ComparisonTwo ways to
Two ways to
light your home.
From traditional landscape uplighting to smart top-down roofline systems — compare the pros, cons, cost, and installation of each approach.
Top-Down
Downlighting
Bottom-Up
Uplighting
Advantages
- Mimics natural moonlight for subtle, organic ambiance
- 40% more energy efficient than uplighting
- Ideal for pathways, patios, and security coverage
- Smart RGB options: 16M colors, animations, and music sync
- Permanently replaces seasonal lights — year-round use
- Professional smart systems include a lifetime warranty
Advantages
- Creates dramatic, high-impact visual contrast
- 2.4x more effective at showcasing trees and textures
- Highlights architectural features beautifully
- Ground-level installation — DIY friendly
- Lower upfront cost for standard setups
Disadvantages
- Requires elevated mounting points (eaves, trees, poles)
- Higher installation cost due to height access
- Less dramatic impact on architectural features
- Smart RGB systems cost $15–25 per linear foot
- Premium systems require professional installation
Disadvantages
- Higher energy consumption overall
- Can produce unnatural shadows and glare
- Static lighting only — no color or motion
- Fixtures visible during daylight hours
Always Look For
- Aluminum or powder-coated steel housing
- IP65 or higher waterproof rating
- UL-listed LEDs with 50,000+ hour lifespan
- App with local (non-cloud) control
- Addressable LEDs for smart RGB systems
- Lifetime transferable warranty from an established brand
Always Look For
- Solid brass or copper housing (lifetime durability)
- Cast aluminum minimum — never stamped sheet metal
- IP67+ sealed LEDs for in-ground well fixtures
- 12V low-voltage system with a quality transformer
- Adjustable lamp angle with locking mechanism
Always Avoid
- Plastic housings — crack and fade in UV/cold
- Generic LED strips without safety certifications
- Subscriptions required for basic features
- Exposed wiring without weatherproof seals
- RGB strips falsely marketed as permanent systems
- Installers without manufacturer certification
Always Avoid
- Plastic housings — fail within 2–3 years outdoors
- Painted finishes that peel in moisture
- Non-replaceable integrated LEDs (can't service)
- Undersized wire gauge on runs over 50ft
- Budget transformers without overload protection
Best for: Security, pathways, patios, and roofline accents. Smart RGB options let you permanently replace seasonal lights and add color and animation year-round.
Cost: $$–$$$$Install: DIY to professional
Best for: Architectural drama, trees, and creating stunning focal points.
Cost: $-$$Install: DIY friendly
Top-Down
Downlighting
Advantages
- Mimics natural moonlight for subtle, organic ambiance
- 40% more energy efficient than uplighting
- Ideal for pathways, patios, and security coverage
- Smart RGB options: 16M colors, animations, and music sync
- Permanently replaces seasonal lights — year-round use
- Professional smart systems include a lifetime warranty
Disadvantages
- Requires elevated mounting points (eaves, trees, poles)
- Higher installation cost due to height access
- Less dramatic impact on architectural features
- Smart RGB systems cost $15–25 per linear foot
- Premium systems require professional installation
Always Look For
- Aluminum or powder-coated steel housing
- IP65 or higher waterproof rating
- UL-listed LEDs with 50,000+ hour lifespan
- App with local (non-cloud) control
- Addressable LEDs for smart RGB systems
- Lifetime transferable warranty from an established brand
Always Avoid
- Plastic housings — crack and fade in UV/cold
- Generic LED strips without safety certifications
- Subscriptions required for basic features
- Exposed wiring without weatherproof seals
- RGB strips falsely marketed as permanent systems
- Installers without manufacturer certification
Cost: $$–$$$$Install: DIY to professional
Bottom-Up
Uplighting
Advantages
- Creates dramatic, high-impact visual contrast
- 2.4x more effective at showcasing trees and textures
- Highlights architectural features beautifully
- Ground-level installation — DIY friendly
- Lower upfront cost for standard setups
Disadvantages
- Higher energy consumption overall
- Can produce unnatural shadows and glare
- Static lighting only — no color or motion
- Fixtures visible during daylight hours
Always Look For
- Solid brass or copper housing (lifetime durability)
- Cast aluminum minimum — never stamped sheet metal
- IP67+ sealed LEDs for in-ground well fixtures
- 12V low-voltage system with a quality transformer
- Adjustable lamp angle with locking mechanism
Always Avoid
- Plastic housings — fail within 2–3 years outdoors
- Painted finishes that peel in moisture
- Non-replaceable integrated LEDs (can't service)
- Undersized wire gauge on runs over 50ft
- Budget transformers without overload protection
Cost: $-$$Install: DIY friendly