs to hedge their exposure. TBAs are also used to hedge many non-TBA eligible mortgage products, such as hybrid ARMs and non-agency mortgages.[36]

Covered bonds

Main article: covered bond

In Europe there exists a type of asset-backed bond called a covered bond, commonly known by the German term Pfandbriefe. Covered bonds were first created in 19th-century Germany when Frankfurter Hypo began issuing mortgage covered bonds. The market has been regulated since the creation of a law governing the securities in Germany in 1900. The key difference between covered bonds and mortgage-backed or asset-backed securities is that banks that make loans and package them into covered bonds keep those loans on their books. This means that when a company with mortgage assets on its books issues the covered bond, its balance sheet grows, which would not occur if it issued an MBS, although it may still guarantee the securities payments.

Uses

Risk, Return, Rating & Yield relate

There are many reasons for mortgage originators to finance their activities by issuing mortgage-backed securities. Mortgage-backed securities:

  1. transform relatively illiquid, individual financial assets into liquid and tradable capital market instruments
  2. allow mortgage originators to replenish their funds, which can then be used for additional origination activities
  3. can be used by Wall Street banks to monetize the credit spread between the origination of an underlying mortgage (private market transaction) and the yield demanded by bond investors through bond issuance (typically a public market transaction)
  4. are often a more efficient and lower-cost source of financing in comparison with other bank and capital markets financing alternatives.
  5. allow issuers to diversify their financing sources by offering alternatives to more traditional forms of debt and equity financing
  6. allow issuers to remove assets from their balance sheet, which can help to improve various financial ratios, utilize capital more efficiently, and achieve compliance with risk-based capital standards

The high liquidity of most mortgage-backed securities means that an investor wishing to take a position need not deal with the difficulties of theoretical pricing described below; the price of any bond is essentially quoted at fair value, with a very narrow bid/offer spread.

Reasons (other than investment or speculation) for entering the market include the desire to hedge against a drop in prepayment rates (a critical business risk for any company specializing in refinancing).

Criticisms

Critics have suggested that the complexity inherent in securitization can limit investors' ability to monitor risks, and that competitive securitization markets with multiple securitizers may be particularly prone to sharp declines in underwriting standards. Private, competitive mortgage securitization is believed to have played an important role in the US subprime mortgage crisis.[38] In addition, off–balance sheet treatment for securitizations coupled with guarantees from the issuer are said to make the securitizing firm's leverage less transparent, thereby facilitating risky capital structures and allowing credit risk underpricing. Off–balance sheet securitizations are believed to have played a large role in the high leverage ratio of US financial institutions before the financial crisis.[39]

Market size and liquidity

As of the second quarter of 2011, there was about $13.7 trillion in total outstanding US mortgage debt.[40] There were about $8.5 trillion in total US mortgage-related securities.[41] About $7 trillion of that was securitized or guaranteed by government-sponsored enterprises or government agencies, the remaining $1.5 trillion being pooled by private mortgage conduits.[40]

According to the Bond Market Association, gross US issuance of agency MBS was (see also chart above):

Pricing

Valuation

The weighted-average maturity (WAM) and weighted average coupon (WAC) are used for valuation of a pass-through MBS, and they form the basis for computing cash flows from that mortgage pass-through. Just as this article describes a bond as a 30-year bond with 6% coupon rate, this article describes a pass-through MBS as a $3 billion pass-through with 6% pass-through rate, a 6.5% WAC, and 340-month WAM. The pass-through rate is different from the WAC; it is the rate that the investor would receive if he/she held this pass-through MBS, and the pass-through rate is almost always less than the WAC. The difference goes to servicing costs (i.e., costs incurred in collecting the loan payments and transferring the payments to the investors.)

To illustrate these concepts, consider a mortgage pool with just three mortgage loans that have the following outstanding mortgage balances, mortgage rates, and months remaining to maturity:

Loan Outstanding mortgage balance Mortgage
rate		 Remaining
months to maturity		 Percentage of pool's total $900,000 balance
(the loan's "weighting")
Loan 1 $200,000 6.00% 300 22.22%
Loan 2 $400,000 6.25% 260 44.44%
Loan 3 $300,000 6.50% 280 33.33%
Overall Pool $900,000 WAC: 6.277% WAM: 275.55 100%

Weighted-average maturity

The weighted-average maturity (WAM) of a pass-through MBS is the average of the maturities of the mortgages in the pool, weighted by their balances at the issue of the MBS. Note that this is an average across mortgages, as distinct from concepts such as weighted-average life and duration, which are averages across payments of a single loan.

The weightings are computed by dividing each outstanding loan amount by total amount outstanding in the mortgage pool (i.e., $900,000). These amounts are the outstanding amounts at the issuance or initiation of the MBS. The WAM for the above example is computed as follows:

WAM = (22.22% × 300) + (44.44% × 260) + (33.33% × 280) = 66.66 + 115.55 + 93.33 = 275.55 months

Weighted-average coupon

The weighted-average coupon (WAC) of a pass-through MBS is the average of the coupons of the mortgages in the pool, weighted by their original balances at the issuance of the MBS. For the above example this is:

WAC = (22.22% × 6.00%) + (44.44% × 6.25%) + (33.33% × 6.50%) = 1.33% + 2.77% + 2.166% = 6.277%

Theoretical pricing

Pricing a "vanilla" corporate bond is based on two sources of uncertainty: default risk (credit risk) and interest rate (IR) exposure.[42] The MBS adds a third risk: early redemption (prepayment). The number of homeowners in residential MBS securitizations who prepay increases when interest rates decrease. One reason for this phenomenon is that homeowners can refinance at a lower fixed interest rate. Commercial MBS often mitigate this risk using call protection.[43]

Since these two sources of risk (IR and prepayment) are linked, solving mathematical models of MBS value is a difficult problem in finance. The level of difficulty rises with the complexity of the IR model and the sophistication of the prepayment IR dependence, to the point that no closed-form solution (i.e., one that could be written down) is widely known. In models of this type, numerical methods provide approximate theoretical prices. These are also required in most models that specify the credit risk as a stochastic function with an IR correlation. Practitioners typically use specialised Monte Carlo methods or modified Binomial Tree numerical solutions.

Interest rate risk and prepayment risk

Theoretical pricing models must take into account the link between interest rates and loan prepayment speed. Mortgage prepayments are usually made because a home is sold or because the homeowner is refinancing to a new mortgage, presumably with a lower rate or shorter term. Prepayment is classified as a risk for the MBS investor despite the fact that they receive the money, because it tends to occur when floating rates drop and the fixed income of the bond would be more valuable (negative convexity). In other words, the proceeds received would need to be reinvested at a lower interest rate.[7] Hence the term prepayment risk.

Professional investors generally use arbitrage-pricing models to value MBS. These models deploy interest rate scenarios consistent with the current yield curve as drivers of the econometric prepayment models that models homeowner behavior as a function of projected mortgage rates. Given the market price, the model produces an option-adjusted spread, a valuation metric that takes into account the risks inherent in these complex securities. [44]

There are other drivers of the prepayment function (or prepayment risk), independent of the interest rate, such as:

Credit risk

Main article: Credit risk

The credit risk of mortgage-backed securities depends on the likelihood of the borrower paying the promised cash flows (principal and interest) on time. The credit rating of MBS is fairly high because:

  1. Most mortgage originations include research on the mortgage borrower's ability to repay, and will try to lend only to the creditworthy. An important exception to this is "no-doc" or "low-doc" loans.
  2. Some MBS issuers, such as Fannie Mae, Freddie Mac, and Ginnie Mae, guarantee against homeowner default risk. In the case of Ginnie Mae, this guarantee is backed with the full faith and credit of the US federal government.[45] This is not the case with Fannie Mae and Freddie Mac, but these two entities have lines of credit with the US federal government; however, these lines of credit are extremely small compared to the average amount of money circulated through these entities in one day's business. Additionally, Fannie Mae and Freddie Mac generally require private mortgage insurance on loans in which the borrower provides a down payment that is less than 20% of the property value.
  3. Pooling many mortgages with uncorrelated default probabilities creates a bond with a much lower probability of total default, in which no homeowners are able to make their payments (see Copula). Although the risk neutral credit spread is theoretically identical between a mortgage ensemble and the average mortgage within it, the chance of catastrophic loss is reduced.
  4. If the property owner should default, the property remains as collateral. Although real estate prices can move below the value of the original loan, this increases the solidity of the payment guarantees and deters borrower default.

If the MBS was not underwritten by the original real estate and the issuer's guarantee, the rating of the bonds would be much lower. Part of the reason is the expected adverse selection against borrowers with improving credit (from MBSs pooled by initial credit quality) who would have an incentive to refinance (ultimately joining an MBS pool with a higher credit rating).

Real-world pricing

Because of the diversity in MBS types, there is wide variety of pricing sources. In general, the more uniform or liquid the MBS, the greater the transparency or availability of prices.[36] Most traders and money managers use Bloomberg and Intex to analyze MBS pools and more esoteric products such as CDOs, although tools such as Citi's The Yield Book and Barclays POINT are also prevalent across Wall Street, especially for multi–asset class managers. Some institutions have also developed their own proprietary software. Tradeweb is used by the largest bond dealers (the "primaries") to transact round lots ($1 million and larger).

Complex structured products tend to trade less frequently and involve more negotiation. Prices for these more complicated MBSs, as well as for CMOs and CDOs, tend to be more subjective, often available only from dealers.[36]

For "vanilla" or "generic" 30-year pools (FN/FG/GN) with coupons of 3.5%–7%, one can see the prices posted on a TradeWeb screen by the primaries called To Be Allocated (TBA). This is due to the actual pools not being shown. These are forward prices for the next 3 delivery months since pools have not been cut; only the issuing agency, coupon, and dollar amount are revealed. A specific pool whose characteristics are known would usually trade "TBA plus {x} ticks" or a "pay-up", depending on characteristics. These are called "specified pools", since the buyer specifies the pool characteristic he/she is willing to "pay up" for.

The price of an MBS pool is influenced by prepayment speed, usually measured in units of CPR or PSA. When a mortgage refinances or the borrower prepays during the month, the prepayment measurement increases.

If the lovina acquired a pool at a premium (>100), as is common for higher coupons, then they are at risk for prepayment. If the purchase price was 105, the investor loses 5 cents for every dollar prepaid, which may significantly decrease the yield. This is likely to happen as holders of higher-coupon MBSs have a good incentive to refinance.

Conversely, it may be advantageous to the bondholder for the borrower to prepay if the low-coupon MBS pool was bought at a discount (<100). This is due to the fact that when the borrower pays back the mortgage, he does so at "par". So if the investor bought a bond at 95 cents on the dollar, as the borrower prepays he or she gets the full dollar back and his or her yield increases. However, this is unlikely to happen, as borrowers with low-coupon mortgages have very little incentive to refinance.

The price of an MBS pool is also influenced by the loan balance. Common specifications for MBS pools are loan amount ranges that each mortgage in the pool must pass. Typically, high-premium (high-coupon) MBSs backed by mortgages with an original loan balance no larger than $85,000 command the largest pay-ups. Even though the borrower is paying an above market yield, he or she is dissuaded from refinancing a small loan balance due to the high fixed cost involved.

Low Loan Balance: < $85,000
Mid Loan Balance: $85,000–$110,000
High Loan Balance: $110,000–$150,000
Super High Loan Balance: $150,000–$175,000
TBA: > $175,000

The plurality of factors makes it difficult to calculate the value of an MBS security. Often market participants do not concur, resulting in large differences in quoted prices for the same instrument. Practitioners constantly try to improve prepayment models and hope to measure values for input variables implied by the market. Varying liquidity premiums for related instruments and changing liquidity over time make this a difficult task. One factor used to express price of an MBS security is the pool factor.

Recording and Mortgage Electronic Registration Systems

One critical component of the securitization system in the US market is the Mortgage Electronic Registration Systems (MERS) created in the 1990s, which created a private system wherein underlying mortgages were assigned and reassigned outside of the traditional county-level recording process. The legitimacy and overall accuracy of this alternative recording system have faced serious challenges with the onset of the mortgage crisis: as the US courts flood with foreclosure cases, the inadequacies of the MERS model are being exposed, and both local and federal governments have begun to take action through suits of their own and the refusal (in some jurisdictions) of the courts to recognize the legal authority of MERS assignments.[46][47] The assignment of mortgage (deed of trust) and note (obligation to pay the debt) paperwork outside of the traditional US county courts (and without recordation fee payment) is subject to legal challenge. Legal inconsistencies in MERS originally appeared trivial, but they may reflect dysfunctionality in the entire US mortgage securitization industry.

See also

References

  1. ↑ Lemke, Lins and Picard, Mortgage-Backed Securities, Chapters 4 and 5 (Thomson West, 2013 ed.).
  2. ↑ How can mortgage-backed securities bring down the U.S. economy?| Josh Clark| How Stuff Works
  3. 1 2 Lemke, Lins and Picard, Mortgage-Backed Securities, Chapter 1 (Thomson West, 2013 ed.).
  4. ↑ "Mortgage-Backed securities". U.S. Securities and Exchange Commission.
  5. ↑ "Risk Glossary".
  6. ↑ "The Budget and Economic Outlook: Fiscal Years 2010 to 2020 - CBO". Cbo.gov. 2010-01-26. Retrieved 2014-08-23.
  7. 1 2 Lemke, Lins and Picard, Mortgage-Backed Securities, Chapter 4 (Thomson West, 2013 ed.).
  8. ↑ All the Devils Are Here, MacLean and Nocera, p.5
  9. ↑ All the Devils Are Here, MacLean and Nocera, p.19
  10. ↑ ""Déjà Vu All Over Again: Agency, Uncertainty, Leverage and the Panic of 1857", Timothy J. Riddiough and Howard E. Thompson, 2012". Papers.ssrn.com. doi:10.2139/ssrn.2042316. Retrieved 2014-08-23.
  11. ↑ "Securitization in the 1920s". Nber.org. Retrieved 2014-08-23.
  12. ↑ Fabozzi & Modigliani 1992, pp. 18–19.
  13. ↑ Fabozzi & Modigliani 1992, p. 19.
  14. ↑ Fabozzi & Modigliani 1992, pp. 19–20.
  15. 1 2 Fabozzi & Modigliani 1992, p. 20.
  16. 1 2 Fabozzi & Modigliani 1992, p. 21.
  17. ↑ Fabozzi & Modigliani 1992, p. 23.
  18. ↑ Fabozzi & Modigliani 1992, p. 25.
  19. 1 2 Fabozzi & Modigliani 1992, p. 31.
  20. ↑ Fabozzi & Modigliani 1992, p. 34.
  21. ↑ The 21 states that utilized the exemption provisions were Alaska, Arkansas, Colorado, Connecticut, Delaware, Florida, Georgia, Illinois, Kansas, Maryland, Michigan, Missouri, Nebraska, New Hampshire, New York, North Carolina, Ohio, South Dakota, Utah, Virginia, and West Virginia.
  22. ↑ Fabozzi & Modigliani 1992, p. 32.
  23. ↑ Fabozzi & Modigliani 1992, pp. 33–34.
  24. ↑ Cebula, Richard J.; Hung, Chao-shun (1992). The Savings and Loan Crisis. p. 57. ISBN 978-0-8403-7620-6. The Tax Reform Act of 1986 significantly acted to reduce real estate values and to weaken the profit positions of Savings and Loans...
  25. ↑ Fabozzi & Modigliani 1992, p. 26.
  26. ↑ Peter Eavis (August 8, 2012). "With Rates Low, Banks Increase Mortgage Profit" (Dealbook blog). The New York Times. Retrieved August 9, 2012.
  27. ↑ Trust must satisfy the restrictions of Treas. Reg. § 301.7701-4(c) to prevent recharacterization of the trust as a business entity for tax purposes.
  28. ↑ Joseph G. Haubrich, Derivative Mechanics: The CMO, Economic Commentary, Federal Reserve Bank of Cleveland, Issue Q I, pages 13-19, (1995).
  29. ↑ These securities are referred to as Fast-pay, Slow-pay securities.
  30. ↑ IRC § 385.
  31. ↑ Keith L. Krasney, "Legal Structure of Net Interest Margin Securities", The Journal of Structured Finance, Spring 2007, Vol. 13, No. 1: pp. 54-59, doi:10.3905/jsf.2007.684867
  32. ↑ "A Journey to the Alt-A Zone: A Brief Primer on Alt-A Mortgage Loans" (PDF). Nomura Fixed Income Research.
  33. 1 2 Lemke, Lins and Picard, Mortgage-Backed Securities, Chapter 3 (Thomson West, 2013 ed.).
  34. ↑ "Fannie Mae, Freddie Mac 2013 bill sale calendar". Reuters. Retrieved 11 January 2013.
  35. ↑ "Freddie Mac, Fannie Mae and FHLB 2013 note calendar". Reuters. Retrieved 11 January 2013.
  36. 1 2 3 4 5 Lemke, Lins and Picard, Mortgage-Backed Securities, Chapter 5 (Thomson West, 2013 ed.).
  37. ↑ "Self-Regulatory Organizations; Financial Industry Regulatory Authority, Inc.; Notice of Filing of Proposed Rule Change Relating to Post-Trade Transparency for Agency Pass-Through Mortgage-Backed Securities Traded TBA" (PDF). SEC.
  38. ↑ Michael Simkovic, Competition and Crisis in Mortgage Securitization
  39. ↑ Michael Simkovic, Secret Liens and the Financial Crisis of 2008, American Bankruptcy Law Journal, Vol. 83, p. 253, 2009
  40. 1 2 "Federal Reserve Statistical Release". Federalreserve.gov. 2009-03-27. Retrieved 2014-08-23.
  41. ↑ Securities Industry and Financial Markets Association Statistical Release Archived April 19, 2009, at the Wayback Machine.
  42. ↑ Ross, Stephen A.; et al. (2004). Essentials of Corporate Finance, Fourth Edition. McGraw-Hill/Irwin. pp. 158, 186. ISBN 0-07-251076-5.
  43. ↑ LaCour-Little, Michael. "Call Protection In Mortgage Contracts" (PDF). AREUEA. p. 2. Retrieved 30 November 2012.
  44. ↑ Hayre 2001, p. 29.
  45. ↑ "Mortgage-backed securities are offering decent returns". USA Today. October 21, 2010.
  46. ↑ Archived November 25, 2011, at the Wayback Machine.
  47. ↑ "HSBC Bank USA, N.A. v Taher (2011 NY Slip Op 51208(U))". Nycourts.gov. Retrieved 2014-08-23.

Bibliography

  • Lemke, Thomas P.; Lins, Gerald T.; Picard, Marie E. (2013). Mortgage-Backed Securities. Thomson West. 
  • Fabozzi, Frank J.; Modigliani, Franco (1992). Mortgage and Mortgage-backed Securities Markets. Harvard Business School Press. ISBN 0-87584-322-0. 
  • Hayre, Lakhbir (2001). Salomon Smith Barney Guide to Mortgage-Backed and Asset-Backed Securities. Wiley. ISBN 978-0-471-38587-5. 

External links

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