Celestion Introduces CDX14-2410 10” Ferrite Magnet Compression Driver

January 23 2019, 00:45
At the 2019 NAMM Show, Celestion is showing the new CDX14-2410 1.4” exit, high frequency ferrite magnet compression driver. This is the latest in the line of “ultra-low noise” compression drivers from the brand, featuring a patented phase-plug design which, together with a unique “deep-drawn diaphragm” results in more accurate sounding HF, exhibiting much lower distortion than many comparable devices already on the market.

“In essence, the 2410 is a low profile, ferrite magnet version of the well-established CDX14-2420 neodymium magnet compression driver,” comments Celestion Marketing Manager Ken Weller. “The ferrite magnet means it is not so light weight as the neo counterpart, however it delivers the same high levels of performance at a more cost-effective price point.”
Designed and developed at Celestion’s headquarters in Ipswich, England, CDX14-2410 features a 60mm/2.4-inch diameter edgewound copper clad aluminum voice coil, and a 35mm/1.4-inch exit size. The new driver provides 50-watt power handling and delivers a 106dB sensitivity performance over a frequency range of 800-20,000Hz, with a recommended crossover frequency of 1200Hz.
CDX14-2410 employs a patented phase plug design, where the suppression of cavity resonances occurs at much higher frequencies — compared with conventional compression designs— resulting in a much lower distortion performance. In addition, the resulting lower compression ratio reduces air non-linearity and allows for higher maximum SPL.

Also featured is a titanium diaphragm that has been deep-drawn for increased stiffness. This creates a higher threshold frequency to avoiding the possibility of dome break-up, and therefore distortion, within the critical listening band of 2-10kHz; a shortcoming often associated with the lower profile diaphragms of typical compression drivers.
Celestion will be at Winter NAMM 2019 at booths #7602 in the main hall and #18100 in the Pro Audio Hall (ACC North, Level 2.)
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