9005 SL1 LED Single with AntiFlicker Modules
Aftermarket or OEM? If you're looking to improve visibility on your Toyota Matrix at night, you've probably found many options for LED upgrades. Most bulbs on the market are too big to install, don't work with the electrical system, and have no focus or hotspot in the beam pattern. Even if they come close on those aspects, they still aren't anything close to the quality you would find with factory-installed lighting. Like most aftermarket products, most LED bulbs are not engineered and tested for long-term reliability.
With the SL1 LED, Diode Dynamics set out to engineer a true OEM-grade solution. With its compact size, optically correct output, flow-simulated cooling, and boost-mode electrical circuit, our SL1 LED patented design is a properly-engineered solution that finally provides a true upgrade in performance, with high reliability: and it's tested and validated to meet those standards, just like OEM lighting.
Compact Size. Your order includes two bulbs, to replace the factory high beam bulbs on your Matrix. The bulbs are compact in size, in a patented design that isn't much bigger than the original halogen bulb. The drivers are compact too! If you have a sealed headlamp, they are designed to fit inside. The drivers and bulbs are tested to last over time, even when sealed inside with the heat of the headlamp.
Street Legal Output. Don't be fooled by high lumen numbers or projector specific bulbs. Your Matrix headlights are designed as a system, to focus light. If the light source in that system is out of focus, it doesn't matter how bright it is. You won't have a focused hotspot of light to shine down the road, you'll just have more glare. To correct this, the SL1 LED headlight bulb was engineered with advanced optical design software, which simulates each ray of light in a process known as ray tracing. Using this tool, our engineers perfectly matched the filament location, allowing the SL1 LED to focus light just like your original bulb, preserving the focus and hotspot, with no added glare. It produces a functional beam pattern on the road, in compliance with photometric standards, for a safe, functional output, which we call Street Legal.
CANBUS Systems. Some vehicles use a CANBUS electrical system that can cause flickering or bulb-out warnings when LEDs are installed. These issues can be prevented with our Anti-Flicker Modules, which are designed to condition factory power signals, both by smoothing out flickering signals to the output, and by replicating the power consumption of a halogen bulb, to avoid vehicle bulb out warnings that usually come with LED power draws. Your vehicle uses a CANBUS system, so we include a pair of Anti-Flickers Modules with your order.
Tested to Perform. We test the SL1 bulb in factory headlamps, and measure the entire beam pattern using specialized equipment. It's an elaborate affair: a headlight is mounted to a computer-controlled rotating head called a goniometer. Light shines down a tunnel, where a sensor collects data as the headlight is rotated. The entire beam pattern is mapped, and we compare the total output to the original halogen, confirming that the SL1 bulb shines more light in the hotspot, without adding extra glare on the road. The test results speak for themselves: in most lamps, like the 2015 F-150 Halogen lamp, there is 30-70 percent more light in the critical hotspot, with no added glare or spread of light. With proper optical engineering, testing, and validation in the application, we can assure correct optical performance.
Staying Cool. You may have seen bulbs that use large straps for cooling, or big fans that just make noise. These bulbs still run hot, pushing the LEDs past their limits, resulting in degradation of output after a few months. When it comes to cooling, proper engineering is required to efficiently remove heat from the bulb. In the SL1, it comes together as a whole system that was extensively tested, with dozens of iterations to achieve the best cooling performance possible. It includes a direct-solder copper core board, thermal phase-change interface material, and thermally-modeled zinc casting get heat to the base, where base fins are designed for aerodynamic performance in conjunction with the flow rate and pressure of the Sunon bearingless microfan. The result is a highly-effective and reliable cooling system, keeping the bulb running at maximum potential. Click here to learn more: Are Your Headlight Bulbs Too Hot? Video.
Fitment. With its patented design, the SL1 LED fits where other bulbs won't, without cutting or modification. There's no hanging metal straps, just a compact bulb that plugs right in, with an exclusive reinforced shroud to keep the heat off any other components or wiring. Only slightly larger than a standard halogen bulb, it fits behind dust caps and in tight spaces. The driver and bulb are tested to function when sealed inside the headlamp - no worries about heat buildup! The base sizes on the bulb are also are keyed for exact applications, not one-size-fits-all, and the compact driver easily tucks away.
Driven. Rather than a simple buck regulator found on other bulbs, the SL1 uses a unique boost-mode circuit, which prevents thermal imbalance in the LEDs over time - again, just like you would find in OEM LEDs. It also has transient protection for long life in automotive circuits. Diode Dynamics engineers also analyzed dozens of OEM electrical systems, and added current-monitoring circuitry to mimic the electrical characteristic of halogen bulbs, drastically reducing the need for CAN-BUS adapters (though they're still needed on some applications).
Reliability. Every part of the SL1 LED was designed for reliability, from the custom wiring with strain reliefs and solderless terminals, to the exclusive zinc castings, to the reinforced high-temperature PP-GF plastics (the same used in halogen bulb bases). Each component was designed and tested, with dozens of variations of each component reviewed until we achieved the maximum performance possible. Finally, the SL1 was put through its paces in our environmental testing chambers - where the bulb successfully performed through dozens of thermal cycles, from -40 through 85 degrees Celsius (-40 to 185F). Whether you're in the Sahara or northern Canada, the SL1 will keep performing for years, and is backed by a three year warranty.
Experience. After over a decade in business, Diode Dynamics is one of the most trusted names in automotive LED lighting. We directly manufacture and engineer our own products in the United States, allowing for higher quality and performance, with the newest and brightest LED technology. No matter what you're driving, we pride ourselves in offering only the best possible LED solutions.
- 9005 SL1 LED Single with AntiFlicker Modules
- Direct replacement for Toyota Matrix high beam headlight bulbs
- Correct optical focus for increased output with no added glare
- Perfect 9005 fitment, no modification needed
- Designed and validated to OEM lighting standards
- Engineered and Manufactured in USA
- 9005 SL1
- Optically correct focus, for true performance upgrade
- 1630 lumens per bulb
- 5700K cool white color
- Designed and tested to OEM standards, for long life
What's Included In the Box:
- Two (2) 9005 SL1 LED Headlights Bulbs
- Two (2) Anti-Flicker Modules to prevent flickering
- Quantity: Two (2)
- Warranty: 3 year warranty
- Return Policy: 30-day Return with no restocking fee
- 100 percent Satisfaction Guarantee
- Bulb Size: 9005
- Application: High Beam
- Make: Toyota
- Model: Matrix Years: 2003, 2004, 2005, 2006, 2007, 2008, 2009, 2010, 2011, 2012, 2013, 2014
- Electrical Compatibility: PWM/CANBUS System. Requires anti-flicker modules
- Measured Lumens: 1630 (per bulb)
- Color Temp (CCT): 5700K
- Power (watts): 20.2
- Operating Voltage: 5-16V
- Current (amps at 13.2V): 1.58
- Polarity: Polarity Specific
- Operating Temperature: -40C to 85C (-40F to 185F)
- LED Emitter: Luxeon Z ES
- Connector(s): OEM-Size Plug and Play
- Driver Features: External, Waterproof, Constant Current
- Driver Dimensions: 2.19 Inch x 1.13 Inch x 0.56 Inch
- Materials: Copper PCB, PP-TD30 Base, Zinc Heatsink
- Cooling: Active, Mag-Lev Microfan
- Compliance Ratings: FMVSS108 Beam Pattern, SAE J575 Durability Test
- Intrusion Ratings: IP65 Dustproof
- Patent: US D824052