SATELLITE SRM 2020
Large Vapor-Deposited Gold Diaphragm
True Audiophile Condenser
18Hz ~ 22kHz
-37dB ± 2dB (0dB=1V/Pa at 1kHz)
100Ω ± 30% (at 1kHz)
Equivalent Noise Level:
≤ 15dB A (IEC 581-5)
Max. Input SPL:
130dB (THD ≤ 1% at 1kHz), 140dB (with 10dB PAD)
Low Frequency Attenuation:
10dB/octave at 100Hz
+48V DC Phantom Power
Integral Gold-Plated XLR Male
GECKO® SATELLITE SH 2020 Suspension Shock Mount, GECKO® SATELLITE
WS 2020 Windscreen, GECKO® SATELLITE Microphone Case
Finish: Diecast Zinc Body
Color: Metallic Grey (Body), Black (Steel Mesh Grille)
Net Weight: 750g
Dimension: (L) 160mm x (∅) 55mm
Specifications subject to change without prior notice.
Manufactured under ISO9000 certified management system.
GECKO® SATELLITE SH 2020 Suspension Shock Mount
GECKO® SATELLITE WS 2020 Windscreen
The GECKO® SATELLITE SRM 2020 C.R.I.S.T.A.L.® Audiophile condenser microphone adopts advanced SMT precision control circuit with pressure gradient transducer cartridge and a large vapor-deposited gold diaphragm to achieve high sensitivity, extended frequency response, no crossover distortion and low self-noise.
A built-in switchable 10dB PAD, low frequency attenuation, and C.R.I.S.T.A.L.® Audiophile circuitry enables the GECKO® SATELLITE SRM 2020 capable of handling very high sound pressure levels (SPL) with ease and reducing the pickup of low-frequency ambient noise (i.e. on stage shows), while capturing and reproducing very accurate sound.
The zinc diecast housing is spray painted and oven baked to maintain its solid sheen and protection. The stocked gold-plated XLR male connector matches XLR female inputs on all kinds of professional audio equipment.
The GECKO® SATELLITE SRM 2020 is highly recommended for broadcasting, television studios, recording studios (particularly for engineers recording voices and instruments in hi-fidelity for audiophile CDs) , stage performances, and other professional applications that require precision audio capturing.
Summary of features:
* transformerless circuitry and large gold-deposited diaphragm for accurate sound reproduction;
* high sensitivity and low self-noise;
* suitable for high SPL environments;
* low output impedance for long distance connection and high EMI resistance;
* wide and smooth frequency response range.