MoonDrop LAN Earphones (Open Box)

MOONDROP LAN High-reduction Low-distortion In-Ear HiFi Headphone with Interchangeable Cable

A New Benchmark of Entry-level HiFi Earphone

A new generation of large-size beryllium-plated dome composite diaphragm, high-efficiency internal magnetic driver structure with brass internal acoustic cavity, metal stainless steel shell made by MIM powder metallurgy process.

All these hardware configurations, which once used in high-end HiFi dynamic earphone, are now adopted to this advanced budget-oriented product.

[LAN] houses a compact body with comfortable weight for wearing, in which the integrated hardware has been scientifically adjusted by the experienced R&D team of MOONDROP, achieving a new benchmark sound quality.

A New Generation of Large-size Beryllium-plated Dome Composite Diaphragm

[LAN] can be the benchmark sound quality, owning to the newly designed composite diaphragm with a large-size beryllium-plated dome and a flexible suspension.

The large-size spherical dome coated with beryllium owns the low split vibration which covers the higher frequency range, combines with the more linear long-stroke strain of the flexible suspension, to constitute the physical foundation of low nonlinear distortion and wide frequency band.

MIM Powder Metallurgy Stainless Steel Shell

The compact shell of [LAN] adopts MIM powder metallurgy process, the solid stainless steel housing is manufactured by high-temperature sintering through mold forming.

This technology was first used in this universal product, promising [LAN] a high-end texture and superior quality.

The Leading Acoustic R&D and Tuning

MOONDROP is a young Chinese HiFi brand, it has been engaged in the design and R&D since its establishment in 2015. Now it has a systematic full-link independent development capability, first-class hardware setup, perfect software and hardware R&D team and unique acoustic R&D team, and has set up an independent modern earphone manufacturing factory and several branch R&D laboratories and offices.

As a brand-new product in MOONDROP's traditional line-up, [LAN] integrates the experienced acoustic technology of MOONDROP in dynamic driver in-ear headphones, and its performance far exceeds that of other competitors at the same price level.

Excellent Sound Performance Based on Superior Objective Index

[LAN] not only produces an excellent frequency response curve in line with the VDSF Target Response[1], but also provides the ultra-low non-distortion below 0.05%. Excellent acoustic performance not only brings a natural, open and transparent hearing experience, but also offers a neutral timbre and a regular clear soundstage. It fully meets the critical needs of high-end music lovers, gaming players and professionals whether for music, gaming or professional monitoring.

[1] MOONDROP VDSF Target Response is a target frequency response curve based on the HRTF (head related transfer function) of B&K HATS under diffusion and the ideal room preference curve. The closer the frequency response curve measured under B&K HATS is to the target frequency response curve, the more the earphones can reproduce soundstage imaging in terms of frequency response.

Interchangeable Cable Design Rich Playability

[LAN] uses a universal 0.78 interchangeable cable, which allows users to replace the cable, including the upgraded cable for monitoring, the cable with a microphone for calling/gaming, and the Bluetooth cable for outdoor listening.

Specifications

• Model: LAN IEM with replaceable cable
• Shell: MIM steel shell
• Driver: 10mm dual-cavity high-performance dynamic driver
• Coil: 0.03mm ultra-thin CCAW
• Diaphragm: Beryllium-plated dome composite diaphragm
• Magnetic circuit: N52 magnetic high-performance internal magnetic circuit
• Acoustic Filter: Patented anti-blocking (anti-imbalanced) filter
• Headphone Jack: 0.78mm-2pin
• Plug: 3.5mm single-ended
• Frequency Response: 15Hz -37kHz
• Effective Frequency Response: 20Hz-20kHz (IEC60318-4, 3dB)
• Impedance: 32Ω±15% (@1kHz)
• Sensitivity: 120dB/Vrms(@1kHz)
• THD: THD≤0.5% (@1kHz, 94dB)