Chord GroundAray
The Chord GroundARAY benefits from five separate noise reduction systems, all operating in parallel in different RF noise ranges, to convert unwanted RF electrical noise into heat. The advanced technologies provide a very low impedance, high bandwidth path for RF noise, effectively 'pulling' the noise out of the device's signal ground.
Each Chord GroundARAY is carefully hand-built in the Chord Company's Wiltshire factory, including the system components themselves. The GroundARAY consists of a series of absorption devices connected by a state-of-the-art dual connector system with ultra-high bandwidth.
with ultra-high bandwidth. The connectors are manufactured to a very high standard, requiring time-consuming hand assembly by factory technicians.
Each Chord GroundARAY cylinder is filled with a carefully selected material to dampen noise and is finally fixed to reduce the effects of acoustic vibration.
Chord GroundARAYs are most effective when used with multiple units in a facility. The cylinders are simply placed in the existing empty slots and can be used individually or multiple times (e.g. via left and right outputs etc.).
With DACs and streamers, the GroundARAYs can be used on unused digital inputs. Projectors and screens also benefit from the noise suppression effects.
effects.
The Chord GroundAray is available in seven connection variants and is thus suitable for a variety of digital and analogue A/V devices:
- RCA
- XLR (Männlich)
- XLR (Weiblich)
- BNC
- RJ45
- USB
- HDMI
- DIN.
Dimensions:
Length (total): 110 mm
Diameter: 20 mm
Be the first to write a recession to the product: "Chord GroundAray"
- Kontakt für Auskünfte zur Produktsicherheit
 
 AU
  AU BE
  BE BG
  BG CA
  CA DE
  DE DK
  DK EE
  EE FI
  FI FR
  FR GR
  GR GB
  GB HK
  HK ID
  ID IE
  IE IL
  IL IT
  IT HR
  HR LV
  LV LI
  LI LT
  LT LU
  LU MC
  MC NZ
  NZ NL
  NL NO
  NO PL
  PL PT
  PT RO
  RO RU
  RU SE
  SE CH
  CH RS
  RS SK
  SK SI
  SI ES
  ES KR
  KR TW
  TW TH
  TH CZ
  CZ UA
  UA HU
  HU US
  US AE
  AE BY
  BY AT
  AT
