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May. 13, 2024
Providing reliable, high-performance lighting solutions, Cree LED has been a pioneer in the LED industry since its inception in 1987. Initially concentrating on semiconductor materials, the firm significantly advanced the utilization of blue LED die in automotive and display backlighting applications.
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Established in 1987, Cree LED began with a focus on semiconductor materials, catalyzing the widespread adoption of blue LED die in automotive and display backlighting applications.
Throughout the 1990s, Cree LED refined its technology and emerged as a leader in LED innovation. The groundbreaking launch of the XLamp® XR-E LED in 2006 marked the beginning of the LED Lighting Revolution. Since then, Cree LED has driven continuous innovation, establishing LEDs as the dominant lighting technology for general illumination and large video displays. Today, Cree LED continues to push the boundaries with top-tier LED solutions.
Having over five years of experience in crafting intelligent bike lights, we have gained substantial knowledge about LEDs, lenses, sensors, and related technologies. This expertise is evident in the development and improvement of our products like ACE and ICON2. You can find a comprehensive comparison here, but in this article, we will delve into their hardware and light output specifications.
We are proud to develop our technology in-house, starting with hardware - a crucial part of any new product's journey to the market. Our talented hardware engineer, Caleb, often seen at his mini workstation, plays a vital role in this process. Our customers appreciate that our technology originates from a small, dedicated team working together to create innovative cycling products.
COB (Chip on Board) represents a newer technology in the LED domain, where multiple LED chips are closely packed to form one cohesive lighting module. This configuration gives the impression of a single light panel rather than multiple distinct lights.
COB LEDs, through their multi-chip design, expand the lighting area and minimize glare, making them perfect for our lights. This means we can achieve an extremely bright light in a compact package, showcasing the power of teamwork in technology.
See.Sense ACE features approximately 62 small COBs, working synergistically to shine powerfully in various conditions, offering visibility from over a mile away (125 lumens) and 200 degrees of side visibility. Our design and tech team strived to achieve this level of brightness and a 10-hour runtime in such a compact design, ideal for urban commuting.
See.Sense ICON2, on the other hand, uses a combination of COB and a single CREE LED, offering both focused and dispersed beams. This makes cyclists visible up to 3km away and provides 270 degrees of side visibility. The CREE LED, known for its high performance and energy efficiency, delivers a crisp output with minimal glare. While our original ICON light utilized twin CREE LEDs emitting up to 250 lumens, the ICON2 packs greater brightness with a 300-lumen output in the rear and 400 in the front, perfect for long weekend rides.
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In discussing lumens, which measure the total visible light to the human eye, we emphasize the importance of visibility. Our lights, with twin CREE LEDs and a fresnel lens, offer unique daytime visibility, ensuring a dispersed output that avoids dazzling other road users.
We recommend using flashing lights as they capture attention more effectively compared to solid lights, thereby alerting drivers sooner and reducing road risks.
Often overlooked, daytime visibility is crucial for cycling safety. Studies show that 80% of cycling accidents occur during the day, particularly around dawn and dusk due to factors like rush-hour traffic and changing ambient light conditions. Bright, visible bike lights using high-quality CREE or Chip-On-Board LEDs enhance your presence on the road, addressing this issue effectively.
See.Sense was among the first to develop daylight-visible bike lights, ensuring visibility in all lighting conditions. Our lights are not only lightweight but also boast long runtimes, making them reliable for both urban and extended cycling trips.
Understanding our tech and differentiating between ACE and ICON2 can help improve cycle safety, reducing fatalities, and encouraging more people to take up cycling. This, in turn, leads to better cycling infrastructure and an enhanced overall cycling experience.
Contact us to discuss your requirements of flip chip cob manufacturer. Our experienced sales team can help you identify the options that best suit your needs.
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