Topic 18: Asset-Backed Security (ABS) Instrument and Market Features
Learning Objectives Coverage
LO1: Describe characteristics and risks of covered bonds and how they differ from other asset-backed securities
Core Concept exam-focus
Covered bonds are senior debt obligations issued by financial institutions, backed by a segregated pool of assets (cover pool) that remains on the issuer’s balance sheet, providing dual recourse to both the cover pool and the issuer’s general credit. This distinguishes them fundamentally from securitization: in securitization, assets are sold to an SPE and removed from the balance sheet, while covered bonds keep assets on the balance sheet with a ringfencing mechanism. The dual recourse structure means investors have a claim on both the cover pool and the issuer’s general assets, often enabling AAA ratings even when the issuing bank is rated only A. This $3 trillion global market is particularly important in Europe (German Pfandbriefe, Danish mortgage bonds) and provides banks with efficient long-term funding without true asset sales.
Formulas & Calculations
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Coverage Ratio Requirements:
Nominal Coverage = Cover Pool Value / Outstanding Bonds Minimum requirements by jurisdiction: - Germany: 102% (2% overcollateralization) - Canada: 103% - UK: 108% (typical) LTV-Adjusted Coverage = Σ(Loan × Min(1, LTV_limit/Actual_LTV)) / Bonds -
Asset Eligibility Tests:
Maximum LTV Test: Eligible Amount = Min(Loan Balance, Property Value × Max_LTV) Where Max_LTV typically: - Residential: 80% - Commercial: 60% -
Redemption Regime Impact:
Hard Bullet: Default if not paid at maturity Soft Bullet: Extension period = Original maturity + 12 months Conditional Pass-through: If unpaid at maturity → Convert to pass-through structure
Practical Examples
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German Pfandbrief Structure:
Commercial Finance Partners Example: - Issue size: €30 million - Coupon: 2.00% - Maturity: 20 years (soft bullet) - Cover pool: €33 million mortgages - Overcollateralization: 110% - LTV cutoff: 80% Dual recourse means: 1. First claim on €33M cover pool 2. If insufficient, claim on bank's assets 3. Result: AAA rating despite bank's A rating -
Covered Bond vs ABS Comparison:
€1B mortgage pool scenario: Covered Bond: - Remains on balance sheet - Capital requirement: €40M (4%) - Funding cost: 1.5% - Dual recourse protection RMBS: - Off balance sheet - Capital freed: €40M - Funding cost: 1.8% - No recourse to originator
DeFi Application defi-application
- Protocol example: MakerDAO considering on-chain covered bond structures
- Implementation: Smart contract ringfencing, automatic rebalancing, transparent overcollateralization
- Advantages/Challenges:
- Advantages: Real-time monitoring, automatic enforcement, global investor access
- Challenges: Legal recognition, cross-chain assets, regulatory compliance
LO2: Describe typical credit enhancement structures used in securitizations
Core Concept exam-focus
Credit enhancements are structural features that protect investors from losses, improving credit ratings and marketability by redistributing risk without eliminating it, creating tranches with different risk-return profiles. This mechanism enables AAA ratings on securities backed by BBB assets, expanding the investor base and reducing funding costs — understanding these structures is crucial for credit risk assessment and relative value analysis. The key components include internal enhancements (subordination, overcollateralization, excess spread), external enhancements (guarantees, insurance), structural features (triggers, reserves), and waterfall mechanisms that govern the priority of cash flow distribution.
Formulas & Calculations
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Subordination Calculation:
Senior Credit Enhancement = (Subordinated Tranches) / Total Securities Example: Total ABS: €1,000M Senior: €700M Mezzanine: €200M Junior: €100M Senior Enhancement = (200 + 100) / 1,000 = 30% Mezz Enhancement = 100 / 1,000 = 10% -
Overcollateralization (OC):
OC Ratio = Collateral Value / Securities Outstanding OC Amount = Collateral Value - Securities Outstanding Example: Collateral: €1,200M Securities: €1,000M OC Ratio = 1.20 (20% enhancement) -
Excess Spread:
Excess Spread = WAC - (Weighted Average Coupon + Servicing + Expenses) Where: WAC = Weighted Average Coupon of collateral Example: Collateral yield: 8% Bond coupon: 5% Servicing: 0.5% Excess spread: 2.5% (credit enhancement) -
HP 12C Steps (Enhancement Sizing):
Calculate total enhancement for €825M senior tranche: Total securities: €1,000M Subordination: €175M OC: €50M 175 [ENTER] 50 [+] (Total enhancement) 1000 [÷] 100 [×] (As percentage) Result: 22.5% (Senior enhancement)
Practical Examples
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Multi-Layer Enhancement Structure:
Auto Loan ABS (€1B pool): Internal Enhancements: 1. Subordination: - Senior A: €750M (AAA) - Mezz B: €150M (A) - Junior C: €100M (BBB) 2. Overcollateralization: €50M - Total collateral: €1,050M 3. Excess spread: 2% annually - €20M/year buffer 4. Reserve account: €10M (1%) Total Senior Enhancement: = (150 + 100 + 50 + 10) / 1,000 = 31% protection -
Dynamic Enhancement Example:
Credit Card ABS with triggers: Normal operation: - 15% subordination - 2% excess spread to profit If 3-month average losses > 4%: - Trap excess spread (builds to 5%) - Early amortization triggered - Enhancement increases over time
DeFi Application
- Protocol example: Goldfinch senior pool with junior first-loss protection defi-application
- Implementation: Automated waterfall distribution, dynamic collateral requirements via Aave-style overcollateralization
- Advantages/Challenges:
- Advantages: Transparent enhancement levels, real-time adjustment, no rating agency delays
- Challenges: Chainlink oracle dependencies, smart contract complexity, liquidity provision
LO3: Describe types and characteristics of non-mortgage asset-backed securities, including the cash flows and risks of each type
Core Concept
Non-mortgage ABS are securities backed by consumer and commercial receivables other than mortgages — including auto loans, credit cards, student loans, and equipment leases — each with unique cash flow patterns and risk characteristics. This market represents over $1 trillion in outstanding securities, providing crucial funding for consumer finance and enabling portfolio diversification with varied risk-return profiles and durations. The key structural distinctions center on amortizing versus revolving structures, asset-specific risks (prepayment and default patterns), structural adaptations by asset type, and performance metrics and triggers that govern cash flow waterfall behavior.
Formulas & Calculations
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Credit Card ABS Metrics:
Monthly Payment Rate (MPR) = Monthly Principal / Beginning Balance Portfolio Yield = (Finance Charges + Fees) / Average Balance Charge-off Rate = Annual Charge-offs / Average Balance Excess Spread = Portfolio Yield - (Funding Cost + Charge-offs + Expenses) -
Auto Loan ABS Calculations:
Absolute Prepayment Speed (ABS) = Monthly Prepayment / Original Balance Cumulative Loss Rate = Cumulative Defaults / Original Balance Recovery Rate = Recovery Amount / Default Balance -
Solar ABS Metrics:
Coverage Ratio = PV of Cash Flows / Securities Outstanding DSCR = Annual Cash Flow / Annual Debt Service System Performance = Actual Generation / Expected Generation -
HP 12C Steps (Auto ABS Prepayment):
Calculate monthly cash flow with 1.5% ABS: Pool balance: €100M Scheduled payment: €2M ABS prepayment: 1.5% 100 [ENTER] 0.015 [×] (Prepayment amount) 2 [+] (Add scheduled) Result: €3.5M (Total principal)
Practical Examples
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Credit Card Master Trust:
Structure: - Pool size: $5B receivables - Multiple series outstanding - 3-year revolving, 5-year total Cash flows (revolving period): - Monthly collections: $850M - Finance charges: $100M - Principal: $750M (reinvested) - Investor interest: $40M paid out Early amortization triggers: - 3-month average excess spread < 0% - Payment rate < 5% - Charge-offs > 8% -
Solar ABS Innovation (SolarCity):
2013-1 Deal Structure: - Collateral: 5,033 PV systems - Value: $143.9M systems - Securities: $54.4M (BBB+) - Overcollateralization: 2.66x - Yield: 4.8% Risk factors: - Technology performance - Utility rate changes - Home sales/transfers - Inverter replacement costs
DeFi Application
- Protocol example: Centrifuge tokenizing auto loan pools defi-application
- Implementation: NFT representation of loans, on-chain servicing, automated distributions via Compound-style lending pools
- Advantages/Challenges:
- Advantages: Real-time performance data, fractional ownership, 24/7 trading
- Challenges: Privacy concerns, servicing complexity, legal enforcement
LO4: Describe collateralized debt obligations, including their cash flows and risks
Core Concept
CDOs are structured products that repackage portfolios of debt instruments (bonds, loans, other CDOs) into tranched securities with varying risk levels, with CLOs (backed by leveraged loans) dominating the modern CDO market. These instruments enable risk transformation and credit arbitrage, but their complexity contributed to the 2008 financial crisis — understanding their mechanics is essential for risk management and recognizing systemic vulnerabilities. The key components include the collateral manager role, coverage tests and triggers that govern cash flow distribution, reinvestment periods during which the manager can actively trade the portfolio, and the distinction between synthetic (CDS-based) and cash structures.
Formulas & Calculations
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CLO Coverage Tests:
Senior OC Test = Collateral Value / Senior Debt Required: Usually 130-150% Junior OC Test = Collateral Value / (Senior + Mezz Debt) Required: Usually 110-120% Interest Coverage = Interest Collections / Senior Interest Required: Usually 120%+ -
CDO Arbitrage Calculation:
Asset Yield - Liability Cost - Management Fee = Equity Return Example: Loan portfolio yield: 7% Weighted funding cost: 3% Management fee: 0.5% Excess to equity: 3.5% With 10x leverage: 35% equity return -
Diversity Score:
Diversity Score = Number of uncorrelated assets Industry correlation adjustment: If 20% in one industry: Effective diversity reduced by correlation factor -
HP 12C Steps (CLO Equity Return):
Calculate equity return with leverage: Assets: €500M at 7% yield Debt: €450M at 3% cost Equity: €50M 500 [ENTER] 0.07 [×] (Asset income: €35M) 450 [ENTER] 0.03 [×] [-] (Less debt cost: €13.5M) Result: €21.5M net 50 [÷] 100 [×] Result: 43% equity return
Practical Examples
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Typical CLO 2.0 Structure:
$500M Leveraged Loan Portfolio: Capital Structure: - AAA: $350M (70%) at L+100 - AA: $40M (8%) at L+150 - A: $35M (7%) at L+250 - BBB: $30M (6%) at L+400 - BB: $25M (5%) at L+700 - Equity: $20M (4%) residual Portfolio Requirements: - Minimum 150 obligors - Max 2% single name - Max 15% CCC-rated - Industry limits: 12% max Performance Triggers: - If Senior OC < 130%: Divert cash to pay down AAA - If Junior OC < 110%: Accelerate all debt payment -
CDO-Squared Complexity:
Structure within structure: Level 1: 20 CDO tranches Level 2: Repackaged into new CDO Risk amplification: - 10% loss in underlying → 50% loss in CDO - 50% loss in CDO → 100% loss in CDO-squared Correlation risk: - Assumed: 30% correlation - Actual (crisis): 90% correlation - Result: Massive unexpected losses
DeFi Application
- Protocol example: Index Coop’s leveraged tokens as simplified CDO structures defi-application
- Implementation: Automated rebalancing, transparent leverage, no manager discretion
- Advantages/Challenges:
- Advantages: No management fees, transparent rules, instant Uniswap liquidity
- Challenges: Limited asset universe, smart contract risks, no active management benefits
Core Concepts Summary (80/20 Principle)
Essential Knowledge (20% that matters 80%)
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Covered Bonds vs ABS:
- Covered: On balance sheet, dual recourse
- ABS: Off balance sheet, single recourse
- Key: Covered bonds safer but less capital efficient
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Credit Enhancement Hierarchy:
- Subordination: Most common (20-30% typical)
- Overcollateralization: 5-20% additional
- Excess spread: 2-4% ongoing buffer
- Always calculate total enhancement
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Asset Type Characteristics:
- Credit cards: Revolving, no prepayment risk initially
- Auto loans: Amortizing, 1-2% monthly prepayment
- Solar: Long-term, technology risk
- Student loans: Government guarantee variations
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CDO/CLO Mechanics:
- Manager actively trades portfolio
- Coverage tests control distributions
- Equity gets residual (high risk/return)
- Correlation kills diversification benefits
Advanced Considerations
- Revolving period risks: Adverse selection, rapid amortization
- Synthetic structures: CDS-based, no cash assets
- Regulatory changes: Risk retention, Volcker rule impacts
- ESG considerations: Green ABS, social impact bonds
- Technology integration: Blockchain, smart contracts, tokenization
Comprehensive Formula Sheet formula
Covered Bond Metrics
1. Coverage Calculations:
Nominal Coverage = Cover Pool / Outstanding Bonds
NPV Coverage = PV(Cover Pool CFs) / PV(Bond Payments)
LTV-Adjusted = Σ(Min(Loan, Property × LTV_max)) / Bonds
2. Asset Quality Tests:
Weighted Average LTV = Σ(Loan × LTV) / Σ(Loan)
Non-Performing Ratio = NPL Balance / Cover Pool
Substitution Assets = Government Bonds / Cover Pool (max 20%)
Credit Enhancement Formulas
3. Subordination:
Senior Enhancement = Subordinated Classes / Total Issue
Mezz Enhancement = Junior Classes / Total Issue
Attachment Point = Losses to Affect Tranche / Total
4. Overcollateralization:
OC Ratio = Collateral Balance / Bond Balance
OC Amount = Collateral - Bonds Outstanding
Target OC = Rating Agency Requirement + Buffer
5. Excess Spread:
Gross Excess = Portfolio Yield - Bond Coupon
Net Excess = Gross - Servicing - Expected Loss
Trapped Excess = Amount Held in Reserve
Non-Mortgage ABS Metrics
6. Credit Card ABS:
Payment Rate = Monthly Principal / Beginning Balance
Yield = (Finance Charges + Fees) / Average Balance
Charge-off Rate = Defaults / Average Outstanding
Delinquency = 30+ DPD Balance / Total Balance
7. Auto Loan ABS:
ABS Speed = Prepayment / Original Balance
CPR = 1 - (1 - ABS)^12
Cumulative Loss = Total Defaults / Original Pool
Recovery Rate = Recoveries / Gross Defaults
8. Solar ABS:
System Performance = Actual kWh / Expected kWh
Coverage Ratio = PV(Generation) / PV(Debt Service)
Degradation Rate = Annual Output Decline %
CDO/CLO Calculations
9. Coverage Tests:
OC Test = Collateral Par / Debt Outstanding
IC Test = Interest Income / Interest Due
CCC Basket = CCC Assets / Total Assets (max 7.5%)
Diversity Score = Equivalent Independent Assets
10. Returns:
Equity IRR = (Distributions + Terminal) / Initial
Arbitrage = Asset Yield - Debt Cost - Fees
Leverage = Total Assets / Equity
ROE = Arbitrage × Leverage
HP 12C Calculator Sequences hp12c
Covered Bond Analysis
Scenario: €500M covered bonds, €600M cover pool
Required coverage: 105%, Property values: €750M, LTV limit: 80%
Step 1: Nominal overcollateralization
600 [ENTER] 500 [÷]
Result: 1.20 (120% coverage)
Step 2: Maximum eligible assets at 80% LTV
750 [ENTER] 0.80 [×]
Result: €600M (fully eligible)
Step 3: Coverage buffer above minimum
1.20 [ENTER] 1.05 [-]
0.15 [ENTER] 100 [×]
Result: 15% buffer
ABS Enhancement Calculation
Scenario: Structure $1B auto loans with target AAA rating
Required enhancement: 25%, Using 80/15/5 structure
Step 1: Senior tranche size
1000 [ENTER] 0.80 [×]
Result: $800M senior
Step 2: Total subordination
1000 [ENTER] 800 [-]
Result: $200M subordination
Step 3: Enhancement percentage check
200 [ENTER] 1000 [÷] 100 [×]
Result: 20% (need 5% more)
Step 4: Add overcollateralization
1000 [ENTER] 1.0526 [×]
Result: $1,052.6M collateral needed
CLO Equity Return Analysis
Scenario: $400M CLO, $360M debt at 4%, loans yield 7.5%
Management fee: 0.5%, Target equity return?
Step 1: Annual asset income
400 [ENTER] 0.075 [×]
Result: $30M income
Step 2: Debt service cost
360 [ENTER] 0.04 [×]
Result: $14.4M cost
Step 3: Management fee
400 [ENTER] 0.005 [×]
Result: $2M fee
Step 4: Net to equity
30 [ENTER] 14.4 [-] 2 [-]
Result: $13.6M
Step 5: Equity return
13.6 [ENTER] 40 [÷] 100 [×]
Result: 34% return
Practice Problems
Basic Level
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Covered Bond Coverage: A €400M covered bond has €480M in cover pool. Calculate the overcollateralization percentage.
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Credit Enhancement: An ABS has 200M mezz, $100M junior tranches. What’s the senior credit enhancement?
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Credit Card Metrics: A master trust has 8% portfolio yield, 3% charge-offs, 1% expenses, and 2% funding cost. Calculate excess spread.
Intermediate Level
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Multi-Enhancement Structure: Calculate total senior enhancement with 20M OC, and 2% annual excess spread on $500M pool.
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CLO Coverage Test: A CLO has 380M debt. Does it pass a 108% OC test? If not, how much deleveraging is needed?
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Solar ABS Sizing: Solar systems worth 18M annually. Size senior tranche for 1.4x DSCR at 4% coupon.
Advanced Level
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Dynamic Pool Management: Model covered bond pool with 2% monthly prepayments, 105% minimum coverage, and monthly rebalancing requirements.
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CDO Correlation Impact: Calculate how increasing correlation from 20% to 60% affects equity tranche with 5% subordination.
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Revolving Structure Trigger: Design early amortization triggers for credit card ABS with historical 2% charge-offs and 15% payment rate.
Solutions
- OC = 20% (80/400)
- Enhancement = 30% (300/1000)
- Excess spread = 2% (8-3-1-2)
- Total = 14% + ongoing 2%/year
- Fails (110.5% needed), reduce debt by $11M
- Senior = $321M max (18/0.04/1.4)
- Need $10.5M monthly additions
- Equity loss increases from 25% to 75%
- Triggers at 4% charge-off, 10% payment rate
DeFi Applications & Real-World Examples
DeFi Protocol Implementations
1. Centrifuge Real-World Assets
Tinlake Pools Structure:
- DROP tokens: Senior tranche (fixed yield)
- TIN tokens: Junior tranche (variable)
Example: ConsolFreight Pool
- Assets: Trade finance invoices
- Senior yield: 4% (DROP)
- Junior: 8-15% variable (TIN)
- Enhancement: 15% subordination
- On-chain verification via NFTs
2. Maple Finance CLO-Style Pools
Institutional Lending:
- Pool Delegate: Active manager role
- Structured coverage: 10% first-loss
- Withdrawal queues: Manage liquidity
Example Pool:
- Size: $50M USDC
- Yield: 8% to LPs
- Cover: $5M delegate stake
- Management: 0.5% annual fee
3. Goldfinch Tranched Lending
Senior/Junior Structure:
- Backers: Junior capital (first-loss)
- Senior Pool: Automated allocation
- Leverage: 4x on backer capital
Risk Distribution:
- Junior: 20% of capital, 15% yield
- Senior: 80% of capital, 7% yield
- Enhancement: 20% subordination
Traditional Market Evolution
Post-Crisis CLO Market (CLO 2.0/3.0)
Structural Improvements:
- No CDO-squared exposure
- Better manager alignment (risk retention)
- Stricter portfolio guidelines
- Enhanced reporting
Current Market (2024):
- Outstanding: $1+ trillion
- New issue: $150B+ annually
- Spreads: AAA at L+140-180
- Defaults: <1% for investment grade
Green/Social ABS Growth
Solar/PACE Securities:
- $10B+ annual issuance
- 20-year terms common
- Property-tied assessments
- Grid parity driving growth
EV Charging Infrastructure:
- ChargePoint securitizations
- Revenue-based structures
- Network effects valued
- Government support programs
European Covered Bonds
Market Size: €3 trillion
Frameworks:
- UCITS compliance
- ECB eligibility
- Harmonized EU rules (2022)
- Green covered bonds growing
Innovation:
- Soft bullet structures
- Conditional pass-through
- ESG-linked margins
- Cross-border pooling
Case Studies
SolarCity 2013-1 (First Solar ABS) case-study
Innovation Points:
- First rated solar ABS
- 2.66x overcollateralization
- Geographic diversification
- Performance monitoring systems
Lessons Learned:
- Technology risk manageable
- Residential acceptance high
- Utility rate risk remains
- Secondary market developed
Credit Card Master Trust Evolution case-study
Chase Card Master Trust:
- $150B+ receivables
- Multiple series outstanding
- Dynamic allocation system
- Sophisticated triggers
COVID-19 Response:
- Payment rates increased
- Charge-offs initially spiked
- Government support helped
- Structure proved resilient
Common Pitfalls & Exam Tips
Frequent Mistakes
- Confusing covered bonds with RMBS: Remember on vs off balance sheet
- Missing total enhancement: Add ALL forms (subordination + OC + excess)
- Revolving vs amortizing: Credit cards revolve, auto loans amortize
- CDO complexity: Focus on basic structure, not exotic variants
- Coverage test direction: OC > minimum (not <)
- Prepayment conventions: ABS for auto, CPR for mortgages
Exam Strategy
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Quick identification:
- Covered bond: Dual recourse mentioned
- CLO: Leveraged loans, active management
- Credit card: Revolving period, MPR metrics
- Enhancement: Look for percentage of total
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Calculation priorities:
- Always calculate total enhancement first
- Check if coverage tests are met
- Remember waterfall payment order
- Convert monthly to annual rates when needed
Time-Saving Shortcuts
Enhancement levels by rating:
AAA: 25-30% typical
AA: 15-20%
A: 10-15%
BBB: 5-10%
BB and below: <5%
Quick CLO assessment:
OC > 130% → Healthy senior
OC < 110% → Distressed
Equity typically 5-10% of structure
Key Takeaways
Critical Points for Mastery
- Covered bonds offer dual recourse, making them safer than ABS
- Credit enhancement is cumulative: Add all forms for total protection
- Revolving structures delay principal risk during revolving period
- CLO managers actively trade, unlike static ABS pools
- Subordination is primary enhancement for most structures
- Early amortization protects credit card ABS investors
- Solar ABS introduces technology risk absent in traditional ABS
- CDO-squared amplifies risk through correlation and leverage
Quick Reference Grid
Asset Type | Structure | Key Risk | Enhancement
-----------|-----------|----------|-------------
Covered | On B/S | Issuer | Dual recourse
Auto ABS | Amortizing| Prepay | 20-25% sub
Credit Card| Revolving | Payment | Excess spread
Solar | Amortizing| Tech | High OC
CLO | Managed | Manager | 30%+ sub
CDO-squared| Layered | Correlation| Varies
Cross-References & Additional Resources
Related Finance Topics
- Topic 19: MBS (mortgage-backed structures, prepayment models)
- Topic 17: Securitization (foundational securitization mechanics)
- Topic 14: Credit Risk (underlying collateral quality) credit-analysis
- Topic 2: Cash Flows and Types (amortizing vs revolving)
- Derivatives: CDS in synthetic CDOs
- Quantitative Methods: Monte Carlo for CDO pricing
Regulatory Frameworks
- US Risk Retention: 5% minimum for sponsors
- EU STS Standards: Simple, Transparent, Standardized
- Basel III: Securitization capital framework
- Covered Bond Directive: EU harmonization rules
Advanced Resources
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Industry Sources:
- SIFMA ABS Market Statistics
- AFME Securitisation Data
- S&P Global SF Research
- Moody’s ABS Methodology
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Academic Literature:
- Coval et al: “Economic Catastrophe Bonds”
- Gorton: “Slapped by the Invisible Hand”
- Keys et al: “Securitization and Screening”
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DeFi Documentation:
- Centrifuge Developer Docs
- Maple Finance Methodology
- Goldfinch Risk Framework
- MakerDAO RWA Documentation
Review Checklist
Essential Mastery Items
- Distinguish covered bonds from ABS
- Calculate credit enhancement levels
- Understand revolving vs amortizing structures
- Know waterfall payment priorities
- Identify major ABS types and risks
- Understand CLO manager role and tests
- Calculate overcollateralization ratios
- Know early amortization triggers
Intermediate Proficiency
- Compare enhancement techniques effectiveness
- Analyze multi-layer credit structures
- Understand synthetic vs cash CDOs
- Calculate coverage test compliance
- Know asset-specific performance metrics
- Understand master trust structures
- Evaluate prepayment impact on tranches
- Assess manager quality in CLOs
Advanced Application
- Model dynamic pool management
- Design optimal enhancement structures
- Analyze correlation impact on CDOs
- Create early warning triggers
- Map DeFi protocols to TradFi structures
- Understand regulatory capital treatment
- Evaluate ESG in securitization
- Design tokenized ABS structures
Pre-Exam Checklist
- Memorized typical enhancement levels by rating
- Know covered bond vs ABS distinctions
- Understand all major ABS types
- Can calculate subordination quickly
- Know CLO coverage test thresholds
- Understand payment waterfall concept
- Reviewed revolving period mechanics
- Practiced HP 12C enhancement calculations