
MoonDrop Starfield Carbon Nanotube Diaphragm Dynamic Earphone Released
After showing on 2019 Guangzhou High End, MoonDrop Starfield earphone featuring 10mm Dual cavity dynamic driver was released officially by the company via their social media.
Price and available
MSRP: 109.99
Ship since Dec,12th
About Moondrop
MoonDrop, a studio composed of several enthusiasts, established in 2015. With the first product "VX", MoonDrop became an entry-level HiFi headphone brand. In 2017, Moondrop became a famous headphone brand by their flagship earbuds "Liebesleid" with excellent, unique and high-level research and development, manufacture and sales. In-Ear monitors from Moondrop are more and more popular including the earliest IX with unique shape and good sound quality, and later widely regarded as benchmark works such as Kanas series In-ears with a dynamic driver, as well as various kinds of structure such as Blessing, A8, reference in-ear with BA.
Latest launching in 2019 from Moondrop
$109.99 MoonDrop Starfield Carbon Nanotube Diaphragm Dynamic Earphone
$699.99 Moondrop S8 8BA In-Ear Monitor
$1099.99 Moondrop Solis 4BA + 2EST Hybrid
Main feature of MoonDrop Starfield
Sparkle under the lights and colorful gradient colors with different angles
In order to show the beautiful exterior of the starry sky, Starfield adopts a special painting tech, which can not only sparkle under the lights but also show the colorful gradient colors with different angles of lights.
24AWG Litz structure 4N purity OFC cable with Stars hidden
24AWG Litz structure 4N purity OFC earphone cable ensures rich sound details and full dynamics. The even pearlescent powder inside wrapping material is sparking under the light.
Super-sequential carbon nanotube diaphragm
Super-sequential carbon nanotube array is a proud application technology in China, which allowing nanotubes as a micro material to be applied in macroscopic reality. The Starfield's diaphragm is a composite of carbon nanotube array warp and weft knitted in a polymer film. 6 microns (0.006 mm) thick diaphragm deliver us a combination of high rigidity, high toughness and lightness, and provide clear, detailed and smooth treble.
Brass gold-plated inner cavity with double-cavity structure
Equipped with a brass-plated inner cavity and integrates five pressure relief holes in the basin frame, it will control the air damping of the diaphragm, so that to improve the energy balance of frequency band and brings the smooth tri-band transition.
Lightweight and high performance transducing structure
The high-performance internal magnetic circuit that made of neodymium magnets, and the high performance transducing structure, which was formed by the lightweight Daikoku's CCAW voice coils imported from Japan, showing the excellent transient response and dynamic range, and improving the high resolution and dynamic sound.
Combination of balance and musicality tuning
Owing to the rich dynamic design experience and mature platform, Starfield is able to show the outstanding acoustic index: excellent bandwidth and ultra-low full-frequency distortion. What’s more, Starfield inherits the balanced three-frequency distribution of KXXS, and relies on different materials to perform softer and warmer sound. Different from KXXS's sharp, wide, accurate sound field and super clear analysis, Starfield focus on delicate, soft, stretched sound and excellent quality bringing a delicate balance between balance and musicality.
High extensibility and playability
Starfield continues to adopt the 0.78 2 pin inward universal interface, which meets the users' requirements for extensibility and playability of the earphones. Moondrop Bluetooth cable: "littleblack" is available to change with the same excellent sound quality.
Specification for Moondrop Starfield
Driver: Carbon Nanotube diaphragm- 10mm Dual cavity dynamic driver Detachable
cable standard: 24AWG Litz 4N OFC
Interface: 0.78 2pin
Sensitivity: 122dB/Vrms(@1khz)
Impedance: 32Ω±15% (@1khz)
Frequency response: 10Hz-36000 Hz (free field. 1/4 inch MIC)
Effective frequency response: 20Hz-20000 Hz (IEC60318-4)
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